CN206653132U

CN206653132U - Vertical screw-driving machine

Info

Publication number: CN206653132U
Application number: CN201720212993.8U
Authority: CN
Inventors: 杨亮
Original assignee: Dongguan Houjie Jinduoli Hardware Products Co Ltd
Current assignee: Dongguan Houjie Jinduoli Hardware Products Co Ltd
Priority date: 2017-03-06
Filing date: 2017-03-06
Publication date: 2017-11-21
Anticipated expiration: 2027-03-06

Abstract

The utility model discloses a kind of vertical screw-driving machine, for assembling pad and metalwork, including the turn of the screw mechanism, pad feed mechanism and screw feed mechanism, the turn of the screw mechanism includes frame, microscope carrier, linear drive apparatus, push rod and electric screwdriver, microscope carrier is fixed on frame and front end has the machining position placed for metalwork, the top of machining position sets the locating slot that the location division for metalwork is inserted, it is further opened with accommodating the guide groove of pad on microscope carrier, guide groove extends forwardly into machining position and end connects with locating slot, linear drive apparatus is fixed on frame, push rod is connected with linear drive apparatus and stretched into guide groove forward, electric screwdriver, which slides up and down to, is arranged at frame and positioned at the top of guide groove end, pad is sent into guide groove by pad feed mechanism one by one, screw is sent in machining position by screw feed mechanism one by one.The vertical screw-driving machine of the utility model realizes the Automatic-feeding of pad, and carries out the automatic of screw by electric screwdriver and be screwed into, and improves automaticity and efficiency of assembling.

Description

Vertical screw-driving machine

Technical field

It the utility model is related to a kind of assembly equipment of socket inner member, more particularly to a kind of vertical screw-driving machine.

Background technology

Pad 8 and metalwork 9 shown in Fig. 1 are the critical elements in socket, and both are molded and assembled respectively It is reloaded into afterwards in Socket casing together.Screw 81 is offered on pad 8, the centre of metalwork 9 offers through hole 91, metalwork 9 Also have positioned at two alar parts 92 of the both sides of through hole 91 and positioned at the location division 93 in the front of through hole 91.Pad 8 is placed in during assembling Screw 81 is alignd with through hole 91 under metalwork 9, then through through hole 91 and be screwed into screw with screw, so as to by pad 8 with Metalwork 9 connects.

The assembly connection process of pad and metalwork is all manually operated by worker at present, is worked when production quantity is more Intensity is very big, while there is also the problem of automaticity and low efficiency of assembling.

Therefore, it is raising automaticity and efficiency of assembling, it is necessary to which pad and metalwork can be assembled by providing one kind To screw-driving machine together.

Utility model content

The purpose of this utility model is to provide a kind of screw-driving machine that can be assembled together pad and metalwork.

To achieve these goals, the utility model provides a kind of vertical screw-driving machine, for assembling pad and metal Part, including the turn of the screw mechanism, pad feed mechanism and screw feed mechanism, the turn of the screw mechanism include frame, microscope carrier, straight line Drive device, push rod and electric screwdriver, the microscope carrier is fixed on the frame and front end has the machining position placed for the metalwork, The top of the machining position sets the locating slot that the location division for the metalwork is inserted, and is further opened with accommodating institute on the microscope carrier The guide groove of pad is stated, the guide groove extends forwardly into the machining position and end connects with the locating slot, the linear drives Device is fixed on the frame, and the push rod is connected with the linear drive apparatus and stretched into forward in the guide groove, the electricity Batch slide up and down to and to be arranged at the frame and positioned at the top of the guide groove end, the pad feed mechanism by pad one by one It is sent into the guide groove, screw is sent in the machining position by the screw feed mechanism one by one.

Pad is sent in guide groove by pad feed mechanism, and linear drive apparatus drives push rod in slip in guide groove and will padded Piece pushes to guide groove end, and then metalwork is placed into machining position manually by worker and simultaneously inserted the location division of metalwork In locating slot, now pad is located under metalwork.Then screw is sent in machining position by screw feed mechanism, and electric screwdriver is past to be moved down Move and be screwed into screw on pad through metalwork.Compared with prior art, the vertical screw-driving machine of the utility model realizes The Automatic-feeding of pad, and the automatic of screw is carried out by electric screwdriver and is screwed into, improve automaticity and efficiency of assembling.

It is preferred that the width of the locating slot is less than the width of the guide groove, shape between the locating slot and the guide groove Into two shoulders of the spacing pad.

Connected with the guide groove it is preferred that the microscope carrier is provided with and be through to the breach of the microscope carrier side, the pad The pad is sent into the guide groove by feed mechanism by the breach.

Specifically, the pad feed mechanism includes vibrating disk and guide cell body, one end of the guide cell body with it is described The outlet of vibrating disk, the other end of the guide cell body are connected to the indentation, there.

