CN207179946U - Touch Rechargeable remote controller - Google Patents
Touch Rechargeable remote controller Download PDFInfo
- Publication number
- CN207179946U CN207179946U CN201721067283.7U CN201721067283U CN207179946U CN 207179946 U CN207179946 U CN 207179946U CN 201721067283 U CN201721067283 U CN 201721067283U CN 207179946 U CN207179946 U CN 207179946U
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- Prior art keywords
- wire
- supported
- touch
- anode
- supported wire
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The utility model discloses a kind of touch Rechargeable remote controller, and it includes bottom shell body, the power supply circuit board in bottom shell body, commercial power interface, cathode-supported wire and anode-supported wire；The fixing end of the respective one end of cathode-supported wire, anode-supported wire is electrically connected respectively in control board, and the elastic tip of the respective other end of this cathode-supported wire, anode-supported wire is respectively immediately below 2 channel slots；There is " L " shape support bar between cathode-supported wire, the respective fixing end of anode-supported wire and elastic tip, the cathode-supported wire, the respective fixing end of anode-supported wire and elastic tip are respectively positioned at the both ends of cathode-supported wire, respective " L " the shape support bar of anode-supported wire, touch screen includes sheet glass and the ITO inductive layers being overlying on sheet glass, and this ITO inductive layer further comprises at least one pin area, several Touch Zones, some first wire bars and some second wire bars.The utility model is turned on by the both positive and negative polarity shell fragment on base with the both positive and negative polarity iron plate pick-up current on remote control, realizes high reliability electrical contact charging.
Description
Technical field
It the utility model is related to a kind of air-conditioning universal remote control, more particularly to a kind of touch Rechargeable remote controller.
Background technology
Air-conditioning remote control is to set air-conditioning outdoor temperature by infra-red remote control by remote control, for sense temperature,
Temperature sensor is fixed on inside air-conditioning, the temperature value set by remote control is sent to air-conditioner controller by infrared ray,
The temperature for temperature and the remote control setting that air-conditioner controller detects according to temperature sensor is compared, and air conditioner is regulated and controled room temperature
Reach design temperature.How existing air-conditioning remote control designs a kind of chargeable and high reliability and fills often through battery powered
The remote control of electricity turns into the direction that those of ordinary skill in the art make great efforts.
The content of the invention
The utility model provides a kind of touch Rechargeable remote controller, and this touch Rechargeable remote controller base passes through shell fragment
Electricity touch charging give remote control charging, can be charged when base charge to other equipment, base energization after, by base just
Negative pole shell fragment turns on the both positive and negative polarity iron plate pick-up current on remote control, realizes high reliability electrical contact charging.
To reach above-mentioned purpose, the technical solution adopted in the utility model is：A kind of touch Rechargeable remote controller, including
Base and remote control, the base further comprise bottom shell body, the power supply circuit board in bottom shell body, commercial power interface, negative pole
Support wire and anode-supported wire, the remote control further comprise shell body, control board, touch screen, positive pole iron plate
With negative pole iron plate, 2 channel slots are provided with the bottom shell body；
The fixing end of the respective one end of the positive pole iron plate, negative pole iron plate is electrically connected respectively in control board, this positive pole
The contact jaw of the respective other end of iron plate, negative pole iron plate each extends over out shell body lower end；
The fixing end of the respective one end of the cathode-supported wire, anode-supported wire is electrically connected respectively to control board
On, the elastic tip of the respective other end of this cathode-supported wire, anode-supported wire is respectively immediately below 2 channel slots；
There is " L " shape support between the cathode-supported wire, the respective fixing end of anode-supported wire and elastic tip
Bar, the cathode-supported wire, the respective fixing end of anode-supported wire and elastic tip are respectively positioned at cathode-supported wire, positive pole
Support the both ends of respective " L " the shape support bar of wire, the cathode-supported wire, anode-supported wire each elastic tip by level
Bar portion, the first vertical bars and the second vertical bars composition, this horizon bar portion is located at the first vertical bars and the second vertical bars
Between, this first vertical bars is between horizontal bar portion and " L " shape support bar；
The touch screen includes sheet glass and the ITO inductive layers that are overlying on sheet glass, this ITO inductive layer further comprise to
Few a pin area, several Touch Zones, some first wire bars and some second wire bars, several Touch Zone intervals
Ground is distributed in glass sheet surface, and several described Touch Zone parts are close to pin area, several described Touch Zone another part
Away from pin area, electrically connected between the Touch Zone and pin area of pin area by the first wire bar, close to touching for pin area
Electrically connected by the first wire bar between control area and pin area, led between Touch Zone and pin area away from pin area by second
Lines electrically connect, and the width of this second wire bar is more than the width of the first wire bar.
Further improved technology scheme is as follows in above-mentioned technical proposal：
1. in such scheme, in addition to a USB interface, this USB interface are connected to power supply circuit board.
