This document describes new capacitive touch sensing technology that can be integrated into vehicle interiors. It allows touch interfaces to be placed on surfaces throughout the vehicle. This creates opportunities to customize displays and controls. It also improves safety, cost, styling and user satisfaction compared to traditional mechanical switches. Capacitive sensing uses thin, transparent coatings that can sense touch through other materials. This enables touch interfaces to be integrated into many interior surfaces.
For more than fifty years, Dukane’s Audio Visual Products Division has provided schools and businesses around the world with technology solutions that helped increase learning. With a network of trained professional dealers available to provide personal and localized sales support, Dukane is committed to meeting each customer’s particular needs.
For more information contact:
Delia Valdez
Dukane Customer Service Representative
Phone: 888-245-1966
Fax: (630) 584-5156
Emai; DValdez@Dukane.com
Website: www.Dukane.com/AV
For information on Dukane’s Innovative Convey Response system, go to
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Dukane AV
2900 Dukane Drive
St. Charles, IL 60174
PACER: Fine-grained Interactive Paper via Hybrid Camera and Touch Gestures on...Chunyuan Liao
PACER is a gesture-based interactive paper system that supports fine-grained paper document content manipulation through the touch screen of a cameraphone. Using the phone’s camera, PACER links a paper document to its digital version based on visual features. It adopts camera-based phone motion detection for embodied gestures (e.g. marquees, underlines and lassos), with which users can flexibly select and interact with document details (e.g. individual words, symbols and pixels). The touch input is incorporated to facilitate target selection at fine granularity, and to address some limitations of the embodied interaction, such as hand jitter and low input sampling rate. This hybrid interaction is coupled with other techniques such as semi-real time document tracking and loose physical-digital document registration, offering a gesture-based command system. We demonstrate the use of PACER in various scenarios including work-related reading, maps and music score playing. A preliminary user study on the design has produced encouraging user feedback, and suggested future research for better understanding of embodied vs. touch interaction and one vs. two handed interaction.
SLY-S1 Tearing Tester is designed for the tearing test of films, sheets, flexible PVC, PVDC, waterproof films, woven materials, polypropylene, polyester, paper, cardboard, textile and non-woven and etc.
For more than fifty years, Dukane’s Audio Visual Products Division has provided schools and businesses around the world with technology solutions that helped increase learning. With a network of trained professional dealers available to provide personal and localized sales support, Dukane is committed to meeting each customer’s particular needs.
For more information contact:
Delia Valdez
Dukane Customer Service Representative
Phone: 888-245-1966
Fax: (630) 584-5156
Emai; DValdez@Dukane.com
Website: www.Dukane.com/AV
For information on Dukane’s Innovative Convey Response system, go to
www.conveyclassrooms.com
Dukane AV
2900 Dukane Drive
St. Charles, IL 60174
PACER: Fine-grained Interactive Paper via Hybrid Camera and Touch Gestures on...Chunyuan Liao
PACER is a gesture-based interactive paper system that supports fine-grained paper document content manipulation through the touch screen of a cameraphone. Using the phone’s camera, PACER links a paper document to its digital version based on visual features. It adopts camera-based phone motion detection for embodied gestures (e.g. marquees, underlines and lassos), with which users can flexibly select and interact with document details (e.g. individual words, symbols and pixels). The touch input is incorporated to facilitate target selection at fine granularity, and to address some limitations of the embodied interaction, such as hand jitter and low input sampling rate. This hybrid interaction is coupled with other techniques such as semi-real time document tracking and loose physical-digital document registration, offering a gesture-based command system. We demonstrate the use of PACER in various scenarios including work-related reading, maps and music score playing. A preliminary user study on the design has produced encouraging user feedback, and suggested future research for better understanding of embodied vs. touch interaction and one vs. two handed interaction.
SLY-S1 Tearing Tester is designed for the tearing test of films, sheets, flexible PVC, PVDC, waterproof films, woven materials, polypropylene, polyester, paper, cardboard, textile and non-woven and etc.
