CN208947002U - A kind of built-in tire pressure monitoring sensor - Google Patents
A kind of built-in tire pressure monitoring sensor Download PDFInfo
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- CN208947002U CN208947002U CN201820401765.XU CN201820401765U CN208947002U CN 208947002 U CN208947002 U CN 208947002U CN 201820401765 U CN201820401765 U CN 201820401765U CN 208947002 U CN208947002 U CN 208947002U
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- conducting ring
- gas nozzle
- power
- built
- protective cap
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Abstract
The utility model relates to a kind of built-in tire pressure monitoring sensors.Including being built in the sensor body (13) of tire and being placed outside the power supply of tire, the power supply is connected by electric conductor and the sensor body (13).The utility model without detaching tyre, that is, replaceable battery.Since the important components such as sensor are played a very good protection using conventional internal formula tyre pressure sensor structure; only by power-supply battery on gas nozzle protective cap, so, it is convenient not only to replace power-supply battery; and the probability for breaking and being stolen is very low, and renewal cost is also very low.
Description
Technical field
The built-in tire pressure monitoring of a kind of tire pressure monitoring sensor of the utility model, specifically a kind of external battery passes
Sensor.Background technique
Currently, tire pressure monitoring sensor is divided into built-in and external.External tire-pressure monitoring sensor removes installation and replacement
Easy to be outer, using effect is poor, and it is higher economic loss caused by breaking or being stolen occur；Although built-in tire pressure monitoring sensor
Better than external tire-pressure monitoring sensor, but replacement battery is complicated as installation process, needs specialized work platform complete
Time-consuming at a whole set of process, economy is poor.
Utility model content
The purpose of this utility model ancestor is intended to provide a kind of excellent performance of existing conventional internal formula tire pressure monitoring sensor,
Simultaneously but also with the superiority of the simple and convenient replaceable power supply battery of traditional external tire-pressure monitoring sensor.
The technical solution adopted in the utility model is thus: a kind of built-in tire pressure monitoring sensor, including is built in wheel
The sensor body (13) of tire and the power supply for being placed outside tire, the power supply pass through electric conductor and the sensor body (13)
Connection.
The gas nozzle body (12) that the sensor includes and the sensor body (13) connect, the gas nozzle body (12)
On be provided with conducting ring three (10), conducting ring four (11), be provided with guide line three (8) and conducting ring four (11) contact, be provided with
Guide line four (9) conducting ring three (10) contact, the guide line three (8), guide line four (9) are connected to sensor body (13)
On；
The sensor further includes the inflating port protective cap ontology (1) for having gas nozzle, the inflating port protective cap sheet of the gas nozzle
It is provided with power-supply battery box (2) in body (1), the power-supply battery box (2) is built-in with power supply, is provided with releasable securing apparatus
The fixed power-supply battery box (2), the inflating port protective cap ontology (1) of the gas nozzle are built-in with the conduction connected with the power supply
Device, the electric installation and the conducting ring three (10), conducting ring four (11) connection.
The conducting ring one (4) and the conducting ring three that the electric installation includes and the conducting ring four (11) contacts
(10) conducting ring two (5) contacted.
The conducting ring one (4) is connected by guide line two (7) with the power supply, and the conducting ring two (5) passes through guidance
Line one (6) is connected with the power supply.
It is provided with the inflating port protective cap sheet that the power-supply battery box (2) is fixed on the gas nozzle by power-supply battery lid (3)
In body (1), the power-supply battery lid (3) is removably attachable in the power-supply battery lid (3), and the inflating port of the gas nozzle is protected
Helmet ontology (1), which is set in outside the gas nozzle body (12), contacts conducting ring one (4) and conducting ring four (11), conducting ring two
(5) it is contacted with conducting ring three (10).
The power-supply battery lid (3) is threaded in the inflating port protective cap ontology (1) of the gas nozzle, the gas nozzle
Inflating port protective cap ontology (1) is threadedly attached on the gas nozzle body (12).
The conducting ring one (4), conducting ring two (5), conducting ring three (10), conducting ring four (11) contact surface be light disc or
Person's flank outline form.
