CN204022067U - Counting machine - Google Patents
Counting machine Download PDFInfo
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- CN204022067U CN204022067U CN201420459821.7U CN201420459821U CN204022067U CN 204022067 U CN204022067 U CN 204022067U CN 201420459821 U CN201420459821 U CN 201420459821U CN 204022067 U CN204022067 U CN 204022067U
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Abstract
The utility model discloses a kind of counting machine, it comprises frame, table mechanism, counting device, paper label feedway and cutting knife, paper sheet stacking is on the supporting plate of table mechanism and pushed down by sleeving, paper stack is up counted from bottom by the cooperation by inhaling paper S. A. and platen S. A. in counting device, count after putting in place, paper label are transported to paper place and make it stay in paper stack the cut-out of paper label by cutting knife and play positioning mark effect by paper label feedway.The utility model has the advantage that work efficiency is high, number paper is accurate and automatically can insert paper signing position.
Description
Technical field
The utility model relates to and carries out dot count equipment to the paper of print field, especially a kind of counting machine.
Background technology
Checking in the industries such as printing industry and stationery processing of paper number is extremely important, and the current paper work of checking is generally traditional artificial counting and counts.Traditional Man counting mode labour intensity is large, in order to raise the efficiency, required for workman's number of employing many, and the competition of printing industry and stationery processing industry is very fierce, and product price is demanded a lower price severity, and above-mentioned hand labor cost is high, is difficult to reduce productive costs; In addition, check paper working strength large, during operation, easily make mistakes, count accurate not.
Utility model content
In order to overcome the deficiencies in the prior art, the utility model provides a kind of counting machine, and this counting machine has the advantage that work efficiency is high, number paper is accurate and automatically can insert paper signing position.
To achieve these goals, the technical solution adopted in the utility model is: a kind of counting machine, comprise frame, frame is provided with table mechanism, it is characterized in that: also comprise counting device, paper label feedway and cutting knife, counting device comprises inhales paper assembly, platen assembly and power motor, inhale paper assembly and comprise suction paper S. A., inhale paper S. A. and be provided with paper adhesive board, paper adhesive board is provided with suction hole, platen assembly comprises platen S. A., platen S. A. and in the same way synchronous rotary parallel with suction paper S. A., described suction paper S. A. is provided with sensor for countering, described suction paper S. A. and platen S. A. are respectively by first, second transmission component is connected with power motor, paper label feedway comprises the mount pad affixed with frame, mount pad inwall is installed with paper label installation cavity, the reel of wound paper label is provided with in paper label installation cavity, the upper end of paper label installation cavity is provided with guiding load-transfer device, the lower end of installation cavity is provided with main conveyor belt, guiding load-transfer device and main conveyor belt are all installed in the inwall of mount pad, the top of guiding load-transfer device is provided with drive roller wheel assembly, drive roller wheel assembly comprises driving wheel and flower wheel, flower wheel is positioned at above guiding load-transfer device exit end, one section of curved arc transition transfer passage is provided with between the arrival end of described guiding load-transfer device and the arrival end of main conveyor belt.
In said structure, paper sheet stacking is on table mechanism, in counting device, the suction hole of paper adhesive board is connected with source of the gas, exitted by solenoid control source of the gas air-breathing, paper adhesive board up counts from being positioned at paper stack bottom, paper stack under paper be attracted on paper adhesive board, and platen S. A. and suction paper S. A. synchronously rotate clockwise, platen S. A. forwards to inhale above paper S. A. and other is not stopped by the paper held, and push down by the paper held, paper adhesive board unclamps the adsorption of paper and is rotated further along with suction paper S. A., after rotating one week, paper adhesive board forwards the top of last paper to and adsorbs second from the bottom paper, and platen S. A. is rotated further and pushes down this second from the bottom paper, rotate successively and count, because paper adhesive board only adsorbs paper side, adsorption is not had to the paper being positioned at top, can do not stopped by the paper adsorbed when sleeving rotates, only have the paper through absorption just can be turned round by pressure, count accurately, speed is fast, when sensor for countering count down to predetermined value, touch paper label feedway and paper label are transported to table mechanism place, play positioning mark effect when activating sensor after position registered by paper drives cutting knife cut-out paper label to make paper label stay in paper stack.
