CN207473462U - Borrowed structure, multi-axis hinge device and electronic equipment - Google Patents
Borrowed structure, multi-axis hinge device and electronic equipment Download PDFInfo
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- CN207473462U CN207473462U CN201720527408.3U CN201720527408U CN207473462U CN 207473462 U CN207473462 U CN 207473462U CN 201720527408 U CN201720527408 U CN 201720527408U CN 207473462 U CN207473462 U CN 207473462U
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Abstract
The utility model is about a kind of borrowed structure, multi-axis hinge device and electronic equipment, is related to electronic device field.The technical solution mainly used for：A kind of borrowed structure, including：Connecting shaft group and prosthese；Connecting shaft group includes the first rotating shaft, the second shaft, third shaft and the 4th shaft that are arranged in parallel, first rotating shaft is provided with connecting pin, connecting pin is used to connect with the signaling module of electronic equipment, the length of second shaft, third shaft and the 4th shaft successively increases, and the second shaft, third shaft and the 4th shaft are respectively arranged with the shaft end that structure is different or size is different；Prosthese is provided with the connecting hole being adapted with the shaft end of first rotating shaft, the second shaft, third shaft and the 4th shaft, and first rotating shaft, the second shaft, third shaft and the 4th shaft are threaded through in prosthese successively according to signal transmitting terminal structure type；Wherein, connecting shaft group is used as the signal transmitting terminal of electronic equipment.During solving assembling, shaft is not occurred by the phenomenon that regular array.
Description
Technical field
The utility model is related to electronic device field, more particularly to a kind of borrowed structure, multi-axis hinge device and electronics
Equipment.
Background technology
At present, the coupling part between the main body of some laptops and display screen, using the rotation connection of table chain
Structure so that the relative rotation between the main body of laptop and display screen is more smooth, while has certain rotational support
Power, and the rotation connection structure appearance of table chain seems more exquisite, meets the aesthetic of user.
It, will in order to solve the problems, such as that metal shell shields in the laptop mounted antennas of above structure form
Transmitting terminal of the dummy shaft as antenna in the prosthese module of table chain rotation connection structure, by multiple dummy shafts according to antenna transmitting terminal
Requirement different length is made, and multiple dummy shafts are configured according to the structural style of antenna transmitting terminal, such transmitting terminal
It is exposed at except the metal shell of laptop, and the prosthese for being covered in dummy shaft surface is manufactured for nonmetallic materials, so will not
Influence transmitting and reception of the transmitting terminal of antenna to signal.
But between the dummy shaft and prosthese of prosthese module all it is in the prior art general connecting component, the installation of prosthese
Hole is through-hole, so when to dummy shaft and prosthese assembling, it is difficult to ensure that structure of the dummy shaft of different length according to antenna transmitting terminal
Form is set, and often be will appear the phenomenon that dummy shaft of different length is not by regular array, is caused antenna transmitting terminal can not normal use.
Utility model content
The main purpose of the utility model is that provide a kind of borrowed structure of new structure, multi-axis hinge device and electricity
Sub- equipment the technical problem to be solved is that it is made during assembling, avoids dummy shaft from not occurring by the phenomenon that regular array.
The purpose of this utility model and its technical problem is solved using following technical scheme to realize.According to this practicality
A kind of borrowed structure of novel proposition, including：
Connecting shaft group, the connecting shaft group include the first rotating shaft, the second shaft, third shaft and the 4th turn being arranged in parallel
Axis, the first rotating shaft are provided with connecting pin, and the connecting pin with the signaling module of electronic equipment for connecting, described second turn
The length of axis, third shaft and the 4th shaft successively increases, and second shaft, third shaft and the 4th shaft are respectively arranged with
The shaft end that structure is different or size is different；
Prosthese, the prosthese are provided with the shaft end phase with the first rotating shaft, the second shaft, third shaft and the 4th shaft
The connecting hole of adaptation, the first rotating shaft, the second shaft, third shaft and the 4th shaft according to signal transmitting terminal structure type according to
It is secondary to be threaded through in the prosthese；
Wherein, the connecting shaft group is used as the signal transmitting terminal of electronic equipment.
It the purpose of this utility model and solves its technical problem following technical measures also can be used further to realize.