107 yun-yu wang - 7538029 - method of room temperature growth of si ox on s...Mello_Patent_Registry
Yun-Yu Wang, Christian Lavoie, Kevin E. Mello, Conal E. Murray, Matthew W. Oonk - Method of Room Temperature Growth of SIOx on Silicide as an Etch Stop Layer for Metal Contact Open of Semiconductor Devices
Companies today are more dependent than ever on partners as their extended sales and support teams. For these companies, building and managing a channel ecosystem is critical. This raises the stakes around channel management. It is not enough to seek operational excellence from your partner efforts. You must seek competitive advantage.
Follow five channel management disciplines to make this happen.
Nano technology based bio degradable plasticsprasad reddy
nanotechnology is emerging science having a lots of applications in various feilds including food and agriculture " the small things can make big difference "
Started to create milestones, we Parikh Packaging Private Ltd., Gujarat marked our presence in the year 1999 and operates in the manufacturing/servicing of Non-Microwaveable Retort Pouches,Printed Retort Pouches,Transparent Retort Pouch since 13 years.Our quality services/products have always won us many appreciations from our clients. Our spontaneous performance and confident approach in offering the excellent range of Non-Microwaveable Retort Pouches,Printed Retort Pouches,Transparent Retort Pouch, Transparent Retort Pouches that has made us to deepen our roots in the market.We Parikh Packaging Private Ltd., Gujarat breathe with the aim to satisfy our clients with our smart products/services.We are a unit of highly experienced professionals who all contribute best of their potentials to offer high efficiency.
DESIGN AND IMPLEMENTATION OF CAMERA-BASED INTERACTIVE TOUCH SCREENJournal For Research
Camera-based Interactive Touch Screen is a touch detection technique that uses a camera to provide a large display with very high spatial and temporal resolutions. The conventional touch screen technology and presentation methods face a range of restrictions. However, the camera-based touch detection can overcome all these restrictions and turn projection screens into interactive touch displays, creating a through-window experience. It uses a coated sheet of glass as the projection surface to form a two-dimensional display. The camera captures images of the projection surface continuously, which are processed by the Atmega16 microcontroller. A UART module connected to the microcontroller, provides asynchronous serial communication with external devices, synchronisation of the serial data stream and recovery of data characters. This technology has several advantages over other touch detection technologies, such as its low cost, simple design and scalable structure. The applications of this technology include advertising, presentations and outdoor displays.
Study of Various Touch Screen TechnologiesSantosh Ankam
Study of different types of touch screen technologies, their history, advantages, disadvantages, working, functionalities, comparison, examples, components, hardware, explanations, future scope, pro and cons.
Overcome the Top 4 Challenges of Capacitive Sense DesignSilabs products
Silicon Labs’ TouchXpress devices are highly optimized solutions that enable designers to easily design and integrate capacitive sensing into applications. These devices quickly replace mechanical buttons and switches with modern capacitive touch buttons by eliminating the firmware complexity and reducing development time.
Overcome the Top 4 Challenges of Capacitive Sense DesignPallavi Das
The C8051F7xx family of high pin-count capacitive touch sense microcontroller (MCU) devices for cost-sensitive, high I/O embedded systems offer a patent-pending touch sensing feature that is robust, accurate, responsive and easy to configure.
A Configurable User Interface For Hand Held Devicesijsrd.com
This application provides a multi-application and light weight user interface for the devices used in hand held applications. The user interface provided requires no user training and can be accessible by a wide range of users. The simple and practical approach of the design is ideally suited for the Indian context.