The root of the gas nozzle body (12) and sensor body (13) connection is provided with rubber protective layer (14), described to lead
Electric ring three (10), conducting ring four (11) are embedded in rubber protective layer (14) surface.
Inflating port protective cap ontology (1) upper end closed of the gas nozzle, the power-supply battery box (2) are located at the gas nozzle
Inflating port protective cap ontology (1) open end of inflating port protective cap ontology (1) closed one end, the gas nozzle is set in the gas
On the outside of mouth ontology (12).
The utility model has the advantages that: thread forms and annular can be used in lead ring in the utility model, accomplish that contact is good
It is anti-to get rusty.
Gas nozzle conducting wire is arranged in the rubber covering outside gas nozzle in the utility model, i.e., does not influence the normal function of gas nozzle
Can, it also ensures the beauty of gas nozzle and strengthens the insulating properties of conducting wire.Gas nozzle protective cap conducting wire is arranged in gas in the utility model
In the plastic layer of mouth ontology, i.e., the normal function of gas nozzle protective cap is not influenced, also ensure the beauty and reinforcement of gas nozzle protective cap
To the insulating properties envied.
The battery cover on power-supply battery box being arranged on gas nozzle protective cap in the utility model is set as detachable structure, uses
In replacement power-supply battery.
The utility model without detaching tyre, that is, replaceable battery.Since the important components such as sensor are adopted
It is played a very good protection with conventional internal formula tyre pressure sensor structure, only by power-supply battery on gas nozzle protective cap,
So not only replacement power-supply battery is convenient, and the probability for breaking and being stolen is very low, and renewal cost is also very low.
Detailed description of the invention
Fig. 1 is built-in sensor and gas nozzle body schematic diagram.
Fig. 2 is built-in sensor gas nozzle protective cap cross-sectional view.
Fig. 3 is the partial sectional view of built-in sensor gas nozzle conducting ring.
1 it is the inflating port protective cap ontology of gas nozzle in figure, 2 be power-supply battery box, 3 be power-supply battery lid, 4 is conducting ring, 5
It is guide line for conducting ring, 6,7 be guide line, 8 be guide line, 9 be guide line, 10 be conducting ring, 11 be conducting ring, 12 is gas
Mouth ontology, 13 be sensor body, 14 be rubber protective layer, 15 be gas nozzle external screw teeth, 16 be gas nozzle protective cap internal screw thread, 17 be
Gas nozzle protective cap inner ring face, 18 are sealing ring.
Specific embodiment
A kind of built-in tire pressure monitoring sensor, including being built in the sensor body 13 of tire and being placed outside tire
Power supply, the power supply are connected by electric conductor and the sensor body 13.
The sensor includes the gas nozzle body 12 with the sensor body 13 connection, is arranged in the gas nozzle body 12
There are conducting ring 3 10, conducting ring 4 11, is provided with guide line 38 and conducting ring 4 11 contacts, be provided with 49 conducting ring of guide line
3 10 contacts, the guide line 38, guide line 49 are connected in sensor body 13；
The sensor further includes the inflating port protective cap ontology 1 for having gas nozzle, the inflating port protective cap ontology 1 of the gas nozzle
It is inside provided with power-supply battery box 2, the power-supply battery box 2 is built-in with power supply, is provided with described in releasable securing apparatus fixation
The inflating port protective cap ontology 1 of power-supply battery box 2, the gas nozzle is built-in with the electric installation connected with the power supply, described to lead
Electric installation and the conducting ring 3 10, conducting ring 4 11 connect.
The electric installation includes contacting with the conducting ring 1 of the conducting ring 4 11 contact and the conducting ring 3 10
Conducting ring 25.
The conducting ring 1 is connected by guide line 27 with the power supply, and the conducting ring 25 passes through one 6 He of guide line
The power supply connection.
It is provided with the inflating port protective cap ontology 1 that the power-supply battery box 2 is fixed on the gas nozzle by power-supply battery lid 3
Interior, the power-supply battery lid 3 is removably attachable in the power-supply battery lid 3, the inflating port protective cap ontology 1 of the gas nozzle
Being set in outside the gas nozzle body 12 contacts conducting ring 1 and the contact of conducting ring 4 11, conducting ring 25 and conducting ring 3 10.
