CN203794255U - Paper feeding machine for inspection machine - Google Patents

Paper feeding machine for inspection machine Download PDF

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Publication number
CN203794255U
CN203794255U CN201420095472.5U CN201420095472U CN203794255U CN 203794255 U CN203794255 U CN 203794255U CN 201420095472 U CN201420095472 U CN 201420095472U CN 203794255 U CN203794255 U CN 203794255U
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China
Prior art keywords
paper feeding
paper
machine
platform
air
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Expired - Fee Related
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CN201420095472.5U
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Chinese (zh)
Inventor
王纪良
赵余
徐庆国
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YUTIAN COUNTY DAHENG PRINTING MACHINERY CO Ltd
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YUTIAN COUNTY DAHENG PRINTING MACHINERY CO Ltd
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Abstract

The utility model discloses a paper feeding machine for an inspection machine. The paper feeding machine comprises an uninterrupted paper feeding mechanism. An air suction paper feeding mechanism is correspondingly arranged above an upper paper outlet end of the uninterrupted paper feeding mechanism, a paper aligning plate is vertically arranged on the side, corresponding to the output end of the air suction paper feeding mechanism, of the uninterrupted paper feeding mechanism, and the output end of the air suction paper feeding mechanism is arranged corresponding to the input end of an air blowing paper distribution mechanism. According to the paper feeding machine for the inspection machine, paper feeding is conducted in the mode that the printing surface faces upwards, single print materials can be conveyed to the surface quality inspection machine uninterruptedly for surface quality inspection, and scratching of the printing surfaces of the print materials is relieved or eliminated.

Description

Checking machine paper feeding machine
Technical field
The utility model relates to a kind of paper feeding machine method for checking machine, belongs to checking machine field.
Background technology
At present, as shown in Figure 1, existing checking machine (claiming again Xiao Zhang's printed matter checking machine) generally comprises paper feeding machine 10, rectification machine 20, surface quality detection machine 30, wherein: paper feeding machine 10 comprises corresponding paper feeding knife 13 and the paper platform 12 arranging of paper feeding connecting gear 11 and top thereof, on the paper delivery end of paper feeding knife 13 and the belt conveyor of paper feeding connecting gear 11, plane is at a distance of a gap, this gap is paper output, and the size of this paper output is the thickness of a printed matter 40; Rectification machine 20 comprises a pair of correction connecting gear 21 that upper and lower corresponding arranges; Surface quality detects machine 30 and comprises that air draught detects the detecting device 32 of connecting gear 31 and top relative set thereof.As Fig. 1, one pile of printed matter 40 to be detected of stacked on top is placed between paper feeding knife 13 and paper platform 12 to print supine lower paper feeding mode, one end of these printed matters 40 by paper platform 12 holdings, and the other end and paper feeding knife 13 are affixed, a printed matter 40 in below and the belt conveyor of paper feeding connecting gear 11 between the friction that produces from paper output, export under driving, so, one pile of printed matter 40 to be detected is exported from paper output just a sheet by a sheetly continuously, then the printed matter 40 being separated is one by one sent on surface quality detection machine 30 and carries out printing surface quality testing after correcting via rectification machine 20 corrections.
From foregoing description, can see, although existing paper feeding machine 10 can be realized printed matter 40 object of continuous wave output one by one, but, still there is following defect in it: first, what existing paper feeding machine 10 was taked is the supine lower paper feeding mode of printed matter 40 printing, this lower paper feeding mode easily make 40 pairs, stacking above a large amount of printed matters the printing surface of the printed matter 40 of below produce and scratch, and, while exporting from the paper output of paper feeding knife 13, paper feeding knife 13 easily produces and scratches printed matter printing surface upward, these all very easily cause scrapping and error detection of qualified printed matter, the poor printed matter of surface abrasion resistance particularly.
Utility model content
The purpose of this utility model is to provide a kind of checking machine paper feeding machine, this paper feeding machine realized printed matter printing supine absorption paper feeding mode, be individual shape incessantly and flow to surface quality detection machine and carry out surface quality detection, alleviate or eliminated surface quality and detected the front scuffing that the printing surface of printed matter is produced, guarantee the accuracy that follow-up surface quality detects, avoided flase drop.
To achieve these goals, the utility model has adopted following technical scheme:
A kind of checking machine paper feeding machine, it is characterized in that: it comprises uninterrupted paper feeding mechanism, the corresponding air-sucking paper-conveying mechanism that is provided with the transmission of absorption single sheet in upper paper delivery end top of this uninterrupted paper feeding mechanism, in a side of this uninterrupted paper feeding mechanism, correspondingly with the mouth of this air-sucking paper-conveying mechanism be vertically provided with neat cardboard, the mouth of this air-sucking paper-conveying mechanism with blowing paper distributing mechanism the corresponding setting of input end, wherein:
This uninterrupted paper feeding mechanism comprises that the buttress of holding printed matter in turn rises and the main paper feeding platform of printed matter is provided incessantly to described air-sucking paper-conveying mechanism, secondary paper feeding platform, this main paper feeding platform consists of a plurality of main tray paper bar of the horizontally set of being separated by, this pair paper feeding platform consists of a plurality of secondary tray paper bar of the horizontally set of being separated by, each this pair tray paper bar can insert in the gap between corresponding two these main tray paper bars, this main paper feeding platform and control its up and down the vertical control mechanism that moves of main paper feeding of vertical operation be connected, this pair paper feeding platform and the secondary paper feeding level run control mechanism of controlling its horizontal linear operation is connected and this pair paper feeding level run control mechanism and this pair paper feeding platform of control up and down the vertical control mechanism that moves of secondary paper feeding of vertical operation be connected, the lower limit original position of this main paper feeding platform is provided with lower limit detecting sensor, the original position of this pair paper feeding platform is provided with initial position detecting sensor, this pair paper feeding platform is provided with towards a side of this neat cardboard the detecting sensor that puts in place, the bottom of this pair paper feeding platform is provided with detecting sensor.
In actual design, described air-sucking paper-conveying mechanism can comprise air draught connecting gear, this air draught connecting gear comprises motor and a plurality of power wheel, between this motor and the plurality of power wheel, by air draught, with belt conveyor, be connected, this air draught is the upper paper delivery end in described uninterrupted paper feeding mechanism and parallel with printed matter upper surface with the baseplane of belt conveyor, and this air draught presses close to be provided with air suction device above the baseplane with belt conveyor.
In actual design, described blowing paper distributing mechanism can comprise to the mouth of described air-sucking paper-conveying mechanism to be dried, makes single sheet isolate the blower of described air-sucking paper-conveying mechanism, the top of this blower is provided with hairbrush, the top of this hairbrush is provided with pinch roller, between this hairbrush and this pinch roller at a distance of the gap of a printed matter thickness and the corresponding setting of mouth of the gap between this hairbrush and this pinch roller and described air-sucking paper-conveying mechanism.
In actual design, described uninterrupted paper feeding mechanism be lowered to paper end can with the corresponding setting of paper delivery end of pre-laying machine structure to its conveying printed products buttress.Preferably, described pre-laying machine structure can comprise the platform of piling up consisting of roller, and this is piled up platform top and is provided with push pedal, and this push pedal is connected with Level Promoting control mechanism, and this described main paper feeding platform of piling up platform and being positioned at lower limit initial position is in sustained height.
In practice, the lower limit initial position of described main paper feeding platform is positioned at the bottom of described uninterrupted paper feeding mechanism, the vertical distance of the upper paper delivery end of the initial position of described secondary paper feeding platform and described uninterrupted paper feeding mechanism is greater than setting height, and the vertical distance between the initial position of described secondary paper feeding platform and the lower limit initial position of described main paper feeding platform is greater than setting height.
Preferably, under the upper paper delivery end of described uninterrupted paper feeding mechanism, can be provided with positioning printing product buttress rear side, left side, the neat paper bar on right side, left pressing board, right pressing board respectively, this neat paper bar is relative with the described neat cardboard of positioning printing product buttress front side, and this left pressing board is relative with this right pressing board.
The utility model has the advantages that:
The utility model has been realized printed matter to print supine absorption paper feeding mode, being incessantly individual shape flows to surface quality detection machine and carries out surface quality detection, the supine absorption paper feeding of this printing mode is a kind of upper paper feeding mode, be that printed matter sends out from the top of printed matter buttress, and carry with adsorption form, compare with existing paper feeding machine, the utility model alleviates or has eliminated surface quality and detected the front scuffing that the printing surface of printed matter is produced, the friction having produced between printed matter because of printed matter buttress self gravitation while having overcome paper feeding under existing paper feeding machine causes the paper feeding knife of the not enough and existing paper feeding machine of scuffing printing surface to be produced to the deficiency scratching to printing surface, the printing surface of qualified printed matter can be damaged, guaranteed the accuracy that follow-up surface quality detects, avoided flase drop.
The utility model has been realized uninterrupted paper feeding by uninterrupted paper feeding mechanism, and paper feeding efficiency is high.
The utility model is specially adapted to the poor Xiao Zhang's printed matter of surface abrasion resistance.
Accompanying drawing explanation
Fig. 1 is the composition schematic diagram of existing checking machine.
Fig. 2 is the structural representation (not shown side shield) of the utility model paper feeding machine.
Fig. 3 is the schematic perspective view (not shown pinch roller, hairbrush, air suction device, each sensor, rectification machine only illustrates local structure) of the utility model paper feeding machine.
The specific embodiment
The utility model paper feeding machine, for checking machine, claims again Xiao Zhang's printed matter checking machine.
As shown in Figures 2 and 3, the utility model checking machine comprises uninterrupted paper feeding mechanism 120 with paper feeding machine, the corresponding air-sucking paper-conveying mechanism 130 that is provided with the transmission of absorption single sheet in upper paper delivery end top of this uninterrupted paper feeding mechanism 120, a side at this uninterrupted paper feeding mechanism 120, correspondingly with the mouth of this air-sucking paper-conveying mechanism 130 be vertically provided with neat cardboard 123, the mouth of this air-sucking paper-conveying mechanism 130 with single sheet is isolated from this air-sucking paper-conveying mechanism 130 to the corresponding setting of input end of the blowing paper distributing mechanism 140 transmitting, as Fig. 2, when reality is implemented, this blowing mouth of paper distributing mechanism 140 and corresponding setting of input end of rectification machine 20, and the mouth of this rectification machine 20 and surface quality detect the corresponding setting of input end of machine 30.Usually, rectification machine 20 comprises a pair of correction connecting gear 21 that upper and lower corresponding arranges, and surface quality detects machine 30 and comprises that air draught detects the detecting device 32 of connecting gear 31 and top relative set thereof.
As figure, this uninterrupted paper feeding mechanism 120 comprises that the buttress of holding printed matter in turn rises and the main paper feeding platform 121 of printed matter is provided incessantly to air-sucking paper-conveying mechanism 130, secondary paper feeding platform 122, this main paper feeding platform 121 consists of a plurality of main tray paper bar 1211 of the horizontally set of being separated by, this pair paper feeding platform 122 consists of a plurality of secondary tray paper bar 1221 of the horizontally set of being separated by, each this pair tray paper bar 1221 can insert in the gap of 1211, corresponding two these main tray paper bars, when secondary tray paper bar 1221 is with main tray paper bar 1211 during in same level, between each this pair tray paper bar 1221 and each this main tray paper bar 1211, be the state of intersecting, can make the secondary paper feeding platform 122 that is positioned at below, can make vertical perpendicular movement and pass main paper feeding platform 121 (being the gap that each secondary tray paper bar 1221 passes through 1211, corresponding two main tray paper bars), the printed matter of realizing on main paper feeding platform 121 is piled up neatly the transfer to secondary paper feeding platform 122.This main paper feeding platform 121 and control its up and down the vertical control mechanism that moves of main paper feeding of vertical operation be connected, this pair paper feeding platform 122 and the secondary paper feeding level run control mechanism of controlling its horizontal linear operation is connected and this pair paper feeding level run control mechanism and this pair paper feeding platform 122 of control up and down the vertical control mechanism that moves of secondary paper feeding of vertical operation be connected, the lower limit original position of this main paper feeding platform 121 is provided with lower limit detecting sensor 151, the original position of this pair paper feeding platform 122 is provided with initial position detecting sensor 152, this pair paper feeding platform 122 is provided with towards a side of this neat cardboard 123 detecting sensor 153 that puts in place, the bottom of this pair paper feeding platform 122 is provided with detecting sensor 154.This main paper feeding vertically moves control mechanism, secondary paper feeding level run control mechanism, secondary paper feeding and vertically moves control mechanism, air-sucking paper-conveying mechanism 130, blowing paper distributing mechanism 140, lower limit detecting sensor 151, initial position detecting sensor 152, the detecting sensor that puts in place 153, presses close to detecting sensor 154 and be connected with overhead control device (not shown).
In actual design, main paper feeding vertically moves the main paper feeding slide rail 1261 that control mechanism can comprise vertical setting, the main paper feeding crossbeam (not shown) that the plurality of main tray paper bar 1211 is fixed thereon is slidably arranged on this main paper feeding slide rail 1261 and via belt conveyor 1262 and is connected with main paper feeding motor 1263, the control port of main paper feeding motor 1263 is connected with the corresponding controling end mouth of overhead control device, under the drive of this main paper feeding motor 1263, this main paper feeding platform 121 moves up and down vertically along this main paper feeding slide rail 1261.
In actual design, secondary paper feeding level run control mechanism can comprise horizontal slide rail 1252, the secondary paper feeding crossbeam 1251 that the plurality of secondary tray paper bar 1221 is fixed thereon is slidably arranged on horizontal slide rail 1252 and with horizontal motion and is connected with the piston rod of cylinder (not shown), horizontal motion is connected with the control port of cylinder and the corresponding controling end mouth of overhead control device, thus the plurality of secondary tray paper bar 1221 via secondary paper feeding crossbeam 1251 at this horizontal motion with making horizontal rectilinear motion along this horizontal slide rail 1252 under the drive of cylinder.Secondary paper feeding vertically moves the secondary paper feeding slide rail (not shown) that control mechanism can comprise vertical setting, this horizontal slide rail 1252 is slidably arranged on this pair paper feeding slide rail and via belt conveyor and is connected with secondary paper feeding motor (not shown), the control port of secondary paper feeding motor is connected with the corresponding controling end mouth of overhead control device, under the drive of this pair paper feeding motor, this horizontal slide rail 1252 drives secondary paper feeding platform 122 to move up and down vertically along this pair paper feeding slide rail.
In the utility model, main paper feeding vertically moves control mechanism, secondary paper feeding level run control mechanism, secondary paper feeding vertically moves control mechanism all also can have other to form, and is not limited to above-mentioned.
As Fig. 2 and Fig. 3, air-sucking paper-conveying mechanism 130 comprises air draught connecting gear, this air draught connecting gear comprises motor 131 and a plurality of power wheel 133, between this motor 131 and the plurality of power wheel 133, by air draught, use belt conveyor 132 to be connected, this air draught is the upper paper delivery end in uninterrupted paper feeding mechanism 120 and parallel with printed matter 201 upper surfaces (printing surface) with the baseplane of belt conveyor 132, this air draught is provided with air suction device 134 with the top, baseplane of belt conveyor 132, the inlet scoop of this air suction device 134 and this air draught are pressed close to the baseplane of belt conveyor 132, this air draught is belt conveyor with holes with belt conveyor 132, this air suction device 134 is for being adsorbed onto single sheet air draught with transmitting on belt conveyor 132, this motor 131, the control port of air suction device 134 is connected with the corresponding controling end mouth of overhead control device.In the utility model, air-sucking paper-conveying mechanism 130 also can have other to form, and is not limited to above-mentioned.
As Fig. 2 and Fig. 3, blowing paper distributing mechanism 140 comprises to the mouth of air-sucking paper-conveying mechanism 130 to be dried (level and oblique upper blowing), makes single sheet 201 isolate the blower 141 of air-sucking paper-conveying mechanism 130, the top of this blower 141 is provided with hairbrush 142, the top of this hairbrush 142 is provided with pinch roller 143, between this hairbrush 142 and this pinch roller 143 at a distance of the gap of printed matter 201 thickness and the corresponding setting of mouth of the gap between this hairbrush 142 and this pinch roller 143 and air-sucking paper-conveying mechanism 130.The defeated air port of this blower 141 is connected with the air outlet of defeated wind apparatus (not shown), the wheel that this pinch roller 143 is unpowered rotation, and the control port of this defeated wind apparatus is connected with the corresponding controling end mouth of overhead control device.In the utility model, hairbrush 142 can prevent that with the setting of pinch roller 143 double sheet printed matter from passing through, and guarantee that single sheet is unimpeded, passes through.In the utility model, blowing paper distributing mechanism 140 also can have other to form, and is not limited to above-mentioned.
