1. The sensor may be, for example, an acoustic sensor, a piezoelectric sensor, a capacitive sensor, or a pressure sensor.

2. Reed switch; Proximity sensor; Float Sensor; E-bike Brake Switch; Reed Relay; Flow Switch; Tilt Sensor Switch; Vibration Sensor Switch; Centrifugal Force Sensor Switch.

3. Capacitance sensor, acoustic sensor, and microphone

4. Sensor unit comprising an air humidity sensor and an air temperature sensor

5. Inclination and acceleration sensor and yaw rate sensor

6. Film for touch sensor, touch sensor assembly comprising same, and method for producing a touch sensor assembly

7. The sensor of the disclosed subject matter includes a viscosity-based sensor or a permittivity-based sensor.

8. Sensor Alarm

9. Robots soft griping function relies on the fine - performance force sensor , position sensor and slip sensor.

10. Barograph Pressure sensor: Bosch high precision sensor with onboard temperature

11. The amp sensor (6) is a Hall-effect sensor.

12. Hall sensor

13. Proximity sensor

14. Inductive sensor (speed sensor) with a conical coil base body

15. A nondispersive infrared sensor (or NDIR sensor) is a simple spectroscopic sensor often used as a gas detector.

16. Intelligent wireless intrusion prevention system and sensor using cloud sensor network

17. Ambient light sensor

18. Sensor Logger Settings

19. Microfluidic semiconductor sensor

20. Disable that sensor.

21. Acoustic touch sensor

22. Weather station sensor

23. Absolute humidity sensor

24. Internal pressure sensor.

25. Alternatively, the optical sensor may comprise a pair of orthogonal linear sensor arrays.

26. (3) Use the ambient temperature sensor or an intake air temperature sensor.

27. High sensitivity localized surface plasmon resonance sensor and sensor system using same

28. Barometer Sensor Guide Overview

29. Aerodynamic pressure sensor systems

30. Capacitive acceleration sensor arrangement

31. Method for manufacturing a nox gas sensor, and nox gas sensor manufactured using same

32. Method for producing nanogap sensor using residual stress, and nanogap sensor produced thereby

33. *. sgrd|Sensor Files (*. sgrd

34. Capacitance type acceleration sensor

35. Steering angle detection sensor

36. Capacitive level sensor circuit

37. Nitrogen oxide gas sensor

38. Optical magnetometer sensor array

39. Method for calibrating absolute misalignment between linear array image sensor and attitude control sensor

40. Represents an Accelerometer sensor

41. Acoustic touch position sensor

42. It's a sound sensor.

43. Solar radiation sensor (actinometer)

44. Opto-acoustic pressure sensor

45. Manifold absolute pressure sensor

46. It's a pressure sensor.

47. Fingerprint sensor (Pixel Imprint)

48. Acceleration or velocity sensor

49. A sensor for sensing accelerations

50. Resistance type oxygen sensor and oxygen sensor device using it and air/fuel ratio control system

51. Sensor wheel for the acoustic inspection of a measuring object and use of said sensor wheel

52. Motion of the acoustic sensor;

53. Ceramic resistor or sensor element

54. Reception device for magnetometer sensor

55. Wireless active wheel speed sensor

56. Sensor system with active illumination

57. Diaphragm structure and acoustic sensor

58. Exhaust control valve angle sensor

59. Bio-sensor having nano-gap

60. Downhole all - optical magnetometer sensor

61. Adaptive multi-axis sensor array

62. accelerator (pedal / handle) position sensor

63. Acceleration sensor for motor vehicles

64. Acceleration sensor and bumper cover

65. The apparatus includes a holder, a component, an indenter, a sensor holder, and an acoustic sensor.

66. The present invention provides an advantage of manufacturing alow-cost image sensor with a spectrum sensor.

67. The roughness sensor system is a 1D, 2D or 3D sensor system having a parallelogram configuration.

68. Also, the device communicates with the sensor node having an identification code and transmits a query message or a control command to the sensor node, thereby enabling active control of a sensor network and utilization of sensor data.

69. Method for controlling the sleep time of mobile sensor nodes in an ieee 802.15.4 -based sensor network

70. Acceleration sensor having an electrode bridge

71. Method for producing an acceleration sensor

72. The second sensor is absolutely calibrated.

73. To use this sensor, the user must grant permission to the 'Accelerometer', device sensor through the Permissions API.

74. Active pen with tip pressure sensor

75. A sensor senses AC line voltage.

76. Heat sensor breach in the perimeter.

77. A sensor includes a sensor pad that allows air and moisture to diffuse from a patient's skin.

78. The voltage sensor is reconfigured each time a circuit arrangement containing the inventive voltage sensor is activated.

79. Said sensor may be used as an acceleration, pressure, power, gas density, transport speed or flow rate sensor.

80. Alar sensor for poorly perfused patients