2. in such scheme, first vertical bars and the second vertical bars be arranged in parallel.
3. in such scheme, first vertical bars is vertically arranged with horizontal bar portion and " L " shape support bar.
Because above-mentioned technical proposal is used, the utility model has following advantages compared with prior art：
1. the utility model touch Rechargeable remote controller, its base touches charging by shell fragment electricity and charged to remote control,
Base can charge when charging to other equipment, after base is powered, by the both positive and negative polarity shell fragment on base and remote control just
Negative pole iron plate pick-up current turns on, and realizes high reliability electrical contact charging；Secondly, its cathode-supported wire, anode-supported wire
There is " L " shape support bar, the cathode-supported wire, anode-supported wire are each between respective fixing end and elastic tip
Fixing end and elastic tip respectively positioned at the both ends of cathode-supported wire, respective " L " the shape support bar of anode-supported wire, it is described to bear
Each elastic tip forms by horizontal bar portion, the first vertical bars and the second vertical bars for pole support wire, anode-supported wire,
Between the first vertical bars and the second vertical bars, this first vertical bars is located at horizontal bar portion and " L " in this horizon bar portion
Between shape support bar so that support wire has certain elasticity, so as to ensure the reliability with the electrical contact of both positive and negative polarity iron plate, from
And extend the service life of product；Again, it also includes a USB interface, and this USB interface is connected to power supply circuit board, by hard
The bidirectional power supply that part is realized, realized by hardware and give remote control base for supplying power, remote control by charging wire using USB5V chargers
Exported simultaneously equipped with USB5V.
2. the utility model touch Rechargeable remote controller, it passes through between the Touch Zone of pin area and pin area
First wire bar electrically connects, and is electrically connected between the Touch Zone and pin area of pin area by the first wire bar, away from pin
Electrically connected between the Touch Zone in area and pin area by the second wire bar, the width of this second wire bar is more than the first wire bar
Width, according to the difference of distance, line thickness size is led in differential design, is improved the sensitivity of touch-control, is which reduced
Response time.
Brief description of the drawings
Accompanying drawing 1 is the utility model touch Rechargeable remote controller outline structural diagram；
Accompanying drawing 2 is the structural representation of the utility model touch Rechargeable remote controller；
Accompanying drawing 3 is the partial structural diagram of the utility model touch Rechargeable remote controller；
Accompanying drawing 4 is the decomposition texture schematic diagram of the utility model base；
Accompanying drawing 5 is the partial structural diagram two of the utility model touch controlled type remote control；
Accompanying drawing 6 is that the utility model supports conductor structure schematic diagram；
Accompanying drawing 7 is touch-control screen structure schematic diagram in the utility model touch remote control.
In the figures above：1st, base；2nd, remote control；3rd, bottom shell body；33rd, channel slot；34th, boss；4th, power supply circuit board；5、
Commercial power interface；6th, cathode-supported wire；7th, anode-supported wire；8th, shell body；9th, control board；10th, positive pole iron plate；11、
Negative pole iron plate；12nd, USB interface；13rd, " L " shape support bar；141st, horizontal bar portion；142nd, the first vertical bars；143rd, second is vertical
Bar portion；21st, touch screen；22nd, sheet glass；23rd, ITO inductive layers；231st, pin area；232nd, Touch Zone；233rd, the first wire bar；
234th, the second wire bar.
Embodiment
Below in conjunction with the accompanying drawings and embodiment is further described to the utility model：
Embodiment 1：A kind of touch Rechargeable remote controller, including base 1 and remote control 2, the base 1 further comprise
Bottom shell body 3, the power supply circuit board 4 in bottom shell body 3, commercial power interface 5, cathode-supported wire 6 and anode-supported wire 7, institute
State remote control 2 and further comprise shell body 8, control board 9, touch screen 21, positive pole iron plate 10 and negative pole iron plate 11, the bottom
2 channel slots 33 are provided with housing 3；
The positive pole iron plate 10, the fixing end of 11 respective one end of negative pole iron plate are electrically connected respectively in control board 9, this
Positive pole iron plate 10, the contact jaw of the 11 respective other end of negative pole iron plate each extend over out the lower end of shell body 8；
The cathode-supported wire 6, the fixing end of 7 respective one end of anode-supported wire are electrically connected respectively to control board
On 9, this cathode-supported wire 6, the elastic tip of the 7 respective other end of anode-supported wire are respectively positioned at 2 underfaces of channel slots 33；
There is " L " shape branch between the cathode-supported wire 6,7 respective fixing end of anode-supported wire and elastic tip
Strut 13, the cathode-supported wire 6,7 respective fixing end of anode-supported wire and elastic tip are led positioned at cathode-supported respectively
The both ends of respective " L " the shape support bar 13 of line 6, anode-supported wire 7, the cathode-supported wire 6, anode-supported wire 7 are respective
Elastic tip forms by horizontal bar portion 141, the first vertical bars 142 and the second vertical bars 143, and this horizontal bar portion 141 is located at
Between first vertical bars 142 and the second vertical bars 143, this first vertical bars 142 is located at horizontal bar portion 141 and " L " shape
Between support bar 13；
The touch screen 21 includes sheet glass 22 and the ITO inductive layers 23 being overlying on sheet glass 22, and this ITO inductive layer 23 enters
One step includes at least one pin area 231, several Touch Zones 232, some first wire bars 233 and some second wires
Bar 234, several compartment of terrains of Touch Zone 232 are distributed in the surface of sheet glass 22, and several parts of described Touch Zones 232 are close to drawing
Pin area 231, several described another part of Touch Zone 232 are away from pin area 231, close to the Touch Zone 232 of pin area 231 with drawing
Electrically connected between pin area 231 by the first wire bar, pass through first between the Touch Zone and pin area 231 of pin area 231
Wire bar 233 electrically connects, and is electrically connected between Touch Zone and pin area 231 away from pin area 231 by the second wire bar 234,
The width of this second wire bar 234 is more than the width of the first wire bar 233.
