CN205437749U - Automatic screw mounting machine - Google Patents
Automatic screw mounting machine Download PDFInfo
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- CN205437749U CN205437749U CN201521142733.5U CN201521142733U CN205437749U CN 205437749 U CN205437749 U CN 205437749U CN 201521142733 U CN201521142733 U CN 201521142733U CN 205437749 U CN205437749 U CN 205437749U
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- fixed block
- installed part
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- part fixed
- hole
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Abstract
The utility model discloses an automatic screw mounting machine, including feeding mechanism, guiding axle, electricity criticize and with outside transmission parts connection's fixed establishment, fixed connection in fixed establishment is criticized to the electricity, one end that the electricity was criticized is equipped with the electricity that is used for installing the screw and criticizes the head, feeding mechanism is including main piece and pay -off piece, the one end and the main piece fixed connection of guiding axle, the other end and the fixed establishment of guiding axle are connected, are equipped with in the owner piece and hold the pay -off piece hold the chamber, be equipped with on the main piece feed inlet, discharge gate and with relative and the first containing port of installation that establishes of discharge gate, be provided with first through -hole on the pay -off piece, the pay -off piece can hold remove in the chamber so that first through -hole optionally with the feed inlet inclusive AND the discharge gate intercommunication, the electricity is criticized the head and can be inserted install first containing port and pass first through -hole is just worn out the discharge gate is with the installation screw. The utility model provides a but screw mounting plate simple structure and autoloading have improved work efficiency greatly.
Description
Technical field
This utility model relates to mounting technology field, particularly relates to a kind of automatic screw mounting machine.
Background technology
Along with socioeconomic development, the demand of product is increasing, and the assembling of product need to use screw mostly.Manually tightening up a screw time-consuming long, inefficiency, screw mounting machine the most miscellaneous constantly occurs.But the screw mounting machine structure arrived used in prior art is complicated, and existing screw mounting machine is dependent on artificial feeding, and then screw mounting machine realizes the installation to screw, inefficiency.
Utility model content
Based on this, it is necessary to and ineffective problem complicated for screw mounting machine structure provides a kind of automatic screw mounting machine.
nullA kind of automatic screw mounting machine，Including feed mechanism、The axis of guide、Electric screwdriver and the fixed mechanism being connected with ex-ternal transmission part，Described electric screwdriver is fixedly connected on described fixed mechanism，One end of described electric screwdriver is provided with the electric screwdriver head for installing screw，Described feed mechanism includes main piece and feedblock，One end of the described axis of guide is fixed with described main piece and is connected，The other end of the described axis of guide is connected with described fixed mechanism，The receiving chamber that can accommodate described feedblock it is provided with in described main piece，Described main piece is provided with charging aperture、Discharging opening and mounting head utensil receiving opening that is relative with described discharging opening and that set，The first through hole it is provided with on described feedblock，Described feedblock can move in described receiving chamber so that described first through hole connects with described charging aperture or with described discharging opening alternatively，Described electric screwdriver head can be inserted into described mounting head utensil receiving opening and passes described first through hole and pass described discharging opening to install screw.
The screw mounting machine that this utility model provides, screw enters into the first through hole of feedblock from the charging aperture of main piece, after screw enters in the first through hole of feedblock, feedblock moves in the receiving chamber of main piece, then the first through hole of feedblock connects with the discharging opening on main piece, ex-ternal transmission part drives fixed block to move so that the discharging opening top of feed mechanism is to the product that need to install screw, screw enters discharging opening from the first through hole, and the product of screw need to be installed from discharging opening arrival, the electric screwdriver head of electric screwdriver passes discharging opening and screw is locked into the product that need to install screw, this automatic screw mounting machine simple in construction and can self-feeding, substantially increase work efficiency.
Wherein in an embodiment, described feed mechanism also include all with the described main piece of feed block being connected, discharging block and mounting head block, described feed block is provided with second through hole relative with described charging aperture, described discharging block is provided with the third through-hole relative with described discharging opening, described mounting head block is provided with the fourth hole relative with described mounting head utensil receiving opening, and described electric screwdriver head can be inserted into described fourth hole and passes described mounting head utensil receiving opening, described first through hole and described discharging opening and pass described third through-hole to install screw.
Wherein in an embodiment, described feedblock is divided into the first chamber being positioned at described feedblock both sides and the second chamber by described main piece, described first chamber is located close to the side of described charging aperture, described second chamber is located remotely from the side of described charging aperture, offering the first air cavity connected with described first chamber on described main piece of described feed mechanism, gas enters described first chamber to promote described feedblock to move in described receiving chamber after can being passed through described first air cavity.