Designing Gesture Interface for Automotive EnvironmentAM Publications
The continual growth in electronic technology signifies a wide scope for research in automotive domain. Presently, the automotive environment consists of various electronic systems embedded for the comfort of end user. The infotainment system is one of such embedded feature incorporated in advance automobiles. A typical infotainment device consists of radio, media player and telephone features as its basic application. The growing popularity of these infotainment systems implies the scope for development in the entire domain of product design for generating a console application. The traditional method for interaction with these infotainment systems involves manual operations assisted with a remote control. Thus, exploring infotainment systems for effective human machine interface (HMI) techniques is to be done, aiming for a better solution. Gesture based interaction is a new possibility for having communication with these infotainment system. The use of gesture interface provides touch less mode of interaction. Thus, it becomes necessary to study the automotive environment to define the placement and usage of interface system considering its users. The driver being the primary user gets the majority of dash board access, thus developing an effective interface for dash board is the primary goal. Further designing a gesture based access control for the passengers in automotive domain is a novel solution in minimizing driver efforts. In the present work design and analysis of a prototype gesture interface for infotainment system is discussed considering its optimum usage for the passenger accommodating rear seat in automobile. Additionally the implementation of the prominent interface is carried in a view to characterize the constraints and define its usability quotient. The prototype setup for experimental work consists of MATLAB based algorithms for interpreting the interface.
107 yun-yu wang - 7538029 - method of room temperature growth of si ox on s...Mello_Patent_Registry
Yun-Yu Wang, Christian Lavoie, Kevin E. Mello, Conal E. Murray, Matthew W. Oonk - Method of Room Temperature Growth of SIOx on Silicide as an Etch Stop Layer for Metal Contact Open of Semiconductor Devices
Companies today are more dependent than ever on partners as their extended sales and support teams. For these companies, building and managing a channel ecosystem is critical. This raises the stakes around channel management. It is not enough to seek operational excellence from your partner efforts. You must seek competitive advantage.
Follow five channel management disciplines to make this happen.
Nano technology based bio degradable plasticsprasad reddy
nanotechnology is emerging science having a lots of applications in various feilds including food and agriculture " the small things can make big difference "
Started to create milestones, we Parikh Packaging Private Ltd., Gujarat marked our presence in the year 1999 and operates in the manufacturing/servicing of Non-Microwaveable Retort Pouches,Printed Retort Pouches,Transparent Retort Pouch since 13 years.Our quality services/products have always won us many appreciations from our clients. Our spontaneous performance and confident approach in offering the excellent range of Non-Microwaveable Retort Pouches,Printed Retort Pouches,Transparent Retort Pouch, Transparent Retort Pouches that has made us to deepen our roots in the market.We Parikh Packaging Private Ltd., Gujarat breathe with the aim to satisfy our clients with our smart products/services.We are a unit of highly experienced professionals who all contribute best of their potentials to offer high efficiency.
DESIGN AND IMPLEMENTATION OF CAMERA-BASED INTERACTIVE TOUCH SCREENJournal For Research
Camera-based Interactive Touch Screen is a touch detection technique that uses a camera to provide a large display with very high spatial and temporal resolutions. The conventional touch screen technology and presentation methods face a range of restrictions. However, the camera-based touch detection can overcome all these restrictions and turn projection screens into interactive touch displays, creating a through-window experience. It uses a coated sheet of glass as the projection surface to form a two-dimensional display. The camera captures images of the projection surface continuously, which are processed by the Atmega16 microcontroller. A UART module connected to the microcontroller, provides asynchronous serial communication with external devices, synchronisation of the serial data stream and recovery of data characters. This technology has several advantages over other touch detection technologies, such as its low cost, simple design and scalable structure. The applications of this technology include advertising, presentations and outdoor displays.
Study of Various Touch Screen TechnologiesSantosh Ankam
Study of different types of touch screen technologies, their history, advantages, disadvantages, working, functionalities, comparison, examples, components, hardware, explanations, future scope, pro and cons.
Overcome the Top 4 Challenges of Capacitive Sense DesignSilabs products
Silicon Labs’ TouchXpress devices are highly optimized solutions that enable designers to easily design and integrate capacitive sensing into applications. These devices quickly replace mechanical buttons and switches with modern capacitive touch buttons by eliminating the firmware complexity and reducing development time.
Overcome the Top 4 Challenges of Capacitive Sense DesignPallavi Das
The C8051F7xx family of high pin-count capacitive touch sense microcontroller (MCU) devices for cost-sensitive, high I/O embedded systems offer a patent-pending touch sensing feature that is robust, accurate, responsive and easy to configure.
A Configurable User Interface For Hand Held Devicesijsrd.com
This application provides a multi-application and light weight user interface for the devices used in hand held applications. The user interface provided requires no user training and can be accessible by a wide range of users. The simple and practical approach of the design is ideally suited for the Indian context.
Designing Gesture Interface for Automotive EnvironmentAM Publications
The continual growth in electronic technology signifies a wide scope for research in automotive domain. Presently, the automotive environment consists of various electronic systems embedded for the comfort of end user. The infotainment system is one of such embedded feature incorporated in advance automobiles. A typical infotainment device consists of radio, media player and telephone features as its basic application. The growing popularity of these infotainment systems implies the scope for development in the entire domain of product design for generating a console application. The traditional method for interaction with these infotainment systems involves manual operations assisted with a remote control. Thus, exploring infotainment systems for effective human machine interface (HMI) techniques is to be done, aiming for a better solution. Gesture based interaction is a new possibility for having communication with these infotainment system. The use of gesture interface provides touch less mode of interaction. Thus, it becomes necessary to study the automotive environment to define the placement and usage of interface system considering its users. The driver being the primary user gets the majority of dash board access, thus developing an effective interface for dash board is the primary goal. Further designing a gesture based access control for the passengers in automotive domain is a novel solution in minimizing driver efforts. In the present work design and analysis of a prototype gesture interface for infotainment system is discussed considering its optimum usage for the passenger accommodating rear seat in automobile. Additionally the implementation of the prominent interface is carried in a view to characterize the constraints and define its usability quotient. The prototype setup for experimental work consists of MATLAB based algorithms for interpreting the interface.
Design and Implementation of Smart Bell Notification System using IoTIJRTEMJOURNAL
Smart phones have become part of our daily life. People using smart phones have increased
rapidly. The proposed paper is to provide a security system that combines the functions of smart phone and home
network system. It enables the users to check the image of the visitor who is present at the door. It also saves all
the images in their drive. We send an alert message to the Owner whenever the doorbell is pressed. Furthermore,
the owner can call to the visitor with the help of our app. We are also providing a link in the SMS sent so that it
redirects the user to the app.
Design and Implementation of Smart Bell Notification System using IoT journal ijrtem
Smart phones have become part of our daily life. People using smart phones have increased
rapidly. The proposed paper is to provide a security system that combines the functions of smart phone and home
network system. It enables the users to check the image of the visitor who is present at the door. It also saves all
the images in their drive. We send an alert message to the Owner whenever the doorbell is pressed. Furthermore,
the owner can call to the visitor with the help of our app. We are also providing a link in the SMS sent so that it
redirects the user to the app
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
Similar to 2009 01 0521 Sae Paper Smart Touch (20)
2. anywhere about the IP or CSC. The IP and CSC can
then effectively be customized and set for the personal
preferences of more than one driver. Expand the vision
further by integrating the IP and CSC into a single
contoured translucent substrate that flows around the
steering column and down the center console area.
Projectors illuminate the substrate from behind to create
visual gages and indicators across the substrate surface.
Likewise, the substrate is fabricated with multiple
independent capacitive sensors as well as large areas of
capacitive matrix sensors. Figure 3 shows a vehicle
interior for application of capacitive touch sensors.
Fig. 2
Making the substrate and capacitive sensors largely
translucent permits direct backlighting of the sensing
areas. Backlighting can assist to locate the touch
sensors and provide visual feedback of sensor
activation.
In a more innovative approach, rear-projection
technology can project light directly through the sensors
to render images onto the surface of a substrate. When
a sensor is activated, the image projected toward its
position then corresponds to the users input request. If Fig. 3
desired, sensor activation feedback can then be
communicated through alteration of the projected image. Figure 4 shows the application of capacitive sensors in a
Rear-projection offers the flexibility of displaying sharp center stack console integrated with conventional
images despite the complexity of a desired surface switches. The backlit blue text locations are capacitive
shape and contour. There are limitations in a rear- touch sensors.
projection approach that must be taken into
consideration by automotive interior designers:
1. Can enough light intensity be generated?
2. Heat build-up from the light source must be
dissipated - This concern may be overcome by
means such as air ventilation or the use of
thermal electric devices.
As we move full speed into the information age
automakers are constantly challenged by the consumer
to provide vehicle features that will enhance their
personal commuting experience and keep them
connected to the world outside. As new features make
their way into vehicles, the requirement is to provide a
more logical and intuitive approach to managing the
complexity of each human interface component.
Fig. 4
As the vehicle occupant reaches towards the CSC,
APPLICATION capacitive proximity multipoint activation sensors
(PMAS) behind the substrate detect an approaching
Visualize a vehicle interface system where display gages object and the display illuminates the CSC with primary
and indicators can be moved anywhere about the command icons. These icons create a menu structure
Instrument Panel (IP) or Center Stack Console (CSC). that provide access to vehicle features like audio
Likewise, input sensors can also be positioned most
2
3. entertainment, climate control, navigation, video CONCLUSION
entertainment, telecom services, vehicle status, etc.
Configurable displays and capacitive sensors such as
By touching one of the primary icons a new display that presented here can reduce the visual clutter
appears having secondary icons related to the primary destined to plague many future vehicle cockpits. This
selection. The secondary icons depict items like graphics degree of function integration takes human-computer
displays, status indicators, and command sensors. interface to a new level and creates a more ergonomic
Touching any one of these icons would invoke a and intuitive interface for the vehicle driver and
response from the system allowing the occupant to passengers.
perform functions related to the icon. These functions
could be as simple as turning the radio on or displaying The absence of switch plates and display bezels
vehicle status information. Or they could initiate more produce seamless interior contours permitting greater
complex instructions like “retrieve and play voice artistic expression in vehicle interior design, as shown in
messages”. Figure 5.
Regardless of the function, a vehicle display system of Automotive interior is an excellent application for
this type would require a standard set of display images capacitive sensors. Most interior surfaces of an
and control icons capable of accessing and managing automobile are made from non-conductive plastic which
the vehicle functions. The user would be free to locate is ideal for capacitive sensors. With an ever increasing
the graphical images within the projected regions of the amount of creature comforts and entertainment features
substrate to create customized instrumentation layouts. in demand and being integrated into vehicles, so
increases the complexity of the interfaces needed to
Images might further be tailored using commands that access and operate these features. Vehicle interior
could resize, rotate, or adjust image properties for designers must be creative and open to new approaches
preferred viewing. For example images representing oil on how occupants will access and interface to this
pressure could be changed between analog readout, growing list of vehicle features. Capacitive sensing offers
digital readout, or simple warning light. Frequently a multitude of solutions to meet these needs.
accessed indicators like speedometer, odometer, and
fuel status could be fixed in position and remain
illuminated while less important display features like
audio tone controls could remain hidden and accessible
from within entertainment submenus. Navigation and
Infotainment screens could be minimized and positioned
out of main view then maximized and relocated to a
main viewing position when invoked.
In this vehicle system, dedicated function switches no
longer exist. Instead capacitive sensors are actively
reassigned functions based on the images that project
through them at time of switch activation. In addition to
switch reassignment, the control systems capacity to
process capacitive sensor coordinates make possible
Fig. 5
the recognition commands through human gesture. By
monitoring switch activation sequences, gesturing is
used as a form of input command to further enhance the
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Capacitive sensing – Nartron Patents
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upward or downward across an icon or image to be 5,369,375 5,730,165 5,796,183 6,377,009
2
decoded as requests to increase or decrease setting Providing an Edge in Capacitive Sensor Applications
values in functions such as audio volume control. Finger Conor Power and Garry O’Niell, 1995-2008, Analog
gestures like pinch open and pinch close could be Devices, Inc.
3
decoded as requests to enlarge and shrink images. Capacitive Touch Sensors Gain Fans
While on a navigation screen, they could represent zoom David Marsh, June 2006, Electronics Design,
in and zoom out commands to adjust the degree of Strategy, News (EDN)
screen detail. A “squiggle” gesture might be interpreted
as a request to cancel an operation, for example “turn off
radio” or “turn off climate control” when performed over
the primary command icon.
3