Preferably, aforementioned borrowed structure, wherein the prosthese includes the first prosthese, the second prosthese, third prosthese, the 4th
Prosthese, the 5th prosthese, the 6th prosthese and the 7th prosthese；
Wherein, the first prosthese first end is threaded through the first rotating shaft first end and the second shaft first end, described
First prosthese second end is used to connect with multi-axis hinge；
The second prosthese first end is threaded through the third shaft first end and the 4th shaft first end, and described second is false
Body second end is used to connect with multi-axis hinge；
The third prosthese is threaded through in the middle part of the first rotating shaft；
The 4th prosthese first end is threaded through in the middle part of the second shaft second end and third shaft, the 4th prosthese
Second end is provided with dummy shaft, and the dummy shaft is opposite with the connecting hole for wearing the second shaft second end；
5th prosthese is threaded through in the middle part of the 4th shaft；
The 6th prosthese first end is threaded through on the first rotating shaft second end and the dummy shaft, the 6th prosthese
Two ends are used to connect with multi-axis hinge；
The 7th prosthese first end is threaded through the third shaft second end and the 4th shaft second end, and the described 7th is false
Body second end is used to connect with multi-axis hinge.
Preferably, aforementioned borrowed structure, wherein the second shaft first end, third shaft first end and the 4th shaft
The diameter of first end differs, and the second shaft first end, third shaft first end and the 4th shaft first end have
There is different length.
Preferably, aforementioned borrowed structure, wherein the second shaft second end, third shaft second end and the 4th shaft
The diameter of second end differs, and the second shaft second end, third shaft second end and the 4th shaft second end have not
Same length.
Preferably, aforementioned borrowed structure, wherein the second shaft first end, third shaft first end and the 4th shaft
The diameter of first end differs, and the second shaft first end, third shaft first end and the 4th shaft first end have
There is different length；
The diameter of the second shaft second end, third shaft second end and the 4th shaft second end differs, described
Second shaft second end, third shaft second end and the 4th shaft second end have different length.
Preferably, aforementioned borrowed structure, wherein the second shaft first end, third shaft first end and the 4th shaft
The diameter of first end differs；
The first prosthese first end is used to wear the depth of the connecting hole of the second shaft first end, second vacation
Body first end is used to wear the depth of the connecting hole of the third shaft first end and the second prosthese first end is used to wear
If the depth of the connecting hole of the 4th shaft first end differs.
Preferably, aforementioned borrowed structure, wherein the second shaft second end, third shaft second end and the 4th shaft
The diameter of second end differs；
The 4th prosthese first end is used to wear the depth of the connecting hole of the second shaft second end, the 7th vacation
Body first end is used to wear the connection hole depth of the third shaft second end and the 7th prosthese first end is used to wear
The depth of the connecting hole of the 4th shaft second end differs.
Preferably, aforementioned borrowed structure, wherein the second shaft first end, third shaft first end and the 4th shaft
The cross sectional shape of first end is different；
The cross sectional shape of the second shaft second end, third shaft second end and the 4th shaft second end differs.
It the purpose of this utility model and solves its technical problem and is also realized using following technical solution.According to this practicality
A kind of multi-axis hinge device of novel proposition, including：
Multiple multi-axis hinges and the borrowed structure being arranged between two neighboring multi-axis hinge；
The borrowed structure includes：
Connecting shaft group, the connecting shaft group include the first rotating shaft, the second shaft, third shaft and the 4th turn being arranged in parallel
Axis, the first rotating shaft are provided with connecting pin, and the connecting pin with the signaling module of electronic equipment for connecting, described second turn
The length of axis, third shaft and the 4th shaft successively increases, and second shaft, third shaft and the 4th shaft are respectively arranged with
The shaft end that structure is different or size is different；
Prosthese, the prosthese are provided with the shaft end phase with the first rotating shaft, the second shaft, third shaft and the 4th shaft
The connecting hole of adaptation, the first rotating shaft, the second shaft, third shaft and the 4th shaft according to signal transmitting terminal structure type according to
It is secondary to be threaded through in the prosthese；
Wherein, the connecting shaft group is used as the signal transmitting terminal of electronic equipment.
It the purpose of this utility model and solves its technical problem and is also realized using following technical solution.According to this practicality
The a kind of electronic equipment of novel proposition, including：
The first noumenon, the second ontology and multi-axis hinge device；
The multi-axis hinge device includes：
Multiple multi-axis hinges and the borrowed structure being arranged between two neighboring multi-axis hinge；
The borrowed structure includes：
Connecting shaft group, the connecting shaft group include the first rotating shaft, the second shaft, third shaft and the 4th turn being arranged in parallel
Axis, the first rotating shaft are provided with connecting pin, and the connecting pin with the signaling module of electronic equipment for connecting, described second turn
The length of axis, third shaft and the 4th shaft successively increases, and second shaft, third shaft and the 4th shaft are respectively arranged with
The shaft end that structure is different or size is different；
Prosthese, the prosthese are provided with the shaft end phase with the first rotating shaft, the second shaft, third shaft and the 4th shaft
The connecting hole of adaptation, the first rotating shaft, the second shaft, third shaft and the 4th shaft according to signal transmitting terminal structure type according to
It is secondary to be threaded through in the prosthese；
Wherein, the connecting shaft group is used as the signal transmitting terminal of electronic equipment；
The multi-axis hinge device is connect respectively with the first noumenon and second ontology, and the first noumenon passes through
Multi-axis hinge device can be rotated around second ontology.
By above-mentioned technical proposal, under the utility model borrowed structure, multi-axis hinge device and electronic equipment at least have
Row advantage：
In technical solutions of the utility model, the connecting shaft group in borrowed structure is made of four different shafts of length, the
Two shafts, third shaft and the 4th shaft are respectively arranged with the shaft end that structure is different or size is different, and are provided on prosthese
The connecting hole being adapted with shaft shaft end each in above-mentioned connecting shaft group, four shafts can be according to signal transmitting terminal structure type
It is threaded through successively in the prosthese, since the signaling module of first rotating shaft and electronic equipment connects, so connecting shaft group can be used
Make the signal transmitting terminal of electronic equipment.Compared to in the prior art, using the electronic equipment of table chain rotation connection structure, vacation
The dummy shaft (shaft for being equivalent to the present invention) of body module is all general connecting component, and the mounting hole of prosthese is between prosthese
Through-hole, so when to dummy shaft and prosthese assembling, it is difficult to ensure that structure type of the dummy shaft of different length according to antenna transmitting terminal
Setting, often will appear the phenomenon that dummy shaft of different length is not by regular array, causes antenna transmitting terminal can not normal use.And this
The borrowed structure that utility model provides, the shaft end of each shaft in connecting shaft group are both provided with different sizes or have
Different structures can effectively prevent the relative position entanglement between each shaft when prosthese is connect；Furthermore it is also possible to
The connecting hole of prosthese is arranged to different depth or the connecting pin of shaft is arranged to different length, and then makes shaft
It can accurately be positioned when being connect with the connecting hole of prosthese, prevent shaft from the phenomenon that left and right play occur, ensure that four shafts
In the signal transmitting terminal as electronic equipment, there is accurate relative position between each shaft.
The above description is merely an outline of the technical solution of the present invention, in order to better understand the skill of the utility model
Art means, and can be implemented in accordance with the contents of the specification, below on the preferred embodiment of the present invention and the accompanying drawings in detail
It describes in detail bright as after.
Description of the drawings
Fig. 1 is the cross-sectional view of a kind of borrowed structure that the embodiment one of the utility model provides；
Fig. 2 is the structure diagram of a kind of multi-axis hinge device that the embodiment two of the utility model provides.
Specific embodiment
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose of utility model taken,
Below in conjunction with attached drawing and preferred embodiment, to according to the utility model proposes borrowed structure, multi-axis hinge device and electronics set
Standby, specific embodiment, structure, feature and its effect are described in detail as after.In the following description, a different " implementation
What example " or " embodiment " referred to is not necessarily the same embodiment.In addition, special characteristic, structure or spy in one or more embodiments
Point can be combined by any suitable form.
Embodiment one
As shown in Figure 1, a kind of borrowed structure that the embodiment one of the utility model proposes, including：Connecting shaft group 1 and vacation
Body 2；Connecting shaft group 1 includes the first rotating shaft 11, the second shaft 12,13 and the 4th shaft 14 of third shaft that are arranged in parallel, and first
Shaft 11 is provided with connecting pin 111, and for being connect with the signaling module of electronic equipment, the second shaft 12, third turn for connecting pin 111
The length of 13 and the 4th shaft 14 of axis successively increases, and the second shaft 12,13 and the 4th shaft 14 of third shaft are respectively arranged with knot
The shaft end that structure is different or size is different；Prosthese 2 is provided with and first rotating shaft 11, the second shaft 12, third shaft 13 and the 4th
The connecting hole that the shaft end of shaft 14 is adapted, first rotating shaft 11, the second shaft 12,13 and the 4th shaft 14 of third shaft are according to letter
Number transmitting terminal structure type is threaded through successively in prosthese 2；Wherein, connecting shaft group 1 is used as the signal transmitting terminal of electronic equipment.
Specifically, the borrowed structure that the utility model embodiment provides, main application is in table chain rotation connection structure
In, four shafts in connecting shaft group need the structure type for installing signal transmitting terminal to be arranged respectively to scheduled length, prosthese
The covering of four shafts is mainly used as, prosthese is manufactured for nonmetallic materials, and best material is plastic material, wherein in order to
Ensure that four shafts can be mounted on according to the structure type of signal transmitting terminal in prosthese, so by the second shaft, third shaft
And the 4th the shaft end of shaft be arranged to different structure type or be arranged to different sizes, such as the shaft end by the second shaft
It is arranged to structure that section is triangle, the shaft end of third shaft is arranged to structure that section is quadrangle, by the 4th shaft
Shaft end be arranged to section as pentagonal structure, as long as making the shaft end of each shaft there is different structures, this reality
It is different just as still size with novel specific restriction or the second shaft and the shaft end structure of third shaft do not done, by prosthese
Connecting hole be arranged to the structure type being adapted with above-mentioned shaft, assembling shaft in this way and during prosthese, can ensure each
The relative position of shaft；In addition it can which the shaft end of shaft to be arranged to different length, shafts different in this way is inserted into prosthese
The length of connecting hole is just different, just will not malfunction in an assembling process or the connecting hole of prosthese and shaft is arranged to difference
Depth, the depth that similary shaft is inserted into prosthese connecting hole is just different, just will not malfunction in an assembling process.
In technical solutions of the utility model, the connecting shaft group in borrowed structure is made of four different shafts of length, the
Two shafts, third shaft and the 4th shaft are respectively arranged with the shaft end that structure is different or size is different, and are provided on prosthese
The connecting hole being adapted with shaft shaft end each in above-mentioned connecting shaft group, four shafts can be according to signal transmitting terminal structure type
It is threaded through successively in the prosthese, since the signaling module of first rotating shaft and electronic equipment connects, so connecting shaft group can be used
Make the signal transmitting terminal of electronic equipment.Compared to in the prior art, using the electronic equipment of table chain rotation connection structure, vacation
The dummy shaft (shaft for being equivalent to the present invention) of body module is all general connecting component, and the mounting hole of prosthese is between prosthese
Through-hole, so when to dummy shaft and prosthese assembling, it is difficult to ensure that structure type of the dummy shaft of different length according to antenna transmitting terminal
Setting, often will appear the phenomenon that dummy shaft of different length is not by regular array, causes antenna transmitting terminal can not normal use.And this
The borrowed structure that utility model provides, the shaft end of each shaft in connecting shaft group are both provided with different sizes or have
Different structures can effectively prevent the relative position entanglement between each shaft when prosthese is connect；Furthermore it is also possible to
The connecting hole of prosthese is arranged to different depth or the connecting pin of shaft is arranged to different length, and then makes shaft
It can accurately be positioned when being connect with the connecting hole of prosthese, prevent shaft from the phenomenon that left and right play occur, ensure that four shafts
In the signal transmitting terminal as electronic equipment, there is accurate relative position between each shaft.
As shown in Figure 1, in specific implementation, wherein prosthese 2 includes the first prosthese 21, the second prosthese 22, third prosthese
23rd, the 4th prosthese 24, the 5th prosthese 25, the 6th prosthese 26 and the 7th prosthese 27；Wherein, 21 first end of the first prosthese is threaded through
12 first end of 11 first end of first rotating shaft and the second shaft, 21 second end of the first prosthese are used to connect with multi-axis hinge；Second is false
22 first end of body is threaded through 13 first end of third shaft and 14 first end of the 4th shaft, and 22 second end of the second prosthese is used for and multiaxis
Hinge connection；Third prosthese 23 is threaded through 11 middle part of first rotating shaft；4th prosthese, 24 first end is threaded through the second shaft 12 second
13 middle part of end and third shaft, 24 second end of the 4th prosthese are provided with dummy shaft 241, and dummy shaft 241 is with wearing the second shaft 12 second
The connecting hole at end is opposite；5th prosthese 25 is threaded through 14 middle part of the 4th shaft；6th prosthese, 26 first end is threaded through first rotating shaft
In 11 second ends and dummy shaft 241,26 second end of the 6th prosthese is used to connect with multi-axis hinge；7th prosthese, 27 first end is threaded through
13 second end of third shaft and 14 second end of the 4th shaft, 27 second end of the 7th prosthese are used to connect with multi-axis hinge.
