CN205358579U - Handle of luggage - Google Patents
Handle of luggage Download PDFInfo
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- CN205358579U CN205358579U CN201620112845.4U CN201620112845U CN205358579U CN 205358579 U CN205358579 U CN 205358579U CN 201620112845 U CN201620112845 U CN 201620112845U CN 205358579 U CN205358579 U CN 205358579U
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- handle
- fixture
- sensor
- deformation
- inner cap
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Abstract
The utility model discloses a handle of luggage includes: handle main part, handle tail -hood, handle inner cup, mounting, deformation sensor and handle shell fragment, the handle tail -hood is located the both ends of handle main part, and is located the outside of case and bag, the handle inner cup is located the inboard, the mounting passes case and bag, and the upper end is located in the handle tail -hood, the lower extreme is located in the handle inner cup, warp sensor settings in in the handle inner cup, the handle tail -hood pass case and bag with the handle inner cup is connected, the handle main part respectively the handle shell fragment through both ends with the upper end of mounting is connected, the one end of warping the sensor with the lower extreme of mounting is connected, and the other end is fixed cover in the handle. The power that handle of luggage will mention case and bag is conducted and is warp the sensor, and then can realize the measurement of case and bag weight fast, steadily.
Description
Technical field
This utility model relates to daily living article field, particularly relates to a kind of luggage handle.
Background technology
Society now, people's trip is day by day frequent, is taking some vehicles, especially during aircraft, is often limiting the weight carrying luggage.Due to people arrange case and bag time cannot or inconvenience weigh luggage weight, be frequently encountered overweight situation.At this moment can only take or have to abandon some article by extraneous expense luggage traffic, causing unnecessary loss.Therefore a kind of case and bag that can conveniently weigh baggage wieight it are badly in need of.
At present, suitcase or suitcase that domestic market has function of weighing are primarily present following defect: the weighing structure of design is combined excessively tight with case and bag, is unfavorable for the I&M of case and bag weighing section.Such as: a kind of automatic Weighing suitcase disclosed in patent documentation 200620148240.7, its technical scheme mainly includes the electronic scale being arranged on box bottom or side, its sensor is arranged on bottom case and bag, the transfer line of such sensor signal passes by length, wire is easily because of various Slurry pump open circuits, and easily cause the interference of measurement, and then the accuracy that impact weighs.Meanwhile, once a certain device failure, it is necessary to take case and bag apart and just can complete maintenance.Therefore, weighing structure of the prior art can not reach effect of weighing preferably.
Utility model content
In view of this, the purpose of this utility model is in that to propose a kind of luggage handle, it is possible to quickly and stably realize the measurement of case and bag weight.
Based on the luggage handle that above-mentioned purpose this utility model provides, including: handle body, handle tail-hood, handle inner cap, fixture, deformation-sensor and handle shell fragment；Described handle tail-hood is arranged at the two ends of described handle body, and is positioned at the outside of case and bag；Described handle inner cap is correspondingly arranged in the inner side of case and bag；Described fixture is through case and bag, and upper end is positioned at described handle tail-hood, and lower end is positioned at described handle inner cap；Described deformation-sensor is arranged in described handle inner cap；Described handle tail-hood is connected through case and bag with described handle inner cap；The two ends of described handle body are fixing with one end of handle shell fragment respectively to be connected, and the other end of described handle shell fragment is connected with the upper end of described fixture；One end of described deformation-sensor is connected with the lower end of described fixture, and the other end is fixed in described handle and covers.
Preferably, the upper end of described fixture is provided with the annular slot being connected with handle shell fragment, and lower end is provided with the fixed card slot being connected with deformation-sensor.
Further, described fixture includes: handle shell fragment fixture, base member and deformation-sensor fixture；Described handle shell fragment fixture is connected with the upper end of described base member, and forms annular slot；The center of described handle shell fragment fixture and described base member has the smooth bore run through；Described deformation-sensor fixture is the rod-like structure with the tapped through hole run through, the described smooth bore of one end traverse of described deformation-sensor fixture, and be connected with described handle shell fragment fixture by bolt, the other end is provided with fixed card slot orthogonal with tapped through hole and the described tapped through hole described fixed card slot of traverse.
Further, the position of described case and bag fixture corresponding to described handle inner cap has fixed via；The lower end of described base member is suitable with described fixed via, and the external diameter being sized larger than described fixed via of the upper end of described base member；The external diameter being sized larger than described fixed via of the lower end of described deformation-sensor fixture.
Further, the two ends of deformation-sensor have the first through hole and the second through hole；One end of described deformation-sensor is connected by described first through hole and described handle inner cap are fixing, and the other end is connected with the fixed card slot of described deformation-sensor fixture, and described second through hole is connected by bolt is fixing with the lower end of fixture.
Preferably, described handle tail-hood is symmetricly set in the two ends of described handle body.
Preferably, the centre of described handle shell fragment has sliding groove structure, and one end of described handle shell fragment is fixed with described handle body and is connected, and the other end is connected with the upper end of described fixture by described chute；Described handle shell fragment and described fixture can along described chute relative slidings.
Preferably, described case and bag have installing hole, and described handle tail-hood has the pin coordinated with described installing hole, and described pin has female thread, and described handle inner cap is threadeded with the pin of described handle tail-hood by bolt.
Further, described handle inner cap includes: inward upper cover and lower inner cap；Described inward upper cover has the through hole corresponding with case and bag installing hole and the screwed hole being connected with lower inner cap；Described lower inner cap has the connecting hole of connection corresponding to described inward upper cover, and described lower inner cap has the space for holding described deformation-sensor；Described lower inner cap is connected by bolt and described inward upper cover are fixing.
Further, the through hole of described inward upper cover is shoulder hole；And described inward upper cover has the positioning bar suitable with the internal diameter holding space of described lower inner cap.
From the above it can be seen that the power mentioning case and bag is transmitted on described deformation-sensor by the luggage handle that this utility model provides by described fixture, and then can quickly and stably realize the measurement of case and bag weight.
Accompanying drawing explanation
The overall structure schematic diagram of the embodiment of the luggage handle that Fig. 1 provides for this utility model；
The structural representation of the fixture of the embodiment of the luggage handle that Fig. 2 provides for this utility model；
The structural representation of the deformation-sensor of the embodiment of the luggage handle that Fig. 3 provides for this utility model；
The handle tail-hood of the embodiment of the luggage handle that Fig. 4 provides for this utility model and the structural representation of handle inner cap.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with specific embodiment, and with reference to accompanying drawing, this utility model is further described.
It should be noted that, in this utility model embodiment, the statement of all uses " first " and " second " is for the parameter of entity or the non-equal distinguishing two same names non-equal, visible " first " " second " is only for the convenience of statement, should not be construed as the restriction to this utility model embodiment, this is no longer illustrated by subsequent embodiment one by one.
With reference to shown in Fig. 1, the overall structure schematic diagram of an embodiment of the luggage handle provided for this utility model.
Described luggage handle is applied on common suitcase or traveling bag, or as the handle of other products, both as portable part, can also can realize again the function weighed.Described luggage handle includes: handle body 1, handle tail-hood 2, handle inner cap 3, fixture 4, deformation-sensor 5 and handle shell fragment 8.
Described luggage handle is arranged at the upper-end part of driving of case and bag 9, illustrate only the part-structure of described case and bag 9 in figure.As shown in Figure 1, described handle body 1 and described handle tail-hood 2 are positioned at the outside of described case and bag 9；Described handle inner cap 3 is positioned at the inside of case and bag, and described deformation-sensor 5 is arranged in described handle inner cap 3.And described fixture 4 is through described case and bag 9, upper end is positioned at described handle tail-hood 2, and lower end is positioned at described handle inner cap 3.Described handle tail-hood 2 is mutually corresponding with the position of the described handle inner cap 3 within described case and bag 9, and described handle tail-hood 2 is connected through described case and bag 9 are fixing with described handle inner cap 3.The two ends of described handle body 1 are fixing with described handle shell fragment 8 respectively to be connected, and described handle body 1 is connected with the upper end of described fixture 4 by described handle shell fragment 8；One end of described deformation-sensor 5 is connected with the lower end of described fixture 4, and the other end is fixed on described handle inner cap 3.Described deformation-sensor 5 is connected with external output device so that measurement result output display.