The power-supply battery lid 3 is threaded in the inflating port protective cap ontology 1 of the gas nozzle, the inflation of the gas nozzle
Mouth protective cap ontology 1 is threadedly attached in the gas nozzle body 12.
The conducting ring 1, conducting ring 25, conducting ring 3 10,4 11 contact surface of conducting ring are light disc or flank
Outline form.
The root that the gas nozzle body 12 and sensor body 13 connect is provided with rubber protective layer 14, the conducting ring three
10, conducting ring 4 11 is embedded in 14 surface of rubber protective layer.
1 upper end closed of inflating port protective cap ontology of the gas nozzle, the power-supply battery box 2 are located at the inflation of the gas nozzle
The closed one end of mouth protective cap ontology 1,1 open end of inflating port protective cap ontology of the gas nozzle is set in the gas nozzle body 12
Outside.
Further explanation is made to the utility model below, to be better understood by the utility model:
Such as the structure chart of sensor and gas nozzle entirety that Fig. 1 is the utility model, serial number 12 is gas nozzle body in figure, in figure
Serial number 13 is sensor body, and sensor body 13 is combined together with gas nozzle body, is mounted on wheel hub, sensor body 13
The related data of the parameters such as pressure and temperature of gas in tire is acquired, and collected data are sent out by Radio Transmission Technology
It penetrates, so that other terminals receive processing signal；Partial sectional view in gas nozzle body 12, as rubber protective layer 14 is wrapped in Fig. 3
The root that gas nozzle body 12 is connect with sensor body 13, conducting ring 10,11 are embedded in 14 surface of rubber protective layer, guide line 8,
9 respectively from conducting ring 10,11 draw be connected to sensor body 13 by electrical nodes；Gas nozzle external screw teeth 15, for being protected with gas nozzle
16 phase of tooth is coughed up in helmet tightens fixation.
If Fig. 2 is the cross-sectional view of gas nozzle protective cap of the utility model containing power supply, serial number 1 is that the inflating port of gas nozzle is protected in figure
Helmet ontology, ontology are generally manufactured using light weight insulating material, and power-supply battery box 2 is arranged in the closed one end of gas nozzle protective cap,
Power-supply battery lid 3 uses screw thread or the fixed protection battery of other dismountable connection types；Conducting ring 4,5 on gas nozzle protective cap
Setting in gas nozzle protective cap inner peripheral surface, guide line 6,7 drawn respectively from conducting ring 4,5 anode for being connected to power-supply battery box and
The power receiving device of cathode, gas nozzle protective cap internal screw thread 16, for mutually tightening fixation with gas nozzle body external screw teeth.
Conducting ring 4,5,10,11, also can be used the forms such as screw thread in addition to using light disc.
When the inflating port protective cap ontology of gas nozzle is screwed in gas nozzle body, conducting ring 4 contacts conducting with conducting ring 11, leads
Electric ring 5 contacts conducting with conducting ring 10, so that power supply be made to supply sensor by conducting ring 1-11,5-10 of conducting by guide line
The energy of working uses.
Gas nozzle protective cap is back-outed from gas nozzle when replacing power supply, is unloaded power-supply battery lid 3 with screwdriver or other tools
It opens, takes out with regard to power supply, be loaded on power-supply battery lid 3 after being put into new power, gas nozzle protective cap ontology is screwed onto gas nozzle body again
It is upper.
Sealing ring 18 is arranged in gas nozzle body, and when gas nozzle protective cap is screwed on gas nozzle, sealing ring 18 and gas nozzle are protected
Cap inner ring face 17 is interference fitted and reaches excellent sealing effect.
Claims (8)
1. a kind of built-in tire pressure monitoring sensor, which is characterized in that including be built in tire sensor body (13) and
It is placed outside the power supply of tire, the power supply is connected by electric conductor and the sensor body (13)；
The sensor includes the gas nozzle body (12) with the sensor body (13) connection, is set on the gas nozzle body (12)
It is equipped with conducting ring three (10), conducting ring four (11), guide line three (8) and conducting ring four (11) contact is provided with, is provided with guidance
Line four (9) conducting ring three (10) contact, the guide line three (8), guide line four (9) are connected on sensor body (13)；
The sensor further includes the inflating port protective cap ontology (1) for having gas nozzle, the inflating port protective cap ontology (1) of the gas nozzle
It is inside provided with power-supply battery box (2), the power-supply battery box (2) is built-in with power supply, is provided with releasable securing apparatus and fixes
The power-supply battery box (2), the inflating port protective cap ontology (1) of the gas nozzle are built-in with the conductive dress connected with the power supply
It sets, the electric installation and the conducting ring three (10), conducting ring four (11) connection.
