CN202624548U - Adjustable electric induction structure started by brake handle - Google Patents
Adjustable electric induction structure started by brake handle Download PDFInfo
- Publication number
- CN202624548U CN202624548U CN 201220081342 CN201220081342U CN202624548U CN 202624548 U CN202624548 U CN 202624548U CN 201220081342 CN201220081342 CN 201220081342 CN 201220081342 U CN201220081342 U CN 201220081342U CN 202624548 U CN202624548 U CN 202624548U
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- induction
- handgrip
- slot
- handle
- slot part
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Abstract
The utility model provides an adjustable electric induction structure started by a brake handle; the adjustable electric induction structure comprises a handle, a handle seat, a magnetic body, an induction element, an elastic element and an adjusting bolt, wherein the handle is used for driving a connecting part to be connected with a holding handle part and a first pivoting part; a second pivoting part of the handle seat is communicated with a sleeve part and connected with the first pivoting part in a pivotable way; a groove part of the handle seat is formed on one side of the sleeve part and substantially parallel to each other; an opening of the groove part is formed at one end far away from the handle; the groove part adjacent to the opening is provided with an internal thread part; the magnetic body is plugged into a suspension wire seat; the induction element penetrates into the groove part; one end of an induction part of the induction element is connected with an electrical wire part; the induction part is arranged corresponding to the magnetic body; two ends of the elastic element are respectively propped against the groove part and the induction part; the adjusting bolt is screwed in the internal thread part by an external thread in an adjustable way so as to finely adjust the distance between the induction part and the magnetic body. Through the adoption of the adjustable electric induction structure provided by the utility model, the induction travel can be adjusted to switch off a motor of an electric bicycle within an effective travel so as to enhance the running safety.
Description
Technical field
The utility model is meant the adjustable electrical induction structure that a kind of handgrip that brakes starts especially relevant for a kind of application of induction structure of the handgrip startup of braking.
Background technology
At present; Battery-driven car is aspect brake control; Its structure is as shown in Figure 7, includes the control line 74 that 71 groups of handle brackets are provided with handgrip 72, brake cable 73, have joint (figure does not show), has touch switch 75 in the joint; Handgrip 72 links brake cable 73, and handgrip 72 1 distolateral limits can contact touch switch 75.It acts on during starter motor goes, when not braking, handgrip 72 roof pressure touch switches 75, conducting its can be via control line 74 output signal; When handgrip 72 was spurred and brakes, its touch switch 75 no longer received roof pressure to form off state, but 73 pairs of wheel brake of interlock brake cable.
According to said structure, developed and the structure that brake is detected, please refer to No. 392655 novel patent of TaiWan, China; Its exposure is a kind of the hand starting sensing structure; Mainly comprise: a handgrip and supply the handle bracket of its pivot joint, establish a magnetic substance in it respectively on both relative right positions again and a magnetic switch element is formed, by this; Can cause between magnetic substance and magnetic switch and relatively move when pushing handgrip, make switch produce action and end.
So; Said structure not the handle the time, the switch position is fixed, and can't change switch with respect to the level attitude between magnetic substance; Promptly can't finely tune to change and respond to stroke (sensitivity), be prone to cause the start of the outage of (electronic) bicycle motor when brake unstable.
The utility model content
The purpose of the utility model is to address the above problem and a kind of induction stroke of adjusting is provided, and with cutting off the power supply in the Electric Bicycle Motor effective travel, and then improves the adjustable electrical induction structure that the brake handgrip of traffic safety starts.
For reaching above-mentioned purpose; The adjustable electrical induction structure that the utility model provides a kind of handgrip that brakes to start; Comprise: a handgrip; Have a handle portion, one first articulated section, a start connecting portion and a messenger wire seat, this start connecting portion connects this handle portion and this first articulated section respectively, and this messenger wire seat connects this start connecting portion pivotly; One handle bracket; Have one second articulated section, a sleeve part and a slot part; This second articulated section is connected with this sleeve part, and is connected pivotly with this first articulated section of this handgrip, and this slot part is arranged on a side of this sleeve part and roughly is parallel to each other; And an opening of this slot part is arranged on the end away from this handgrip, and contiguous this opening part of this slot part has an internal thread part; One magnetic substance is arranged on the end of this messenger wire seat away from this start connecting portion; One sensing element; Be located in this slot part of this handle bracket, this sensing element has an induction part and an electric wire portion, and an end of this induction part connects this electric wire portion; And corresponding this magnetic substance of this induction part is provided with; This induction part is arranged in this slot part, and this electric wire portion part is in this slot part, and part is outer to be exposed at outside this slot part; One elastic element, its two ends push up respectively to an end of contiguous this handgrip of this slot part and this induction part end away from this electric wire portion of connection; An and adjustable bolt; Be a hollow framework and have an external thread part; Be arranged in this internal thread part of this opening part of this slot part adjustably; An end of this external thread part of this adjustable bolt is supported on the end top that this induction part of this sensing element connects this electric wire portion, and finely tuning apart leaving of this induction part and this magnetic substance, and this adjustable bolt passes this sleeve part with a bolt of rear end plate and removably fixing.