As further setting of the present utility model, described first transmission component comprises the axle sleeve being set in power motor spindle nose, axle sleeve outer peripheral face is provided with the first transmission shaft, first transmission shaft is connected with suction paper S. A. by linkage unit, linkage unit comprises the first connecting rod affixed with the first end part of driving shaft, first connecting rod offers grooving, grooving inwall is provided with jointed shaft, jointed shaft is connected with second connecting rod, second connecting rod end is hinged with suction paper S. A., described grooving inwall is also provided with location jointed shaft, location jointed shaft is connected with mount pad sidewall by registration mast, mount pad sidewall is extended with axle head, registration mast end has the axis hole with axle head adaptation.
In said structure, power motor main shaft in counting device transmits power to suction paper S. A. by the first transmission shaft and linkage unit and drives it to rotate, first connecting rod is arranged on mount pad sidewall by registration mast by stable for linkage unit, above-mentioned linkage unit integral installation is at mount pad sidewall, effectively utilize installing space, reduce the volume of complete machine.
As further setting of the present utility model, described mount pad sidewall is provided with the adapter shaft linked with the second transmission component, connecting axle head stretches out outside described mount pad sidewall, connect axle head to be connected with rotation axle head by engaging column, engaging column is provided with and the axis hole being connected axle head and coordinating, the other end of engaging column offers opening grooving, two sidewalls of described opening grooving offer the through hole with S. A. adaptation, and described second connecting rod is set in be inhaled on paper S. A. and is arranged in the opening grooving of described engaging column.
In said structure, inhale paper S. A. to be stabilized in further on mount pad by engaging column, play supporting and location effect, be connected axle simultaneously and be connected the action realizing paper adhesive board and platen S. A. synchronous axial system with the second transmission component, and second connecting rod is arranged in engaging column opening grooving, second connecting rod both sides abut opening grooving two inwalls, coordinate compact, prevent from swinging, reduce noise.
As further setting of the present utility model, described guiding load-transfer device is flat tube configuration, flat tube endoporus forms transfer passage, flat tube two ends have the major part end of frustum structure, described major part end and flat tube junction are provided with positioning flaps, there is in the middle part of positioning flaps the groove with flat tube adaptation, positioning flaps two ends are arranged on described mount pad inwall by permanent seat, permanent seat is in " 7 " shape vibrational power flow, positioning flaps is installed in the horizontal end face of permanent seat, and the vertical end face of permanent seat is installed on mount pad inwall.
In said structure, the guiding load-transfer device of flat tube configuration, in it, pipe can as transfer passage, the tube wall of this transfer passage has location guide effect to paper label makes the bad phenomenon such as it there will not be upset folding in course of conveying, and flat tube configuration is convenient to fixed installation, the frustum structure major part end at flat tube two ends has position-limiting action, can prevent guiding load-transfer device from axially deviating from; Flat tube is arranged on mount pad inwall by positioning flaps and permanent seat, and this structure is simply convenient to fix, and if load-transfer device is longer, section can arrange many group positioning flaps and permanent seat is fixed on the positioning wherein.
As further setting of the present utility model, described main conveyor belt is flat tube configuration, flat tube endoporus forms transfer passage, flat tube two ends have the major part end of frustum structure, described major part end and flat tube junction are provided with positioning flaps, there is in the middle part of positioning flaps the groove with flat tube adaptation, positioning flaps two ends are arranged on described mount pad inwall by permanent seat, permanent seat is in " 7 " shape vibrational power flow, positioning flaps is installed in the horizontal end face of permanent seat, and the vertical end face of permanent seat is installed on mount pad inwall.
In said structure, the unsettled setting of horizontal end face of permanent seat, and the vertical end face of permanent seat abuts installation tabs, makes it be formed and coordinates compact mounting structure.
As further setting of the present utility model, described curved arc transition transfer passage comprises curved arc shape outer wall, curved arc shape inwall and cover body, and cover body both sides are connected with curved arc shape outer wall free end and curved arc shape inwall free end respectively.
In said structure, curved arc transition transfer passage can be arranged in hatch frame, but it is preferred, curved arc shape outer wall free end, curved arc shape inwall free end arrange cover body its passage upper opening sealed the paper label being arranged in passage can be avoided to skid off phenomenon that paper label are carried is more stable, have good locating effect, this transition transfer passage also has the effect of the paper label of reserved certain length simultaneously.