Wherein, described fixture 4 is inside and outside described case and bag 9, one end is positioned at described handle tail-hood 2 and the handle shell fragment 8 with described handle body 1 two ends is connected, the other end is positioned at described handle inner cap 3 and fixing with described deformation-sensor 5 is connected, for the power being applied in described handle body 1 is conducted to casing by described deformation-sensor 5, so realize case and bag 9 mention the measurement with weight.Described deformation-sensor 5 for realizing the measurement of stress size by self-deformation；External output device for being converted to the size (i.e. the weight of case and bag 9) of stress by the deformation of described deformation-sensor 5, and shows.During use, described handle body 1 is gripped by hand, and mention gradually, then described fixture 4 is progressively mentioned by described handle body 1 by described handle shell fragment 8, the lifting of described fixture 4 causes that the deformation of described deformation-sensor 5, then external output device gather the deformation of described deformation-sensor 5 and by calculating the actual weight value obtaining case and bag 9.
From above-described embodiment, the gravity of case and bag 9 is converted to the deformation of described deformation-sensor 5 by described handle shell fragment 8 and described fixture 4 by described luggage handle, then pass through external output device and calculate the gravimetric value obtaining described case and bag 9, not only quickly and reliably achieve the measurement of described case and bag weight, and the deformation of described deformation-sensor 5 does not associate with the grip position of described handle body 1, therefore, it is possible to obtain the weight of case and bag more exactly.Simultaneously, described handle is by the handle tail-hood 2 of inside and outside setting and handle inner cap 3 so that the structure of described handle is separate with case and bag, not only contributes to the installation of handle, dismounting and maintenance, and can adapt to various types of case and bag, or handle is placed in the position that case and bag are suitable.
In some optional embodiments, external output device comprises: circuit board 6 and battery 7.Described circuit board 6 have the measuring circuit corresponding with deformation-sensor 5, it is possible to the deformation of described deformation-sensor 5 is converted into the case and bag weight of correspondence.Such as: when deformation-sensor 5 is resistance strain type sensor, corresponding described circuit board 6 has the measuring circuit of resistance strain type sensor, and for example adopt intelligent weighing and anti-lost module., calculated for described circuit board 6 case and bag weight is shown by display screen meanwhile, or is conventional measurement-scale unit by the circuit structure of Bluetooth transmission to mobile terminal, for instance: based on the BLE device of UDP transmission.Finally obtain the smart circuit system based on BLE wireless technology or the intelligent weighing suitcase circuit board module based on BLE wireless technology.That is, the present invention can be provided with the bluetooth equipment being connected with outside mobile terminal in described circuit board 6, and then by bluetooth equipment measurement result exported mobile terminal displays.It is in that the structure division of luggage handle based on inventive point of the present utility model, is not repeated the related content of circuit to describe herein.
Certainly, described deformation-sensor 5 can also be connected with external output device, and described output device, by gathering the signal in described deformation-sensor 5, directly displays measurement result.
In another optional embodiment, described deformation-sensor 5 is LOAD CELLS, it is preferred to resistance strain type sensor, adopts the measurement of direct-current bridge measuring circuit in corresponding external measurement device.Or, described deformation-sensor 5 adopts sensor ripe in prior art: such as NS-TH1 NS-TH6 serial model No. LOAD CELLS, ZEMIC Air China electrical measurement H3-C3-500KG-3b LOAD CELLS, or the KFH series strain transducer of OMEGA company.Certainly, described deformation-sensor 5 can also adopt other can pass through to deform the sensor recording weight.
Optionally, described deformation-sensor 5 can also with reference to the design of sensor in following file Yu output device with external output device: the weight sensor of employing and control circuit in the foil gauge and the resistance strain type sensor in circuit board, list of references CN204064410U and corresponding measuring circuit and list of references CN201379191U that adopt in list of references CN204336076U.
Preferably, described handle body 1 adopts elastomeric material.
As one preferred embodiment of this utility model, described handle tail-hood 2 is symmetricly set in the two ends of described handle body 1.So, when described handle body 1 carries out case and bag weight measurement, two symmetrical fulcrums can be provided so that the measurement of the weight of described case and bag 9 will not change because gripping the difference of described handle body 1 position, and then make the measurement result of case and bag weight more accurate.
Further, described handle tail-hood 2 has the fixed projection through described case and bag 9, and described handle tail-hood 2 is connected by described fixed projection is fixing with described handle inner cap 3.So, both it is easy to installation and the maintenance of case and bag, and makes the outward appearance of case and bag more complete and attractive in appearance.
In this utility model preferred embodiment, described handle body 1 is string configuration, and has certain crooked radian, during use, realizes mentioning and dragging of case and bag 9 by gripping described handle body 1.Described handle tail-hood 2 is symmetricly set in the two ends of described handle body 1 string configuration, and is interconnected and fixed through described case and bag 9 with the handle inner cap 3 being positioned within described case and bag 9.So, described handle body 1 not only improves the gripping of user and the measurement of case and bag weight, and can improve the structural stability of described luggage handle.
In another preferred embodiment of this utility model, the upper end of described fixture 4 is provided with the annular slot being connected with handle shell fragment 8, and lower end is provided with the fixed card slot being connected with deformation-sensor 5.Wherein, described annular slot refers to that the cross section of draw-in groove is loop configuration；Described fixed card slot refers to the notch suitable with one end size of deformation-sensor 5.So, the described handle shell fragment 8 outside case and bag is connected in series together by described fixture 4 with the deformation-sensor 5 within case and bag so that by the weight transmitting of case and bag to deformation-sensor 5, and then can realize the measurement of case and bag weight by mentioning handle body 1.And the design of described fixture 4 is without influence on the normal use of luggage handle.
With reference to shown in Fig. 2, the structural representation of the fixture of an embodiment of the luggage handle provided for this utility model.Described fixture includes: handle shell fragment fixture 41, base member 42 and deformation-sensor fixture 43；Described handle shell fragment fixture 41 is connected with the upper end of described base member 42, and forms annular slot；The center of described handle shell fragment fixture 41 and described base member 42 has the smooth bore 411 run through；Described deformation-sensor fixture 43 is the rod-like structure with the tapped through hole run through, the described smooth bore 411 of one end traverse of described deformation-sensor fixture 43, and be connected with described handle shell fragment fixture 41 by bolt, the other end is provided with fixed card slot orthogonal with tapped through hole and the tapped through hole described fixed card slot of traverse.So, between all parts of described fixture 4, not only stable connection is reliable, and is easy to dismounting and maintenance.Simultaneously, by other parts of described deformation-sensor fixture 43 with described fixture 4 are threadeded, when installing described deformation-sensor 5, the adjustment to described deformation-sensor 5 position can be realized, namely described deformation-sensor 5 will not be deformed time initial, finally improve the accuracy of case and bag weight measurement.
