CN2302958Y - Intermittent transmission mechanism of bottle printing means of aluminium-plastic package machine - Google Patents
Intermittent transmission mechanism of bottle printing means of aluminium-plastic package machine Download PDFInfo
- Publication number
- CN2302958Y CN2302958Y CN 97204445 CN97204445U CN2302958Y CN 2302958 Y CN2302958 Y CN 2302958Y CN 97204445 CN97204445 CN 97204445 CN 97204445 U CN97204445 U CN 97204445U CN 2302958 Y CN2302958 Y CN 2302958Y
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- block
- plane
- finger
- ratchet
- aluminium
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- Expired - Fee Related
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- Auxiliary Devices For And Details Of Packaging Control (AREA)
- Wrapping Of Specific Fragile Articles (AREA)
Abstract
The utility model belongs to an additional arranged sub-mechanism of an injection bottle printing mechanism of an aluminium-plastic packing machine. The utility model is characterized in that a drive pin is arranged in an eccentric block hole of a drive shaft, a pressed spring is arranged under the drive pin, a plane ratchet is arranged on a driven shaft, a plurality of convex blocking blocks are intermittently and averagely arranged on the end surface of the driven shaft along an arc, the convex separating top block is arranged on a separating block arranged on the external side of the plane ratchet circumference, one half of the drive pin is arranged between the two neighboring blocking blocks of the plane ratchet, the other half is arranged on the separating block surface, and the contacting face of the drive pin and the separating top block is a slant surface. The utility model improves the efficiency, and realizes the synchronized printing for the injection bottle on a whole machine by combining with other mechanisms.
Description
The utility model belong to set up on the Aluminium-coating Packer to the sub-agencies in the injection bottle printing press body structure, connection is realized the injection bottle is printed on complete machine with other sub-agencies, wrapper synchronization is carried out.
Existing Aluminium-coating Packer is only packed particle medicine, injection bottle, and aluminium (paper) is moulded the composite sheet printing; And the printing on the injection bottle can not be carried out on Aluminium-coating Packer, need be printed on special-purpose marking machine in advance, not only efficient is low, busy tired for this, and preprinted word is wiped in carrying easily, blured on the bottle, influences printing quality.In addition,, just need an Aluminium-coating Packer and a bottle marking machine, so with regard to producer, equipment investment is just bigger to injection bottle packing.
The purpose of this utility model is in order to solve on the Aluminium-coating Packer printing issues to the injection bottle, and a kind of intermittent drive mechanism that can be applicable to the bottle printing mechanism on the Aluminium-coating Packer is provided.
The purpose of this utility model is finished by following technical scheme: the imput shaft and the defeated driven shaft of passing of power that are provided with the power input in machine (complete machine) body, imput shaft is provided with eccentric block and is furnished with and connects the key that changes, driven shaft is provided with the plane ratchet and is furnished with and connects the key that changes, be provided with the finger of square capitiform in the hole of described eccentric block, finger is divided into compression spring, the end face upper edge circular arc of described plane ratchet is divided equally and is interrupted the block that is provided with some projectioies, form concavo-convex intersecting, outside the ratchet periphery of plane also by establishing an explant, this explant is fixed on the body through permanent seat, on this explant, be provided with the separation jacking block of projection, the termination of described finger has half block to drop between two adjacent blockers on the ratchet of plane, in addition half block is on the explant face, and finger and the face that touches that separates jacking block at least one be the inclined-plane.
When the imput shaft forward rotation, finger contacts described block and drives plane ratchet rotation, when forwarding the separation jacking block position of explant to, separate jacking block roof pressure finger, finger is shunk back and the plane ratchet breaks away from, and driven shaft stops operating, after finger is rotated further and turns over separation jacking block position, finger ejects and enters between two blocks, continues to drive the plane ratchet and rotates
Above-mentioned finger and above-mentioned block are swung on the rotation direction in imput shaft, and the rebuffed of the two has at least one to be the inclined-plane.
Other sub-agencies in the utility model and the injection bottle printing press body structure: the sprocket chain strip transmission mechanism, a bottle control mechanism falls, bottle load-transfer device mechanism, printing mechanism, connection such as charging mechanism is with work, realize that on complete machine packing, bottle print stream waterline carry out, improved production efficiency, reduced cost.
If finger and block, swing in imput shaft that the rebuffed of the two has at least one to be the inclined-plane when rotating, be that finger is compressed and returns in order to reverse, break away from the plane ratchet, prevent the driven axle reversing and drive the reversing of bottle load-transfer device mechanism, cause confusion, fault.
Fig. 1 connects figure for the embodiment 1 that adopts technical solutions of the utility model with other mechanisms.
Fig. 2 is the side direction transmission scheme drawing of Fig. 1.
Fig. 3 is the sash chain zone circle and the engagement figure that drives sprocket shaft among the embodiment 1.
Fig. 4 is the cutaway view of the intermittent drive mechanism among the embodiment 1.
