This document provides an overview of functional training on fixing appliqués to watch dials. It discusses the concepts of fixing, types of appliqués like indexes, eddis, and customized designs. It explains how drawings are used to specify dimensions and positions of appliqués. Drawings include details of indexes, dial rings, chronograph rings, bushings, and the positioning of appliqués and holes on the dial. The document emphasizes the importance of accurate fixing, as mistakes can significantly impact costs and productivity.
English Version - Obeikan Co-Publishing ProjectAref Atia
This document discusses education statistics and trends in GCC countries. It provides data on the number of schools, students, and teachers in each GCC country. It also discusses the growth of universities in Saudi Arabia, the number of Arab universities, and international education conferences. The document aims to introduce new education trends and practices to stakeholders to promote effective use of technology in education.
SAP went live on April 1, 2012 for several units, implementing the MM, FI, and SD modules. Training is ongoing for important modules. While most units are online, Eigen is pending go-live by November 7th due to ongoing parallel entries, and KHAN I has pending sales entries that will be resolved by November 5th. Some reports remain pending completion by December 31st.
Economics studies how people and societies cope with scarce resources. There are two types: microeconomics focuses on individuals and businesses while macroeconomics looks at entire economies. Economics depends on four factors of production - land, labor, capital, and entrepreneurship. Demand and supply determine price and quantity. The law of demand states that as price increases, quantity demanded decreases, and vice versa. Factors like income, population, and preferences can impact demand. The law of supply states that as price increases, quantity supplied also increases, and vice versa. Factors like costs, technology, and the number of suppliers impact supply. Elasticity measures responsiveness of quantity to price changes.
This document outlines key IT objectives and projects for the fiscal year 2013-2014. It includes projects related to SAP and NAV software, new developments, system improvements, and other objectives. Many of the projects are scheduled to be completed in certain quarters and assign responsibilities to IT and other teams. For example, the activation of a purchase order approval system in SAP is targeted for completion by November 15th 2013. Implementation of a lot tracking system in NAV is also included.
Duarte jr., joão francisco. por que arte educação. campinas; sp, papirus, 1994.Junior Ferreira
A empresa de tecnologia anunciou um novo sistema operacional para computadores pessoais. O novo sistema operacional terá recursos aprimorados de segurança e privacidade para proteger os usuários. Além disso, o sistema operacional contará com uma interface simplificada e intuitiva para tornar a experiência do usuário mais agradável.
Mathavan karthikeyan working as a Senior SEO Analyst. I have very good knowledge in SEO, SMO, Onpage, Offpage, Link Building, Google Analytics, PPC and Google Adwords.
This document proposes a cascade model predictive control scheme using generalized predictive control (GPC) for both the inner and outer loops to control boiler drum level. Cascade GPC can effectively reject measured and unmeasured disturbances to maintain drum level at a constant load. It can also handle non-minimum phase characteristics and system constraints in both loops. Simulation results show cascade GPC provides better performance than well-tuned cascade PID controllers. The method was also implemented on a 75-MW boiler plant with improved results over conventional control schemes.
English Version - Obeikan Co-Publishing ProjectAref Atia
This document discusses education statistics and trends in GCC countries. It provides data on the number of schools, students, and teachers in each GCC country. It also discusses the growth of universities in Saudi Arabia, the number of Arab universities, and international education conferences. The document aims to introduce new education trends and practices to stakeholders to promote effective use of technology in education.
SAP went live on April 1, 2012 for several units, implementing the MM, FI, and SD modules. Training is ongoing for important modules. While most units are online, Eigen is pending go-live by November 7th due to ongoing parallel entries, and KHAN I has pending sales entries that will be resolved by November 5th. Some reports remain pending completion by December 31st.
Economics studies how people and societies cope with scarce resources. There are two types: microeconomics focuses on individuals and businesses while macroeconomics looks at entire economies. Economics depends on four factors of production - land, labor, capital, and entrepreneurship. Demand and supply determine price and quantity. The law of demand states that as price increases, quantity demanded decreases, and vice versa. Factors like income, population, and preferences can impact demand. The law of supply states that as price increases, quantity supplied also increases, and vice versa. Factors like costs, technology, and the number of suppliers impact supply. Elasticity measures responsiveness of quantity to price changes.
This document outlines key IT objectives and projects for the fiscal year 2013-2014. It includes projects related to SAP and NAV software, new developments, system improvements, and other objectives. Many of the projects are scheduled to be completed in certain quarters and assign responsibilities to IT and other teams. For example, the activation of a purchase order approval system in SAP is targeted for completion by November 15th 2013. Implementation of a lot tracking system in NAV is also included.
Duarte jr., joão francisco. por que arte educação. campinas; sp, papirus, 1994.Junior Ferreira
A empresa de tecnologia anunciou um novo sistema operacional para computadores pessoais. O novo sistema operacional terá recursos aprimorados de segurança e privacidade para proteger os usuários. Além disso, o sistema operacional contará com uma interface simplificada e intuitiva para tornar a experiência do usuário mais agradável.
Mathavan karthikeyan working as a Senior SEO Analyst. I have very good knowledge in SEO, SMO, Onpage, Offpage, Link Building, Google Analytics, PPC and Google Adwords.
This document proposes a cascade model predictive control scheme using generalized predictive control (GPC) for both the inner and outer loops to control boiler drum level. Cascade GPC can effectively reject measured and unmeasured disturbances to maintain drum level at a constant load. It can also handle non-minimum phase characteristics and system constraints in both loops. Simulation results show cascade GPC provides better performance than well-tuned cascade PID controllers. The method was also implemented on a 75-MW boiler plant with improved results over conventional control schemes.
This document discusses guidelines for dimensioning engineering drawings. It describes the different types of lines used such as visible lines, hidden lines, center lines, and dimension and extension lines. It explains why dimensioning is important for manufacturing interchangeable parts. The key components of dimensioning are described, including extension lines, dimension lines, leader lines, and dimension figures. Guidelines are provided for placement of dimensions, such as not crossing lines and placing dimensions outside the view. Dimensioning various shapes such as arcs, holes, cylinders, and rounded ends are also covered.
This document discusses the types of lines used in engineering drawings including visible lines, hidden lines, center lines, and dimension and extension lines. It describes the purpose of dimensioning drawings to fully define the size, location, finish and other requirements for manufacturing. Key aspects of dimensioning covered include using size and location dimensions, dimensioning features like holes, arcs, cylinders, chamfers and rounded ends according to manufacturing methods, and following practices for placement of dimensions, leaders, extension lines and dimension figures.
This document provides information and guidelines for dimensioning drawings according to standards. It discusses the components of linear dimensions, types of dimensions, dimensioning methods, and symbols and notes for various features. Dimensioning must follow standards from organizations like ANSI, ISO, and DIN to ensure clarity. Accuracy depends on using datum or chain dimensioning properly. The document provides examples of how to dimension angles, arcs, holes, threads, and other features.
This document discusses dimensioning standards and practices. It provides information on:
- Following standards from organizations like ANSI, ISO, and DIN to ensure drawings are dimensioned consistently.
- The components of linear dimensions like dimension text, lines, and arrowheads.
- Methods for dimensioning different features like circles, arcs, angles, holes, and threads.
- Techniques like datum dimensioning to minimize tolerance accumulation versus chain dimensioning.
- Reading dimensioning symbols and thread and hole notes.
Dimensioning is providing numerical values and graphical indications on technical drawings to specify sizes, distances, and other geometric features of an object. It involves using extension lines, dimension lines, leader lines, arrowheads, and notes. Key rules include placing only one dimension between two extension lines, using consistent units of measurement, avoiding crossed lines, and providing all necessary dimensions once without redundancy. Common symbols denote features like diameters, radii, squares, tapers, and threads to clarify dimensional specifications. Dimensioning is essential for manufacturing objects to the correct specifications.
Here is a 1:4 scale constructed to measure up to 5 decimeters:
[DIAGRAM]
A line 12.5 cm long is divided into 5 equal divisions, with each division representing 1 decimeter. The first division is further divided into 10 equal sub-divisions, with each sub-division representing 1 centimeter. Numbers 0, 1, 2, 3, 4 are marked to the right of the divisions to indicate decimeters. "cm" is marked to the left of 0 to label the centimeter sub-divisions. "1:4" is written below to indicate the representative fraction.
Here is a 1:4 scale constructed to measure up to 5 decimeters:
[DIAGRAM]
A line 12.5 cm long is divided into 5 equal divisions, with each division representing 1 decimeter. The first division is further divided into 10 equal sub-divisions, with each sub-division representing 1 centimeter. Numbers 0, 1, 2, 3, 4 are marked to the right of the divisions to indicate decimeters. "cm" is marked to the left of 0 to label the centimeter sub-divisions. "1:4" is written below to indicate the representative fraction.
This lesson plan outlines instruction for a module on industrial blueprint reading. Over 30 hours of instruction are devoted to helping students learn to read, understand, and interpret blueprints used in manufacturing and construction. Students will learn key concepts like basic math, measurement systems, identifying lines and views, interpreting dimensions, weld symbols, and more. Assessment includes homework, tests, exams, and the ability to read and interpret blueprints for various applications. The plan details learning objectives, instructional methods, assignments, and materials needed.
The document discusses dial indicators, which are precision measurement tools used to measure small distances and angles. It describes the basic components and principles of dial indicators, including different types such as probe indicators, dial test indicators, and digital dial indicators. It also covers their various applications in manufacturing and quality control processes, as well as tips for different indicator styles.
The document provides an overview of an engineering drawing lecture that covers geometric constructions. It discusses the basic geometric primitives of points, lines, and curves. It explains how to construct lines, arcs, and curves that are tangent to other lines and curves. It also describes how to divide a line into equal parts, construct regular polygons of a given side length, inscribe a circle inside a polygon or inscribe a polygon inside a circle. The lecture aims to teach students how to construct basic geometric shapes that serve as building blocks for more complex shapes.
The document discusses dimensional engineering and geometric dimensioning and tolerancing (GD&T). It provides an overview of GD&T, explaining that it uses symbols, rules and definitions to define the geometry of mechanical parts. GD&T aims to improve quality, reduce costs and reduce delivery times by avoiding ambiguity. The document also discusses different GD&T controls like form controls, orientation controls and location controls. It emphasizes that GD&T defines part geometry in a standardized way so that anyone familiar with the standards understands what the design intends.
This document discusses dimensioning techniques and best practices. It covers:
1. The components used for dimensioning like extension lines, dimension lines, and leader lines. It provides examples of proper dimensioning techniques.
2. How to dimension different features such as lengths, angles, arcs, cylinders, holes, and slots. It describes which dimensioning components to use for each feature.
3. Recommended practices for placement of dimensions and dimensioning components like avoiding crossing lines and placing dimensions outside views.
4. A process for dimensioning a part by identifying features, selecting dimensioning components, and placing dimensions. An example is provided.
The document discusses dimensioning standards and practices. It covers topics such as dimensioning rules, types of dimensions, dimensioning methods like chain and datum dimensioning, and how to dimension different features including holes, threads, angles, and more. Standards organizations that set engineering standards are also identified, such as ANSI, ISO, DIN, and others.
This document discusses various topics related to machine design including the design process, requirements of machine elements, procedures for designing elements, design synthesis, concurrent engineering, aesthetic considerations, ergonomics considerations, standards and standardization, manufacturing considerations, design of castings, forgings, machined parts, fits and tolerances, and factors of safety. It provides information on each topic with definitions and explanations of key concepts and principles for machine design.
1 b. Machine design - Prefered numbers, asthetic and ergonomic designDr.R. SELVAM
The document discusses preferred number series which are standardized sizes used for machine elements. There are five basic preferred number series with step ratios between 1.03 to 1.58. These series provide minimum number of sizes to cover a product range without restricting customer choice. Aesthetic considerations for product design include appropriate form, color, material, and surface finish. Forms include step, taper, shear, streamline and sculpture. Color selection should follow conventions. Ergonomic design aims to decrease physical and mental stress on the user by considering anthropometry, physiology and psychology of human interaction with machines.
The document discusses various signs, symbols, and diagrams used to convey information visually. It provides examples of common signs used for roads, safety, and accessibility. It also explains flow charts, circuit diagrams, technical drawings, and their standard symbols, which allow people of different backgrounds to understand designs and instructions. Building plans and their required components are outlined as well, including elevations, sections, and various scale plans. Standard symbols are used across disciplines to facilitate clear visual communication internationally.