Also include a usb 12, this usb 12 is connected to power supply circuit board 4.
The above-mentioned vertical bars 143 of first vertical bars 142 and second be arranged in parallel.
Embodiment 2：A kind of touch Rechargeable remote controller, including base 1 and remote control 2, the base 1 further comprise
Bottom shell body 3, the power supply circuit board 4 in bottom shell body 3, commercial power interface 5, cathode-supported wire 6 and anode-supported wire 7, institute
State remote control 2 and further comprise shell body 8, control board 9, touch screen 21, positive pole iron plate 10 and negative pole iron plate 11, the bottom
2 channel slots 33 are provided with housing 3；
The positive pole iron plate 10, the fixing end of 11 respective one end of negative pole iron plate are electrically connected respectively in control board 9, this
Positive pole iron plate 10, the contact jaw of the 11 respective other end of negative pole iron plate each extend over out the lower end of shell body 8；
The cathode-supported wire 6, the fixing end of 7 respective one end of anode-supported wire are electrically connected respectively to control board
On 9, this cathode-supported wire 6, the elastic tip of the 7 respective other end of anode-supported wire are respectively positioned at 2 underfaces of channel slots 33；
There is " L " shape branch between the cathode-supported wire 6,7 respective fixing end of anode-supported wire and elastic tip
Strut 13, the cathode-supported wire 6,7 respective fixing end of anode-supported wire and elastic tip are led positioned at cathode-supported respectively
The both ends of respective " L " the shape support bar 13 of line 6, anode-supported wire 7, the cathode-supported wire 6, anode-supported wire 7 are respective
Elastic tip forms by horizontal bar portion 141, the first vertical bars 142 and the second vertical bars 143, and this horizontal bar portion 141 is located at
Between first vertical bars 142 and the second vertical bars 143, this first vertical bars 142 is located at horizontal bar portion 141 and " L " shape
Between support bar 13；
The touch screen 21 includes sheet glass 22 and the ITO inductive layers 23 being overlying on sheet glass 22, and this ITO inductive layer 23 enters
One step includes at least one pin area 231, several Touch Zones 232, some first wire bars 233 and some second wires
Bar 234, several compartment of terrains of Touch Zone 232 are distributed in the surface of sheet glass 22, and several parts of described Touch Zones 232 are close to drawing
Pin area 231, several described another part of Touch Zone 232 are away from pin area 231, close to the Touch Zone 232 of pin area 231 with drawing
Electrically connected between pin area 231 by the first wire bar, pass through first between the Touch Zone and pin area 231 of pin area 231
Wire bar 233 electrically connects, and is electrically connected between Touch Zone and pin area 231 away from pin area 231 by the second wire bar 234,
The width of this second wire bar 234 is more than the width of the first wire bar 233.
Above-mentioned first vertical bars 142 is vertically arranged with horizontal bar portion 141 and " L " shape support bar 13.