Specifically, the prosthese in compared with the prior art, prosthese its overall structure for being provided in the utility model embodiment
Form, which is not made, to be changed, the quantity of prosthese or seven, but the connecting hole of each prosthese is made all in accordance with the shaft end of above-mentioned shaft
It is corresponding to change, while dummy shaft is additionally arranged in the second end of the 4th prosthese, this is because the length of the second shaft is shorter, the 4th is false
The dummy shaft of body second end is mainly used for connecting the realization series connection of the 6th prosthese；Also note that from the first prosthese to the 7th prosthese
It is upper for connecting the connecting hole of each shaft, the shaft end for being required to correspond to each shaft is adapted to.
As shown in Figure 1, in specific implementation, since first rotating shaft 11 has what is connect with the signaling module of electronic equipment
Connecting pin 111 is not in the situation with other shaft misloadings so when assembling first rotating shaft 11 and prosthese 2.So only
The situation of misloading or relative position inaccuracy is susceptible between second shaft, third shaft and the 4th shaft.
As shown in Figure 1, in specific implementation, wherein 12 first end of the second shaft, 13 first end of third shaft and the 4th
The diameter of 14 first end of shaft differs, and 12 first end of the second shaft, 13 first end of third shaft and the 4th shaft 14
One end is respectively provided with different length.
Specifically, when being installed due to the second shaft, third shaft and the 4th shaft and prosthese, it is susceptible to misloading or three
Relative position between a shaft is inaccurate, and then can be by the second shaft first end, third shaft first end and the 4th shaft
First end is arranged to cross sectional shape just as the still different pattern of size, and what is coordinated turns the second shaft first end, third
Axis first end and the 4th shaft first end set different length, and the connecting hole on such prosthese needs the shaft end with three shafts
It is adapted, when three shafts are connect respectively with prosthese, each shaft can be only inserted into the connecting hole being adapted to it, and can only
The scheduled length of first end is inserted into, and then realizes the precise positioning of shaft, the relative position relation between the shaft of guarantee.
As shown in Figure 1, in specific implementation, wherein 12 second end of the second shaft, 13 second end of third shaft and the 4th
The diameter of 14 second end of shaft differs, 12 second end of the second shaft, 13 second end of third shaft and the 4th shaft 14 second
End has different length.
Specifically, it is identical with the setting principle of the second shaft first end, third shaft first end and the 4th shaft first end,
Identical setting can be carried out in the second shaft second end, third shaft second end and the 4th shaft second end, and then realizes and turns
The precise positioning of axis, the relative position relation between the shaft of guarantee, details are not described herein again for concrete principle.
As shown in Figure 1, in specific implementation, wherein 12 first end of the second shaft, 13 first end of third shaft and the 4th
The diameter of 14 first end of shaft differs, and 12 first end of the second shaft, 13 first end of third shaft and the 4th shaft 14
One end is respectively provided with different length；Second shaft, 12 second end, 13 second end of third shaft and 14 second end of the 4th shaft it is straight
Diameter differs, and 12 second end of the second shaft, 13 second end of third shaft and 14 second end of the 4th shaft have different length.
Specifically, in another embodiment, in order to further ensure the position relationship between each shaft, Yi Jifang
Misloading between rotation stop axis, can be at the second shaft both ends, third shaft both ends and the 4th shaft both ends using above-mentioned principle
Structure setting.
As shown in Figure 1, in specific implementation, wherein 12 first end of the second shaft, 13 first end of third shaft and the 4th
The diameter of 14 first end of shaft differs；First prosthese, 21 first end is used to wear the connection of 12 first end of the second shaft
The depth in hole, 22 first end of the second prosthese are used to wear the depth and the second prosthese of the connecting hole of 13 first end of third shaft
The depth of connecting hole that 22 first ends are used to wear 14 first end of the 4th shaft differs.
Specifically, it can not only be set not in the second shaft first end, third shaft first end and the 4th shaft first end
With structure or various sizes of shaft end, what can also be coordinated will be with the second shaft first end, third shaft first end and the 4th
The connecting hole of shaft first end connection sets scheduled depth, when last shaft above-mentioned in this way is assembled with each prosthese, just will not
There is the situation of misloading, and due to the limitation for having connection hole depth, the relative position relation of the left and right between each shaft is just
It will not misplace, ensure that each shaft can install the structure type arrangement of signal transmitting terminal.