Further describe embodiment below in conjunction with accompanying drawing: number in the figure is represented: 01 imput shaft permanent seat, 02 five-way machine control valve permanent seat, 03 imput shaft sprocket wheel, 04 steering gear, 05 imput shaft, 06 driven shaft gear, 07 finger, 08 eccentric block, 09 idler sprocket, 10 idler sprockets, 12 five-way machine control valves, 13 output chain gears, 14 control gas cams, 15 dynamical axiss, 16 power chains, 17 flashboard seats, 18 centers bearing pilot bearing, 19 drive the sprocket wheel axle bed, 20 doors, 23 opening boxes, 24 drive sprocket wheel, 25 ratch, 26 bottles, 27 electric thermal desiccators, 28 plastic-aluminum combined travel lines, 29 flashboards, 30 loading hoppers, 31 sub-argument dishes, 32 printing forme rollers, 33 transfer ink roller, 34 distributor rollers, 35 lettering rollers, 36 ink rollers, 37 fens bottle plates, 38 cushion blocks, 39 eccentric wheel, 40 connecting rods, 41 push away a bottle bar, 42 slides, 43 face cams, 44 inner plane cams, 45 gear housings, 46 gear case input sprockets, 47 transfer the ink roller axle, 48 drive sprocket shaft, 49 driven sprockets, 50 transmission endless chains, 51 drive sprockets, 53 take in tracheae, 54 stroke limit circles, 55 pull bars, 56 stretch and push away tracheae, 57 pistons, 58 main frame castellated shafts, 59 taper pins, 60 pairs of transmission shafts, 61 explants, 62 plane ratchets, 63 permanent seats, 66 driven shafts, 67 bases, 68 blocks, 69 separate item pieces.
Describe embodiment below in detail.
1-1 bottle printing mechanism comprises: bottle feeding mechanism, printing mechanism, bottle conveying mechanism, sprocket wheel link chain mechanism, intermittent drive mechanism and control fall automatically the bottle bottle control mechanism that falls.
The described bottle conveying mechanism of 1-2 is: the opening box 23 mutual via pins by some numbers are hinged, be connected into closed sash chain zone circle, become two layers of accumbency up and down on the plastic-aluminum sheet travel line 29 of body, the stage casing of this sash chain zone circle is by the bracket supports that is located in the body, one with the drive sprocket shaft 48 that is located on the body in nibble connection, establishing drive sprocket 51 on this drive sprocket shaft connects with above-mentioned sprocket wheel link chain mechanism, nibble connection in other end and the driven chain wheel shaft, this driven chain wheel shaft is fixed on the body by bearing axle seat, all establish shaft-like ratch 25 at the bottom of the box of described opening box, each ratch form cingulum two respectively with described drive sprocket shaft 48 on the drive sprocket wheel 24 that is provided with, driven sprocket 49 engagements that described driven chain wheel shaft is provided with, be provided with the arc door 20 of block bottle at the sash chain zone circle circle head that drives sprocket shaft one end, be provided with the fall flashboard 29 of bottle of control above the plastic-aluminum sheet travel line of body and between the lower floor of sash chain zone circle, this flashboard 29 offer with plastic-aluminum sheet travel line on the vertical bar of pit count corresponding opening.
The described intermittent drive mechanism of 1-3 is: be provided with imput shaft 05 and driven shaft 66 in body, imput shaft 05 is provided with eccentric block 08, and rotate together, driven shaft 66 is provided with plane ratchet 62 and rotates together, be provided with finger 07 in the hole of described eccentric block 08, finger 07 is divided into compression spring, the end face upper edge circular arc of described plane ratchet 62 is divided equally to be interrupted and is provided with some (the vertical bar number of pit of the plastic-aluminum sheet travel line on quantity and the complete machine is corresponding) protruding blocks 68, form concavo-convex intersecting, outside plane ratchet 62 periphery also by establishing an explant 61, this explant 61 is fixed on the body through permanent seat 63, on this explant 61, be provided with the separation jacking block 69 of projection, described finger has half block to drop between two adjacent blockers on the plane ratchet 62, half block is on the explant face in addition, and finger is the inclined-plane with the face that touches that separates jacking block 69, when imput shaft 05 forward rotation, finger offset wall pushes up described block and drives plane ratchet rotation, when finger forwards the separation jacking block position of explant to, the inclined-plane roof pressure finger that separates jacking block, finger is shunk back and is separated with the plane ratchet, driven shaft 66 stops operating, finger is rotated further, after turning over separation jacking block position, finger ejects and enters between two blocks, continues to drive the plane ratchet and rotates (promptly having realized intermittently-driving).
Above-mentioned finger and above-mentioned block are swung to when rotating in above-mentioned imput shaft, and the side direction of the two is rebuffed and is had at least to be an inclined-plane, so that finger is compressed in rotation and is separated from the plane ratchet, have avoided swinging to the drive flower wheel.
The described sprocket wheel link chain mechanism of 1-4 is: establish steering gear on the driven shaft 66 in above-mentioned intermittent drive mechanism, this steering gear connects with output chain gear 13 through intermediate gear, output chain gear 13 connects with the drive sprocket 51 of drive sprocket shaft 48 in the above-mentioned bottle load-transfer device mechanism again, and chain is furnished with idler sprocket 10.