As further setting of the present utility model, described sleeving end is extended with engaging arm, described mounting hole is opened in engaging arm end, the screw with connecting rod adaptation is also provided with in the middle part of described engaging arm, connecting rod is provided with the outside thread coordinated with the screw on engaging arm, described sleeving offers axial draw-in groove towards the end face of supporting plate, be embedded with strip in draw-in groove and extend sheet, extending sheet one end is embedded in the draw-in groove of sleeving, extends the other end of sheet and to stretch out outside sleeving and the free end extending sheet is provided with the flanging turned over.
In said structure, the end of engaging arm is column structure, column structure has moved axially guide-localization effect to sleeving, ensure its stability moved up and down, sleeving is arranged on connecting rod by the screw in the middle part of engaging arm, form compact mounting structure, sleeving extends arranging to strengthen power being covered to paper of sheet.
As further setting of the present utility model, also contiguous block is provided with between described connecting rod and load-transfer device one end breach, contiguous block one end and load-transfer device breach affixed, the axial passage with interlinking lever end adaptation is provided with in contiguous block, form L shape step between interlinking lever end and connecting rod, described L shape step is stuck in the open end of axial passage.
In said structure, interlinking lever end can move up and down along the axial passage of contiguous block inside, when sleeving is pressed in paper stack along with load-transfer device moves up and down, the extruding of above-mentioned spring makes this sleeving have the space of necessarily fluctuating, avoid rigid pressure to extrude and cause on paper obvious by the vestige of pressing, affecting outward appearance.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Accompanying drawing 1 is the complete machine schematic appearance of the utility model specific embodiment counting machine;
Accompanying drawing 2 is the structural representation of the utility model specific embodiment table mechanism;
Accompanying drawing 3 is the front view of the utility model specific embodiment accompanying drawing 2;
Accompanying drawing 4 is the structural representation of the utility model specific embodiment guide pillar and sleeving;
Accompanying drawing 5 is the utility model paper label transport conveyor constructions schematic diagram;
Accompanying drawing 6 is the utility model paper label transport conveyor constructions front view;
Accompanying drawing 7 is the enlarged drawing of the utility model accompanying drawing 1 local A;
Accompanying drawing 8 is the structural representation of the utility model counting device first transmission component side;
Accompanying drawing 9 is the structural representation of the utility model counting device first transmission component side;
Accompanying drawing 10 is the structural representation of the utility model counting device second transmission component side.
Detailed description of the invention
Specific embodiment of the utility model is counting machine as Figure 1-10 shows, comprise frame 1, table mechanism 2, counting device 3, paper label feedway 4 and cutting knife 5, mount pad 41 affixed in frame 1, counting device 3 comprises inhales paper assembly, platen assembly and power motor, inhale paper assembly and comprise suction paper S. A. 31, inhale paper S. A. 31 and be provided with paper adhesive board 32, paper adhesive board 32 is provided with suction hole, platen assembly comprises platen S. A. 33, platen S. A. 33 and in the same way synchronous rotary parallel with suction paper S. A. 31, inhale paper S. A. 31 and be provided with sensor for countering, suction paper S. A. 31 and platen S. A. 33 are respectively by first, second transmission component is connected with power motor.Paper label feedway 4 comprises the paper label installation cavity 42 being arranged on mount pad 41 inwall, the reel 421 of wound paper label is provided with in paper label installation cavity 42, the upper end of paper label installation cavity 42 is provided with guiding load-transfer device 43, the lower end of paper label installation cavity 42 is provided with main conveyor belt 44, guiding load-transfer device 43 and main conveyor belt 44 are all installed in the inwall of mount pad 41, the top of guiding load-transfer device 43 is provided with drive roller wheel assembly, drive roller wheel assembly comprises driving wheel 451 and flower wheel 452, flower wheel 452 is positioned at above guiding load-transfer device 43 exit end, one section of curved arc transition transfer passage 46 is provided with between the arrival end of guiding load-transfer device 43 and the arrival end of main conveyor belt 44.