Wherein in an embodiment, described feed mechanism also includes the first elastic component being located in described second chamber in described receiving chamber, described first elastic component can abut described feedblock, described feedblock is provided with the aperture connected with described first through hole, described aperture can be in communication with the outside, described first air cavity connects described first chamber and described charging aperture, described main piece of one end away from described charging aperture is provided with the second air cavity, and described second air cavity connects with external vacuum generator and connects with described mounting head utensil receiving opening and described discharging opening.
Wherein in an embodiment, described feed mechanism also includes and the described main piece of gas-tpe fitting being connected, and described second air cavity connects with described gas-tpe fitting, and described gas-tpe fitting connects with external vacuum generator.
Wherein in an embodiment, described feed mechanism also includes the first locating part and the second locating part, described main piece includes the first limited block and the second limited block, described first limited block and described second limited block are respectively arranged on the two ends of described main piece, described first locating part is arranged in described first limited block, described second locating part is arranged in described second limited block, and the two ends of described feedblock can abut with described first locating part and described second locating part respectively.
Wherein in an embodiment, described fixed mechanism includes limited block and the installed part fixed block being connected with ex-ternal transmission part, described electric screwdriver is fixedly connected on described installed part fixed block, one end of the described axis of guide is connected with described main piece, the described axis of guide passes described installed part fixed block, the other end of the described axis of guide is fixing with described limited block to be connected, and described installed part fixed block can drive described electric screwdriver to move relative to the described axis of guide.
Wherein in an embodiment, described installed part fixed block includes the first installed part fixed block and the second installed part fixed block being connected with ex-ternal transmission part, described first installed part fixed block sets near described limited block, described electric screwdriver is fixedly connected on described first installed part fixed block, described first installed part fixed block is connected with described second installed part fixed block elasticity, described second installed part fixed block can drive described first installed part fixed block to move relative to the described axis of guide, to drive described electric screwdriver to move relative to the described axis of guide.
Wherein in an embodiment, described automatic screw mounting machine also includes bolster, the second elastic component and fixture, one end of described bolster is fixing with described second installed part fixed block to be connected, the other end of described bolster passes described first installed part fixed block, and described fixture is fixed the end of the described other end of described bolster and holds described second elastic component.
Wherein in an embodiment, described first installed part fixed block is provided with groove, and the other end of described bolster is placed in described groove through described groove the part of described first installed part fixed block.
Accompanying drawing explanation
The structure chart of the automatic screw mounting machine that Fig. 1 provides for this utility model embodiment；
Fig. 2 is the sectional view of feed mechanism in Fig. 1；
Original state figure during the automatic screw mounting machine work that Fig. 3 provides for this utility model embodiment；
Fig. 4 is the sectional view of feed mechanism in Fig. 3；
Fig. 5 is the follow-up work block diagram of feed mechanism in Fig. 3 or Fig. 4；
Fig. 6 is the follow-up work block diagram of feed mechanism in Fig. 5；
Fig. 7 is the follow-up work block diagram of Fig. 6；
Fig. 8 is sectional view during feed mechanism work in Fig. 7.
Detailed description of the invention
For the ease of understanding this utility model, below with reference to relevant drawings, this utility model is described more fully.Accompanying drawing gives preferred embodiment of the present utility model.But, this utility model can realize in many different forms, however it is not limited to embodiment described herein.On the contrary, providing the purpose of these embodiments is to make the understanding to disclosure of the present utility model more thorough comprehensively.
nullSee Fig. 1 and Fig. 2，This utility model embodiment provides a kind of automatic screw mounting machine，Including feed mechanism 10、The axis of guide 20、Electric screwdriver 30 and the fixed mechanism 40 being connected with ex-ternal transmission part，Electric screwdriver 30 is fixedly connected on fixed mechanism 40，One end of electric screwdriver 30 is provided with the electric screwdriver head 31 for installing screw，Feed mechanism 10 includes main piece 11 and feedblock 12，One end of the axis of guide 20 is fixing with main piece 11 to be connected，The other end of the axis of guide 20 is connected with fixed mechanism 40，The receiving chamber 111 that can accommodate feedblock 12 it is provided with in main piece 11，It is provided with charging aperture for main piece 11、Discharging opening and mounting head utensil receiving opening that is relative with discharging opening and that set，The first through hole 121 it is provided with on feedblock 12，Feedblock 12 can move so that the first through hole 121 connects with charging aperture or with discharging opening alternatively accommodating in chamber 111，Electric screwdriver head 31 can be inserted into mounting head utensil receiving opening and passes the first through hole 121 and pass discharging opening to install screw.
The automatic screw mounting machine that this utility model embodiment provides, screw enters into the first through hole 121 of feedblock 12 from the charging aperture of main piece 11, after screw enters in the first through hole 121 of feedblock 12, feedblock 12 moves in the receiving chamber 111 of main piece 11, then the first through hole 121 of feedblock 12 connects with the discharging opening on main piece 11, ex-ternal transmission part drives fixed mechanism 40 to move so that the discharging opening top of feed mechanism 10 is to the product that need to install screw, screw enters discharging opening from the first through hole 121, and the product of screw need to be installed from discharging opening arrival, the electric screwdriver head 31 of electric screwdriver 30 passes discharging opening and screw is locked into the product that need to install screw, this screw mounting machine simple in construction and can self-feeding, substantially increase work efficiency.
See Fig. 2, in the present embodiment, feed mechanism 10 also include all with main piece 11 feed block being connected 13, discharging block 14 and mounting head block 15, feed block 13 is provided with second through hole 131 relative with charging aperture, discharging block 14 is provided with the third through-hole 141 relative with discharging opening, mounting head block 15 is provided with the fourth hole 151 relative with mounting head utensil receiving opening, and electric screwdriver head 31 can be inserted into fourth hole 151 and passes mounting head utensil receiving opening, the first through hole 121 and discharging opening and pass third through-hole 141 to install screw.
Feed mechanism 10 includes feed block 13, and screw can be facilitated to arrive the charging aperture of main piece 11 along the second through hole 131 of feed block 13；Including discharging block 14, screw can be easy to along the third through-hole 141 of discharging block 14 and arrive product；Including mounting head block 15, electric screwdriver head 31 can be easy to and insert mounting head utensil receiving opening along the fourth hole 151 of mounting head block 15 and pass discharging opening to third through-hole 141.
See Fig. 2, in the present embodiment, the receiving chamber 111 of main piece 11 is divided into the first chamber and the second chamber being positioned at feedblock 12 both sides by feedblock 12, first chamber is located close to the side of charging aperture, second chamber is located remotely from the side of charging aperture, and main piece 11 of above-mentioned feed mechanism 10 offers the first air cavity 112 connected with the first chamber.Gas enters the first chamber after can being passed through the first air cavity 112, thus promotes feedblock 12 to move.
Further, feedblock 12 is provided with the aperture connected with the first through hole 121, aperture can be in communication with the outside, first air cavity 112 connects the first chamber and charging aperture, main piece 11 one end away from charging aperture is provided with the second air cavity 113, second air cavity 113 connects with external vacuum generator, and connects with mounting head utensil receiving opening and discharging opening.So, when the first through hole 121 connects with discharging opening, vacuum generator open sustainable the second air cavity 113, mounting head utensil receiving opening, the first through hole 121 and discharging opening produce negative pressure screw is adsorbed in the first through hole 121.
Further, feed mechanism 10 also includes the first elastic component 16 being located at the second chamber accommodating chamber 111, and the first elastic component 16 can abut feedblock 12.So, when feedblock 12 is moved to the position that the first through hole 121 connects with discharging opening by the gas push in the first chamber, feedblock 12 can be promoted in the case of gas does not acts on to automatically reset the position connected with charging aperture to the first through hole 121.
Specifically, above-mentioned first elastic component 16 is spring.
nullSee Fig. 2，During original state，Under the effect of the first elastic component 16，Feedblock 12 by the first elastic component 16 be held in accommodate chamber 111 one end so that feedblock 12 the first through hole 121 connect with charging aperture，I.e. corresponding with the second through hole 131 of feed block 13，Now screw from the second through hole 131 of feed block 13 and is blown into the first through hole 121 through charging aperture，Enter the gas in the first through hole 121 from the aperture of feedblock 12, flow to the external world，Meanwhile，The gas blown in the second through hole 131 enters the first air cavity 112 through charging aperture，The gas entering the first air cavity 112 enters the first chamber accommodating chamber 111，Under gas effect，Feedblock 12 moves in accommodating chamber 111 and compresses the first elastic component 16 being positioned in the second chamber，After the first elastic component 16 is compressed to a certain degree，First through hole 121 of feedblock 12 connects with discharging opening，The most now the first through hole 121 also connects with mounting head utensil receiving opening，The external vacuum generator connected with the second air cavity is opened，Continue at the second air cavity 113、First through hole 121、Discharging opening and third through-hole 141 produce negative pressure，Screw is held to the first through hole 121 internal.Finally, under the effect of electric screwdriver head 31 by screw top to the product that need to install the product of screw being locked into and need to install screw.
Referring again to Fig. 2, in the present embodiment, above-mentioned feed mechanism 10 also includes and main piece 11 gas-tpe fitting being connected 17, and the second air cavity 113 connects with gas-tpe fitting 17, and gas-tpe fitting 17 connects with external vacuum generator.Gas-tpe fitting 17 is relied on to be easy to the connection of the second air cavity 113 and external vacuum generator.
Refer again to Fig. 2, in the present embodiment, above-mentioned feed mechanism 10 also includes the first locating part 18 and the second locating part 19, include the first limited block 114 and the second limited block 115 for main piece 11, first limited block 114 and the second limited block 115 are respectively arranged on the two ends of main piece 11, first locating part 18 is arranged in the first limited block 114, second locating part 19 is arranged in the second limited block 115, the two ends of feedblock 12 can abut with the first locating part 18 and the second locating part 19 respectively, to limit feedblock 12 scope of movement within accommodating chamber 111.
The two ends of main piece 11 can be sealed by the first limited block 114 and the second limited block 115, first locating part 18 is arranged in the first limited block 114, second locating part 19 is arranged in the second limited block 115, during original state, under the effect of the first elastic component 16, one end of feed block 12 is held in the first locating part 18, now the first through hole 121 of feed block 12 connects with charging aperture, then under the effect of gas, feed block 12 moves to compress the first elastic component 16 in accommodating chamber 111, the other end of last feed block 12 is held in the second keeper 19, first through hole 121 of feed block 12 connects with discharging opening, the feed block 12 location in accommodating chamber 111 is easy in the setting of the i.e. first keeper 18 and the second keeper 19.
See Fig. 1, in the present embodiment, above-mentioned fixed mechanism 40 includes limited block 41 and the installed part fixed block 42 being connected with ex-ternal transmission part, electric screwdriver 30 is fixedly connected on installed part fixed block 42, one end of the axis of guide 20 is connected with main piece 11, the axis of guide 20 is through installed part fixed block 42, and the other end of the axis of guide 20 is fixing with limited block 41 to be connected, and installed part fixed block 42 can drive electric screwdriver 30 to move relative to the axis of guide 20.
Fixed mechanism 40 includes limited block 41 and the installed part fixed block 42 being connected with ex-ternal transmission part, it is respectively fixedly connected with in main piece 11 and limited block 41 due to the two ends of the axis of guide 20 again, then push up when the product of screw need to be installed when the discharging block 14 being connected to main piece 11, installed part fixed block 42 can move relative to the axis of guide 20, i.e. installed part fixed block 42 can move relative to main piece 11, under the effect of installed part fixed block 42, screw can be firmly locked in the product that need to install screw by the electric screwdriver head 31 of electric screwdriver 30.
Refer again to Fig. 1, in the present embodiment, above-mentioned installed part fixed block 42 includes the first installed part fixed block 421 and the second installed part fixed block 422 can being connected with ex-ternal transmission part, first installed part fixed block 421 sets near limited block 41, electric screwdriver 30 is fixedly connected on the first installed part fixed block 421, first installed part fixed block 421 is connected with the second installed part fixed block 422 elasticity, second installed part fixed block 422 can drive the first installed part fixed block 421 to move relative to the axis of guide 20, to drive electric screwdriver 30 to move relative to the axis of guide 20.
nullThen push up when the product of screw need to be installed when the discharging block 14 being connected to main piece 11，Owing to the second installed part fixed block 422 is connected with ex-ternal transmission part，Under the effect of outside driving member，Second installed part fixed block 422 drives the first installed part fixed block 421 to move relative to the axis of guide 20，Thus drive electric screwdriver 30 to move relative to the axis of guide 20，After the electric screwdriver head 31 of electric screwdriver 30 is by screw top to the screw thread mouth of the product that need to install screw，Second installed part fixed block 422 can move a segment distance relative to the axis of guide 20 again，Owing to the first installed part fixed block 421 is connected with the second installed part fixed block 422 elasticity，Now the first installed part fixed block 421 and the second installed part fixed block 422 have certain spacing，Screw is locked in the product that need to install screw by last electric screwdriver head 31，Under the above-mentioned elastic effect connected, screw is flexible contact with the product that need to install screw，Prevent the damage to product.
See Fig. 1, in the present embodiment, automatic screw mounting machine also includes bolster the 50, second elastic component 60 and fixture 70, one end of bolster 50 is fixing with the second installed part fixed block 422 to be connected, the other end of bolster 50 passes the first installed part fixed block 421, and fixture 70 is fixed the end of the other end of bolster 50 and holds the second elastic component 60.Above-mentioned set-up mode, by the effect of the second elastic component 60, can facilitate implementation the first installed part fixed block 421 and be connected with the second installed part fixed block 422 elasticity.
Further, seeing Fig. 1, in order to make layout rational in infrastructure, can be provided with groove 4211 on the first installed part fixed block 421, the other end of bolster 50 is placed in groove 4211 through groove 4211 part of the first installed part fixed block 421.Specifically, see Fig. 1, be provided with a groove 4211 in the both sides of the first installed part fixed block 421, and be provided with above-mentioned bolster the 50, second elastic component 60 and fixture 70 in the both sides of the first installed part fixed block 421.Specifically, above-mentioned second elastic component 60 is also spring, and in other embodiments, the second elastic component 60 can also be the elastic component of rubber ring etc.
nullWhen the original state of work，See Fig. 3 and Fig. 4，Second installed part fixed block 422 is connected with ex-ternal transmission part，Feedblock 12 is held in the first locating part 18 under the effect of the first elastic component 16，Second through hole 131 is corresponding with the first through hole 121 of charging aperture and feedblock 12，Second through hole 131 of feed block 13 is ventilated，Gas is flowed out by the aperture of feed block 12，See Fig. 5，Screw b is blown into the first through hole 121 of feedblock 12 by the second through hole 131 of feed block 13，Blow during the gas of screw b enters the first air cavity 112 by the second through hole 131 and arrived the first chamber accommodating chamber 111 simultaneously，The gas being in the first chamber exerts a force to feedblock 12，Then feedblock 12 compresses the first elastic component 16 under the above-mentioned force until the end of feedblock 12 abuts with the second locating part 19，See Fig. 6，Now feedblock 12 abuts with the first elastic component 16，Second air cavity 113、First through hole 121 and third through-hole 141 connect，Open vacuum generator，Screw is picked up in the first through hole 121；See Fig. 7 and Fig. 8, ex-ternal transmission part drives the second installed part fixed block 422 to move, the most under gravity, feed mechanism 10 is near the product a motion that need to install screw, after discharging block 14 withstands and need to install the product a of screw, second installed part fixed block 422 continues to the direction motion near the product a that need to install screw, second installed part fixed block 422 moves relative to the axis of guide 20, i.e. second installed part fixed block 422 is near feed mechanism 10, after screw b is pushed up the screw thread mouth of the product a that need to install screw by the electric screwdriver head 31 of electric screwdriver 30, second installed part fixed block 422 moves a segment distance near feed mechanism 10 again, now under the effect of the second elastic component 60, have at regular intervals between first installed part fixed block 421 and the second installed part fixed block 422；Screw b is locked in the product a that need to install screw under elastic effect by electric screwdriver 30, and the first installed part fixed block 421 is close to the second installed part fixed block 422, finally resets.
Embodiment described above only have expressed several embodiments of the present utility model, and it describes more concrete and detailed, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, for the person of ordinary skill of the art, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement, these broadly fall into protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (10)
- null1. an automatic screw mounting machine，It is characterized in that，Including feed mechanism、The axis of guide、Electric screwdriver and the fixed mechanism being connected with ex-ternal transmission part，Described electric screwdriver is fixedly connected on described fixed mechanism，One end of described electric screwdriver is provided with the electric screwdriver head for installing screw，Described feed mechanism includes main piece and feedblock，One end of the described axis of guide is fixed with described main piece and is connected，The other end of the described axis of guide is connected with described fixed mechanism，The receiving chamber that can accommodate described feedblock it is provided with in described main piece，Described main piece is provided with charging aperture、Discharging opening and mounting head utensil receiving opening that is relative with described discharging opening and that set，The first through hole it is provided with on described feedblock，Described feedblock can move in described receiving chamber so that described first through hole connects with described charging aperture or with described discharging opening alternatively，Described electric screwdriver head can be inserted into described mounting head utensil receiving opening and passes described first through hole and pass described discharging opening to install screw.
- Automatic screw mounting machine the most according to claim 1, it is characterized in that, described feed mechanism also include all with the described main piece of feed block being connected, discharging block and mounting head block, described feed block is provided with second through hole relative with described charging aperture, described discharging block is provided with the third through-hole relative with described discharging opening, described mounting head block is provided with the fourth hole relative with described mounting head utensil receiving opening, described electric screwdriver head can be inserted into described fourth hole and through described mounting head utensil receiving opening, described first through hole and described discharging opening also pass described third through-hole to install screw.
- Automatic screw mounting machine the most according to claim 1, it is characterized in that, described feedblock is divided into the first chamber being positioned at described feedblock both sides and the second chamber by described main piece, described first chamber is located close to the side of described charging aperture, described second chamber is located remotely from the side of described charging aperture, offering the first air cavity connected with described first chamber on described main piece of described feed mechanism, gas enters described first chamber to promote described feedblock to move in described receiving chamber after can being passed through described first air cavity.
- Automatic screw mounting machine the most according to claim 3, it is characterized in that, described feed mechanism also includes the first elastic component being located in described second chamber in described receiving chamber, described first elastic component can abut described feedblock, described feedblock is provided with the aperture connected with described first through hole, described aperture can be in communication with the outside, described first air cavity connects described first chamber and described charging aperture, described main piece of one end away from described charging aperture is provided with the second air cavity, described second air cavity connects with external vacuum generator and connects with described mounting head utensil receiving opening and described discharging opening.
- Automatic screw mounting machine the most according to claim 4, it is characterised in that described feed mechanism also includes and the described main piece of gas-tpe fitting being connected, and described second air cavity connects with described gas-tpe fitting, and described gas-tpe fitting connects with external vacuum generator.
- Automatic screw mounting machine the most according to claim 1, it is characterized in that, described feed mechanism also includes the first locating part and the second locating part, described main piece includes the first limited block and the second limited block, described first limited block and described second limited block are respectively arranged on the two ends of described main piece, described first locating part is arranged in described first limited block, described second locating part is arranged in described second limited block, and the two ends of described feedblock can abut with described first locating part and described second locating part respectively.
- 7. according to the automatic screw mounting machine described in any one of claim 1-6, it is characterized in that, described fixed mechanism includes limited block and the installed part fixed block being connected with ex-ternal transmission part, described electric screwdriver is fixedly connected on described installed part fixed block, one end of the described axis of guide is connected with described main piece, the described axis of guide passes described installed part fixed block, and the other end of the described axis of guide is fixing with described limited block to be connected, and described installed part fixed block can drive described electric screwdriver to move relative to the described axis of guide.
- Automatic screw mounting machine the most according to claim 7, it is characterized in that, described installed part fixed block includes the first installed part fixed block and the second installed part fixed block being connected with ex-ternal transmission part, described first installed part fixed block sets near described limited block, described electric screwdriver is fixedly connected on described first installed part fixed block, described first installed part fixed block is connected with described second installed part fixed block elasticity, described second installed part fixed block can drive described first installed part fixed block to move relative to the described axis of guide, to drive described electric screwdriver to move relative to the described axis of guide.
- Automatic screw mounting machine the most according to claim 8, it is characterized in that, described automatic screw mounting machine also includes bolster, the second elastic component and fixture, one end of described bolster is fixing with described second installed part fixed block to be connected, the other end of described bolster passes described first installed part fixed block, described second elastic component is sheathed on the other end of described bolster, and described fixture is fixed the end of the described other end of described bolster and holds described second elastic component.
- Automatic screw mounting machine the most according to claim 9, it is characterised in that described first installed part fixed block is provided with groove, the other end of described bolster is placed in described groove through described groove the part of described first installed part fixed block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521142733.5U CN205437749U (en) | 2015-12-31 | 2015-12-31 | Automatic screw mounting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521142733.5U CN205437749U (en) | 2015-12-31 | 2015-12-31 | Automatic screw mounting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205437749U true CN205437749U (en) | 2016-08-10 |
Family
ID=56601608
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521142733.5U Expired - Fee Related CN205437749U (en) | 2015-12-31 | 2015-12-31 | Automatic screw mounting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205437749U (en) |
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2015
- 2015-12-31 CN CN201521142733.5U patent/CN205437749U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20211231 |