It is preferred that the frame includes bottom plate and is fixed on the portal frame of the bottom plate, the microscope carrier is fixed on the bottom Plate, for the portal frame across the microscope carrier, the portal frame is provided with vertically extending guide rail, and the electric screwdriver is located at institute State on guide rail.

It is preferred that the machining position includes a plane and is connected to two inclined planes of the plane both sides, the positioning Groove is located at the plane, and two alar parts of the metalwork are not posted by two inclined planes.

It is preferred that the turn of the screw mechanism also includes the housing for being fixed on the frame, the housing blocks leads in described On groove.

It is preferred that the linear drive apparatus is cylinder.

Brief description of the drawings

Fig. 1 is stereogram when pad separates with metalwork.

Fig. 2 is stereogram when pad is connected with metalwork.

Fig. 3 is the structural representation of the vertical screw-driving machine of the utility model.

Fig. 4 is the stereogram of the turn of the screw mechanism in vertical screw-driving machine.

Fig. 5 is that the turn of the screw mechanism hides the decomposed schematic diagram after frame.

Fig. 6 is the schematic diagram that pad is admitted to after guide groove.

Fig. 7 is the schematic diagram that metalwork is put machining position and is inserted into after locating slot.

Embodiment

Description is made to preferred embodiment of the present utility model with reference to the Figure of description provided.

With reference to shown in Fig. 3 to Fig. 5, the utility model provides a kind of vertical screw-driving machine, for assembling pad and metalwork. Vertical screw-driving machine includes the turn of the screw mechanism 1, pad feed mechanism 2 and screw feed mechanism (not shown), wherein pad feeding Mechanism 2 has contained pad and pad has been sent in the turn of the screw mechanism 1 one by one, and screw feed mechanism has contained screw and by screw It is sent to one by one in the turn of the screw mechanism 1.Pad and screw are by the way of automatic charging in this vertical screw-driving machine, and metalwork is then By the way of manual feeding.

The turn of the screw mechanism 1 is the main execution unit of assembling, and it includes frame, microscope carrier 12, linear drive apparatus 13, push rod 14th, housing 15 and electric screwdriver 16.Frame includes bottom plate 10 and the portal frame 11 being fixed on bottom plate 10, microscope carrier 12 are fixed on bottom plate 10 On, portal frame 11 is across above microscope carrier 12.

The front end of microscope carrier 12 has the machining position placed for metalwork, and the machining position includes a plane 121 and is connected to Two inclined planes 122 of the both sides of plane 121, the plane 121 are provided with the locating slot 123 to lower recess.Metalwork is put into machining position After upper, the location division of metalwork front end is downwardly into locating slot 123, and two alar parts of metalwork recline be carried on two respectively In inclined plane 122.Multiple pads can be accommodated by, which being further opened with microscope carrier 12, is listed in the guide groove 124 wherein slided into one, guide groove 124 Width is equal or slightly greater than the width of a pad, and guide groove 124 extends along the longitudinal direction and front end extends forwardly into machining position Plane 121 in and connect with locating slot 123.The depth of locating slot 123 is more than the depth of guide groove 124, and the width of locating slot 123 Degree is less than the width (because the width of metalwork location division is less than width of pad) of guide groove 124, therefore locating slot 123 and guide groove Two shoulders 125 can be formed between 124, can be positioned when pad slides into end in guide groove 124 by two shoulders 125. The breach 126 that the side of microscope carrier 12 is connected and be through to guide groove 124 is additionally provided with microscope carrier 12, pad feed mechanism 2 passes through breach Pad is sent into guide groove 124 by 126.

Linear drive apparatus 13 is fixed on bottom plate 10 by a support, and its output end is set forward.Push rod 14 is fixed on The output end of linear drive apparatus 13 is simultaneously extend into forward in guide groove 124.Linear drive apparatus 13 can drive push rod 14 by guide groove The front end that pad in 124 is pushed to guide groove 124 contacts with shoulder 125.The particularly cylinder of linear drive apparatus 13.

Housing 15 is fixed on bottom plate 10 and covered at the rear portion of microscope carrier 12, housing 15 block on guide groove 124 to prevent Only the pad in guide groove 124 by 14 pushing tow of push rod when jump out.Housing 15 is made up of two half-shells, has a fine crack among it 151, so that operating personnel observe the situation in guide groove 124.It is further opened with housing 15 corresponding with the breach 126 on microscope carrier 12 Opening 152.

Portal frame 11 is provided with vertically extending guide rail 111, and electric screwdriver 16 therefore can be relatively imperial on guide rail 111 Door frame 11 slides up and down.The position of electric screwdriver 16 is located at the top of the end of guide groove 124, specifically, when metalwork navigates to machining position After upper, the lucky downwardly screw of the through hole of metalwork and pad of electric screwdriver 16.

Pad feed mechanism 2 includes vibrating disk 21 and guide cell body 22, one end of guide cell body 22 and going out for vibrating disk 21 Mouth connection, the other end of guide cell body 22 pass through the opening 152 of housing 15 and are connected at the breach 126 of microscope carrier 12.It is contained in Pad in vibrating disk 21 is shaken and slides along guide cell body 22 and entered by breach 126 in guide groove 124 one by one.Ability Field technique personnel can design screw feed mechanism according to actual conditions, such as, screw feed mechanism includes vibrating disk, flexible pipe and gas Nozzle, the screw being contained in vibrating disk, which is shaken, flexible pipe and to be slipped in gas jets, the metal in gas jets alignment machining position Screw ejection is simultaneously fed on metalwork by the through hole of part.

Reference picture 6, Fig. 7 simultaneously combine above relevant drawings, and the course of work of this vertical screw-driving machine is as follows：Pad 8 is by padding Piece feed mechanism 2 is sent into guide groove 124, and the pad 8 in guide groove 124 pushes front end positioning to by push rod 14, and then worker is by metalwork 9 It is put into machining position and the location division of metalwork 9 is inserted in locating slot 123, metalwork 9 is positioned in machining position, is now padded Piece 8 is located under metalwork 9.Then screw is sent on metalwork 9 by screw feed mechanism, and electric screwdriver 16 moves down and by screw The screw being screwed on pad 8, complete the assembling of pad 8 and metalwork 9.Pad 8 after assembling can be by human hand with metalwork 9 Take out, in the relevant position in microscope carrier 12 blowning installation or elastic device can also be set to be blown afloat or upspring.

Compared with prior art, the vertical screw-driving machine of the utility model realizes the Automatic-feeding of pad, and by electric screwdriver 16 the automatic of progress screw are screwed into, and improve automaticity and efficiency of assembling.

Above disclosed is only preferred embodiments of the present utility model, and its effect is to facilitate those skilled in the art Understand and implement according to this, the interest field of the utility model can not be limited with this certainly, thus it is special according to the present utility model application The equivalent variations that sharp scope is made, still fall within the scope that the utility model is covered.

Claims

A kind of 1. vertical screw-driving machine, for assembling pad and metalwork, it is characterised in that：Sent including the turn of the screw mechanism, pad Expect mechanism and screw feed mechanism,

The turn of the screw mechanism includes frame, microscope carrier, linear drive apparatus, push rod and electric screwdriver,

The microscope carrier is fixed on the frame and front end has the machining position placed for the metalwork, the top of the machining position The locating slot that location division for the metalwork is inserted is set, is further opened with accommodating the guide groove of the pad, institute on the microscope carrier State that guide groove extends forwardly into the machining position and end connects with the locating slot, the linear drive apparatus is fixed on the machine Frame, the push rod are connected with the linear drive apparatus and stretched into forward in the guide groove, and the electric screwdriver slides up and down to setting In the frame and positioned at the guide groove end top,

Pad is sent into the guide groove by the pad feed mechanism one by one, and screw is sent to institute by the screw feed mechanism one by one State in machining position.
2. vertical screw-driving machine as claimed in claim 1, it is characterised in that：The width of the locating slot is less than the guide groove Width, two shoulders of the spacing pad are formed between the locating slot and the guide groove.
3. vertical screw-driving machine as claimed in claim 1, it is characterised in that：The microscope carrier is provided with and connects and pass through with the guide groove Wear to the breach of the microscope carrier side, the pad feed mechanism and the pad is sent into by the guide groove by the breach.
4. vertical screw-driving machine as claimed in claim 3, it is characterised in that：The pad feed mechanism includes vibrating disk with leading Hopper body, one end of the guide cell body and the outlet of the vibrating disk, the other end of the guide cell body are connected to institute State indentation, there.
5. vertical screw-driving machine as claimed in claim 1, it is characterised in that：The frame includes bottom plate and is fixed on the bottom The portal frame of plate, the microscope carrier are fixed on the bottom plate, and the portal frame is provided with along upper across the microscope carrier, the portal frame The guide rail of lower direction extension, the electric screwdriver is on the guide rail.
6. vertical screw-driving machine as claimed in claim 1, it is characterised in that：The machining position includes a plane and is connected to Two inclined planes of the plane both sides, the locating slot are located at the plane, and two alar parts of the metalwork are not posted by two The inclined plane.
7. vertical screw-driving machine as claimed in claim 1, it is characterised in that：The turn of the screw mechanism is also described including being fixed on The housing of frame, the housing are blocked on the guide groove.
8. vertical screw-driving machine as claimed in claim 1, it is characterised in that：The linear drive apparatus is cylinder.