Alternatively, as shown in Figure 1, in specific implementation, 12 second end of the second shaft, 13 second end of third shaft and the 4th
The diameter of 14 second end of shaft differs；4th prosthese, 24 first end is used to wear the connecting hole of 12 second end of the second shaft
Depth, 27 first end of the 7th prosthese are used to wear the connection hole depth and the 7th prosthese 27 of 13 second end of third shaft
The depth of connecting hole that first end is used to wear 14 second end of the 4th shaft differs.
Specifically, in another embodiment, above-mentioned principle is referred to the second shaft second end, third shaft
Two ends and the 4th shaft second end are specifically set, and what is coordinated sets in the 4th prosthese first end, the 7th prosthese first end
The connecting hole of predetermined depth, specific principle and benefit are put, details are not described herein again.
In specific implementation, wherein section of the second shaft first end, third shaft first end and the 4th shaft first end
Face shape is different；The cross sectional shape of second shaft second end, third shaft second end and the 4th shaft second end differs.
Specifically, the shaft end of the second shaft, third shaft and the 4th shaft can also be arranged to section for different shape
Structure type, the phenomenon that such three shafts are just not in misloading when being connect with prosthese.
Embodiment two
As shown in Fig. 2, a kind of multi-axis hinge device that the embodiment two of the utility model proposes, including：Multiple multiaxises
Hinge 3 and the borrowed structure 10 being arranged between two neighboring multi-axis hinge；As shown in Figure 1, borrowed structure 10 includes：Connecting shaft
Group 1 and prosthese 2；Connecting shaft group 1 includes the first rotating shaft 11, the second shaft 12,13 and the 4th shaft of third shaft that are arranged in parallel
14, first rotating shaft 11 is provided with connecting pin 111, and connecting pin 111 with the signaling module of electronic equipment for connecting, the second shaft
12nd, the length of 13 and the 4th shaft 14 of third shaft successively increases, and the second shaft 12,13 and the 4th shaft 14 of third shaft are distinguished
It is provided with the shaft end that structure is different or size is different；Prosthese 2 is provided with and first rotating shaft 11, the second shaft 12, third shaft
13 and the 4th shaft 14 the connecting hole that is adapted of shaft end, first rotating shaft 11, the second shaft 12,13 and the 4th shaft of third shaft
14 are threaded through according to signal transmitting terminal structure type in prosthese 2 successively；Wherein, connecting shaft group 1 is used as the signal hair of electronic equipment
Penetrate end.
Specifically, the prosthese knot of the offer of above-described embodiment one can be used directly in the borrowed structure described in the present embodiment two
Structure, concrete implementation structure can be found in the related content described in above-described embodiment one, and details are not described herein again.
In technical solutions of the utility model, the connecting shaft group in borrowed structure is made of four different shafts of length, the
Two shafts, third shaft and the 4th shaft are respectively arranged with the shaft end that structure is different or size is different, and are provided on prosthese
The connecting hole being adapted with shaft shaft end each in above-mentioned connecting shaft group, four shafts can be according to signal transmitting terminal structure type
It is threaded through successively in the prosthese, since the signaling module of first rotating shaft and electronic equipment connects, so connecting shaft group can be used
Make the signal transmitting terminal of electronic equipment.Compared to in the prior art, using the electronic equipment of table chain rotation connection structure, vacation
The dummy shaft (shaft for being equivalent to the present invention) of body module is all general connecting component, and the mounting hole of prosthese is between prosthese
Through-hole, so when to dummy shaft and prosthese assembling, it is difficult to ensure that structure type of the dummy shaft of different length according to antenna transmitting terminal
Setting, often will appear the phenomenon that dummy shaft of different length is not by regular array, causes antenna transmitting terminal can not normal use.And this
The borrowed structure that utility model provides, the shaft end of each shaft in connecting shaft group are both provided with different sizes or have
Different structures can effectively prevent the relative position entanglement between each shaft when prosthese is connect；Furthermore it is also possible to
The connecting hole of prosthese is arranged to different depth or the connecting pin of shaft is arranged to different length, and then makes shaft
It can accurately be positioned when being connect with the connecting hole of prosthese, prevent shaft from the phenomenon that left and right play occur, ensure that four shafts
In the signal transmitting terminal as electronic equipment, there is accurate relative position between each shaft.
Embodiment three
The a kind of electronic equipment that the embodiment three of the utility model proposes, including：The first noumenon, the second ontology and more
Pivot hinge device；As shown in Fig. 2, multi-axis hinge device includes：Multiple multi-axis hinges 3 and it is arranged on two neighboring multi-axis hinge
Borrowed structure 10 between 3；As shown in Figure 1, the borrowed structure 10 includes：Connecting shaft group 1 and prosthese 2；Connecting shaft group 1 includes flat
First rotating shaft 11, the second shaft 12,13 and the 4th shaft 14 of third shaft of row setting, first rotating shaft 11 are provided with connecting pin
111, connecting pin 111 with the signaling module of electronic equipment for connecting, the second shaft 12,13 and the 4th shaft 14 of third shaft
Length successively increases, and the second shaft 12,13 and the 4th shaft 14 of third shaft are respectively arranged with structure difference or size is different
Shaft end；Prosthese 2 is provided with to be adapted with the shaft end of first rotating shaft 11, the second shaft 12,13 and the 4th shaft 14 of third shaft
Connecting hole, first rotating shaft 11, the second shaft 12,13 and the 4th shaft 14 of third shaft according to signal transmitting terminal structure type according to
It is secondary to be threaded through in prosthese 2；Wherein, connecting shaft group 1 is used as the signal transmitting terminal of electronic equipment；Multi-axis hinge device is respectively with first
Ontology and the connection of the second ontology, the first noumenon can be rotated by multi-axis hinge device around second ontology.
Specifically, the prosthese knot of the offer of above-described embodiment one can be used directly in the borrowed structure described in the present embodiment three
Structure, concrete implementation structure can be found in the related content described in above-described embodiment one, and details are not described herein again.
In technical solutions of the utility model, the connecting shaft group in borrowed structure is made of four different shafts of length, the
Two shafts, third shaft and the 4th shaft are respectively arranged with the shaft end that structure is different or size is different, and are provided on prosthese
The connecting hole being adapted with shaft shaft end each in above-mentioned connecting shaft group, four shafts can be according to signal transmitting terminal structure type
It is threaded through successively in the prosthese, since the signaling module of first rotating shaft and electronic equipment connects, so connecting shaft group can be used
Make the signal transmitting terminal of electronic equipment.Compared to in the prior art, using the electronic equipment of table chain rotation connection structure, vacation
The dummy shaft (shaft for being equivalent to the present invention) of body module is all general connecting component, and the mounting hole of prosthese is between prosthese
Through-hole, so when to dummy shaft and prosthese assembling, it is difficult to ensure that structure type of the dummy shaft of different length according to antenna transmitting terminal
Setting, often will appear the phenomenon that dummy shaft of different length is not by regular array, causes antenna transmitting terminal can not normal use.And this
The borrowed structure that utility model provides, the shaft end of each shaft in connecting shaft group are both provided with different sizes or have
Different structures can effectively prevent the relative position entanglement between each shaft when prosthese is connect；Furthermore it is also possible to
The connecting hole of prosthese is arranged to different depth or the connecting pin of shaft is arranged to different length, and then makes shaft
It can accurately be positioned when being connect with the connecting hole of prosthese, prevent shaft from the phenomenon that left and right play occur, ensure that four shafts
In the signal transmitting terminal as electronic equipment, there is accurate relative position between each shaft.
The above descriptions are merely preferred embodiments of the present invention, and not the utility model is made in any form
Limitation, any simple modification, equivalent change and modification made to above example according to the technical essence of the utility model,
In the range of still falling within technical solutions of the utility model.
Claims (10)
1. a kind of borrowed structure, which is characterized in that it includes：
Connecting shaft group, the connecting shaft group include the first rotating shaft, the second shaft, third shaft and the 4th shaft that are arranged in parallel,
The first rotating shaft is provided with connecting pin, and the connecting pin is used to connect with the signaling module of electronic equipment, second shaft,
The length of third shaft and the 4th shaft successively increases, and second shaft, third shaft and the 4th shaft are respectively arranged with knot
The shaft end that structure is different or size is different；
Prosthese, the prosthese is provided with to be adapted with the shaft end of the first rotating shaft, the second shaft, third shaft and the 4th shaft
Connecting hole, the first rotating shaft, the second shaft, third shaft and the 4th shaft are worn successively according to signal transmitting terminal structure type
It is located in the prosthese；
Wherein, the connecting shaft group is used as the signal transmitting terminal of electronic equipment.