Further, described handle shell fragment fixture 41 is bolt arrangement, and namely one end has the structure of similar bolt head, and the other end has the structure of similar screw rod, and the part of similar screw rod has portion with external threads, the part of similar bolt head can be square or circular configuration.The centre of described handle shell fragment fixture 41 has smooth bore 411；The upper end of described base member 42 has the female thread coordinated with described handle shell fragment fixture 41, and its end portion has the protuberance 421 through case and bag；The extension of described base member 42 female thread is mating holes, and the internal diameter of described mating holes is identical with the internal diameter of described smooth bore 411.The lower end of described deformation-sensor fixture 43 has the fixed card slot 431 of tabular, and upper end has the female projection 432 of band, and the external diameter of described projection 432 is suitable with the internal diameter of the smooth bore 411 of described handle shell fragment fixture 41.Described handle shell fragment fixture 41 is arranged at the upper end of described base member 42 and with described base member 42 for threadeding, after connection, the structure of the similar bolt head of described handle shell fragment fixture 41 forms an annular slot, the centre of described annular slot and the part of the similar screw rod of described handle shell fragment fixture 41 with the upper end of described base member 42.Described deformation-sensor fixture 43 is arranged at the lower end of described base member 42, and described projection 432 is fixing by bolt 45 after being connected with the smooth bore 411 of described handle shell fragment fixture 41；The upper end of described fixture 4 is connected with described handle shell fragment 8 by described annular slot, and lower end is connected with deformation-sensor 5 by described fixed card slot 431, and is fixed by bolt 46.So so that the combination of described handle shell fragment fixture 41 and described base member 42 makes described handle shell fragment 8 be more easy to installation, and relatively stable after installation.Described deformation-sensor fixture 43 is connected with described handle shell fragment fixture 41 by bolt so that the structure of whole fixture 4 is more reliable and more stable.Described base member 42 makes described fixture 4 respectively at the interior extenal fixation of case and bag with the connection of described deformation-sensor fixture 43 simultaneously, plays transmission and the effect connected.
Further, the position of described case and bag 9 and the corresponding fixture 4 of described handle inner cap 3 has fixed via；The lower end of described base member 42 is suitable with described fixed via, and the external diameter being sized larger than described fixed via of the upper end of described base member 42；The external diameter being sized larger than described fixed via of the lower end of described deformation-sensor fixture 43.Thus it is possible, on the one hand, described base member 42 can be limited in the outside of case and bag, described deformation-sensor fixture 43 is limited in the inside of case and bag.On the other hand so that fixture 4, as the connector of handle tail-hood 2 and handle inner cap 3, improves the structural stability of described luggage handle further.
As this utility model preferred embodiment, described fixture 4 also includes pad 451, described pad 451 fixing for described bolt 45.On the one hand, described pad 451 makes being more uniformly stressed of described bolt 45；On the other hand, described pad 451 can so that described bolt 45 has pretightning force, it is ensured that stability when described bolt 45 connects, i.e. difficult drop-off.
With reference to shown in Fig. 3, the structural representation of the deformation-sensor of an embodiment of the luggage handle provided for this utility model.Described deformation-sensor 5 is strip platy structure, and two ends along its length have the first through hole 51 and the second through hole 52；One end of described deformation-sensor is connected by described first through hole 51 is fixing with described handle inner cap 3, and the other end is connected with the fixed card slot 431 of described deformation-sensor fixture 43, and described second through hole 52 is connected by bolt is fixing with the lower end of fixture 4.So, the two ends of described deformation-sensor 5 are fixed respectively, it is possible to make the deformation of described deformation-sensor 5 accurately reflect the weight of described case and bag 9, namely make the measurement result of described case and bag weight more accurate.
As this utility model preferred embodiment, with reference to shown in Fig. 3, described first through hole 51 could be arranged to multiple through hole (such as two)；And the stress relative set (being such as symmetrical arranged) that its position is according to described deformation-sensor 5.In such manner, it is possible to improve the accuracy of deformation-sensor 5 measurement result further.
In some optional embodiments, the centre of described handle shell fragment 8 has sliding groove structure, and one end of described handle shell fragment 8 is fixed in described handle body 1, the other end is connected with the upper end of described fixture 4 by described chute, that is, by being partially disposed in described chute of similar screw rod in the annular slot of described fixture 4.Described handle shell fragment 8 can along described chute relative sliding with described fixture 4.So, the power being applied in described handle body 1 can be conducted to described fixture 4 by described handle shell fragment 8, and makes described handle body 1 have certain flexible surplus, it is possible to adapts to the various of user and mentions demand.