In said structure, paper sheet stacking is on table mechanism 2, in counting device, the suction hole of paper adhesive board 32 is connected with source of the gas, exitted by solenoid control source of the gas air-breathing, paper adhesive board 32 is positioned at paper stack bottom, start from below up to count, paper stack under paper adsorption on paper adhesive board 32, and platen S. A. 33 and suction paper S. A. 31 synchronously rotate clockwise, platen S. A. 33 forwards to inhale above paper S. A. 31 and other is not stopped by the paper held, and push down by the paper held, paper adhesive board 32 unclamps the adsorption of paper and is rotated further along with suction paper S. A. 31, after rotating one week, paper adhesive board 32 forwards the top of last paper to and adsorbs second from the bottom paper, and platen S. A. 33 is rotated further and pushes down this second from the bottom paper, rotate successively and count, because paper adhesive board 32 only adsorbs paper side, adsorption is not had to the paper being positioned at top, can do not stopped by the paper adsorbed when platen S. A. 33 rotates, only have the paper through absorption just can be turned round by pressure, this counting device has counts accurately, fireballing advantage.Preferably, paper adhesive board 32 edge is extended with conical plate 321, and the conical plate 321 at paper adhesive board 32 edge can increase the area of contact between paper adhesive board 32 and paper, strengthens adsorption effect.When sensor for countering count down to predetermined value, touch paper label feedway 4 and paper label are transported to table mechanism 2 place, paper label are stayed in paper stack play positioning mark effect when activating sensor after position registered by paper drives cutting knife 5 to cut off paper label.The paper label being arranged in paper label installation cavity 42 out enter guiding load-transfer device 43 arrival end through the exit end of paper label installation cavity 42 and out after flower wheel 452 and driving wheel 451, enter curved arc transition transfer passage 46 successively from its exit end, and from its exit end through entering main conveyor belt 44, paper stack on bench board is delivered to by main conveyor belt 44, above-mentioned paper label installation cavity 42, preferably, can arrange at its sidewall the gate-shaped structure can opening closedown to roll up for installing paper label, for the ease of installing paper label volume, can reel 421 be only set, omit the frame of installation cavity 42, above-mentioned paper label installation cavity 42, main conveyor belt 44, guiding load-transfer device 43 and drive roller wheel assembly are all installed in mount pad 41 inwall, and coordinate compact up and down, shared installing space is little, above-mentioned driving wheel 451 is driven by motor, motor is installed in the below of mount pad.
As seen in figs. 8-10, above-mentioned first transmission component comprises the axle sleeve 341 being set in power motor spindle nose, axle sleeve 341 outer peripheral face is provided with the first transmission shaft 342, first transmission shaft 342 is connected with suction paper S. A. 31 by linkage unit, linkage unit comprises the first connecting rod 343 affixed with the first transmission shaft 342 end, first connecting rod 343 offers grooving 3431, grooving 3431 inwall is provided with jointed shaft, jointed shaft is connected with second connecting rod 344, second connecting rod 344 end is hinged with suction paper S. A. 31, grooving 3431 inwall is also provided with location jointed shaft, location jointed shaft is connected with mount pad 41 sidewall by registration mast 345, mount pad 41 sidewall is extended with axle head, registration mast 345 end has the axis hole with axle head adaptation.Power motor main shaft transmits power to suction paper S. A. 31 by the first transmission shaft 342 and linkage unit and drives it to rotate, first connecting rod 343 is arranged on mount pad 41 sidewall by registration mast 345 by stable for linkage unit, above-mentioned linkage unit integral installation is at mount pad 41 sidewall, effectively utilize installing space, reduce the volume of complete machine.
As seen in figs. 8-10, above-mentioned mount pad 41 sidewall is provided with the adapter shaft 35 linked with the second transmission component, adapter shaft 35 end is stretched out outside mount pad 41 sidewall, adapter shaft 35 end is connected with suction paper S. A. 31 end by engaging column 36, engaging column 36 is provided with the axis hole coordinated with adapter shaft 35 end, the other end of engaging column 36 offers opening grooving 361, two sidewalls of opening grooving 361 offer and the through hole inhaling paper S. A. 31 adaptation, and second connecting rod 344 is set in be inhaled on paper S. A. 31 and is arranged in the opening grooving 361 of engaging column 36.Inhaling paper S. A. 31 is stabilized on mount pad 41 by engaging column 36 further, play supporting and location effect, adapter shaft 35 is connected the action realizing paper adhesive board 32 and platen S. A. 33 synchronous axial system with the second transmission component simultaneously, and second connecting rod 344 is arranged in engaging column 36 opening grooving 361, second connecting rod 344 both sides abut opening grooving 361 two inwalls, coordinate compact, prevent from swinging, reduce noise.