As Fig. 2, in actual design, uninterrupted paper feeding mechanism 120 be lowered to paper end can with the corresponding setting of paper delivery end of pre-laying machine structure 110 to its conveying printed products buttress 200.
Pre-laying machine structure 110 can comprise the platform of piling up consisting of roller 111, this is piled up platform top and is provided with push pedal, this push pedal is connected with Level Promoting control mechanism 114, the control port of this Level Promoting control mechanism 114 is connected with the corresponding controling end mouth of overhead control device, this push pedal can be by promoting mainly plate 112 and side shield 113 forms, this pile up platform with the main paper feeding platform 121 that is positioned at lower limit initial position in sustained height (as Fig. 2).In the utility model, pre-laying machine structure 110 also can have other to form, and is not limited to above-mentioned.
In the utility model, the height of the printed matter buttress 200 transporting to uninterrupted paper feeding mechanism 120 should be setting height.Therefore, in actual design, as figure, the lower limit initial position of main paper feeding platform 121 is positioned at the bottom of uninterrupted paper feeding mechanism 120, the initial position of secondary paper feeding platform 122 should be greater than setting height with the vertical distance of the upper paper delivery end of uninterrupted paper feeding mechanism 120, in other words, the initial position of secondary paper feeding platform 122 and air draught should be greater than setting height by vertical distance apart between the baseplane of belt conveyor 132, and the vertical distance between the initial position of secondary paper feeding platform 122 and the lower limit initial position of main paper feeding platform 121 should be greater than setting height.
As Fig. 3, under the upper paper delivery end of uninterrupted paper feeding mechanism 120, can be provided with positioning printing product buttress rear side, left side, the neat paper bar 129 on right side, left pressing board 128, right pressing board 127 respectively, this neat paper bar 129 is relative with the neat cardboard 123 of positioning printing product buttress front side, and this left pressing board 128 is relative with this right pressing board 127.
In the utility model, the left side, the right of printed matter buttress in Fig. 2 is respectively printed matter buttress front side, rear side alleged in actual paper feeding process, a side of facing the printed matter buttress of seeing from Fig. 2 is printed matter buttress left side alleged in actual paper feeding process, correspondingly, a side of can't see in Fig. 2 is printed matter buttress right side alleged in actual paper feeding process.
In the utility model, this Level Promoting control mechanism, main paper feeding vertically move control mechanism, secondary paper feeding level run control mechanism, secondary paper feeding and vertically move the existing or well-known devices that control mechanism, defeated wind apparatus, air suction device 134, overhead control device etc. are this area, and it is concrete forms and here describe in detail.
In the utility model, lower limit detecting sensor 151, initial position detecting sensor 152, the detecting sensor that puts in place 153, to press close to detecting sensor 154 and can select infrared pickoff to realize, main paper feeding motor 1263, secondary paper feeding motor can be selected servomotor.
The paper feeding process of the utility model paper feeding machine comprises the steps:
Main paper feeding platform 121 rises with the secondary paper feeding platform 122 printed matter buttress that alternately holding printing surface is placed upward, to air-sucking paper-conveying mechanism 130, provide incessantly printed matter, air-sucking paper-conveying mechanism 130 constantly adsorbs single sheet 201 from this printed matter buttress top and transmits to blowing paper distributing mechanism 140, thereby blowing paper distributing mechanism 140 is sent after single sheet 201 is isolated from air-sucking paper-conveying mechanism 130, so that one connect the single sheet 201 of and enter one by one and be sent to surface quality after rectification machine 20 corrections and detect in machine 30 and carry out surface quality detection.
In practice, the air draught of air-sucking paper-conveying mechanism 130 will be slightly less than the running velocity of belt conveyor of the correction connecting gear 21 of rectification machine 20 with the running velocity of belt conveyor 132.
In real-world operation, main paper feeding platform 121 rises with the secondary paper feeding platform 122 printed matter buttress that alternately holding printing surface is placed upward, to air-sucking paper-conveying mechanism 130, provides incessantly printed matter to comprise the steps:
Step 1: the main paper feeding platform 121 in lower limit initial position rises, the detecting sensor 153 that puts in place on the secondary paper feeding platform 122 in initial position detects main paper feeding platform 121 and rises while putting in place, the 122 inside level run (insert actions of secondary paper feeding platform, so that secondary paper feeding platform 122 is positioned at main paper feeding platform 121 belows) and rise, so that there is the printed matter buttress 200 that setting height, printing surface place on main paper feeding platform 121 upward, transfer on secondary paper feeding platform 122;
Step 2: secondary paper feeding platform 122 continues to rise, to air-sucking paper-conveying mechanism 130, provide continuously printed matter, meanwhile, main paper feeding platform 121 drops to lower limit initial position (detect main paper feeding platform 121 by lower limit detecting sensor 151 and whether drop to lower limit initial position), has the new printed matter buttress 200 that setting height, printing surface place upward and is placed on main paper feeding platform 121;
Step 3: main paper feeding platform 121 rises, when pressing close to detecting sensor 154 and detect on main paper feeding platform 121 top of the new printed matter buttress 200 of placing and press close to the bottom of secondary paper feeding platform 122, secondary paper feeding platform 122 outside level runs (extend action), upper residue printed matter buttress is transferred to above the new printed matter buttress 200 on main paper feeding platform 121;
Step 4: secondary paper feeding platform 122 declines, meanwhile, main paper feeding platform 121 continues to rise, to air-sucking paper-conveying mechanism 130, provide continuously printed matter, the detecting sensor 153 that puts in place on secondary paper feeding platform 122 detects secondary paper feeding platform 122 and declines while putting in place, secondary paper feeding platform 122 inside level runs (insert action, so that secondary paper feeding platform 122 is positioned at main paper feeding platform 121 belows) also rise, so that the residue printed matter buttress on main paper feeding platform 121 is transferred on secondary paper feeding platform 122;
Step 5: secondary paper feeding platform 122 continues to rise, to air-sucking paper-conveying mechanism 130, provide continuously printed matter, meanwhile, main paper feeding platform 121 drops to lower limit initial position, has the new printed matter buttress 200 that setting height, printing surface place upward and is placed on main paper feeding platform 121;
Step 6: repeated execution of steps 3 is to step 5.
In the utility model, it should be noted that, the A direction shown in Fig. 2 is the outside level run direction of secondary paper feeding platform 122, with the direction of A opposite direction be the inside level run direction of secondary paper feeding platform 122.In the utility model, main paper feeding platform 121 risings put in place or secondary paper feeding platform 122 declines while putting in place, are positioned at the main paper feeding platform 121 of secondary paper feeding platform 122 1 sides a little more than secondary paper feeding platform 122.
In real-world operation, having the printed matter buttress 200 that setting height, printing surface place upward can be sent into main paper feeding platform 121 by pre-laying machine structure 110.Be specially: printed matter be take and promoted mainly plate 112 and side shield 113 is benchmark, stacking having piled up after setting height, push pedal under the drive of Level Promoting control mechanism 114 to main paper feeding platform 121 along continuous straight runs linear runnings, printed matter buttress 200 is promoted to arrive neat cardboard 123, so that this printed matter buttress 200 is shifted onto on the main paper feeding platform 121 that is now positioned at lower limit initial position, then push pedal is back to initial position.
For air-sucking paper-conveying mechanism 130, the single sheet that air suction device 134 is piled up neatly the top by printed matter is adsorbed on air draught with holes with on belt conveyor 132, and drive with the friction of belt conveyor 132 via this air draught, one of single sheet is connect to one carrying to blowing paper distributing mechanism 140.
For blowing paper distributing mechanism 140, its blower 141 is towards belt conveyor 132 blowings for air draught (level and oblique upper blowing) that are positioned at air-sucking paper-conveying mechanism 130 mouths, make to be adsorbed on air draught separated and by the gap of 142 of pinch roller 143 and hairbrush with belt conveyor 132 with the single sheet 201 on belt conveyor 132 and air draught, thereby to rectification machine 20 conveyings.
The utility model has the advantages that:
The utility model has been realized printed matter to print supine absorption paper feeding mode, being incessantly individual shape flows to surface quality detection machine and carries out surface quality detection, the supine absorption paper feeding of this printing mode is a kind of upper paper feeding mode, be that printed matter sends out from the top of printed matter buttress, and carry with adsorption form, compare with existing paper feeding machine, the utility model alleviates or has eliminated surface quality and detected the front scuffing that the printing surface of printed matter is produced, the friction having produced between printed matter because of printed matter buttress self gravitation while having overcome paper feeding under existing paper feeding machine causes the paper feeding knife of the not enough and existing paper feeding machine of scuffing printing surface to be produced to the deficiency scratching to printing surface, the printing surface of qualified printed matter can be damaged, guaranteed the accuracy that follow-up surface quality detects, avoided flase drop.
The utility model has been realized uninterrupted paper feeding by uninterrupted paper feeding mechanism, and paper feeding efficiency is high.
The utility model is specially adapted to the poor Xiao Zhang's printed matter of surface abrasion resistance.
It should be noted that the printed matter that objective for implementation of the present utility model is Xiao Zhang.
The above is preferred embodiment of the present utility model and the know-why used thereof; for a person skilled in the art; in the situation that not deviating from spirit and scope of the present utility model; the apparent changes such as any equivalent transformation based on technical solutions of the utility model basis, simple replacement, within all belonging to the utility model protection domain.

Claims (7)

1. a checking machine paper feeding machine, it is characterized in that: it comprises uninterrupted paper feeding mechanism, the corresponding air-sucking paper-conveying mechanism that is provided with the transmission of absorption single sheet in upper paper delivery end top of this uninterrupted paper feeding mechanism, in a side of this uninterrupted paper feeding mechanism, correspondingly with the mouth of this air-sucking paper-conveying mechanism be vertically provided with neat cardboard, the mouth of this air-sucking paper-conveying mechanism with blowing paper distributing mechanism the corresponding setting of input end, wherein:
This uninterrupted paper feeding mechanism comprises that the buttress of holding printed matter in turn rises and the main paper feeding platform of printed matter is provided incessantly to described air-sucking paper-conveying mechanism, secondary paper feeding platform, this main paper feeding platform consists of a plurality of main tray paper bar of the horizontally set of being separated by, this pair paper feeding platform consists of a plurality of secondary tray paper bar of the horizontally set of being separated by, each this pair tray paper bar can insert in the gap between corresponding two these main tray paper bars, this main paper feeding platform and control its up and down the vertical control mechanism that moves of main paper feeding of vertical operation be connected, this pair paper feeding platform and the secondary paper feeding level run control mechanism of controlling its horizontal linear operation is connected and this pair paper feeding level run control mechanism and this pair paper feeding platform of control up and down the vertical control mechanism that moves of secondary paper feeding of vertical operation be connected, the lower limit original position of this main paper feeding platform is provided with lower limit detecting sensor, the original position of this pair paper feeding platform is provided with initial position detecting sensor, this pair paper feeding platform is provided with towards a side of this neat cardboard the detecting sensor that puts in place, the bottom of this pair paper feeding platform is provided with detecting sensor.
2. checking machine as claimed in claim 1 paper feeding machine, is characterized in that:
Described air-sucking paper-conveying mechanism comprises air draught connecting gear, this air draught connecting gear comprises motor and a plurality of power wheel, between this motor and the plurality of power wheel, by air draught, with belt conveyor, be connected, this air draught is the upper paper delivery end in described uninterrupted paper feeding mechanism and parallel with printed matter upper surface with the baseplane of belt conveyor, and this air draught presses close to be provided with air suction device above the baseplane with belt conveyor.
3. checking machine as claimed in claim 1 paper feeding machine, is characterized in that:
Described blowing paper distributing mechanism comprises to the mouth of described air-sucking paper-conveying mechanism to be dried, makes single sheet isolate the blower of described air-sucking paper-conveying mechanism, the top of this blower is provided with hairbrush, the top of this hairbrush is provided with pinch roller, between this hairbrush and this pinch roller at a distance of the gap of a printed matter thickness and the corresponding setting of mouth of the gap between this hairbrush and this pinch roller and described air-sucking paper-conveying mechanism.
4. checking machine as claimed in claim 1 paper feeding machine, is characterized in that:
The corresponding setting of paper delivery end that is lowered to paper end and pre-laying machine structure to its conveying printed products buttress of described uninterrupted paper feeding mechanism.
5. checking machine as claimed in claim 4 paper feeding machine, is characterized in that:
Described pre-laying machine structure comprises the platform of piling up consisting of roller, and this is piled up platform top and is provided with push pedal, and this push pedal is connected with Level Promoting control mechanism, and this described main paper feeding platform of piling up platform and being positioned at lower limit initial position is in sustained height.
6. the paper feeding machine of the checking machine as described in any one in claim 1 to 5, is characterized in that:
The lower limit initial position of described main paper feeding platform is positioned at the bottom of described uninterrupted paper feeding mechanism, the vertical distance of the upper paper delivery end of the initial position of described secondary paper feeding platform and described uninterrupted paper feeding mechanism is greater than setting height, and the vertical distance between the initial position of described secondary paper feeding platform and the lower limit initial position of described main paper feeding platform is greater than setting height.
7. checking machine as claimed in claim 6 paper feeding machine, is characterized in that:
Under the upper paper delivery end of described uninterrupted paper feeding mechanism, be provided with positioning printing product buttress rear side, left side, the neat paper bar on right side, left pressing board, right pressing board respectively, this neat paper bar is relative with the described neat cardboard of positioning printing product buttress front side, and this left pressing board is relative with this right pressing board.
CN201420095472.5U 2014-03-04 2014-03-04 Paper feeding machine for inspection machine Expired - Fee Related CN203794255U (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103787100A (en) * 2014-03-04 2014-05-14 玉田县大恒印刷机械有限公司 Paper feed machine for product check machine and paper feed method thereof
CN104773546A (en) * 2015-03-17 2015-07-15 北京印刷学院 Product detection machine detection platform
CN105293120A (en) * 2015-11-06 2016-02-03 玉田县大恒印刷机械有限公司 Feeder head for paper feeding mechanism and paper feeding method of feeder head
CN108099422A (en) * 2017-12-27 2018-06-01 东莞市天合机电开发有限公司 A kind of printer mends the paper supplementary device of paper with landing-type
CN108162614A (en) * 2017-12-27 2018-06-15 东莞市天合机电开发有限公司 A kind of printer paper supplementary device that frame is transmitted with center
CN108423456A (en) * 2018-01-24 2018-08-21 汇源印刷包装科技(天津)股份有限公司 A kind of printing machine logistics system replaces system with full-automatic pile of not shutting down

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103787100A (en) * 2014-03-04 2014-05-14 玉田县大恒印刷机械有限公司 Paper feed machine for product check machine and paper feed method thereof
CN103787100B (en) * 2014-03-04 2016-06-08 河北天昱恒科技有限公司 Checking machine is with to paper machine and form feeding method thereof
CN104773546A (en) * 2015-03-17 2015-07-15 北京印刷学院 Product detection machine detection platform
CN105293120A (en) * 2015-11-06 2016-02-03 玉田县大恒印刷机械有限公司 Feeder head for paper feeding mechanism and paper feeding method of feeder head
CN108099422A (en) * 2017-12-27 2018-06-01 东莞市天合机电开发有限公司 A kind of printer mends the paper supplementary device of paper with landing-type
CN108162614A (en) * 2017-12-27 2018-06-15 东莞市天合机电开发有限公司 A kind of printer paper supplementary device that frame is transmitted with center
CN108099422B (en) * 2017-12-27 2019-11-01 江苏源清环保科技有限公司 A kind of printer mends the paper supplementary device of paper with landing-type
CN108162614B (en) * 2017-12-27 2019-11-12 江苏源清环保科技有限公司 A kind of printer paper supplementary device with center transmitting frame
CN108423456A (en) * 2018-01-24 2018-08-21 汇源印刷包装科技(天津)股份有限公司 A kind of printing machine logistics system replaces system with full-automatic pile of not shutting down

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