With reference to described in Fig. 4, the handle tail-hood of an embodiment of the luggage handle provided for this utility model and the structural representation of handle inner cap.Described case and bag 9 have serial installing hole 91, and described handle tail-hood 2 has the pin 21 coordinated with described installing hole, and described pin 21 has female thread, and described handle inner cap 3 is threadeded with the pin 21 of described handle tail-hood 2 by bolt.Described handle tail-hood 2 forms a downward accommodation space, for holding the upper end of described handle shell fragment 8 and described fixture 4, and described handle tail-hood 2 has the location hole corresponding with described handle shell fragment 8, for described handle shell fragment 8 to be stretched into the inside of described handle tail-hood 2 from the outside of described handle tail-hood 2.
Preferably, the pin 21 of described handle tail-hood 2 can arrange overhead structure 22.As such, it is possible to improve the reliability that described handle tail-hood 2 is connected with described case and bag 9 further.
As one preferred embodiment of this utility model, with reference to shown in Fig. 4, described handle inner cap 3 includes: inward upper cover 31 and lower inner cap 32；Described inward upper cover 31 has the through hole 311 corresponding with case and bag installing hole 91 and the screwed hole 312 being connected with described lower inner cap 32.Described lower inner cap 32 has the connecting hole 322 of connection corresponding to described inward upper cover 31, and described lower inner cap 32 has the space 321 for holding described deformation-sensor 5, circuit board 6 and battery 7.Described lower inner cap 32 is connected by bolt is fixing with described inward upper cover 31.So, by described handle inner cap 3 is split as two ingredients, it is possible to make described luggage handle be easier to disassembly and assembly, and bonded to each other with case and bag 9 by described inward upper cover 31, substantially increase the structural behaviour of described luggage handle.
Further, the through hole 311 of described inward upper cover 31 is shoulder hole.Described shoulder hole 311 can realize the location of the described pin 21 of described handle tail-hood 2 lower end, namely further increases the structural stability of described luggage handle.
Further, described inward upper cover 31 has the positioning bar 312 suitable with the internal diameter holding space 321 of described lower inner cap.So, can so that when described lower inner cap 32 be fixedly mounted with described inward upper cover 31, can quickly realize location, namely the connecting hole quick alignment of described lower inner cap 32 and described inward upper cover 31 is made, not only increase the installation effectiveness of described luggage handle, and improve the structural behaviour of described luggage handle.
Preferably, the external diameter of the end portion of described base member 42 is suitable with the internal diameter of corresponding case and bag installing hole 91, and the external diameter of described base member 42 upper part is more than the internal diameter of described case and bag installing hole 91.So, it is possible not only to the installation site of described base member 42 is positioned, and is prevented from described base member 42 and falls in case and bag, substantially increase stability and the safety of described luggage handle.
Further, the external diameter of the end portion of described deformation-sensor fixture 43 is more than the internal diameter of described case and bag installing hole 91.So, the installation of described deformation-sensor fixture 43 can be positioned, and when described deformation-sensor 5 ruptures, described deformation-sensor fixture 43 can be fastened on inside described case and bag, make described handle body 1 will not produce to slip, namely further ensure the safety that described luggage handle uses.
Threaded may be used without other connected modes such as screw connection it should be noted that described in the utility model.On the one hand, it is ensured that the reliability of connection.On the other hand, after connection, do not have ledge, not only make luggage handle more attractive in appearance, and without interference with or incised wound installation, maintenance personnel.
Those of ordinary skill in the field are it is understood that the discussion of any of the above embodiment is exemplary only, it is not intended that hint the scope of the present disclosure (including claim) is limited to these examples；Under thinking of the present utility model, above example or can also be combined between the technical characteristic in different embodiment, and there are other changes many of different aspect of the present utility model as above, in order to simple and clear they do not provide in details.Therefore, all within spirit of the present utility model and principle, any omission of making, amendment, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Claims (10)
1. a luggage handle, it is characterised in that including: handle body, handle tail-hood, handle inner cap, fixture, deformation-sensor and handle shell fragment；Described handle tail-hood is arranged at the two ends of described handle body, and is positioned at the outside of case and bag；Described handle inner cap is correspondingly arranged in the inner side of case and bag；Described fixture is through case and bag, and upper end is positioned at described handle tail-hood, and lower end is positioned at described handle inner cap；Described deformation-sensor is arranged in described handle inner cap；Described handle tail-hood is connected through case and bag with described handle inner cap；The two ends of described handle body are fixing with one end of handle shell fragment respectively to be connected, and the other end of described handle shell fragment is connected with the upper end of described fixture；One end of described deformation-sensor is connected with the lower end of described fixture, and the other end is fixed in described handle and covers.