For reaching above-mentioned purpose; The adjustable electrical induction structure that the utility model can provide another kind of brake handgrip to start; Comprise: a handgrip, be the L type, have a handle portion, one first articulated section, a start connecting portion and a messenger wire seat; This start connecting portion connects this handle portion and this first articulated section respectively, and this messenger wire seat connects this start connecting portion pivotly; One handle bracket; Have one second articulated section, a sleeve part and a slot part; This second articulated section is connected with this sleeve part, and is connected pivotly with this first articulated section of this handgrip, and this slot part is arranged on a side of this sleeve part and roughly is parallel to each other; And an opening of this slot part is arranged on the end away from this handgrip, and contiguous this opening part of this slot part has an internal thread part; One magnetic substance, plug is located in this start connecting portion of this handgrip; One sensing element; Be located in this slot part of this handle bracket, this sensing element has an induction part and an electric wire portion, and an end of this induction part connects this electric wire portion; And corresponding this magnetic substance of this induction part is provided with; This induction part is arranged in this slot part, and this electric wire portion part is in this slot part, and part is outer to be exposed at outside this slot part; One elastic element, its two ends push up respectively to an end of contiguous this handgrip of this slot part and this induction part end away from this electric wire portion of connection; An and adjustable bolt; Be a hollow framework and have an external thread part; Be arranged in this internal thread part of this opening part of this slot part adjustably; An end of this external thread part of this adjustable bolt is supported on the end top that this induction part of this sensing element connects this electric wire portion, and finely tuning the mutual edge distance mutually of this induction part and this magnetic substance, and this adjustable bolt passes this sleeve part with a bolt of rear end plate and removably fixing.
Wherein, when depressing this handle portion, this magnetic substance is an arc trajectory and moves.
Wherein, when this handle bracket is combined in a car body, the side of this slot part below this sleeve part.
Wherein, this sensing element is a magnetic reed switch element or a HALL-IC (Hall IC) element.
The utility model adopts said structure can adjust the induction stroke, with cutting off the power supply in the Electric Bicycle Motor effective travel, and then reaches the effect that improves traffic safety.
Description of drawings
Fig. 1 is the part sectional exploded view of adjustable electrical induction structure one first embodiment of the utility model brake handgrip startup.
Fig. 2 is that the part of this first embodiment of adjustable electrical induction structure of the utility model brake handgrip startup is analysed and observe assembly drawing.
Fig. 3 is the stereoscopic figure of this first embodiment of adjustable electrical induction structure of the utility model brake handgrip startup.
Fig. 4 is the part sectional side view of this first embodiment of adjustable electrical induction structure of the utility model brake handgrip startup.
Fig. 5 is the cardon of doing of this first embodiment of adjustable electrical induction structure of starting of the utility model brake handgrip.
Fig. 6 is the part sectional exploded view of adjustable electrical induction structure one second embodiment of the utility model brake handgrip startup.
Fig. 7 is known cutaway view with brake control structure of switch.
Label declaration:
The utility model:
Known:
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the utility model is done further to set forth in detail.
Please refer to Fig. 1 to Fig. 5; Wherein, Fig. 1 representes the part sectional exploded view of adjustable electrical induction structure one first embodiment that the utility model brake handgrip starts; Fig. 2 representes that the part of this first embodiment of adjustable electrical induction structure that the utility model brake handgrip starts analyses and observe assembly drawing; Fig. 3 representes the stereoscopic figure of this first embodiment of adjustable electrical induction structure that the utility model brake handgrip starts; Fig. 4 representes the part sectional side view of this first embodiment of adjustable electrical induction structure that the utility model brake handgrip starts, and Fig. 5 representes the cardon of doing of this first embodiment of adjustable electrical induction structure that the utility model brake handgrip starts.
The adjustable electrical induction structure 1 that the brake handgrip of present embodiment starts comprises a handgrip 2, a handle bracket 3, a magnetic substance 4, a sensing element 5, an elastic element 6 and an adjustable bolt 70.
Magnetic substance 4 can be the magnet that generally has permanent magnet type, but not as limit; Magnetic substance 4 is arranged on the end of messenger wire seat 24 away from start connecting portion 23.
Moreover sensing element 5 can be magnetic reed switch element or HALL-IC (HallIC) element, but not as limit.
And adjustable bolt 70 passes sleeve part 32 with a bolt of rear end plate 8 and removably fixing.
In addition, please again with reference to figure 6, the part sectional exploded view of adjustable electrical induction structure one second embodiment that expression the utility model brake handgrip starts.
The structure of this second embodiment and the similar of above-mentioned first embodiment, so similar elements is with the components identical symbolic representation; And the difference of second embodiment and first embodiment is that magnetic substance 4 plug of second embodiment is located at a perforation 231 of start connecting portion 23, and magnetic substance 4 also can be arc trajectory with start connecting portion 23 and moves; By this, magnetic substance 4 also can with sensing element 5 start that interacts, can finely tune the mutual edge distance mutually of induction part 51 and magnetic substance 4 equally, to reach the effect of adjustment induction stroke.
Claims (5)
1. the adjustable electrical induction structure that the handgrip that brakes starts is characterized in that, comprising:
One handgrip has a handle portion, one first articulated section, a start connecting portion and a messenger wire seat, and this start connecting portion connects this handle portion and this first articulated section respectively, and this messenger wire seat connects this start connecting portion pivotly;
One handle bracket; Have one second articulated section, a sleeve part and a slot part; This second articulated section is connected with this sleeve part, and is connected pivotly with this first articulated section of this handgrip, and this slot part is arranged on a side of this sleeve part and roughly is parallel to each other; And an opening of this slot part is arranged on the end away from this handgrip, and contiguous this opening part of this slot part has an internal thread part;
One magnetic substance is arranged on the end of this messenger wire seat away from this start connecting portion;
One sensing element; Be located in this slot part of this handle bracket, this sensing element has an induction part and an electric wire portion, and an end of this induction part connects this electric wire portion; And corresponding this magnetic substance of this induction part is provided with; This induction part is arranged in this slot part, and this electric wire portion part is in this slot part, and part is outer to be exposed at outside this slot part;
One elastic element, its two ends push up respectively to an end of contiguous this handgrip of this slot part and this induction part end away from this electric wire portion of connection; And
One adjustable bolt; Be a hollow framework and have an external thread part; Be arranged in this internal thread part of this opening part of this slot part adjustably; An end of this external thread part of this adjustable bolt is supported on the end top that this induction part of this sensing element connects this electric wire portion, and finely tuning the mutual edge distance mutually of this induction part and this magnetic substance, and this adjustable bolt passes this sleeve part with a bolt of rear end plate and removably fixing.
2. the adjustable electrical induction structure that the handgrip that brakes starts is characterized in that, comprising:
One handgrip is the L type, has a handle portion, one first articulated section, a start connecting portion and a messenger wire seat, and this start connecting portion connects this handle portion and this first articulated section respectively, and this messenger wire seat connects this start connecting portion pivotly;
One handle bracket; Have one second articulated section, a sleeve part and a slot part; This second articulated section is connected with this sleeve part, and is connected pivotly with this first articulated section of this handgrip, and this slot part is arranged on a side of this sleeve part and roughly is parallel to each other; And an opening of this slot part is arranged on the end away from this handgrip, and contiguous this opening part of this slot part has an internal thread part;
One magnetic substance, plug is located in this start connecting portion of this handgrip;
One sensing element; Be located in this slot part of this handle bracket, this sensing element has an induction part and an electric wire portion, and an end of this induction part connects this electric wire portion; And corresponding this magnetic substance of this induction part is provided with; This induction part is arranged in this slot part, and this electric wire portion part is in this slot part, and part is outer to be exposed at outside this slot part;
One elastic element, its two ends push up respectively to an end of contiguous this handgrip of this slot part and this induction part end away from this electric wire portion of connection; And
One adjustable bolt; Be a hollow framework and have an external thread part; Be arranged in this internal thread part of this opening part of this slot part adjustably; An end of this external thread part of this adjustable bolt is supported on the end top that this induction part of this sensing element connects this electric wire portion, and finely tuning the mutual edge distance mutually of this induction part and this magnetic substance, and this adjustable bolt passes this sleeve part with a bolt of rear end plate and removably fixing.
3. the adjustable electrical induction structure that brake handgrip according to claim 1 and 2 starts is characterized in that when depressing this handle portion, this magnetic substance is an arc trajectory and moves.
4. the adjustable electrical induction structure that brake handgrip according to claim 1 and 2 starts is characterized in that, when this handle bracket is combined in a car body, and the side of this slot part below this sleeve part.
5. the adjustable electrical induction structure that brake handgrip according to claim 1 and 2 starts is characterized in that this sensing element is a magnetic reed switch element or a HALL-IC element.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220081342 CN202624548U (en) | 2012-03-06 | 2012-03-06 | Adjustable electric induction structure started by brake handle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220081342 CN202624548U (en) | 2012-03-06 | 2012-03-06 | Adjustable electric induction structure started by brake handle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202624548U true CN202624548U (en) | 2012-12-26 |
Family
ID=47377772
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220081342 Expired - Fee Related CN202624548U (en) | 2012-03-06 | 2012-03-06 | Adjustable electric induction structure started by brake handle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202624548U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113840760A (en) * | 2018-12-27 | 2021-12-24 | 尼尔·齐木 | Adjustable brake lever sensor system |
-
2012
- 2012-03-06 CN CN 201220081342 patent/CN202624548U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113840760A (en) * | 2018-12-27 | 2021-12-24 | 尼尔·齐木 | Adjustable brake lever sensor system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121226 Termination date: 20210306 |