As seen in figs. 8-10, above-mentioned second transmission component comprises the fork 371 affixed with adapter shaft 35 end, fork 371 has the through hole with adapter shaft 35 end adapter, fork 371 other end and platen S. A. 33 hinged, platen S. A. 33 end is installed with pole 372, pole 372 is provided with the hinged seat 373 hinged with fork 371, is provided with jointed shaft in hinged seat 373, and the other end that pole 372 is connected with platen S. A. 33 end is relatively connected with the linking axle 374 be arranged on mount pad 41.Platen S. A. 33 is connected with adapter shaft 35 by fork 371, and fork 371 is by hinged seat 373 positioning supports on mount pad 41, and the end of pole 371 is supported on mount pad 41 by being connected axle 374 further, ensures the installation stability of platen S. A. 33.
As illustrated in figs. 5-7, above-mentioned guiding load-transfer device 43 is flat tube configuration, flat tube endoporus forms transfer passage, flat tube two ends have the major part end 431 of frustum structure, major part end 431 and flat tube junction are provided with positioning flaps 432, have the groove 4321 with flat tube adaptation in the middle part of positioning flaps 432, positioning flaps 432 is arranged on mount pad 41 inwall.The guiding load-transfer device 43 of flat tube configuration, in it, pipe can as transfer passage, the tube wall of this transfer passage has location guide effect to paper label makes the bad phenomenon such as it there will not be upset folding in course of conveying, and flat tube configuration is convenient to fixed installation, the frustum structure major part end 431 at flat tube two ends has position-limiting action, can prevent guiding load-transfer device 43 from axially deviating from; Flat tube is arranged on mount pad 41 inwall by positioning flaps 432, and this structure is simply convenient to fix, and if load-transfer device is longer, section can arrange many group positioning flaps 432 and is fixed on the positioning wherein.
As illustrated in figs. 5-7, above-mentioned main conveyor belt 44 is flat tube configuration, flat tube endoporus forms transfer passage, flat tube two ends have the major part end 441 of frustum structure, major part end 441 and flat tube junction are provided with positioning flaps 442, there is in the middle part of positioning flaps 442 groove with flat tube adaptation, positioning flaps 442 two ends are arranged on mount pad 41 inwall by permanent seat 443, permanent seat 443 is in " 7 " shape vibrational power flow, positioning flaps 442 is installed in the horizontal end face of permanent seat 443, and the vertical end face of permanent seat 443 is installed on mount pad 41 inwall.The main conveyor belt 44 of flat tube configuration, in it, pipe can as transfer passage, the tube wall of this transfer passage has location guide effect to paper label makes the bad phenomenon such as it there will not be upset folding in course of conveying, and flat tube configuration is convenient to fixed installation, the frustum structure major part end 441 at flat tube two ends has position-limiting action, can prevent main conveyor belt from axially deviating from; Flat tube is arranged on mount pad 41 inwall by positioning flaps 442 and permanent seat 443, and this structure is simply convenient to fix, and if load-transfer device is longer, section can arrange many group positioning flaps and permanent seat is fixed on the positioning wherein.
As illustrated in figs. 5-7, above-mentioned curved arc transition transfer passage 46 comprises curved arc shape outer wall 461, curved arc shape inwall 462 and cover body 463, and cover body 463 both sides are connected with curved arc shape outer wall 461 free end and curved arc shape inwall 462 free end respectively.Curved arc transition transfer passage 46 can be arranged in hatch frame, but it is preferred, curved arc shape outer wall 461 free end, curved arc shape inwall 462 free end arrange cover body 463 its passage upper opening sealed the paper label being arranged in passage can be avoided to skid off phenomenon that paper label are carried is more stable, have good locating effect, this transition transfer passage 46 also has the effect of the paper label of reserved certain length simultaneously.
As shown in Figure 3-4, above-mentioned sleeving 22 end is extended with engaging arm 221, mounting hole is opened in engaging arm 221 end 2211, the screw with connecting rod 24 adaptation is also provided with in the middle part of engaging arm 221, connecting rod 24 is provided with the outside thread coordinated with the screw on engaging arm 221, sleeving 22 offers axial draw-in groove towards the end face of supporting plate 21, be embedded with strip in draw-in groove and extend sheet 222, extending sheet 222 one end is embedded in the draw-in groove of sleeving 22, extends the other end of sheet 222 and to stretch out outside sleeving 22 and the free end extending sheet 222 is provided with the flanging 223 turned over.The end 2211 of engaging arm 221 is in column structure, column structure has moved axially guide-localization effect to sleeving 22, ensure its stability moved up and down, sleeving 22 is arranged on connecting rod 24 by the screw in the middle part of engaging arm 221, form compact mounting structure, sleeving 22 extends arranging to strengthen power being covered to paper of sheet 222.