2. luggage handle according to claim 1, it is characterised in that the upper end of described fixture is provided with the annular slot being connected with handle shell fragment, and lower end is provided with the fixed card slot being connected with deformation-sensor.
3. luggage handle according to claim 2, it is characterised in that described fixture includes: handle shell fragment fixture, base member and deformation-sensor fixture；Described handle shell fragment fixture is connected with the upper end of described base member, and forms annular slot；The center of described handle shell fragment fixture and described base member has the smooth bore run through；Described deformation-sensor fixture is the rod-like structure with the tapped through hole run through, the described smooth bore of one end traverse of described deformation-sensor fixture, and be connected with described handle shell fragment fixture by bolt, the other end is provided with fixed card slot orthogonal with tapped through hole and the described tapped through hole described fixed card slot of traverse.
4. luggage handle according to claim 3, it is characterised in that the position of described case and bag fixture corresponding to described handle inner cap has fixed via；The lower end of described base member is suitable with described fixed via, and the external diameter being sized larger than described fixed via of the upper end of described base member；The external diameter being sized larger than described fixed via of the lower end of described deformation-sensor fixture.
5. luggage handle according to claim 3, it is characterised in that the two ends of described deformation-sensor have the first through hole and the second through hole；One end of described deformation-sensor is connected by described first through hole and described handle inner cap are fixing, and the other end is connected with the fixed card slot of described deformation-sensor fixture, and described second through hole is connected by bolt is fixing with the lower end of fixture.
6. luggage handle according to claim 1, it is characterised in that described handle tail-hood is symmetricly set in the two ends of described handle body.
7. luggage handle according to claim 1, it is characterised in that the centre of described handle shell fragment has sliding groove structure, and one end of described handle shell fragment is fixed with described handle body and is connected, the other end is connected with the upper end of described fixture by described chute；Described handle shell fragment and described fixture can along described chute relative slidings.
8. luggage handle according to claim 1, it is characterized in that, described case and bag have installing hole, and described handle tail-hood has the pin coordinated with described installing hole, described pin has female thread, and described handle inner cap is threadeded with the pin of described handle tail-hood by bolt.
9. luggage handle according to claim 8, it is characterised in that described handle inner cap includes: inward upper cover and lower inner cap；Described inward upper cover has the through hole corresponding with case and bag installing hole and the screwed hole being connected with lower inner cap；Described lower inner cap has the connecting hole of connection corresponding to described inward upper cover, and described lower inner cap has the space for holding described deformation-sensor；Described lower inner cap is connected by bolt and described inward upper cover are fixing.
10. luggage handle according to claim 9, it is characterised in that the through hole of described inward upper cover is shoulder hole；And described inward upper cover has the positioning bar suitable with the internal diameter holding space of described lower inner cap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620112845.4U CN205358579U (en) | 2016-02-03 | 2016-02-03 | Handle of luggage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620112845.4U CN205358579U (en) | 2016-02-03 | 2016-02-03 | Handle of luggage |
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| Publication Number | Publication Date |
|---|---|
| CN205358579U true CN205358579U (en) | 2016-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620112845.4U Active CN205358579U (en) | 2016-02-03 | 2016-02-03 | Handle of luggage |
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| CN (1) | CN205358579U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105495949A (en) * | 2016-02-03 | 2016-04-20 | 上海顶新箱包有限公司 | Suitcase handle |
-
2016
- 2016-02-03 CN CN201620112845.4U patent/CN205358579U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105495949A (en) * | 2016-02-03 | 2016-04-20 | 上海顶新箱包有限公司 | Suitcase handle |
| CN105495949B (en) * | 2016-02-03 | 2017-07-07 | 上海顶新箱包有限公司 | A kind of luggage handle |
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