The described bottle feeding mechanism of 1-5 is: a loading hopper 30 is located on the body by bearing support, these loading hopper 30 belows are provided with defeated bottle passage, side in defeated bottle porthole is provided with and pushes away bottle bar 41, opposite side is provided with the baffle plate that separates bottle, below defeated bottle porthole, be provided with elastic cushion piece 38, elastic cushion piece 38 links with one of the bridge plate that rolls stream for bottle, and the below, other end of bridge plate is above-mentioned bottle travel line, and the top is provided with the branch bottle plate 37 of the bottle sub-argument being sent to opening box.
The described printing mechanism of 1-6 is: establish gear case on described bearing support, this gear case is provided with ink roller 36, and this ink roller 36 is through distributor rollers 34, and printing forme roller 32 is to lettering roller 35, these ink roller 36 tops also are provided with transfers ink roller 33, and described each roller is rotated by the gear driven on the roll shaft.
Bottle control mechanism that falls that 1-7 is above-mentioned is: be provided with the pneumatic operation device on plastic-aluminum sheet travel line; this pneumatic operation device is to be provided with piston 57 in cylinder; the pull bar 55 of this piston 57 is connected with above-mentioned flashboard 29 and can drives the flashboard crank motion; the cup of piston 57 heads and chamber, back are divided into stretching and push away air chamber and take in air chamber; establish control gas cam again on the dynamical axis in body; establish five-way machine control valve 12 (HDL50612 Shanghai China Ling Qidongyuanjianchang) on the body; this five-way machine control valve 12 is provided with the actuating bar and touches connection with described control gas cam; this five-way machine control valve also is provided with to stretch and pushes away tracheae 56 and take in tracheae 53; and push away air chamber and take in air chamber and lead to described stretching separately; the control gas cam rotation salient point roof pressure actuating bar swing of described dynamical axis; compress into the ejector pin of five-way machine control valve; pressurized air enters and takes in air chamber through takeing in tracheae; stretch the gas that pushes away air chamber simultaneously and push away the tracheae discharge through stretching; retraction piston also drives ram movement; transmission shaft drives cam and is rotated further; salient point is thrown off the actuating bar; actuating bar return; pressurized air pushes away tracheae and enters to stretch and push away air chamber through stretching; take in the gas of air chamber simultaneously and drain through takeing in tracheae, piston stretches out and drives ram movement.
Claims (2)
1, intermittent drive mechanism in a kind of Aluminium-coating Packer upper bottle body printing mechanism, it is characterized in that: the imput shaft (05) and the defeated driven shaft of passing (66) of power that in body, are provided with the power input, imput shaft (05) is provided with eccentric block (08) and is furnished with and connects the key that changes, (66) are provided with plane ratchet (62) and are furnished with and connect the key that changes on the driven shaft, be provided with the finger of rectangle head in the hole of described eccentric block, finger (07) is divided into compression spring, the end face upper edge circular arc of described plane ratchet is divided equally and is interrupted the block (68) that is provided with some projectioies, form concavo-convex intersecting, outside the ratchet periphery of plane also by establishing an explant (61), this explant (61) is fixed on the body through permanent seat (63), on this explant face, be provided with the separation jacking block (69) of projection, the termination of described finger (07) has half block to drop between two adjacent blockers (68) on the ratchet of plane, in addition half block is on the explant face, and finger to have one at least with the face that touches mutually that separates jacking block be the inclined-plane.
2, the intermittent drive mechanism in the Aluminium-coating Packer upper bottle body as claimed in claim 1 printing mechanism is characterized in that: above-mentioned finger and above-mentioned block, to swing on the rotation direction in imput shaft, and the side direction of the two is rebuffed, and at least one is the inclined-plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97204445 CN2302958Y (en) | 1997-01-09 | 1997-01-09 | Intermittent transmission mechanism of bottle printing means of aluminium-plastic package machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97204445 CN2302958Y (en) | 1997-01-09 | 1997-01-09 | Intermittent transmission mechanism of bottle printing means of aluminium-plastic package machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2302958Y true CN2302958Y (en) | 1999-01-06 |
Family
ID=33924968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 97204445 Expired - Fee Related CN2302958Y (en) | 1997-01-09 | 1997-01-09 | Intermittent transmission mechanism of bottle printing means of aluminium-plastic package machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2302958Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107284769A (en) * | 2017-07-04 | 2017-10-24 | 芜湖纯元光电设备技术有限公司 | A kind of aluminum-plastic packaging equipment based on numerical control adjustable system of the port of export |
-
1997
- 1997-01-09 CN CN 97204445 patent/CN2302958Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107284769A (en) * | 2017-07-04 | 2017-10-24 | 芜湖纯元光电设备技术有限公司 | A kind of aluminum-plastic packaging equipment based on numerical control adjustable system of the port of export |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |