CN207684556U - A kind of paper feeding overlapping testing agency - Google Patents
A kind of paper feeding overlapping testing agency Download PDFInfo
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- CN207684556U CN207684556U CN201721919479.4U CN201721919479U CN207684556U CN 207684556 U CN207684556 U CN 207684556U CN 201721919479 U CN201721919479 U CN 201721919479U CN 207684556 U CN207684556 U CN 207684556U
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- idler wheel
- hole
- spool
- detection
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Abstract
The utility model discloses a kind of paper feedings to be overlapped testing agency, including idler wheel and detection idler wheel, the detection idler wheel are connect with Shuan Dang coarse adjustment mechanism, and Shuan Dang coarse adjustment mechanism, the detection idler wheel, the idler wheel are connect by turnbuckle micro-adjusting mechanism with rack.Shuan Dang coarse adjustment mechanism includes gear adjusting block, elevating lever.The gear adjusting block is provided with fraising, and the absolute value of the difference of the vertical position absolute altitude a and clinostatism absolute altitude b of the fraising hole heart are equal to the absolute value of the difference of corrugated paper thickness and paperboard thickness.The detection idler wheel and the idler wheel are located in shell.The turnbuckle micro-adjusting mechanism includes connector, two guide rods, shell holder, brake cables.The brake cable includes spool and core.One end of the core is provided with clamp.The other end configuration cable tube locating support and screw rod guiding trestle of the brake cable.The utility model can be time saving and energy saving in adjustment process, greatly improves working efficiency.
Description
Technical field
The utility model is related to a kind of testing agencies of die-cutting machine more particularly to a kind of paper feeding to be overlapped testing agency.
Background technology
Paper feeding overlapping testing agency is that transported paper is detected by the mutation of paper sheet thickness is individual or multiple
Overlapping.As shown in Figure 1, paper feeding overlapping in the prior art testing agency includes idler wheel 8 and detection idler wheel 5, the idler wheel 8 passes through
Oscillating rod 7 is connect with rack 1, and the detection idler wheel 5 is connect by screw micro-adjustment mechanism 2 with rack 1, the screw micro-adjustment mechanism
2 upper ends including rotating bar 2-1 and elevating lever 2-2, the rotating bar 2-1 are provided with rotating handle 2-3, the rotating bar 2-1
Lower end connect with the threaded upper ends of the elevating lever 2-2, the lower end of the elevating lever 2-2 and the detection idler wheel 5 rotation company
It connects, the top edge of the detection idler wheel 5 is provided with detection recess 5-1, and the upper end of the elevating lever 2-2 is provided with detector 4.When
When sheet-fed 10 is transported to the lower section of idler wheel 8, detection idler wheel 5 does not rotate, and detector 4 does not react.When double sheet paper or plurality of sheets of paper weight
When being sent to the lower section of idler wheel 8 foldedly, detection idler wheel 5 rotates, and detection recess 5-1 deviates original position, and detector 4 sends out signal, if
It is standby to stop paper feeding, alarm equipment alarm.Since the thickness of all kinds of paper is all different, so, it can be right by screw micro-adjustment mechanism 2
The paper of different-thickness is accurately adjusted.But when being transferred to very thin paper from very thick paper, alternatively, from very thin paper tune
To just time-consuming and laborious when very thick paper, working efficiency is largely effected on.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of paper feedings to be overlapped testing agency, is overlapped and is examined using the paper feeding
Surveying mechanism can be time saving and energy saving, greatly improves working efficiency.
In order to solve the above-mentioned technical problem, the utility model provides a kind of paper feeding overlapping testing agency, including idler wheel and
Idler wheel is detected, the detection idler wheel is connect with Shuan Dang coarse adjustment mechanism, Shuan Dang coarse adjustment mechanism, the detection idler wheel, the rolling
Wheel is connect by turnbuckle micro-adjusting mechanism with rack.
Shuan Dang coarse adjustment mechanism includes gear adjusting block, elevating lever.
The gear adjusting block is provided with fraising, the difference of the vertical position absolute altitude a and clinostatism absolute altitude b of the fraising hole heart it is absolute
Absolute value of the difference of the value equal to corrugated paper thickness and paperboard thickness.
The upper end of the elevating lever is hinged by hinged shaft and the gear adjusting block.
It is equipped with tensioning spring on the elevating lever.
The lower end of the elevating lever is threaded rod.
The elevating lever is configured with lifting support.
The lifting support is made of aluminium condensation material.
The lifting support includes tablet and riser.
The tablet is mutually perpendicular to be integrally formed part with the riser.
The tablet is provided with mounting hole.
The tablet is fixedly connected by the mounting hole with the lower end of the elevating lever by nut.
The riser is provided with the first mounting hole and the second mounting hole.
The detection idler wheel is rotatablely connected by mounting assembly and the riser.
Mounting assembly includes link block and detection roller shaft.
The link block is fixedly connected with the butt of the detection roller shaft.
The link block is provided with threaded securing bores.
The link block is by trip bolt and by the threaded securing bores and first mounting hole and the riser.
The detection idler wheel is rotatablely connected by bearing and the detection roller shaft.
The top edge of the detection idler wheel is provided with detection recess.
The detection roller configuration has detector.
The detector is fixedly connected by locating support with the detection roller shaft.
The upper end of the locating support is fixedly connected with the detector.
The lower end of the locating support is provided with strip and adjusts mounting hole.
The head end of the detection roller shaft is provided with threaded securing bores.
The lower end of the locating support adjusts mounting hole by fixing screws and by the strip and the screw thread is solid
Determine hole to be fixedly connected with the head end of the detection roller shaft.
The lower edge of the detection roller shaft is provided with mounting hole.
The lower edge of the detection idler wheel is connect by resetting spring and by second mounting hole with the riser.
The detection idler wheel and the idler wheel are located in shell.
The top surface of the shell is provided with guide hole.
The lower end of the elevating lever passes through the guide hole.
The idler wheel is connect by oscillating rod with the shell.
The idler wheel is rotatablely connected with the oscillating rod.
The rack includes crossbeam and wallboard.
The crossbeam is fixedly connected with the wallboard by screw.
The turnbuckle micro-adjusting mechanism includes connector, two guide rods, shell holder, brake cables.
The connector is fixedly connected by connecting bracket with the crossbeam.
The shell holder is fixedly connected with the shell.
There are two guide rod guide holes for the connector setting.
Correspondingly, there are two guide rod mounting holes for the shell holder setting.
The side of corresponding two guide rod mounting holes is respectively arranged with threaded securing bores.
One end of two guide rods is fixedly connected by trip bolt with the shell holder respectively.
Two guide rods are equipped with tensioning spring respectively.
The other end of two guide rods is flexibly connected by linear bearing with the connector respectively.
The shell holder is provided with clamp mounting hole.
The clamp fixed hole position is between two guide rod mounting holes.
The shape of the clamp mounting hole is in counter sink.
The clamp mounting hole is the clamp mounting hole for having side gap.
Cable tube location hole is arranged in the connector.
The spool location hole is located between two guide rod guide holes.
The shape of the spool location hole is in counter sink.
The spool location hole is the spool location hole for having side gap.
The brake cable includes spool and core.
The core is located in the spool.
One end of the core is provided with clamp.
The clamp is placed in the clamp mounting hole of the shell holder.
The end of the spool is located in the spool location hole.
The other end configuration cable tube locating support and screw rod guiding trestle of the brake cable.
The spool locating support and the screw rod guiding trestle are fixed on the crossbeam.
The distance between the spool locating support and the wallboard be more than the screw rod guiding trestle and the wallboard it
Between distance.
Cable tube location hole is arranged in the spool locating support.
The spool location hole is the spool location hole for having side gap.
The other end of the spool is provided with clamp.
The clamp is placed in the spool location hole.
The screw rod guiding trestle is provided with rectangle pilot hole.
The rectangle pilot hole is the rectangle pilot hole for having side gap.
The other end of the core is provided with screw rod.
The cross section of the screw rod is in cydariform.
The screw rod is placed in the rectangle pilot hole.
The screw arrangement has adjustment bar.
One end of the adjustment bar is provided with internal thread hole.
One end of the adjustment bar is connect with the screw flight.
The wallboard is provided with mounting hole.
The adjustment bar is rotatablely connected by thrust ball bearing and the wallboard.
The other end of the adjustment bar is connect with embossing digital hand wheel.
The paper feeding overlapping testing agency of the utility model has the advantages that compared with prior art.
1, the technical program is connect as a result of the detection idler wheel with Shuan Dang coarse adjustment mechanism, double gear coarse adjustment machines
The technological means that structure, the detection idler wheel, the idler wheel are connect by turnbuckle micro-adjusting mechanism with rack, can be first to detection
Idler wheel carries out quick coarse adjustment, then is accurately finely tuned to idler wheel, so, it can be time saving and energy saving, greatly improve working efficiency.
2, the technical program includes gear adjusting block, elevating lever as a result of Shuan Dang coarse adjustment mechanism；The gear
Adjusting block is provided with fraising, and the absolute value of the difference of the vertical position absolute altitude a and clinostatism absolute altitude b of the fraising hole heart are equal to corrugated paper thickness
With the absolute value of the difference of paperboard thickness；The upper end of the elevating lever passes through hinged shaft and the hinged technology hand of the gear adjusting block
Section, so, gear setting is reasonable, can adapt to the quick adjusting of various paper to large extent.
3, the technical program on the elevating lever as a result of being equipped with tensioning spring；The lower end of the elevating lever is spiral shell
Rasp bar；The elevating lever be configured with lifting support technological means, so, Shuan Dang coarse adjustment mechanism the operation is stable, and for below into
The improvement of one step creates advantageous condition.
4, the technical program is made as a result of the lifting support of aluminium condensation material；The lifting support includes tablet
And riser；The tablet is mutually perpendicular to be integrally formed part with the riser；The tablet is provided with mounting hole；The tablet passes through
The technological means that nut is fixedly connected by the mounting hole with the lower end of the elevating lever, so, be conducive to mitigate double gears slightly
The weight of regulating mechanism reduces manufacturing cost, is conducive to the dismounting of Shuan Dang coarse adjustment mechanism.
5, the technical program is provided with the first mounting hole and the second mounting hole as a result of the riser；The detection rolling
Wheel is rotatablely connected by mounting assembly and the riser；Mounting assembly includes link block and detection roller shaft；The link block with
The butt of the detection roller shaft is fixedly connected；The link block is provided with threaded securing bores；The link block is by fastening spiral shell
It follows closely and by the threaded securing bores and first mounting hole and the riser；The detection idler wheel passes through bearing and the inspection
Survey roller shaft rotation connection；The top edge of the detection idler wheel is provided with detection recess；The detection roller configuration has detector；
The detector is fixedly connected by locating support with the detection roller shaft；The upper end of the locating support and the detector
It is fixedly connected；The lower end of the locating support is provided with strip and adjusts mounting hole；The head end of the detection roller shaft is provided with
Threaded securing bores；The lower end of the locating support adjusts mounting hole and the screw thread by fixing screws and by the strip
The technological means that mounting hole is fixedly connected with the head end of the detection roller shaft, so, it is not only advantageous to the dismounting of detection idler wheel,
Moreover, also helping the adjusting of detector.
6, the technical program is provided with mounting hole as a result of the lower edge of the detection roller shaft；The detection idler wheel
Lower edge by resetting spring and the technological means that is connect with the riser by second mounting hole, so, be conducive to
Detection idler wheel automatically resets.
7, the technical program is located at as a result of the detection idler wheel and the idler wheel in shell；The top surface of the shell
It is provided with guide hole；The lower end of the elevating lever passes through the guide hole；The idler wheel is connect by oscillating rod with the shell；It is described
The technological means of idler wheel and oscillating rod rotation connection, so, be conducive to the cleaning for keeping parts, it is ensured that double gear coarse adjustment machines
The normal work of structure.
8, the technical program includes crossbeam and wallboard as a result of the rack；The crossbeam and the wallboard pass through spiral shell
The technological means being fixedly connected is followed closely, so, it is not only advantageous to the manufacture of rack, moreover, being conducive to the installation of sharp rack.
9, the technical program includes connector, two guide rods, shells as a result of the turnbuckle micro-adjusting mechanism
Holder, brake cable；The connector is fixedly connected by connecting bracket with the crossbeam；The shell holder is solid with the shell
Fixed connection；There are two guide rod guide holes for the connector setting；Correspondingly, the shell holder setting is fixed there are two guide rod
Hole；The side of corresponding two guide rod mounting holes is respectively arranged with threaded securing bores；One end difference of two guide rods
It is fixedly connected with the shell holder by trip bolt；Two guide rods are equipped with tensioning spring respectively；Described in two
The technological means that the other end of guide rod is flexibly connected by linear bearing with the connector respectively, so, turnbuckle is micro-
Regulating mechanism the operation is stable.
10, the technical program is provided with clamp mounting hole as a result of the shell holder；The clamp fixed hole position
Between two guide rod mounting holes；The shape of the clamp mounting hole is in counter sink；The clamp mounting hole is that have
The clamp mounting hole of side gap；Cable tube location hole is arranged in the connector；The spool location hole is led described in being located at two
To between stick guide hole；The shape of the spool location hole is in counter sink；The spool location hole is the spool for having side gap
Location hole；The brake cable includes spool and core；The core is located in the spool；One end of the core is provided with card
Head；The clamp is placed in the clamp mounting hole of the shell holder；The end of the spool is located in the spool location hole；
The other end configuration cable tube locating support and screw rod guiding trestle of the brake cable；The spool locating support and the screw rod
Guiding trestle is fixed on the crossbeam；The distance between the spool locating support and the wallboard are oriented to more than the screw rod
The distance between holder and the wallboard；Cable tube location hole is arranged in the spool locating support；The spool location hole is tool
There is the spool location hole of side gap；The other end of the spool is provided with clamp；The clamp is placed in the spool location hole
It is interior；The screw rod guiding trestle is provided with rectangle pilot hole；The rectangle pilot hole is the rectangle pilot hole for having side gap；
The other end of the core is provided with screw rod；The cross section of the screw rod is in cydariform；The screw rod is placed in the rectangle pilot hole
It is interior；The screw arrangement has adjustment bar；One end of the adjustment bar is provided with internal thread hole；It is described adjustment bar one end with it is described
Screw flight connects；The wallboard is provided with mounting hole；The adjustment bar is rotatablely connected by thrust ball bearing and the wallboard
Technological means, so, be conducive to the dismounting of brake cable.
11, the technology hand that the technical program is connect as a result of the other end of the adjustment bar with embossing digital hand wheel
Section, so, be conducive to turnbuckle micro-adjusting mechanism and further accurately adjust.
Description of the drawings
The paper feeding of the utility model overlapping testing agency is made with reference to the accompanying drawings and detailed description further detailed
Thin description.
Fig. 1 is the structural schematic diagram that paper feeding is overlapped testing agency in the prior art.
Fig. 2 is the main structure diagram that the utility model paper feeding is overlapped testing agency.
Fig. 3 is the left view structural representation that the utility model paper feeding is overlapped testing agency.
Fig. 4 is the preceding part-structure schematic diagram that the utility model paper feeding is overlapped turnbuckle micro-adjusting mechanism in testing agency.
Fig. 5 is the rear part-structure schematic diagram that the utility model paper feeding is overlapped turnbuckle micro-adjusting mechanism in testing agency.
Fig. 6 is the structural schematic diagram that the utility model paper feeding is overlapped screw rod guiding trestle in testing agency.
The reference numerals are as follows.
1~rack；
1-1~crossbeam；
1-2~wallboard；
1-3~screw；
2~screw micro-adjustment mechanism；
2-1~rotating bar；
2-2~elevating lever；
2-3~rotating handle；
3~Shuan Dang coarse adjustment mechanism；
3-1~gear adjusting block；
3-2~elevating lever；
3-3~hinged shaft；
3-4~tensioning spring；
3-5~nut；
3-6~lifting support；
3-6-1~tablet；
3-6-2~riser；
4~detector；
4-1~locating support；
4-2~strip adjusts mounting hole；
4-3~fixing screws；
5~detection idler wheel；
5-1~detection recess；
5-2~link block；
5-3~bearing；
5-4~detection roller shaft；
5-5~trip bolt；
6~resetting spring；
7~oscillating rod；
8~idler wheel；
9~double sheet helps cardboard；
10~paper；
11~shell；
12~turnbuckle micro-adjusting mechanism；
12-1~connector；
12-1-1~linear bearing；
12-2~guide rod；
12-2-1~trip bolt；
12-3~shell holder；
12-4~tensioning spring；
12-5~brake cable；
12-5-1~spool；
12-5-2~core；
12-5-3~clamp；
12-5-4~screw rod；
12-6~connecting bracket；
12-7~spool locating support；
12-8~screw rod guiding trestle；
12-9~thrust ball bearing；
12-10~adjustment bar；
12-11~embossing digital hand wheel.
Specific implementation mode
As shown in Figures 2 to 5, present embodiment provides a kind of paper feeding overlapping testing agency, including idler wheel 8 and detection idler wheel
5, the detection idler wheel 5 is connect with Shuan Dang coarse adjustment mechanism 3, Shuan Dang coarse adjustment mechanism 3, the detection idler wheel 5, the idler wheel 8
It is connect with rack 1 by turnbuckle micro-adjusting mechanism 12.
Present embodiment is connect as a result of the detection idler wheel with Shuan Dang coarse adjustment mechanism, Shuan Dang coarse adjustment mechanism,
The technological means that the detection idler wheel, the idler wheel are connect by turnbuckle micro-adjusting mechanism with rack, can first roll detection
Wheel carries out quick coarse adjustment, then is accurately finely tuned to idler wheel, so, it can be time saving and energy saving, greatly improve working efficiency.
As the various improvement of present embodiment, details are as follows.
As shown in Figure 2 to Figure 3, Shuan Dang coarse adjustment mechanism 3 includes gear adjusting block 3-1, elevating lever 3-2.
The gear adjusting block 3-1 is provided with fraising, the difference of the vertical position absolute altitude a and clinostatism absolute altitude b of the fraising hole heart
Absolute value is equal to the absolute value of the difference of corrugated paper thickness and paperboard thickness.
The upper end of the elevating lever 3-2 is hinged by the hinged shaft 3-3 and gear adjusting block 3-1.
Present embodiment includes gear adjusting block, elevating lever as a result of Shuan Dang coarse adjustment mechanism；The gear tune
Locking nub is provided with fraising, the absolute value of the difference of the vertical position absolute altitude a and clinostatism absolute altitude b of the fraising hole heart be equal to corrugated paper thickness and
The absolute value of the difference of paperboard thickness；The upper end of the elevating lever by hinged shaft and the hinged technological means of the gear adjusting block,
So gear setting is reasonable, the quick adjusting of various paper can be adapted to large extent.
As shown in Figure 2 to Figure 3, it is equipped with tensioning spring 3-4 on the elevating lever 3-2.
The lower end of the elevating lever 3-2 is threaded rod.
The elevating lever 3-2 is configured with lifting support 3-6.
Present embodiment on the elevating lever as a result of being equipped with tensioning spring；The lower end of the elevating lever is screw thread
Bar；The elevating lever is configured with the technological means of lifting support, so, Shuan Dang coarse adjustment mechanism the operation is stable, and for below into one
The improvement of step creates advantageous condition.
As shown in Figure 2 to Figure 3, the lifting support 3-6 is made of aluminium condensation material.
The lifting support 3-6 includes tablet 3-6-1 and riser 3-6-2.
The tablet 3-6-1 is mutually perpendicular to be integrally formed part with the riser 3-6-2.
The tablet 3-6-1 is provided with mounting hole.
The tablet 3-6-1 is fixedly connected by the mounting hole with the lower end of the elevating lever 3-2 by nut 3-5.
Present embodiment is made as a result of the lifting support of aluminium condensation material；The lifting support include tablet and
Riser；The tablet is mutually perpendicular to be integrally formed part with the riser；The tablet is provided with mounting hole；The tablet passes through spiral shell
The technological means that mother is fixedly connected by the mounting hole with the lower end of the elevating lever, so, be conducive to mitigate double gear coarse adjustment
The weight of mechanism reduces manufacturing cost, is conducive to the dismounting of Shuan Dang coarse adjustment mechanism.
As shown in Figure 2 to Figure 3, the riser 3-6-2 is provided with the first mounting hole and the second mounting hole.
The detection idler wheel 5 is rotatablely connected by mounting assembly and the riser 3-6-2.
Mounting assembly includes link block 5-2 and detection roller shaft 5-4.
The link block 5-2 is fixedly connected with the butt of the detection roller shaft 5-4.
The link block 5-2 is provided with threaded securing bores.
The link block 5-2 is by trip bolt 5-5 and by the threaded securing bores and first mounting hole and institute
State riser 3-6-2.
The detection idler wheel 5 is rotatablely connected by the bearing 5-3 and detection roller shaft 5-4.
The top edge of the detection idler wheel 5 is provided with detection recess 5-1.
The detection idler wheel 5 is configured with detector 4.
The detector 4 is fixedly connected by locating support 4-1 with the detection roller shaft 5-4.
The upper end of the locating support 4-1 is fixedly connected with the detector 4.
The lower end of the locating support 4-1 is provided with strip and adjusts mounting hole 4-2.
The head end of the detection roller shaft 5-4 is provided with threaded securing bores.
The lower end of the locating support 4-1 adjusts mounting hole 4-2 and institute by fixing screws 4-3 and by the strip
Threaded securing bores are stated to be fixedly connected with the head end of the detection roller shaft 5-4.
Present embodiment is provided with the first mounting hole and the second mounting hole as a result of the riser；The detection idler wheel
It is rotatablely connected by mounting assembly and the riser；Mounting assembly includes link block and detection roller shaft；The link block and institute
The butt for stating detection roller shaft is fixedly connected；The link block is provided with threaded securing bores；The link block passes through trip bolt
And by the threaded securing bores and first mounting hole and the riser；The detection idler wheel passes through bearing and the detection
Roller shaft is rotatablely connected；The top edge of the detection idler wheel is provided with detection recess；The detection roller configuration has detector；Institute
Detector is stated to be fixedly connected with the detection roller shaft by locating support；The upper end of the locating support is solid with the detector
Fixed connection；The lower end of the locating support is provided with strip and adjusts mounting hole；The head end of the detection roller shaft is provided with spiral shell
Line mounting hole；The lower end of the locating support adjusts mounting hole by fixing screws and by the strip and the screw thread is solid
Determine the technological means that hole is fixedly connected with the head end of the detection roller shaft, so, it is not only advantageous to the dismounting of detection idler wheel, and
And also help the adjusting of detector.
As shown in Figure 2 to Figure 3, the lower edge of the detection roller shaft 5-4 is provided with mounting hole.
The lower edge of the detection idler wheel 5 is by resetting spring 6 and by second mounting hole and the riser 3-6-2
Connection.
Present embodiment is provided with mounting hole as a result of the lower edge of the detection roller shaft；The detection idler wheel
Lower edge by resetting spring and the technological means that is connect with the riser by second mounting hole, so, be conducive to examine
Survey automatically reseting for idler wheel.
As shown in Figure 2 to Figure 3, the detection idler wheel 5 and the idler wheel 8 are located in shell 11.
The top surface of the shell 11 is provided with guide hole.
The lower end of the elevating lever 2-2 passes through the guide hole.
The idler wheel 8 is connect by oscillating rod 7 with the shell 11.
The idler wheel 8 is rotatablely connected with the oscillating rod 7.
Present embodiment is located at as a result of the detection idler wheel and the idler wheel in shell；The top surface of the shell is set
It is equipped with guide hole；The lower end of the elevating lever passes through the guide hole；The idler wheel is connect by oscillating rod with the shell；The rolling
The technological means of wheel and oscillating rod rotation connection, so, be conducive to the cleaning for keeping parts, it is ensured that Shuan Dang coarse adjustment mechanism
Normal work.
As shown in figure 5, the rack 1 includes crossbeam 1-1 and wallboard 1-2.
The crossbeam 1-1 is fixedly connected with the wallboard 1-2 by screw 1-3.
Present embodiment includes crossbeam and wallboard as a result of the rack；The crossbeam and the wallboard pass through screw
The technological means being fixedly connected, so, it is not only advantageous to the manufacture of rack, moreover, being conducive to the installation of sharp rack.
As shown in Fig. 4 to Fig. 5, the turnbuckle micro-adjusting mechanism 12 includes connector 12-1, two guide rod 12-2, shells
Body support frame 12-3, brake cable 12-5.
The connector 12-1 is fixedly connected by connecting bracket 12-6 with the crossbeam 1-1.
The shell holder 12-3 is fixedly connected with the shell 11.
There are two guide rod guide holes for the connector 12-1 settings.
Correspondingly, there are two guide rod mounting holes for the shell holder 12-3 settings.
The side of corresponding two guide rod mounting holes is respectively arranged with threaded securing bores.
One end of two guide rod 12-2 is fixed by trip bolt 12-2-1 and the shell holder 12-3 respectively
Connection.
Two guide rod 12-2 are equipped with tensioning spring 12-4 respectively.
The other end of two guide rod 12-2 passes through linear bearing 12-1-1 and connector 12-1 activities respectively
Connection.
Present embodiment includes connector, two guide rods, shell branch as a result of the turnbuckle micro-adjusting mechanism
Frame, brake cable；The connector is fixedly connected by connecting bracket with the crossbeam；The shell holder is fixed with the shell
Connection；There are two guide rod guide holes for the connector setting；Correspondingly, the shell holder setting is fixed there are two guide rod
Hole；The side of corresponding two guide rod mounting holes is respectively arranged with threaded securing bores；One end difference of two guide rods
It is fixedly connected with the shell holder by trip bolt；Two guide rods are equipped with tensioning spring respectively；Described in two
The technological means that the other end of guide rod is flexibly connected by linear bearing with the connector respectively, so, turnbuckle is micro-
Regulating mechanism the operation is stable.
As shown in figure 4, the shell holder 12-3 is provided with clamp mounting hole.
The clamp fixed hole position is between two guide rod mounting holes.
The shape of the clamp mounting hole is in counter sink.
The clamp mounting hole is the clamp mounting hole for having side gap.
Cable tube location hole is arranged in the connector 12-1.
The spool location hole is located between two guide rod guide holes.
The shape of the spool location hole is in counter sink.
The spool location hole is the spool location hole for having side gap.
The brake cable 12-5 includes spool 12-5-1 and core 12-5-2.
The core 12-5-2 is located in the spool 12-5-1.
One end of the core 12-5-2 is provided with clamp.
The clamp is placed in the clamp mounting hole of the shell holder 12-3.
The end of the spool 12-5-1 is located in the spool location hole.
As shown in figure 5, the other end configuration cable tube locating support 12-7 and screw rod guiding trestle of the brake cable 12-5
12-8。
The spool locating support 12-7 and the screw rod guiding trestle 12-8 are fixed on the crossbeam 1-1.
The distance between the spool locating support 12-7 and the wallboard 1-2 be more than the screw rod guiding trestle 12-8 with
The distance between described wallboard 1-2.
Cable tube location hole is arranged in the spool locating support 12-7.
The spool location hole is the spool location hole for having side gap.It is of course also possible to be the spool location hole
It is the spool location hole without side gap.
The other end of the spool 12-5-1 is provided with clamp.
The clamp is placed in the spool location hole.
The screw rod guiding trestle 12-8 is provided with rectangle pilot hole.
The rectangle pilot hole is the rectangle pilot hole for having side gap, referring to Fig. 6.
The other end of the core 12-5-2 is provided with screw rod 12-5-4.
The cross section of the screw rod 12-5-4 is in cydariform, referring to Fig. 6.
The screw rod 12-5-4 is placed in the rectangle pilot hole.
The screw rod 12-5-4 is configured with adjustment bar 12-10.
One end of the adjustment bar 12-10 is provided with internal thread hole.
One end of the adjustment bar 12-10 is threadedly coupled with the screw rod 12-5-4.
The wallboard 1-2 is provided with mounting hole.
The adjustment bar 12-10 is rotatablely connected by the thrust ball bearing 12-9 and wallboard 1-2.
Present embodiment is provided with clamp mounting hole as a result of the shell holder；The clamp fixed hole position is in two
Between a guide rod mounting hole；The shape of the clamp mounting hole is in counter sink；The clamp mounting hole is with side
The clamp mounting hole of gap；Cable tube location hole is arranged in the connector；The spool location hole is located at two guide rods
Between guide hole；The shape of the spool location hole is in counter sink；The spool location hole is that there is the spool of side gap to position
Hole；The brake cable includes spool and core；The core is located in the spool；One end of the core is provided with clamp；
The clamp is placed in the clamp mounting hole of the shell holder；The end of the spool is located in the spool location hole；Institute
State the other end configuration cable tube locating support and screw rod guiding trestle of brake cable；The spool locating support and the screw rod are led
It is fixed on the crossbeam to holder；The distance between the spool locating support and the wallboard are more than the screw rod and are oriented to branch
The distance between frame and the wallboard；Cable tube location hole is arranged in the spool locating support；The spool location hole is that have
The spool location hole of side gap；The other end of the spool is provided with clamp；The clamp is placed in the spool location hole；
The screw rod guiding trestle is provided with rectangle pilot hole；The rectangle pilot hole is the rectangle pilot hole for having side gap；Institute
The other end for stating core is provided with screw rod；The cross section of the screw rod is in cydariform；The screw rod is placed in the rectangle pilot hole；
The screw arrangement has adjustment bar；One end of the adjustment bar is provided with internal thread hole；One end of the adjustment bar and the spiral shell
Bar is threadedly coupled；The wallboard is provided with mounting hole；The adjustment bar is rotatablely connected by thrust ball bearing and the wallboard
Technological means, so, be conducive to the dismounting of brake cable.
As shown in figure 5, the other end of the adjustment bar 12-10 is connect with embossing digital hand wheel 12-11.
The technological means that present embodiment is connect as a result of the other end of the adjustment bar with embossing digital hand wheel, institute
To be conducive to turnbuckle micro-adjusting mechanism and further accurately adjust.
Claims (2)
1. a kind of paper feeding is overlapped testing agency, including idler wheel (8) and detection idler wheel (5), it is characterised in that：The detection idler wheel
(5) it is connect with Shuan Dang coarse adjustment mechanism (3), Shuan Dang coarse adjustment mechanism (3), the detection idler wheel (5), the idler wheel (8) pass through
Turnbuckle micro-adjusting mechanism (12) is connect with rack (1).
2. paper feeding according to claim 1 is overlapped testing agency, it is characterised in that：
Shuan Dang coarse adjustment mechanism (3) includes gear adjusting block (3-1), elevating lever (3-2)；
The gear adjusting block (3-1) is provided with fraising, the difference of the vertical position absolute altitude a and clinostatism absolute altitude b of the fraising hole heart it is exhausted
To being worth the absolute value of the difference equal to corrugated paper thickness and paperboard thickness；
The upper end of the elevating lever (3-2) is hinged by hinged shaft (3-3) and the gear adjusting block (3-1)；
It is equipped with tensioning spring (3-4) on the elevating lever (3-2)；
The lower end of the elevating lever (3-2) is threaded rod；
The elevating lever (3-2) is configured with lifting support (3-6)；
The lifting support (3-6) is made of aluminium condensation material；
The lifting support (3-6) includes tablet (3-6-1) and riser (3-6-2)；
The tablet (3-6-1) is mutually perpendicular to be integrally formed part with the riser (3-6-2)；
The tablet (3-6-1) is provided with mounting hole；
The tablet (3-6-1), which is fixed by nut (3-5) by the lower end of the mounting hole and the elevating lever (3-2), to be connected
It connects；
The riser (3-6-2) is provided with the first mounting hole and the second mounting hole；
The detection idler wheel (5) is rotatablely connected by mounting assembly and the riser (3-6-2)；
Mounting assembly includes link block (5-2) and detection roller shaft (5-4)；
The link block (5-2) is fixedly connected with the butt of the detection roller shaft (5-4)；
The link block (5-2) is provided with threaded securing bores；
The link block (5-2) is by trip bolt (5-5) and by the threaded securing bores and first mounting hole and institute
State riser (3-6-2)；
The detection idler wheel (5) is rotatablely connected by bearing (5-3) and the detection roller shaft (5-4)；
The top edge of the detection idler wheel (5) is provided with detection recess (5-1)；
The detection idler wheel (5) is configured with detector (4)；
The detector (4) is fixedly connected by locating support (4-1) with the detection roller shaft (5-4)；
The upper end of the locating support (4-1) is fixedly connected with the detector (4)；
The lower end of the locating support (4-1) is provided with strip and adjusts mounting hole (4-2)；
The head end of the detection roller shaft (5-4) is provided with threaded securing bores；
The lower end of the locating support (4-1) by fixing screws (4-3) and by the strip adjust mounting hole (4-2) and
The threaded securing bores are fixedly connected with the head end of the detection roller shaft (5-4)；
The lower edge of the detection roller shaft (5-4) is provided with mounting hole；
The lower edge of the detection idler wheel (5) is by resetting spring (6) and by second mounting hole and the riser (3-6-
2) it connects；
The detection idler wheel (5) and the idler wheel (8) are located in shell (11)；
The top surface of the shell (11) is provided with guide hole；
The lower end of the elevating lever (2-2) passes through the guide hole；
The idler wheel (8) is connect by oscillating rod (7) with the shell (11)；
The idler wheel (8) is rotatablely connected with the oscillating rod (7)；
The rack (1) includes crossbeam (1-1) and wallboard (1-2)；
The crossbeam (1-1) is fixedly connected with the wallboard (1-2) by screw (1-3)；
The turnbuckle micro-adjusting mechanism (12) include connector (12-1), two guide rods (12-2), shell holder (12-3),
Brake cable (12-5)；
The connector (12-1) is fixedly connected by connecting bracket (12-6) with the crossbeam (1-1)；
The shell holder (12-3) is fixedly connected with the shell (11)；
There are two guide rod guide holes for connector (12-1) setting；
Correspondingly, there are two guide rod mounting holes for shell holder (12-3) setting；
The side of corresponding two guide rod mounting holes is respectively arranged with threaded securing bores；
One end of two guide rods (12-2) is solid by trip bolt (12-2-1) and the shell holder (12-3) respectively
Fixed connection；
Two guide rods (12-2) are equipped with tensioning spring (12-4) respectively；
The other end of two guide rods (12-2) is living by linear bearing (12-1-1) and the connector (12-1) respectively
Dynamic connection；
The shell holder (12-3) is provided with clamp mounting hole；
The clamp fixed hole position is between two guide rod mounting holes；
The shape of the clamp mounting hole is in counter sink；
The clamp mounting hole is the clamp mounting hole for having side gap；
Cable tube location hole is arranged in the connector (12-1)；
The spool location hole is located between two guide rod guide holes；
The shape of the spool location hole is in counter sink；
The spool location hole is the spool location hole for having side gap；
The brake cable (12-5) includes spool (12-5-1) and core (12-5-2)；
The core (12-5-2) is located in the spool (12-5-1)；
One end of the core (12-5-2) is provided with clamp；
The clamp is placed in the clamp mounting hole of the shell holder (12-3)；
The end of the spool (12-5-1) is located in the spool location hole；
The other end configuration cable tube locating support (12-7) and screw rod guiding trestle (12-8) of the brake cable (12-5)；
The spool locating support (12-7) and the screw rod guiding trestle (12-8) are fixed on the crossbeam (1-1)；
The distance between the spool locating support (12-7) and the wallboard (1-2) are more than the screw rod guiding trestle (12-8)
The distance between described wallboard (1-2)；
Cable tube location hole is arranged in the spool locating support (12-7)；
The spool location hole is the spool location hole for having side gap；
The other end of the spool (12-5-1) is provided with clamp；
The clamp is placed in the spool location hole；
The screw rod guiding trestle (12-8) is provided with rectangle pilot hole；
The rectangle pilot hole is the rectangle pilot hole for having side gap；
The other end of the core (12-5-2) is provided with screw rod (12-5-4)；
The cross section of the screw rod (12-5-4) is in cydariform；
The screw rod (12-5-4) is placed in the rectangle pilot hole；
The screw rod (12-5-4) is configured with adjustment bar (12-10)；
One end of the adjustment bar (12-10) is provided with internal thread hole；
One end of the adjustment bar (12-10) is threadedly coupled with the screw rod (12-5-4)；
The wallboard (1-2) is provided with mounting hole；
The adjustment bar (12-10) is rotatablely connected by thrust ball bearing (12-9) and the wallboard (1-2)；
The other end of the adjustment bar (12-10) is connect with embossing digital hand wheel (12-11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721919479.4U CN207684556U (en) | 2017-12-29 | 2017-12-29 | A kind of paper feeding overlapping testing agency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721919479.4U CN207684556U (en) | 2017-12-29 | 2017-12-29 | A kind of paper feeding overlapping testing agency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207684556U true CN207684556U (en) | 2018-08-03 |
Family
ID=62993879
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721919479.4U Active CN207684556U (en) | 2017-12-29 | 2017-12-29 | A kind of paper feeding overlapping testing agency |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207684556U (en) |
-
2017
- 2017-12-29 CN CN201721919479.4U patent/CN207684556U/en active Active
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