When taking above-mentioned touch Rechargeable remote controller, its base touches charging by shell fragment electricity and charged to remote control, the bottom of at
Seat charging when can charge to other equipment, base energization after, by the both positive and negative polarity shell fragment on base with it is positive and negative on remote control
Pole iron plate pick-up current conducting, realize high reliability electrical contact charging；Secondly, its cathode-supported wire, anode-supported wire are each
From fixing end and elastic tip between there is " L " shape support bar, the cathode-supported wire, anode-supported wire are respective
Fixing end and elastic tip are respectively positioned at the both ends of respective " L " the shape support bar of cathode-supported wire, anode-supported wire, the negative pole
Supporting wire, anode-supported wire, each elastic tip forms by horizontal bar portion, the first vertical bars and the second vertical bars, this
Between the first vertical bars and the second vertical bars, this first vertical bars is located at horizontal bar portion and " L " shape in horizon bar portion
Between support bar so that support wire has certain elasticity, so as to ensure the reliability with the electrical contact of both positive and negative polarity iron plate, so as to
Extend the service life of product；Again, it also includes a USB interface, and this USB interface is connected to power supply circuit board, passes through hardware
The bidirectional power supply of realization, realized by hardware and give remote control base for supplying power by charging wire using USB5V chargers, remote control is same
Shi Peiyou USB5V are exported.
For above-described embodiment only to illustrate technical concepts and features of the present utility model, its object is to allow be familiar with technique
Personage can understand content of the present utility model and implement according to this, the scope of protection of the utility model can not be limited with this.
All equivalent change or modifications made according to the utility model Spirit Essence, should all cover the scope of protection of the utility model it
It is interior.
Claims (4)
- A kind of 1. touch Rechargeable remote controller, it is characterised in that：Including base（1）And remote control（2）, the base（1）Enter One step includes bottom shell body（3）, positioned at bottom shell body（3）Interior power supply circuit board（4）, commercial power interface（5）, cathode-supported wire（6） With anode-supported wire（7）, the remote control（2）Further comprise shell body（8）, control board（9）, touch screen（21）、 Positive pole iron plate（10）With negative pole iron plate（11）, the bottom shell body（3）On be provided with 2 channel slots（33）；The positive pole iron plate（10）, negative pole iron plate（11）The fixing end of respective one end is electrically connected respectively to control board（9）On, This positive pole iron plate（10）, negative pole iron plate（11）The contact jaw of the respective other end each extends over out shell body（8）Lower end；The cathode-supported wire（6）, anode-supported wire（7）The fixing end of respective one end is electrically connected respectively to control board （9）On, this cathode-supported wire（6）, anode-supported wire（7）The elastic tip of the respective other end is located at 2 channel slots respectively （33）Underface；The cathode-supported wire（6）, anode-supported wire（7）There is " L " shape branch between respective fixing end and elastic tip Strut（13）, the cathode-supported wire（6）, anode-supported wire（7）Respective fixing end and elastic tip are located at negative pole respectively Support wire（6）, anode-supported wire（7）Each " L " shape support bar（13）Both ends, the cathode-supported wire（6）, positive pole Support wire（7）Respective elastic tip is by horizontal bar portion（141）, the first vertical bars（142）With the second vertical bars（143）Group Into this horizontal bar portion（141）Positioned at the first vertical bars（142）With the second vertical bars（143）Between, this first vertical bars （142）Positioned at horizontal bar portion（141）" L " shape support bar（13）Between；The touch screen（21）Including sheet glass（22）Be overlying on sheet glass（22）On ITO inductive layers（23）, this ITO inductive layer （23）Further comprise at least one pin area（231）, several Touch Zones（232）, some first wire bars（233）If with Dry the second wire of root bar（234）, several Touch Zones（232）Compartment of terrain is distributed in sheet glass（22）Surface, several are described tactile Control area（232）A part is close to pin area（231）, several described Touch Zones（232）Another part is away from pin area（231）, Close to pin area（231）Touch Zone（232）With pin area（231）Between pass through the first wire bar and electrically connect, close to pin area （231）Touch Zone and pin area（231）Between pass through the first wire bar（233）Electrical connection, away from pin area（231）Touch-control Area and pin area（231）Between pass through the second wire bar（234）Electrical connection, this second wire bar（234）Width be more than first Wire bar（233）Width.
- 2. touch Rechargeable remote controller according to claim 1, it is characterised in that：Also include a USB interface（12）, this USB interface（12）It is connected to power supply circuit board（4）.
- 3. touch Rechargeable remote controller according to claim 1, it is characterised in that：First vertical bars（142） With the second vertical bars（143）It is arranged in parallel.
- 4. touch Rechargeable remote controller according to claim 1, it is characterised in that：First vertical bars（142） With horizontal bar portion（141）" L " shape support bar（13）It is vertically arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721067283.7U CN207179946U (en) | 2017-08-24 | 2017-08-24 | Touch Rechargeable remote controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721067283.7U CN207179946U (en) | 2017-08-24 | 2017-08-24 | Touch Rechargeable remote controller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207179946U true CN207179946U (en) | 2018-04-03 |
Family
ID=61737906
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721067283.7U Expired - Fee Related CN207179946U (en) | 2017-08-24 | 2017-08-24 | Touch Rechargeable remote controller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207179946U (en) |
-
2017
- 2017-08-24 CN CN201721067283.7U patent/CN207179946U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180403 Termination date: 20210824 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |