CN207778009U

CN207778009U - Handle structure

Info

Publication number: CN207778009U
Application number: CN201721529943.9U
Authority: CN
Inventors: 王鼎瑞; 陈宪章
Original assignee: Fivetech Technology Inc
Current assignee: Fivetech Technology Inc
Priority date: 2017-05-25
Filing date: 2017-11-16
Publication date: 2018-08-28
Anticipated expiration: 2027-11-16
Also published as: TWM547530U; CN108930905A

Abstract

A handle structure comprises a base body; the handle is movably arranged on the seat body; and at least one elastic component arranged between the seat body and the handle, wherein the handle is provided with a force application part, bent parts respectively connected with two ends of the force application part, and shaft parts respectively connected with two ends of the bent parts, the handle is firstly placed on the seat body, and then the shaft parts of the handle are stopped and limited by the stopping part, so that the handle and the seat body form a module structure. Therefore, the seat body can be combined with an object, the handle is moved out of the seat body, and force is applied to the handle to be used for carrying or carrying the object.

Description

Grip structure

Technical field

The utility model provides a kind of grip structure, espespecially a kind of to be used in the portable that make object or carrying, and reaches The grip structure of the effect of easily operated use and holding object complete appearance.

Background technology

General object is (such as：Cabinet, box body, door body etc.), for ease of portable or carrying, it will usually in handle is arranged on object Hand as portable or carries use so that user exerts a force.

However, for above-mentioned existing handle, the outside of object is fixed on both ends cooperation screw interlocking, and be arranged The action that can not be folded later so that the surface for protruding from object of handle normality can not only influence the entirety of object Aesthetics, the interference (object can not be made to support wall covering surface because of the protrusion of handle) when but will form object setting, furthermore, work as use After the time of one end, it can generate handle because screw loosens and fall the situation that can not be used.

Therefore, a kind of grip structure how is invented, the portable using handle as object is can reach or carries use, and is had There is the easily operated purpose used, will be that the utility model is intended to actively disclose place.

Utility model content

In view of the shortcoming of the above-mentioned prior art, it does not reach perfection inventor's thoughts, exhausts its intelligence then and careful studies gram Clothes, and then develop a kind of grip structure, force in handle to reach and are used using the portable or carry as object, and have The easily operated purpose used.

For the above-mentioned purpose and other purposes, the utility model provide a kind of grip structure, it includes：To be set to object Pedestal；It is movably arranged at the handle of the pedestal；And at least elastic parts between the pedestal and the handle.

The utility model further provides for a kind of grip structure, including：To set on the pedestal of object；And it is movably arranged at The handle of the pedestal, the handle have force section, are connected to the bending part at the force section both ends and are connected to this curved The axle portion of handle after handle is first positioned over the pedestal, then to stopper section is made block limit, makes to hold by the axle portion at folding part both ends With pedestal formed modular structure.

In above-mentioned grip structure, which is equipped with multiple fixed parts, and each fixed part with the object being combined.

In above-mentioned grip structure, the fixed part to rivet, interlocking, snapping, welding, gluing, be spirally connected or expand and connect in a manner of It is combined with the object.

In above-mentioned grip structure, which has to house the holding part of the handle.

In above-mentioned grip structure, the both sides of the holding part are respectively equipped with axis hole, and each axis hole carries out for the both ends of handle Activity pivot joint.

In above-mentioned grip structure, which includes force section, be connected to the force section both ends bending part and It is connected to the axle portion at the bending part both ends, and each axle portion is pivotally connected with pedestal activity.

In above-mentioned grip structure, which has coating member.

In above-mentioned grip structure, which is nonmetallic or metal material.

In above-mentioned grip structure, which is set to axle portion, bending part or the pedestal.

In above-mentioned grip structure, one end of the elastic parts is set to the pedestal, and the other end is resisted against bending part or axle portion.

In above-mentioned grip structure, which can be helical spring, torsional spring, shrapnel or elastic cylinder.

In above-mentioned grip structure, which is further provided with an at least stopper section, and the stopper section is carrying out handle Limit.

In above-mentioned grip structure, which is folding part, limit body, button, hole portion, recess portion or protrusion.

In above-mentioned grip structure, the stopper section be with the integrally formed folding part of the pedestal, be positioned over the seat in the handle After body, then to external force make folding part type become, to the axle portion of the limit stops handle.

In above-mentioned grip structure, the stopper section be with the integrally formed hole portion of the pedestal, the axle portion of the handle can be set In hole portion, to the axle portion of the limit stops handle.

In above-mentioned grip structure, which is limit body, the axle portion of the handle is first placed in pedestal, then to make limit Position body is to rivet, snapping, expansion connect, weld or locking mode to the limit stops handle axle portion.

In above-mentioned grip structure, the stopper section be with the integrally formed hole portion of the pedestal, the axle portion of the handle can be set Hole portion type is set to become in hole portion, then to external force, to the axle portion of the limit stops handle.

In above-mentioned grip structure, the stopper section be with the integrally formed recess portion of the pedestal or protrusion, can be by the handle Axle portion is placed in the recess portion or protrusion, then so that the material type around the recess portion or protrusion is become to external force, and to interfere limit, this is held Axle portion.

In above-mentioned grip structure, which is sheathed on each axle portion, bending part or the pedestal respectively.

In above-mentioned grip structure, the elastic force of the elastic parts is enabling the handle rotational regression to opposite with pedestal Position or to pedestal elastic spacing or to suppress fixation with pedestal.

In above-mentioned grip structure, which has stop section, to keep off the rotating angle to limitation bending part or axle portion.

In above-mentioned grip structure, the gear of the bending part or axle portion supports limited angular as 0 degree to 180 degree.

In above-mentioned grip structure, which is button.

Whereby, the grip structure of the utility model can be such that the pedestal is incorporated on object, and by handle by being moved in pedestal Go out, and force in handle using as object portable or carry use, when not forcing in handle, then will be held using elastic parts In immigration pedestal, and achieve the purpose that easily operated use.

Description of the drawings

Fig. 1 is the appearance diagram of the first specific embodiment of the utility model.

Fig. 2 is the side view status diagram of the first specific embodiment of the utility model.

Fig. 3 is the vertical view state schematic diagram of the first specific embodiment of the utility model.

Fig. 4 is the use state diagram of the first specific embodiment of the utility model.

Fig. 5 is the appearance diagram of the second specific embodiment of the utility model.

Fig. 6 is that the utility model the second specific embodiment faces status diagram.

Fig. 7 is the use state diagram of the second specific embodiment of the utility model.

Fig. 8 to Figure 10 is the handle assembled state schematic diagram of the second specific embodiment of the utility model.

Figure 11 to Figure 14 is the handle assembled state schematic diagram of the utility model third specific embodiment.

Figure 15 to Figure 18 is the handle assembled state schematic diagram of the 4th specific embodiment of the utility model.

Symbol description：

1 pedestal

11 fixed parts

12 holding parts

121 grooves

13 axis holes

14, the stopper section 14a, 14b

16 stop sections

15 perforation

2 handles

21 force sections

22 bending parts

23 axle portions

24 coating members

3 elastic parts

4 objects

5 jigs

Specific implementation mode

To fully understand the purpose of this utility model, feature and effect, hereby by following specific embodiments, and coordinate attached Figure, elaborates to the utility model, illustrates as after：

It please refers to Fig.1 to Fig. 4, as shown, the utility model provides a kind of grip structure, it includes pedestal 1, handles 2 And at least an elastic parts 3 is constituted.

1 periphery of pedestal is equipped with multiple fixed parts 11, and each fixed part 11 with the object 4 to be combined, and the pedestal 1 has The both sides of holding part 12, the holding part 12 are respectively equipped with axis hole 13, and are equipped with the gear of the corresponding holding part 12 in 1 inner edge of pedestal Stop 16.

The handle 2 is movably arranged at the holding part 12 of the pedestal 1, and the handle 2 includes force section 21, is connected to this The bending part 22 at 21 both ends of force section and the axle portion 23 for being connected to 22 both ends of bending part, and each axle portion 23 and pedestal 1 It is nonmetallic or metal material that the 13 activity pivot joint of each axis hole, wherein 21 lateral border of force section, which have coating member 24, the coating member 24, Matter (be in the present embodiment nonmetallic plastic material).

Each elastic parts 3 is set between the pedestal 1 and the handle 2 and is sheathed on the (bending part 22 of each axle portion 23 of the handle 2 Or the pedestal 1), and one end of each elastic parts 3 is set to the pedestal 1, the other end is resisted against each bending part 22 (or axle portion 23), In each elastic parts 3 can be helical spring, torsional spring, shrapnel or elastic cylinder, and the elastic force of each elastic parts 3 is making the handle 2 can holding part 12 of the rotational regression extremely with pedestal 1.

Upon assembly, by the pedestal 1 using fixed part 11 with riveting, interlocking, snapping, welding, gluing, being spirally connected or expanding connects Mode is combined with an object 4, makes the required of the pedestal 1 fixed object 4 (comprising the handle 2 and each elastic parts 3 being arranged) At position, such as：Simultaneously or separately be set to the left, right, front and rear of object 4, the positions such as upper and lower, and the quantity being arranged can be one or It is multiple.

And in use, be directly forced the coating member 24 of the handle 2, and force section 21 is driven with the coating member 24, allows tool There is the force section 21 of coating member 24 using the cooperation of each axle portion 23, and removed by the holding part of pedestal 1 12, and compresses each elastic group Part 3, and avoid user to generate electrostatic because manually contacting by the coating member 24 or include wound, it is to be covered to have applying for coating member 24 After power portion 21 removes, you can the rotating angle for limiting each bending part 22 (or axle portion 23) is supported by the gear of stop section 16, and it is each curved The gear of folding part 22 (or axle portion 23) supports limited angular as 0 degree to 180 degree, at this point, can directly hold and force in the coating member 24, and carry out the portable of the object 4 or carry to use by force section 21, and when not forcing in handle 2 after use, then it utilizes The back stretch of each elastic parts 3, and by the handle 2 move into pedestal 1 holding part 12 in, so as to reach easily operated use with And keep the integrality of 4 appearance of object.

Fig. 5 is please referred to Figure 10, as shown, in the utility model grip structure, which is further provided at least The axle portion 23 of handle 2 after handle 2 is first positioned over the pedestal 1, then with stopper section 14 is made block limit, made by one stopper section 14 Handle 2 and pedestal 1 form modular structure, and the wherein stopper section 14 is folding part, button, hole portion, recess portion or protrusion, and the present embodiment In in the arranged on left and right sides of the pedestal 1 be respectively equipped with the stopper section 14 in button；And when each stopper section 14 is assembled, by this The axle portion 23 of handle 2 is set in two grooves 121 of 12 top of holding part, and each stopper section 14 is positioned over to the perforation of pedestal 1 later 15, and with jig 5 each stopper section 14 is riveted, snapping, expansion connect, weld or sealed, and each stopper section 14 is made to be combined in this Pedestal 1 is used as the limit stops of handle 2.

1 is please referred to Fig.1 to Figure 14, as shown, in this present embodiment, each stopper section 14a is respectively to be correspondingly arranged in two The convex body of 121 side of groove makes to form integrally formed hole portion between each stopper section 14a and each groove 121, when the pedestal 1 with When handle 2 assembles, the axle portion 23 of the handle 2 is made to be set between each corresponding groove 121 and stopper section 14a (i.e. hole portion), it External force is imposed to each stopper section 14a with jig 5 again afterwards and carries out riveting, make each stopper section 14a generation type become and with the surface of pedestal 1 It flushes, and each stopper section 14a is made to be used as the limit stops of the pedestal 1 and handle 2.

5 are please referred to Fig.1 to Figure 18, as shown, in this present embodiment, each stopper section 14b is respectively to be correspondingly arranged in two The folding part of 121 side of groove, and be that each stopper section 14b of folding part and the pedestal 1 are integrally formed, when the pedestal 1 and handle 2 assemble When, so that the axle portion 23 of the handle 2 is set between each corresponding groove 121 and each stopper section 14b, later again with jig 5 to each Stopper section 14b imposes external force and carries out riveting, and each stopper section 14b generation type is made to become and be flushed with the surface of pedestal 1, and makes each backstop Portion 14b is used as the limit stops of the pedestal 1 and handle 2.

In addition, the stopper section be alternatively with 1 integrally formed hole portion of the pedestal (as shown in Figure 1 each axis hole 13), can will The axle portion 23 of the handle 2 is placed in hole portion, to the axle portion 23 of the limit stops handle 2.And the stopper section is and 1 one of pedestal The axle portion 23 of the handle 2 can be placed in the recess portion or protrusion, then make the recess portion with external force by molding recess portion or protrusion (not shown) Or the material type around protrusion becomes, to interfere the axle portion 23 for limiting the handle 2.

The utility model has hereinbefore been disclosed with preferred embodiment, however it will be understood by those skilled in the art that should Embodiment is only used for describing the utility model, and is not construed as limitation the scope of the utility model.It should be noted that such as with The embodiment equivalent variation and displacement, should all be set as being covered by the scope of the utility model.Therefore, the guarantor of the utility model Shield range is when being subject to the range that claims are defined.

Claims

1. a kind of grip structure, which is characterized in that the grip structure includes：

Pedestal, to be set to object；

Handle is movably arranged at the pedestal；And

An at least elastic parts is set between the pedestal and the handle；

The handle includes force section, is connected to the bending part at the force section both ends and is connected to the bending part two The axle portion at end, and each axle portion and pedestal activity are pivotally connected, the elastic parts are set to axle portion, bending part or the pedestal, and the elasticity group One end of part is set to the pedestal, and the other end is resisted against bending part or axle portion, and the elastic force of the elastic parts is enabling the handle to revolve Turn to be returned to the relative position of pedestal or to pedestal elastic spacing or to suppress fixation with pedestal, the another elastic parts Can be helical spring, torsional spring, shrapnel or elastic cylinder.

2. grip structure as described in claim 1, which is characterized in that the pedestal periphery be equipped with fixed part, fixed part to The object combine, the fixed part to rivet, interlocking, snapping, welding, gluing, be spirally connected or expand connect in a manner of combined with the object.

3. grip structure as described in claim 1, which is characterized in that the pedestal has to house the holding part of the handle, The both sides of the holding part are respectively equipped with axis hole, each axis hole for handle both ends carry out activity pivot joint.

4. grip structure as described in claim 1, which is characterized in that the pedestal is further provided with an at least stopper section, should be only For stopper to carry out the limit of handle, which is folding part, limit body, button, hole portion, recess portion or protrusion.

5. a kind of grip structure, which is characterized in that the grip structure includes：

Pedestal, to be set to object；

Handle is movably arranged at the pedestal；And

An at least elastic parts is set between the pedestal and the handle；

The handle includes force section, is connected to the bending part at the force section both ends and is connected to the bending part two The axle portion at end, and each axle portion is pivotally connected with pedestal activity, which has stop section, to keep off the rotation to limitation bending part or axle portion Dynamic angle.

6. a kind of grip structure, which is characterized in that the grip structure includes：

Pedestal, to be set to object；And

Handle is movably arranged at the pedestal, which has force section, is connected to the bending part at the force section both ends and divides It is not connected to the axle portion at the bending part both ends, after handle is first positioned over the pedestal, then with stopper section is kept off the axle portion of handle It only limits, handle is made to form modular structure with pedestal.

7. grip structure as claimed in claim 6, which is characterized in that the stopper section be with the integrally formed folding part of the pedestal, Folding part type is set to become after the handle is positioned over the pedestal, then to external force, to the axle portion of the limit stops handle.

8. grip structure as claimed in claim 6, which is characterized in that the stopper section be with the integrally formed hole portion of the pedestal, The axle portion of the handle can be placed in hole portion, to the axle portion of the limit stops handle.

9. grip structure as claimed in claim 6, which is characterized in that the stopper section is limit body, first by the axle portion of the handle Be placed in pedestal, then to make limit body to rivet, snapping, expansion connect, weld or locking mode to the limit stops handle axis Portion.

10. grip structure as claimed in claim 6, which is characterized in that the stopper section be with the integrally formed hole portion of the pedestal, The axle portion of the handle can be placed in hole portion, then so that hole portion type is become to external force, to the axle portion of the limit stops handle.

11. grip structure as claimed in claim 6, which is characterized in that the stopper section is and the integrally formed recess portion of the pedestal Or protrusion, the axle portion of the handle can be placed in the recess portion or protrusion, then make the material type around the recess portion or protrusion to external force Become, to interfere the axle portion for limiting the handle.

12. grip structure as claimed in claim 6, which is characterized in that be equipped at least one elasticity between the pedestal and the handle One end of component, the elastic parts is resisted against the pedestal or stopper section, and the other end is resisted against handle, and the elastic force of the elastic parts is used So that the handle energy rotational regression is extremely with the relative position of pedestal or to pedestal elastic spacing or to be suppressed admittedly with pedestal It is fixed, and the elastic parts can be helical spring, torsional spring, shrapnel or elastic cylinder.

13. grip structure as claimed in claim 6, which is characterized in that the pedestal periphery is equipped with multiple fixed parts, each fixed part To be combined with the object, and the fixed part is to rivet, interlocking, snapping, welding, gluing, be spirally connected or expand connect in a manner of with the object Body combines.

14. grip structure as claimed in claim 6, which is characterized in that the pedestal has to house the holding part of the handle, The both sides of the holding part are respectively equipped with axis hole, each axis hole for handle both ends carry out activity pivot joint.

15. grip structure as claimed in claim 6, which is characterized in that the force section lateral border has coating member, the coating member For nonmetallic or metal material.

16. grip structure as claimed in claim 6, which is characterized in that the pedestal has stop section, is bent to limitation to keep off The rotating angle of portion or axle portion.