Dial gauges are precision measurement tools used in manufacturing. They have a circular dial body, graduated dial, pointer, gear train, and lever or plunger. There are several types of dial gauges differentiated by their size, connection method, and dial face features. Common types include balanced reading gauges with positive and negative numbers on the dial, continuous gauges with numbers running in one direction, and plunger gauges which use a rack and pinion mechanism. Dial gauges are used to measure small linear distances and detect errors in geometric forms, deformation, positional errors of surfaces, and other precision measurements in manufacturing applications.
Detail explanation about the HOQ ( House of quality ) concept in engineering ...Nt Arvind
while designing a new marketing based or feasibility product we have to look a proper understanding about the concepts of engineering design concepts
House of quality is also known as Quality function deployment
The Steadfast and Reliable Bull: Taurus Zodiac Signmy Pandit
Explore the steadfast and reliable nature of the Taurus Zodiac Sign. Discover the personality traits, key dates, and horoscope insights that define the determined and practical Taurus, and learn how their grounded nature makes them the anchor of the zodiac.
This document discusses guidelines for dimensioning engineering drawings. It describes the different types of lines used such as visible lines, hidden lines, center lines, and dimension and extension lines. It explains why dimensioning is important for manufacturing interchangeable parts. The key components of dimensioning are described, including extension lines, dimension lines, leader lines, and dimension figures. Guidelines are provided for placement of dimensions, such as not crossing lines and placing dimensions outside the view. Dimensioning various shapes such as arcs, holes, cylinders, and rounded ends are also covered.
This document discusses the types of lines used in engineering drawings including visible lines, hidden lines, center lines, and dimension and extension lines. It describes the purpose of dimensioning drawings to fully define the size, location, finish and other requirements for manufacturing. Key aspects of dimensioning covered include using size and location dimensions, dimensioning features like holes, arcs, cylinders, chamfers and rounded ends according to manufacturing methods, and following practices for placement of dimensions, leaders, extension lines and dimension figures.
This document provides information and guidelines for dimensioning drawings according to standards. It discusses the components of linear dimensions, types of dimensions, dimensioning methods, and symbols and notes for various features. Dimensioning must follow standards from organizations like ANSI, ISO, and DIN to ensure clarity. Accuracy depends on using datum or chain dimensioning properly. The document provides examples of how to dimension angles, arcs, holes, threads, and other features.
This document discusses dimensioning standards and practices. It provides information on:
- Following standards from organizations like ANSI, ISO, and DIN to ensure drawings are dimensioned consistently.
- The components of linear dimensions like dimension text, lines, and arrowheads.
- Methods for dimensioning different features like circles, arcs, angles, holes, and threads.
- Techniques like datum dimensioning to minimize tolerance accumulation versus chain dimensioning.
- Reading dimensioning symbols and thread and hole notes.
Dimensioning is providing numerical values and graphical indications on technical drawings to specify sizes, distances, and other geometric features of an object. It involves using extension lines, dimension lines, leader lines, arrowheads, and notes. Key rules include placing only one dimension between two extension lines, using consistent units of measurement, avoiding crossed lines, and providing all necessary dimensions once without redundancy. Common symbols denote features like diameters, radii, squares, tapers, and threads to clarify dimensional specifications. Dimensioning is essential for manufacturing objects to the correct specifications.
Here is a 1:4 scale constructed to measure up to 5 decimeters:
[DIAGRAM]
A line 12.5 cm long is divided into 5 equal divisions, with each division representing 1 decimeter. The first division is further divided into 10 equal sub-divisions, with each sub-division representing 1 centimeter. Numbers 0, 1, 2, 3, 4 are marked to the right of the divisions to indicate decimeters. "cm" is marked to the left of 0 to label the centimeter sub-divisions. "1:4" is written below to indicate the representative fraction.
Here is a 1:4 scale constructed to measure up to 5 decimeters:
[DIAGRAM]
A line 12.5 cm long is divided into 5 equal divisions, with each division representing 1 decimeter. The first division is further divided into 10 equal sub-divisions, with each sub-division representing 1 centimeter. Numbers 0, 1, 2, 3, 4 are marked to the right of the divisions to indicate decimeters. "cm" is marked to the left of 0 to label the centimeter sub-divisions. "1:4" is written below to indicate the representative fraction.
This lesson plan outlines instruction for a module on industrial blueprint reading. Over 30 hours of instruction are devoted to helping students learn to read, understand, and interpret blueprints used in manufacturing and construction. Students will learn key concepts like basic math, measurement systems, identifying lines and views, interpreting dimensions, weld symbols, and more. Assessment includes homework, tests, exams, and the ability to read and interpret blueprints for various applications. The plan details learning objectives, instructional methods, assignments, and materials needed.
The document discusses dial indicators, which are precision measurement tools used to measure small distances and angles. It describes the basic components and principles of dial indicators, including different types such as probe indicators, dial test indicators, and digital dial indicators. It also covers their various applications in manufacturing and quality control processes, as well as tips for different indicator styles.
The document provides an overview of an engineering drawing lecture that covers geometric constructions. It discusses the basic geometric primitives of points, lines, and curves. It explains how to construct lines, arcs, and curves that are tangent to other lines and curves. It also describes how to divide a line into equal parts, construct regular polygons of a given side length, inscribe a circle inside a polygon or inscribe a polygon inside a circle. The lecture aims to teach students how to construct basic geometric shapes that serve as building blocks for more complex shapes.
The document discusses dimensional engineering and geometric dimensioning and tolerancing (GD&T). It provides an overview of GD&T, explaining that it uses symbols, rules and definitions to define the geometry of mechanical parts. GD&T aims to improve quality, reduce costs and reduce delivery times by avoiding ambiguity. The document also discusses different GD&T controls like form controls, orientation controls and location controls. It emphasizes that GD&T defines part geometry in a standardized way so that anyone familiar with the standards understands what the design intends.
This document discusses dimensioning techniques and best practices. It covers:
1. The components used for dimensioning like extension lines, dimension lines, and leader lines. It provides examples of proper dimensioning techniques.
2. How to dimension different features such as lengths, angles, arcs, cylinders, holes, and slots. It describes which dimensioning components to use for each feature.
3. Recommended practices for placement of dimensions and dimensioning components like avoiding crossing lines and placing dimensions outside views.
4. A process for dimensioning a part by identifying features, selecting dimensioning components, and placing dimensions. An example is provided.
The document discusses dimensioning standards and practices. It covers topics such as dimensioning rules, types of dimensions, dimensioning methods like chain and datum dimensioning, and how to dimension different features including holes, threads, angles, and more. Standards organizations that set engineering standards are also identified, such as ANSI, ISO, DIN, and others.
This document discusses various topics related to machine design including the design process, requirements of machine elements, procedures for designing elements, design synthesis, concurrent engineering, aesthetic considerations, ergonomics considerations, standards and standardization, manufacturing considerations, design of castings, forgings, machined parts, fits and tolerances, and factors of safety. It provides information on each topic with definitions and explanations of key concepts and principles for machine design.
1 b. Machine design - Prefered numbers, asthetic and ergonomic designDr.R. SELVAM
The document discusses preferred number series which are standardized sizes used for machine elements. There are five basic preferred number series with step ratios between 1.03 to 1.58. These series provide minimum number of sizes to cover a product range without restricting customer choice. Aesthetic considerations for product design include appropriate form, color, material, and surface finish. Forms include step, taper, shear, streamline and sculpture. Color selection should follow conventions. Ergonomic design aims to decrease physical and mental stress on the user by considering anthropometry, physiology and psychology of human interaction with machines.
The document discusses various signs, symbols, and diagrams used to convey information visually. It provides examples of common signs used for roads, safety, and accessibility. It also explains flow charts, circuit diagrams, technical drawings, and their standard symbols, which allow people of different backgrounds to understand designs and instructions. Building plans and their required components are outlined as well, including elevations, sections, and various scale plans. Standard symbols are used across disciplines to facilitate clear visual communication internationally.
Dial gauges are precision measurement tools used in manufacturing. They have a circular dial body, graduated dial, pointer, gear train, and lever or plunger. There are several types of dial gauges differentiated by their size, connection method, and dial face features. Common types include balanced reading gauges with positive and negative numbers on the dial, continuous gauges with numbers running in one direction, and plunger gauges which use a rack and pinion mechanism. Dial gauges are used to measure small linear distances and detect errors in geometric forms, deformation, positional errors of surfaces, and other precision measurements in manufacturing applications.
Detail explanation about the HOQ ( House of quality ) concept in engineering ...Nt Arvind
while designing a new marketing based or feasibility product we have to look a proper understanding about the concepts of engineering design concepts
House of quality is also known as Quality function deployment
The Steadfast and Reliable Bull: Taurus Zodiac Signmy Pandit
Explore the steadfast and reliable nature of the Taurus Zodiac Sign. Discover the personality traits, key dates, and horoscope insights that define the determined and practical Taurus, and learn how their grounded nature makes them the anchor of the zodiac.
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2. At the end of this chapter, you will be able to:
Understand about concept of fixing
Understand about types of appliqués
Understand about drawing
Objectives
2Functional Training
4. Watches have now become lifestyle
accessories rather than a device that is used
to tell time. Since the dial is the face of the
watch it is undergoing continuous change
and innovation to meet these requirements
Initial changes were done in surface color,
then surface finish, then dial shapes and
now it is done over appliqués. As appliqués
are becoming more complex and
customized, fixing becomes one of the
major processes to enhance the look and
appeal of the dial
Background
Dial with index
Dial with eddi
4Functional Training
5. Initially the hour marks were printed on the
dial and were represented by Arabic or
roman numerals or mix of both
After that these became indexes which are
fixed on the dial
Initially the indexes were also Arabic or
roman numerals or mix of both
Simple printed dial
Two piece dial with
indexes
Changing trends of Appliqués
5Functional Training
6. Today these shapes could be anything
depending upon the designs. With change in
shape has come change in positioning
because of chronographs, windows and
other complex designs
Unique shaped dial
Changing trends of Appliqués
6Functional Training
7. Fixing is a process in which appliqués are
manually fixed on the dial face one at a time
Tweezers are used to pick up the appliqué
and insert the appliqué feet on the
designated holes on dial face
Fixing
Definition of Fixing
7Functional Training
8. Fixing is a critical process because the dial is now in its semi-final stage and
there is no scope for rework any more. A mistake means that the dial has to be
made again and this has an impact on the following:-
Delivery compliance against plan will decrease because some dials have to be
remade
Stage wise quality rejection will increase leading to a greater risk of client
rejection.
For dispatching the same quantity now more dials have to be produced and
this will reduce our productivity ratios
The rejected dials are a waste and so this impacts our profitability
Lastly, since the dials are in the last stage and each rejected dial has a far
greater value as compared to dials in the first stage. At the prices of 2011, it
was calculated that while a blank costs Rs. 5/-, the dial in fixing stage is worth
Rs. 40/-. After finishing this cost now touches Rs 150/-
Criticality of Fixing
8Functional Training
10. Index
Indexes are time indicators in the form of
Stick indexes
Pins indexes
Roman digits indexes
Arabic digits indexes
Luminous indexes
Shaped indexes
Types of Appliqués
10Functional Training
12. Eddi
Eddi is a sticker which is pasted on the dial
surface
Customized appliqués
Customized appliqués refer to some special
designs on the watch dial associated with
certain brands ex. rotor
Eddi
Rotor
Types of Appliqués
12Functional Training
13. Customized appliqués
Customized appliqués also refer to some
trademark on the watch dial associated with
certain brands
Bushings
Bushing is an assembly of stone and holder
where the stone is mounted on jaws given in
the holder. These bushings are used as time
indicators and their assembly as well as
fixing is done in house at TTPA
Trademark and logo
Bushing
Types of Appliqués
13Functional Training
14. Parts
Except for indexes, other appliqués applied
on the dial are called parts. For example
outer rings, chrono rings logos, trademarks
etc
Dial ring
Chronograph ring
Types of Appliqués
14Functional Training
16. Drawings are the ultimate reference point
for any index or dial. At TTPA we have
standard formats for drawings and customer
specifications and requests are converted
into these drawings. After the conversion
these drawings are used as the only
reference point in the plant for all functions
including quality and production.
Drawing
Reading the drawing
16Functional Training
17. An index drawing specifies about the following dimensions of an index
Shape : Shape of an index is the appearance of the index in form of Arabic
numerals, roman numerals, stick , pins and others
Position : Position of the index is the position of that index on the specified
hour mark
Length of index
Width of index
Index height : Height of index is normally referred as thickness of index
Pitch of index feet : distance between the two index feet of a single index is
called pitch
Feet dia : diameter of the index feet
Feet length : length of the feet of the index
Facet : Facet is the cut done over the index
Color of the index in terms of the plating done
Index drawing
17Functional Training
18. Index length
Index width
Pitch of
index feet
Facet cut, index height, feet dia, and feet length
are specified here
Arabic index
Index width
18Functional Training
23. Position of the indexes
The dial drawing visually showcases the type of indexes to be fit on the dial and
also the position of the indexes on the dial. Index column shows visually the
type of indexes required and the dimension (length, width and height) and
position of the index. Index plating provides the details of the color of the
index.
23Functional Training
24. Position of the indexes
Dimension
and
position of
the index
Drawing of the dial
clearly showcasing
visual positioning of
the indexes on the dial
surface
Index
plating
determine
s the color
of the
index
24Functional Training
29. Position of the indexes
Pitch is the distance between two points. All the holes drilled on the dial are
having tolerances in microns and the pitch serves as the reference frame for
the position of the all these holes throughout the dial surface. Commonly used
examples of pitch in dial manufacturing are as follows:-
Distance between the center hole and index hole
Distance between the two holes for fitment of index
Distance between two feet of the index
Distance between the center hole and outer hole of the chrono ring
Distance between dial center hole and chrono ring center hole
29Functional Training
30. Index drawing codes details
AP stands for appliqués
The first two numbers
denote the length of the
index ex. – 325 means
3.25 mm
These two letters
indicates the type of
facet cut on the index
The next letters denote
the type of index
Ex. SI- Special index
The next 2 numbers
indicate the width of the
index ex. 11 means 1.10
mm
This information is vital as it informs
about the position of the index on the
dial ex. AT 8 Hr means the index has
to be placed at 8 hour mark
APSI/3251/GC/AT 8 Hr
(KDDL/ APSI/3300)- This code is a drawing number and one can use this reference to
access this drawing from our database
30Functional Training
31. Position of dial rings and chrono rings
Position of
Dial ring
Position of the
chrono rings
Dimension
of dial ring
Dimension of
chrono rings
31Functional Training
32. Profile of Dial Rings
Outer dia of dial ring
Inner dia of
dial ring
32Functional Training
33. Dial drawing with bushing
Drawing
of the
dial
clearly
showcasi
ng
position
of
Bushings
Dimensi
on and
position
of the
bushing
33Functional Training
34. Bushing details
Generally
bushing is in a
form of square
so length and
width of bushing
is same
Bushing feet
length
Bushing
feet dia
Diamond dia
34Functional Training
35. Bushing code details
AP stands for
appliqués
The first 4 numbers
indicate the length
and the width of
bushing ex 1414
means a square of
1.40 X 1.40 mm
This number indicates
the bush assembly height
from the dial face ex 0.35
means 0.35 mm from the
dial face
This number indicates the
drawing that contains all the
dimensional details about the
assembly of that bushing
BS stands for Bushing This number stand
for bushing feet
diameter ex. 1.00
means 1mm
diameter
This number indicates
the bushing feet length
ex 0.30 means 0.30 mm
is the feet length of
bushing
This specific code determines
any additional positioning of
bushing ex. 2 nos AT 12 Hr
means 2 bushings has to be
applied at 12 hour mark
APBS/1414/1.00/0.35/0.30/5017 2 nos. AT 12 Hr
35Functional Training
36. Dial with Eddi
Drawing of the
dial clearly
showcasing
position of Eddy
Eddi
sticker
to be
fixed
details
36Functional Training
37. Eddi details
Guide holes
Guide holes
Guide holes: Holes on the eddi which are used to fix them over the guide pins
37Functional Training