As shown in Figure 3, contiguous block 27 is also provided with between above-mentioned connecting rod 24 and load-transfer device 23 one end breach, contiguous block 27 one end and load-transfer device 23 breach affixed, the axial passage 271 with interlinking lever end 241 adaptation is provided with in contiguous block 27, form L shape step between interlinking lever end 241 and connecting rod 24, L shape step is stuck in the open end 2711 of axial passage 271.Interlinking lever end 241 can move up and down along the axial passage 271 of contiguous block 27 inside, when sleeving 22 is pressed in paper stack along with load-transfer device 23 moves up and down, the extruding of above-mentioned spring 25 makes this sleeving 22 have the space of necessarily fluctuating, avoid rigid pressure to extrude and cause on paper obvious by the vestige of pressing, affecting outward appearance.
Above-mentioned contiguous block 27 is arranged in hollow oval frame body structure, and the hollow frame structure of contiguous block 27 can save material, alleviates the weight of this jacking system.
As shown in Figure 2, above-mentioned guide pillar 11 is provided with limiting stopper 111, limiting stopper 111 comprises the body be set on guide pillar 11, body one end is provided with the installation end affixed with frame 1, this limiting stopper 111 can play position-limiting action to the rising displacement of sleeving 22, avoids its excess of stroke to move and bumps against the upper driving wheel on frame 1 top.
Above-mentioned supporting plate 21 has the heap paper end 211 of isosceles trapezoidal structure towards one end of frame 1, heap paper end 211 is provided with extension plate 212, the heap paper end 211 of isosceles trapezoidal structure has and makes corner, paper one place stretch in frame 1 along this heap paper end 211 with the structure of paper corner adaptation, extension plate 212 the supporting force increasing supporting plate 21 is set.
Claims (8)
1. a counting machine, comprise frame, frame is provided with table mechanism, it is characterized in that: also comprise counting device, paper label feedway and cutting knife, counting device comprises inhales paper assembly, platen assembly and power motor, inhale paper assembly and comprise suction paper S. A., inhale paper S. A. and be provided with paper adhesive board, paper adhesive board is provided with suction hole, platen assembly comprises platen S. A., platen S. A. and in the same way synchronous rotary parallel with suction paper S. A., described suction paper S. A. is provided with sensor for countering, described suction paper S. A. and platen S. A. are respectively by first, second transmission component is connected with power motor, paper label feedway comprises the mount pad affixed with frame, mount pad inwall is installed with paper label installation cavity, the reel of wound paper label is provided with in paper label installation cavity, the upper end of paper label installation cavity is provided with guiding load-transfer device, the lower end of installation cavity is provided with main conveyor belt, guiding load-transfer device and main conveyor belt are all installed in the inwall of mount pad, the top of guiding load-transfer device is provided with drive roller wheel assembly, drive roller wheel assembly comprises driving wheel and flower wheel, flower wheel is positioned at above guiding load-transfer device exit end, one section of curved arc transition transfer passage is provided with between the arrival end of described guiding load-transfer device and the arrival end of main conveyor belt.
2. counting machine according to claim 1, it is characterized in that: described first transmission component comprises the axle sleeve being set in power motor spindle nose, axle sleeve outer peripheral face is provided with the first transmission shaft, first transmission shaft is connected with suction paper S. A. by linkage unit, linkage unit comprises the first connecting rod affixed with the first end part of driving shaft, first connecting rod offers grooving, grooving inwall is provided with jointed shaft, jointed shaft is connected with second connecting rod, second connecting rod end is hinged with suction paper S. A., described grooving inwall is also provided with location jointed shaft, location jointed shaft is connected with mount pad sidewall by registration mast, mount pad sidewall is extended with axle head, registration mast end has the axis hole with axle head adaptation.
3. counting machine according to claim 2, it is characterized in that: described mount pad sidewall is provided with the adapter shaft linked with the second transmission component, connecting axle head stretches out outside described mount pad sidewall, connect axle head to be connected with rotation axle head by engaging column, engaging column is provided with and the axis hole being connected axle head and coordinating, the other end of engaging column offers opening grooving, two sidewalls of described opening grooving offer the through hole with S. A. adaptation, and described second connecting rod is set in be inhaled on paper S. A. and is arranged in the opening grooving of described engaging column.