2. borrowed structure according to claim 1, which is characterized in that
The prosthese includes the first prosthese, the second prosthese, third prosthese, the 4th prosthese, the 5th prosthese, the 6th prosthese and the 7th
Prosthese；
Wherein, the first prosthese first end is threaded through the first rotating shaft first end and the second shaft first end, and described first
Prosthese second end is used to connect with multi-axis hinge；
The second prosthese first end is threaded through the third shaft first end and the 4th shaft first end, second prosthese
Two ends are used to connect with multi-axis hinge；
The third prosthese is threaded through in the middle part of the first rotating shaft；
The 4th prosthese first end is threaded through in the middle part of the second shaft second end and third shaft, the 4th prosthese second
End is provided with dummy shaft, and the dummy shaft is opposite with the connecting hole for wearing the second shaft second end；
5th prosthese is threaded through in the middle part of the 4th shaft；
The 6th prosthese first end is threaded through on the first rotating shaft second end and the dummy shaft, the 6th prosthese second end
For being connect with multi-axis hinge；
The 7th prosthese first end is threaded through the third shaft second end and the 4th shaft second end, the 7th prosthese
Two ends are used to connect with multi-axis hinge.
3. borrowed structure according to claim 2, which is characterized in that
The diameter of the second shaft first end, third shaft first end and the 4th shaft first end differs, and described
Two shaft first ends, third shaft first end and the 4th shaft first end are respectively provided with different length.
4. borrowed structure according to claim 2, which is characterized in that
The diameter of the second shaft second end, third shaft second end and the 4th shaft second end differs, and described second
Shaft second end, third shaft second end and the 4th shaft second end have different length.
5. borrowed structure according to claim 2, which is characterized in that
The diameter of the second shaft first end, third shaft first end and the 4th shaft first end differs, and described
Two shaft first ends, third shaft first end and the 4th shaft first end are respectively provided with different length；
The diameter of the second shaft second end, third shaft second end and the 4th shaft second end differs, and described second
Shaft second end, third shaft second end and the 4th shaft second end have different length.
6. borrowed structure according to claim 2, which is characterized in that
The diameter of the second shaft first end, third shaft first end and the 4th shaft first end differs；
The first prosthese first end is used to wearing the depth of connecting hole of the second shaft first end, second prosthese the
One end is used to wear the depth of the connecting hole of the third shaft first end and the second prosthese first end is used to wear institute
The depth for stating the connecting hole of the 4th shaft first end differs.
7. borrowed structure according to claim 2, which is characterized in that
The diameter of the second shaft second end, third shaft second end and the 4th shaft second end differs；
The 4th prosthese first end is used to wearing the depth of connecting hole of the second shaft second end, the 7th prosthese the
One end is described for wearing for wearing the connection hole depth of the third shaft second end and the 7th prosthese first end
The depth of the connecting hole of 4th shaft second end differs.
8. borrowed structure according to claim 2, which is characterized in that
The cross sectional shape of the second shaft first end, third shaft first end and the 4th shaft first end is different；
The cross sectional shape of the second shaft second end, third shaft second end and the 4th shaft second end differs.
9. a kind of multi-axis hinge device, which is characterized in that it includes：
Any prosthese knot in multiple multi-axis hinges and the claims 1-8 being arranged between two neighboring multi-axis hinge
Structure.
10. a kind of electronic equipment, which is characterized in that it includes：
The first noumenon and the second ontology；
Multi-axis hinge device described in the claims 9, the multi-axis hinge device respectively with the first noumenon and described
Second ontology connects, and the first noumenon can be rotated by multi-axis hinge device around second ontology.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720527408.3U CN207473462U (en) | 2017-05-12 | 2017-05-12 | Borrowed structure, multi-axis hinge device and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720527408.3U CN207473462U (en) | 2017-05-12 | 2017-05-12 | Borrowed structure, multi-axis hinge device and electronic equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207473462U true CN207473462U (en) | 2018-06-08 |
Family
ID=62255334
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720527408.3U Active CN207473462U (en) | 2017-05-12 | 2017-05-12 | Borrowed structure, multi-axis hinge device and electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207473462U (en) |
-
2017
- 2017-05-12 CN CN201720527408.3U patent/CN207473462U/en active Active
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