CN220542099U

CN220542099U - Novel sensor

Info

Publication number: CN220542099U
Application number: CN202321928732.8U
Authority: CN
Inventors: 徐超; 张开红; 余淑娟
Original assignee: Shenzhen Fuhuiyang Electronic Technology Co ltd
Current assignee: Shenzhen Fuhuiyang Electronic Technology Co ltd
Priority date: 2023-07-21
Filing date: 2023-07-21
Publication date: 2024-02-27
Anticipated expiration: 2033-07-21

Abstract

The utility model discloses a novel sensor, which comprises a sensor chip inserting mechanism and an inserting end, wherein a sensor shell is arranged at the bottom end of the sensor chip inserting mechanism, a sensor external end packaging mechanism is arranged below the sensor shell, the inserting end is arranged at the bottom end of the sensor external end packaging mechanism, a connecting end seat is arranged below the inserting end, and a wire harness breakage-proof mechanism is arranged at the bottom end of the connecting end seat. This novel sensor, to novel sensor pencil insulating parcel protection, change the sensor and adopt integration pencil to connect the end structure, but the pencil carries out the adaptation after the sensor installation is folding to be damaged and connects the end to connect the fault rate, can install novel sensor electronic components inside built-in bucket and sensor shell, change built-in electronic components integrated structure, adopt built-in bucket and sensor shell internal package, dismantle through the screw thread dish screw thread and change etc..

Description

Novel sensor

Technical Field

The utility model relates to the technical field of sensors, in particular to a novel sensor.

Background

The novel sensor is based on various physical, chemical and biological effects and laws, and after sensitive elements such as force sensitivity, heat sensitivity, light sensitivity, magnetic sensitivity and gas sensitivity are developed, sensitive elements and sensing elements with new principles and new effects are developed, and the novel sensor is developed based on the new principles, which is an important way for developing high-performance, multifunctional, low-cost and miniaturized sensors.

The sensor on the market adopts integrated pencil to connect end structure to lead to the sensor installation folding damaged, and later stage pencil adaptation is connected difficultly, and built-in electronic components integrated structure is difficult to dismantle and changes etc., and the sensor outside lacks and connects end connection structure, causes the sensor to connect the installation more singleization.

Disclosure of Invention

The present utility model is directed to a novel sensor for solving the market problems set forth in the background art.

In order to achieve the above purpose, the present utility model provides the following technical solutions: the utility model provides a novel sensor, includes sensor chip insertion mechanism and inserted end, sensor housing is installed to sensor chip insertion mechanism's bottom, and sensor housing's below is provided with the external end encapsulation mechanism of sensor, inserted end installs in sensor external end encapsulation mechanism's bottom, inserted end's below is provided with the end seat, and connects the bottom of end seat to install pencil and prevent breaking mechanism, pencil prevents breaking mechanism including built-in pot head and rubber folding cover, and the below of built-in pot head is provided with the rubber folding cover, the internally mounted of rubber folding cover has the pencil.

Furthermore, the sensor chip inserting mechanism penetrates through the inside of the sensor shell, and the sensor shell is in threaded connection with the sensor external connection end packaging mechanism.

Further, the sensor external terminal packaging mechanism is in threaded connection with the inserted terminal, and the inserted terminal is connected with the terminal seat.

Furthermore, the built-in end sleeve is fixedly connected with the rubber folding sleeve, and the built-in end sleeve and the wire harness form a folding structure through the rubber folding sleeve.

Further, the sensor chip inserting mechanism comprises a threaded disc and a built-in barrel, and the built-in barrel is installed at the bottom end of the threaded disc.

Further, the thread disc is in threaded connection with the built-in barrel, and the thread disc and the sensor shell form a dismounting structure through the built-in barrel.

Further, the sensor external terminal packaging mechanism comprises a built-in shaft sleeve and an end ring, and the end ring is arranged below the built-in shaft sleeve.

Further, the built-in shaft sleeve is in threaded connection with the end ring, and the built-in shaft sleeve and the end ring are sleeved below the sensor shell.

Compared with the prior art, the utility model has the beneficial effects that: this novel sensor carries out insulating parcel protection to novel sensor pencil, changes the sensor and adopts the integrated pencil to connect the end structure, but the pencil carries out the adaptation after the folding damage of sensor installation and connects the end connection installation, reduces novel sensor and connects the end connection fault rate.

1. The novel sensor electronic component can be arranged inside the built-in barrel and the sensor shell, the integrated structure of the built-in electronic component is changed, the built-in barrel and the sensor shell are assembled inside, and the built-in barrel and the sensor shell are detached and replaced through threads of the thread disc.

2. According to the utility model, a user can manually screw the built-in shaft sleeve and the end connecting ring along the outside of the sensor shell and sleeved on the plug end in a threaded manner, so that the built-in shaft sleeve and the end connecting ring can slide to the end connecting seat in a threaded manner, the plug end can be hidden inside the built-in shaft sleeve and the end connecting ring, and the user can slide to open and install the threads according to the external installation requirement of the novel sensor, so that the external end connecting structure of the novel sensor is increased.

Drawings

FIG. 1 is a schematic perspective view of the present utility model;

FIG. 2 is a schematic diagram of a sensor chip interposer according to the present utility model;

FIG. 3 is a schematic diagram of the structure of the external terminal packaging mechanism of the sensor of the present utility model.

In the figure: 1. a sensor chip insertion mechanism; 101. a threaded disc; 102. a built-in barrel; 2. a sensor housing; 3. the sensor external end packaging mechanism; 301. a shaft sleeve is arranged in the inner part; 302. an end ring; 4. inserting an end; 5. a terminal base; 6. a wire harness breakage-proof mechanism; 601. a built-in end sleeve; 602. a rubber folding sleeve; 7. and a wire harness.

Detailed Description

Example 1

As shown in fig. 1, the present utility model provides a technical solution: the novel sensor comprises a sensor chip inserting mechanism 1 and an inserting end 4, wherein a sensor shell 2 is arranged at the bottom end of the sensor chip inserting mechanism 1, a sensor external end packaging mechanism 3 is arranged below the sensor shell 2, the inserting end 4 is arranged at the bottom end of the sensor external end packaging mechanism 3, an end connecting seat 5 is arranged below the inserting end 4, a wire harness breakage-proof mechanism 6 is arranged at the bottom end of the end connecting seat 5, the wire harness breakage-proof mechanism 6 comprises a built-in end sleeve 601 and a rubber folding sleeve 602, the rubber folding sleeve 602 is arranged below the built-in end sleeve 601, a wire harness 7 is arranged inside the rubber folding sleeve 602, the sensor chip inserting mechanism 1 penetrates through the sensor shell 2, a threaded connection is arranged between the sensor shell 2 and the sensor external end packaging mechanism 3, a sensor chip inserting mechanism 1 component penetrates through the sensor shell 2, the sensor external end packaging mechanism 3 assembly is sleeved outside the sensor housing 2 in a threaded connection mode, the sensor housing 2 can achieve an anti-collision protection effect, the sensor external end packaging mechanism 3 and the inserted end 4 are in threaded connection, the inserted end 4 is connected with the end socket 5, the inserted end 4 is installed below the sensor external end packaging mechanism 3 assembly in a threaded manner, the inserted end 4 assembly is connected with the built-in assembly of the end socket 5, the novel sensor assembly can be installed inside the inserted end 4 and the end socket 5, the built-in end sleeve 601 and the rubber folding sleeve 602 are fixedly connected, the built-in end sleeve 601 and the wire harness 7 form a folding structure through the rubber folding sleeve 602, the wire harness anti-breakage mechanism 6 assembly is installed at the bottom end of the end socket 5, the rubber folding sleeve 602 is fixedly connected below the built-in end sleeve 601, the wire harness 7 of the novel sensor penetrates through the inside the rubber folding sleeve 602, the rubber folding sleeve 602 can be folded on the built-in end sleeve 601, and is used for insulating and wrapping and protecting the novel sensor wire harness 7, so that the sensor is changed to be of an integrated wire harness end connecting structure, the wire harness 7 can be connected and installed in an adapting mode after the sensor is installed and folded, and the novel sensor end connecting failure rate is reduced.

Example 2

As shown in fig. 2 and 3, the present utility model provides a technical solution: the novel sensor comprises a thread disc 101 and a built-in barrel 102, wherein the bottom end of the thread disc 101 is provided with the built-in barrel 102, the thread disc 101 is in threaded connection with the built-in barrel 102, the thread disc 101 and a sensor housing 2 form a disassembly structure through the built-in barrel 102, a sensor chip inserting mechanism 1 component penetrates through the sensor housing 2, the built-in barrel 102 is in threaded connection below the thread disc 101, the thread disc 101 can be arranged at the joint of the built-in barrel 102 and the sensor housing 2, a novel sensor electronic component can be arranged inside the built-in barrel 102 and the sensor housing 2, the integrated structure of the built-in electronic component is changed, the built-in barrel 102 and the sensor housing 2 are assembled inside, the sensor external terminal packaging mechanism 3 comprises a built-in shaft sleeve 301 and a connecting ring 302 through the threaded disc 101 in a threaded disassembly and replacement and the like, an end ring 302 is arranged below the built-in shaft sleeve 301, the built-in shaft sleeve 301 and the end ring 302 are in threaded connection, the built-in shaft sleeve 301 and the end ring 302 are sleeved below the sensor housing 2, the sensor external terminal packaging mechanism 3 component is sleeved outside the sensor housing 2 in a threaded connection mode, the sensor housing 2 can achieve an anti-collision protection effect, the end ring 302 is in threaded connection below the built-in shaft sleeve 301, the built-in shaft sleeve 301 and the end ring 302 are sleeved outside the sensor housing 2, the built-in shaft sleeve 301 and the end ring 302 can be in threaded connection above the inserted end 4, a user can manually screw the built-in shaft sleeve 301 and the end ring 302 along the outside of the sensor housing 2 and sleeve the inserted end 4 in a threaded mode, the built-in shaft sleeve 301 and the end ring 302 can be in threaded sliding to the position of the end seat 5, the inserted end 4 can be hidden inside the built-in shaft sleeve 301 and the end ring 302, the user can open the installation according to the external installation needs of novel sensor, carries out the screw thread slip, increases novel sensor outside and connects end connection structure.

In sum, this novel sensor, when in use, install pencil breakage-proof mechanism 6 subassembly in the end socket 5 bottom, make rubber folding cover 602 fixed connection in built-in end cover 601 below, novel sensor's pencil 7 runs through inside rubber folding cover 602, rubber folding cover 602 can fold on built-in end cover 601, carry out insulating parcel protection to novel sensor pencil 7, the external end encapsulation mechanism 3 subassembly of sensor, outside sensor housing 2 through the threaded connection mode suit, anti-collision protection effect can be reached to sensor housing 2, make connect end ring 302 threaded connection in built-in axle sleeve 301 below, built-in axle sleeve 301 and connect end ring 302 suit outside sensor housing 2, built-in axle sleeve 301 and connect end ring 302 can install in the inserted end 4 top, the user can manually screw on built-in axle sleeve 301 and connect end ring 302 along sensor housing 2 outside, install on inserted end 4 through the threaded mode suit, can make built-in axle sleeve 301 and connect end ring 302 screw thread slide to the end socket 5 department, sensor chip insertion mechanism 1 subassembly runs through sensor housing 2 and makes sensor housing 101 and internal disc 102 screw thread connection in place, sensor housing 101 and internal disc 102 screw thread connection.

Claims

1. The novel sensor comprises a sensor chip inserting mechanism (1) and an inserting end (4), and is characterized in that; sensor shell (2) are installed to the bottom of sensor chip insertion mechanism (1), and the below of sensor shell (2) is provided with external end encapsulation mechanism (3) of sensor, insert end (4) and install in the bottom of external end encapsulation mechanism (3) of sensor, the below of inserting end (4) is provided with connects end seat (5), and connects end seat (5) bottom to install pencil breakage-proof mechanism (6), pencil breakage-proof mechanism (6) are including built-in pot head (601) and rubber folding cover (602), and the below of built-in pot head (601) is provided with rubber folding cover (602), internally mounted of rubber folding cover (602) has pencil (7).

2. A novel sensor according to claim 1, characterized in that: the sensor chip inserting mechanism (1) penetrates through the sensor shell (2), and the sensor shell (2) is in threaded connection with the sensor external end packaging mechanism (3).

3. A novel sensor according to claim 1, characterized in that: the sensor external connection end packaging mechanism (3) is in threaded connection with the inserted end (4), and the inserted end (4) is connected with the end connecting seat (5).

4. A novel sensor according to claim 1, characterized in that: the built-in end sleeve (601) is fixedly connected with the rubber folding sleeve (602), and the built-in end sleeve (601) and the wire harness (7) form a folding structure through the rubber folding sleeve (602).

5. A novel sensor according to claim 1, characterized in that: the sensor chip inserting mechanism (1) comprises a threaded disc (101) and a built-in barrel (102), and the built-in barrel (102) is installed at the bottom end of the threaded disc (101).

6. A novel sensor according to claim 5, wherein: the thread disc (101) is in threaded connection with the built-in barrel (102), and the thread disc (101) and the sensor shell (2) form a dismounting structure through the built-in barrel (102).

7. A novel sensor according to claim 1, characterized in that: the sensor external connection end packaging mechanism (3) comprises an internal shaft sleeve (301) and an end connection ring (302), and the end connection ring (302) is installed below the internal shaft sleeve (301).

8. The novel sensor of claim 7, wherein: the built-in shaft sleeve (301) is in threaded connection with the end ring (302), and the built-in shaft sleeve (301) and the end ring (302) are sleeved below the sensor shell (2).