4. counting machine according to claim 1, it is characterized in that: described guiding load-transfer device is flat tube configuration, flat tube endoporus forms transfer passage, flat tube two ends have the major part end of frustum structure, described major part end and flat tube junction are provided with positioning flaps, there is in the middle part of positioning flaps the groove with flat tube adaptation, positioning flaps two ends are arranged on described mount pad inwall by permanent seat, permanent seat is in " 7 " shape vibrational power flow, positioning flaps is installed in the horizontal end face of permanent seat, and the vertical end face of permanent seat is installed on mount pad inwall.
5. the counting machine according to claim 1-4 any one, it is characterized in that: described main conveyor belt is flat tube configuration, flat tube endoporus forms transfer passage, flat tube two ends have the major part end of frustum structure, described major part end and flat tube junction are provided with positioning flaps, there is in the middle part of positioning flaps the groove with flat tube adaptation, positioning flaps two ends are arranged on described mount pad inwall by permanent seat, permanent seat is in " 7 " shape vibrational power flow, positioning flaps is installed in the horizontal end face of permanent seat, and the vertical end face of permanent seat is installed on mount pad inwall.
6. counting machine according to claim 5, is characterized in that: described curved arc transition transfer passage comprises curved arc shape outer wall, curved arc shape inwall and cover body, and cover body both sides are connected with curved arc shape outer wall free end and curved arc shape inwall free end respectively.
7. counting machine according to claim 1, it is characterized in that: described sleeving end is extended with engaging arm, described mounting hole is opened in engaging arm end, the screw with connecting rod adaptation is also provided with in the middle part of described engaging arm, connecting rod is provided with the outside thread coordinated with the screw on engaging arm, described sleeving offers axial draw-in groove towards the end face of supporting plate, be embedded with strip in draw-in groove and extend sheet, extending sheet one end is embedded in the draw-in groove of sleeving, extends the other end of sheet and to stretch out outside sleeving and the free end extending sheet is provided with the flanging turned over.
8. counting machine according to claim 2, it is characterized in that: between described connecting rod and load-transfer device one end breach, be also provided with contiguous block, contiguous block one end and load-transfer device breach affixed, the axial passage with interlinking lever end adaptation is provided with in contiguous block, form L shape step between interlinking lever end and connecting rod, described L shape step is stuck in the open end of axial passage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420459821.7U CN204022067U (en) | 2014-08-13 | 2014-08-13 | Counting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420459821.7U CN204022067U (en) | 2014-08-13 | 2014-08-13 | Counting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204022067U true CN204022067U (en) | 2014-12-17 |
Family
ID=52061961
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420459821.7U Withdrawn - After Issue CN204022067U (en) | 2014-08-13 | 2014-08-13 | Counting machine |
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| Country | Link |
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| CN (1) | CN204022067U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104176552A (en) * | 2014-08-13 | 2014-12-03 | 瑞安市万德利印刷机械有限公司 | Paper-counting machine |
| CN104925549A (en) * | 2015-05-26 | 2015-09-23 | 杨雨民 | Sheet counter |
| CN109081164A (en) * | 2018-10-08 | 2018-12-25 | 瑞安市万德利印刷机械有限公司 | A kind of novel counting machine |
| CN110482277A (en) * | 2019-08-26 | 2019-11-22 | 瑞安市万德利印刷机械有限公司 | On down count the novel counting machines of master mode |
-
2014
- 2014-08-13 CN CN201420459821.7U patent/CN204022067U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104176552A (en) * | 2014-08-13 | 2014-12-03 | 瑞安市万德利印刷机械有限公司 | Paper-counting machine |
| CN104925549A (en) * | 2015-05-26 | 2015-09-23 | 杨雨民 | Sheet counter |
| CN109081164A (en) * | 2018-10-08 | 2018-12-25 | 瑞安市万德利印刷机械有限公司 | A kind of novel counting machine |
| CN109081164B (en) * | 2018-10-08 | 2024-01-05 | 瑞安市万德利印刷机械有限公司 | Novel paper counting machine |
| CN110482277A (en) * | 2019-08-26 | 2019-11-22 | 瑞安市万德利印刷机械有限公司 | On down count the novel counting machines of master mode |
| CN110482277B (en) * | 2019-08-26 | 2024-02-13 | 瑞安市万德利印刷机械有限公司 | Paper counting machine |
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