HID Sensor Usage Tables - USB.org

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22 HID Sensor Usages Address to report the current location. Location: Triangulation CA,CP – An application-level or physical collection that identifies a device that detects the current location using triangulation techniques, such as cellular phone tower proximities. Mechanical CA,CP – An application-level or physical collection that identifies a device that can report mechanical information. Mechanical: Boolean Switch Mechanical: Boolean Switch Array Mechanical: Multivalue Switch CA,CP – An application-level or physical collection that identifies a device that can switch between two states: on and off. CA,CP – An application-level or physical collection that identifies an array of devices each of which can switch between two states: on and off. CA,CP – An application-level or physical collection that identifies a device that can switch between multiple states. Mechanical: Force CA,CP – An application-level or physical collection that identifies a device that measures force. Mechanical: Pressure CA,CP – An application-level or physical collection that identifies a device that measures pressure. Mechanical: Strain CA,CP – An application-level or physical collection that identifies a device that measures strain. Mechanical: Weight CA,CP – An application-level or physical collection that identifies a device that measures weight. Mechanical: Haptic Vibrator Mechanical: Hall Effect Switch CA,CP – An application-level or physical collection that identifies a vibrator device that can provide Haptic feedback. CA,CP – An application-level or physical collection that identifies a Hall Effect (magnetic proximity) detector switch. Motion CA,CP – An application-level or physical collection that identifies a device that measures motion information. Motion: Accelerometer CA,CP – An application-level or physical collection that identifies a device that measures linear acceleration along any number of axes. Motion: Accelerometer 1D CA,CP – An application-level or physical collection that identifies a device that measures linear acceleration along 1 axis. Motion: Accelerometer 2D CA,CP – An application-level or physical collection that identifies a device that measures linear acceleration along 2 axes. Motion: Accelerometer 3D CA,CP – An application-level or physical collection that identifies a device that measures linear acceleration along 3 axes. Motion: Gyrometer CA,CP – An application-level or physical collection that identifies a device that measures angular acceleration or velocity about any number of axes. Motion: Gyrometer 1D CA,CP – An application-level or physical collection that identifies a device that measures angular acceleration or velocity about 1 axis. Motion: Gyrometer 2D CA,CP – An application-level or physical collection that identifies a device that measures angular acceleration or velocity about 2 axes.
23 HID Sensor Usages Motion: Gyrometer 3D CA,CP – An application-level or physical collection that identifies a device that measures angular acceleration or velocity about 3 axes. Motion: Motion Detector CA,CP – An application-level or physical collection that identifies a device that detects motion (Boolean yes or no). Motion: Speedometer CA,CP – An application-level or physical collection that identifies a device that measures velocity. Orientation CA,CP – An application-level or physical collection that identifies a device that measures orientation information. Orientation: Compass CA,CP – An application-level or physical collection that identifies a compass with any number of axes. Orientation: Compass 1D CA,CP – An application-level or physical collection that identifies a one-axis compass. Orientation: Compass 2D CA,CP – An application-level or physical collection that identifies a two-axis compass. Orientation: Compass 3D CA,CP – An application-level or physical collection that identifies a three-axis compass. Orientation: Inclinometer CA,CP – An application-level or physical collection that identifies a tilt meter with any number of axes. Orientation: Inclinometer 1D Orientation: Inclinometer 2D Orientation: Inclinometer 3D CA,CP – An application-level or physical collection that identifies a one-axis tilt meter. CA,CP – An application-level or physical collection that identifies a two-axis tilt meter. CA,CP – An application-level or physical collection that identifies a three-axis tilt meter. Orientation: Distance CA,CP – An application-level or physical collection that identifies a device that measures distance using any number of axes. Orientation: Distance 1D CA,CP – An application-level or physical collection that identifies a device that measures distance using one axis. Orientation: Distance 2D CA,CP – An application-level or physical collection that identifies a device that measures distance using two axes. Orientation: Distance 3D CA,CP – An application-level or physical collection that identifies a device that measures distance using three axes. Orientation: Device Orientation CA,CP – An application-level or physical collection that identifies a device that measures device orientation in three axes. Scanner CA,CP – An application-level or physical collection that identifies a device that reports information from scanning devices. Scanner: Barcode CA,CP – An application-level or physical collection that identifies a device that is used for optical scanning of bar codes. It is strongly recommended that barcode scanners report input data and symbology information using the previously defined HID Point of Sale Usage Tables specification (Reference Document [4]) and its associated HID Usage Page 0x8C. Scanner: RFID CA,CP – An application-level or physical collection that identifies a device that is used for radio-frequency scanning of tags.
Page 1 and 2: 1 HID Sensor Usages Request Submiss
Page 3 and 4: 3 HID Sensor Usages Table of Conten
Page 5 and 6: 5 HID Sensor Usages Table of Tables
Page 7 and 8: 7 HID Sensor Usages 1. Sensor Page
Page 9 and 10: 9 HID Sensor Usages 66 Mechanical:
Page 11 and 12: 11 HID Sensor Usages 0806 Sensor St
Page 13 and 14: 13 HID Sensor Usages 08A4 GPS Selec
Page 15 and 16: 15 HID Sensor Usages 047C Data Fiel
Page 17 and 18: 17 HID Sensor Usages 08C4 Day of We
Page 19 and 20: 19 HID Sensor Usages 092D VT_F32ED:
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Page 25 and 26: 25 HID Sensor Usages Modifier: Mini
Page 27 and 28: 27 HID Sensor Usages 081B Low Thres
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Page 41 and 42: 41 HID Sensor Usages Generic GUID S
Page 43 and 44: 43 HID Sensor Usages Sel - Degrees
Page 45 and 46: 45 HID Sensor Usages 2. Sensor Back
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Page 57 and 58: 57 HID Sensor Usages 3. Sensor Inte
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Page 63 and 64: 63 HID Sensor Usages 3 4 Data Field
Page 65 and 66: 65 HID Sensor Usages DF Dynamic Dat
Page 67 and 68: 67 HID Sensor Usages The HID Specif
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Page 71 and 72: 71 HID Sensor Usages 4. Illustrativ
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73 HID Sensor Usages #define HID_US
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79 HID Sensor Usages A value is ide
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81 HID Sensor Usages HID_USAGE_SENS
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83 HID Sensor Usages It is up to th
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87 HID Sensor Usages 4.2.5 Sensor C
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93 HID Sensor Usages }; HID_REPORT_
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95 HID Sensor Usages }; HID_REPORT_
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97 HID Sensor Usages }; HID_INPUT(C
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99 HID Sensor Usages unsigned long
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101 HID Sensor Usages enum GorPK_KI
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103 HID Sensor Usages Because these
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105 HID Sensor Usages }; //feature
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107 HID Sensor Usages }; HID_LOGICA
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109 HID Sensor Usages HID_REPORT_SI
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111 HID Sensor Usages }; HID_USAGE_
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113 HID Sensor Usages HID_USAGE_SEN
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125 HID Sensor Usages }; HID_REPORT
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127 HID Sensor Usages }; HID_FEATUR
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129 HID Sensor Usages }; HID_INPUT(
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139 HID Sensor Usages HID_COLLECTIO
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