2. a kind of built-in tire pressure monitoring sensor according to claim 1, which is characterized in that the electric installation includes
With the conducting ring one (4) of the conducting ring four (11) contact and the conducting ring two (5) of the conducting ring three (10) contact.
3. a kind of built-in tire pressure monitoring sensor according to claim 2, which is characterized in that the conducting ring one (4)
It is connected by guide line two (7) with the power supply, the conducting ring two (5) is connected by guide line one (6) with the power supply.
4. a kind of built-in tire pressure monitoring sensor according to claim 1, which is characterized in that be provided with power-supply battery lid
(3) the power-supply battery box (2) is fixed in the inflating port protective cap ontology (1) of the gas nozzle, the power-supply battery lid (3)
It is removably attachable in the power-supply battery lid (3), the inflating port protective cap ontology (1) of the gas nozzle is set in the gas nozzle
Contact conducting ring one (4) and conducting ring four (11) outside ontology (12), conducting ring two (5) and conducting ring three (10) contact.
5. a kind of built-in tire pressure monitoring sensor according to claim 4, which is characterized in that the power-supply battery lid
(3) it is threaded in the inflating port protective cap ontology (1) of the gas nozzle, the inflating port protective cap ontology (1) of the gas nozzle is logical
It crosses and is threaded on the gas nozzle body (12).
6. a kind of built-in tire pressure monitoring sensor according to claim 2, which is characterized in that the conducting ring one (4),
Conducting ring two (5), conducting ring three (10), conducting ring four (11) contact surface are light disc or flank outline form.
7. a kind of built-in tire pressure monitoring sensor according to claim 1, which is characterized in that the gas nozzle body (12)
It is provided with rubber protective layer (14) with the root of sensor body (13) connection, the conducting ring three (10), conducting ring four (11)
It is embedded in rubber protective layer (14) surface.
8. a kind of built-in tire pressure monitoring sensor according to claim 1, which is characterized in that the inflating port of the gas nozzle
Protective cap ontology (1) upper end closed, the power-supply battery box (2) are located at inflating port protective cap ontology (1) closing of the gas nozzle
One end, inflating port protective cap ontology (1) open end of the gas nozzle is set on the outside of the gas nozzle body (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820401765.XU CN208947002U (en) | 2018-03-23 | 2018-03-23 | A kind of built-in tire pressure monitoring sensor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820401765.XU CN208947002U (en) | 2018-03-23 | 2018-03-23 | A kind of built-in tire pressure monitoring sensor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208947002U true CN208947002U (en) | 2019-06-07 |
Family
ID=66729502
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820401765.XU Active CN208947002U (en) | 2018-03-23 | 2018-03-23 | A kind of built-in tire pressure monitoring sensor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208947002U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108422816A (en) * | 2018-03-23 | 2018-08-21 | 蒋振兴 | A kind of built-in tire pressure monitoring sensor |
| CN111267559A (en) * | 2020-03-05 | 2020-06-12 | 韩建波 | Method for prolonging service life and enhancing comprehensive function of tire pressure sensing device |
| CN111546840A (en) * | 2020-05-28 | 2020-08-18 | 蚌埠学院 | Tire pressure monitoring system and device |
-
2018
- 2018-03-23 CN CN201820401765.XU patent/CN208947002U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108422816A (en) * | 2018-03-23 | 2018-08-21 | 蒋振兴 | A kind of built-in tire pressure monitoring sensor |
| CN111267559A (en) * | 2020-03-05 | 2020-06-12 | 韩建波 | Method for prolonging service life and enhancing comprehensive function of tire pressure sensing device |
| CN111546840A (en) * | 2020-05-28 | 2020-08-18 | 蚌埠学院 | Tire pressure monitoring system and device |
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| GR01 | Patent grant |