JP4454379B2 - Slitting machine for wallpaper gluing machine and wallpaper gluing machine with slitter - Google Patents

Description

  The present invention relates to a slitter that is mounted on a wallpaper pasting machine that continuously applies glue on the back surface of a sheet-like wall covering material that is affixed to an indoor wall surface or the like, and a wallpaper pasting machine that includes the slitter.

  At present, wall coverings are applied to interior wall surfaces in the interior construction of buildings by applying glue continuously to sheet-like wall coverings (so-called “cross”) using a dedicated wallpaper glue machine on site. It has become common to do it. As such a wallpaper pasting machine, an automatic pasting machine has recently been widespread. In this automatic wallpaper pasting machine, the rotating shaft of a drive mechanism such as a motor is connected to the rotating shaft end of the pasting roller, and the other pasting roller is interlocked via a gear by electrically rotating the pasting roller. While the cloth is automatically conveyed by the rotation of these rollers, the glue is scooped up from the glue and applied to the back of the cloth.

  In such a conventional wallpaper pasting machine, usually the cloth is fed out from a roll roll that is pivotally supported on the rear side of the pasting machine main body, and via a tension bar that is bridged by a leg that supports the main body. Are transported and introduced into a slitter.

  However, in such a conventional wallpaper pasting machine, since the tension bar is pivotally supported at a leg part, that is, at a position obliquely below the slitter, the cloth is conveyed to the drawing port on the rear part of the pasting machine main body. When trying to do so, the cross may be wrinkled, bent, etc. before it is transported to the slitter. In this state, if the cross is cut by transporting to the slitter, the side edge of the cross There was a problem that it could not be cut well.

  In particular, an over cutter (upper blade) and an under cutter (lower blade) constituting a pair of upper and lower rotary blades are respectively positioned at opposite positions of the upper and lower shafts provided parallel to the direction perpendicular to the conveying direction of the cloth. In the case of a slitter that is clamped and cut by sandwiching a sheet-like cloth from which the pair of cutters are conveyed from above and below, when the cloth is loosened and conveyed to the pair of cutters, the cloth enters between the blades. In this case, a straight cut edge could not be obtained, and a gap (through) was sometimes generated in the cross joint during construction.

  Also, in a slitter that cuts both side edges with respect to the cross conveyance direction by one rotary blade that rotates at high speed instead of a pair of upper and lower rotary blades, the cross is loosened and conveyed to a pair of cutters. Similarly, the cutting point changes and a linear cutting edge cannot be obtained, and a gap (through) may occur in the cross joint during construction.

  Furthermore, as the pasting operation proceeds and the cloth is gradually fed out from the original roll, the number of turns of the original roll decreases accordingly, so that the weight of the original roll decreases. For this reason, the original fabric roll cannot fully resist the pulling force of the cloth into the main body, and the amount of axial rotation of the original fabric roll exceeds the amount of pulling in the cloth. For this reason, the cloth is unnecessarily drawn out from the raw roll, and the cloth is loosened to reduce the pulling load. Therefore, there arises a problem that the cross is meandering due to wrinkling or bending of the cross being cut and conveyed.

  In response to such problems, the present applicant has proposed a number of improvements to the wallpaper pasting machine. For example, a wallpaper pasting machine has been proposed in which a constant tension is applied to the cloth to prevent the cloth from wrinkling and bending and to prevent the cloth from meandering (see, for example, Patent Document 1). Further, a wallpaper pasting machine has been proposed that can press down the cloth from the surface side and prevent the cross from meandering and wrinkling (for example, see Patent Document 2).

JP 2001-340795 A Japanese Patent Laid-Open No. 2002-002199

  However, when a thick and hard cloth is cut, the cloth is bent when it is cut with a rotary blade, and there is a problem in that the cloth being cut is wrinkled or bent to cause the cloth to meander. In addition, the conventional slitter is provided with an upper latching claw that latches the slitter on the upper stay that is horizontally mounted on the left and right sides of the rear surface of the gluing machine, and a lower latching claw that latches on the lower locking piece. However, there was a problem with durability.

  The present invention obtains a slitter or a wallpaper pasting machine for a wallpaper pasting machine in which wrinkles and flexures are generated in the wall covering being cut and the wall covering does not meander even when cutting a thick and hard wall covering. For the purpose. Another object of the present invention is to obtain an attachment structure with improved durability for attachment to a main body of a wallpaper pasting machine. Furthermore, an object of the present invention is to obtain a slitter for a wallpaper pasting machine or a wallpaper pasting machine that can improve the working environment at the work site.

A slitter for a wallpaper pasting machine according to the invention described in claim 1 is mounted on the rear part of the main body of the wallpaper pasting machine, and is drawn into the pasting machine main body for pasting from a raw roll. A slitter that cuts the material before gluing,
In a slitter for a wallpaper pasting machine comprising a guide surface portion serving as a conveyance passage along the wall covering material, and a cutting rotary blade respectively disposed in both end region of the guide surface portion,
The guide surface portion includes a downstream curved surface portion formed at a wall covering material conveyance downstream end edge portion,
A tension bar that is passed in the width direction of the wall covering material on the guide surface portion between the rotary blade and the wall material conveyance downstream edge, and a tension that presses the wall covering material against the guide surface portion by the tension bar And bar pressing means.

A slitter for a wallpaper pasting machine according to the invention described in claim 2, the tension bar pressing means according to claim 1,
A set of tension bar holding members disposed on both side ends of the guide surface portion and provided with attachment portions for attaching a tension bar to one end portion;
A fulcrum that pivotally supports the other end of each tension bar holding member;
And an urging means for urging each tension bar holding member so that the tension bar comes into a contact position where the tension bar comes into contact with the guide surface portion.

A slitter for a wallpaper pasting machine according to a third aspect of the present invention is provided with an upstream curved surface portion formed on a wall covering material conveyance upstream end edge portion on the guide surface portion according to the first or second aspect. ,
Further comprising another tension bar that bends the conveyance path of the wall covering along the upstream curved surface portion, and a tension bar holding arm that holds the other tension bar on both sides of the slitter body,
The tension bar holding arm can be switched between a position where a tension is applied to the wall covering material along the upstream curved surface portion and a position where no tension is applied to the wall covering. It is.

  The slitter for wallpaper pasting machines according to the invention described in claim 4 is characterized in that the radius of curvature of the upstream curved surface portion according to any one of claims 1 to 3 is 12 to 18 mm. It is.

  A slitter for a wallpaper pasting machine according to the invention described in claim 5 is characterized in that the radius of curvature of the downstream curved surface portion according to any one of claims 1 to 4 is 12 to 18 mm. It is.

A wallpaper gluing machine provided with the slitter according to the invention described in claim 6 is a wallpaper gluing machine comprising the slitter according to any one of claims 1 to 5 detachably attached to the rear part of the gluing machine main body. In the machine
The slitter is provided with an upper and lower latching claw that latches on each of an upper stay that is horizontally mounted on the left and right sides of the rear surface of the gluing machine and a lower locking piece that is disposed below the upper stay. With stops,
The lower-stage locking piece is characterized in that it is placed horizontally via a spring means that generates an effect that opposes the hooking force on the rear surface side.

A wallpaper gluing machine provided with a slitter according to the invention described in claim 7 is a wallpaper gluing machine comprising the slitter according to any one of claims 1 to 5 detachably attached to the rear part of the gluing machine main body. In the machine
The wallpaper pasting machine includes a paste cake that temporarily stores paste liquid, and a paste liquid supply pump device that supplies the paste liquid in a paste liquid container that holds the paste liquid into the paste cake via a paste liquid supply pipe. Further comprising
The slitter includes a notch for sandwiching the paste supply pipe together with the rear surface of the gluing machine main body when the slitter is attached to the rear of the gluing machine main body.

A wallpaper gluing machine provided with the slitter according to the invention described in claim 8 is a wallpaper gluing machine comprising the slitter according to any one of claims 1 to 5 detachably attached to the rear part of the gluing machine main body. In the machine
The wallpaper pasting machine further includes a controller having a drive source for driving a plurality of rollers of the pasting machine,
The rotary blade is rotated by a motor to cut an end of the wall covering material,
The drive power of the motor is supplied through the controller.

  As described above, the present invention is a slitter or wallpaper paste for a wallpaper pasting machine in which wrinkles and deflections are generated in the wall covering material that is being cut and the wall covering does not meander even when cutting a hard wall covering material that is thick. Attached machine can be obtained. Moreover, the attachment structure which improved durability about the attachment with a wallpaper pasting machine main body can be obtained. Furthermore, there is an effect that the work environment at the work site can be improved.

In the present invention, a slitter that is attached to the back of the main body of the wallpaper gluing machine and cuts the sheet-like wall covering material that is drawn into the gluing machine main body for gluing from the raw roll before gluing, In a slitter for a wallpaper pasting machine comprising a guide surface portion serving as a conveyance passage along the wall covering material, and a cutting rotary blade respectively disposed in both end region of the guide surface portion,
The guide surface portion includes a downstream curved surface portion formed at a downstream end edge portion of the wall material conveyance, and the wall surface is formed on the guide surface portion between the rotary blade and the downstream edge portion of the wall material conveyance. A tension bar that extends in the width direction of the material, and tension bar pressing means that presses the wall covering material against the guide surface by the tension bar. As a result, since the wall covering material is pressed against the guide surface portion, even when a thick and hard wall covering material is cut, the wall covering material being cut is not wrinkled or bent, and the wall covering material does not meander. .

  The tension bar pressing means of the present invention may be any means as long as the wall covering material is pressed against the guide surface portion by the tension bar. Specifically, the tension bar pressing means is attached to both ends of the guide surface portion and attaches the tension bar to one end portion. A set of tension bar holding members each having a portion, a fulcrum portion that pivotally supports the other end of each tension bar holding member, and a contact position at which the tension bar contacts the guide surface portion. And an urging means for urging the tension bar holding member.

  Furthermore, the slitter of the present invention preferably has another tension bar that bends the conveying path of the wall covering along the upstream curved surface portion, and a tension bar that holds the other tension bar on both sides of the slitter body. A holding arm, and the tension bar holding arm can be switched between a position where a tension is applied to the wall covering material along the upstream curved surface portion and a position where no tension is applied to the wall covering. . As a result, when cutting both ears of the wall covering material with the cutting blade, the wall covering material does not rise, and the wall covering material being cut does not wrinkle or bend and the wall covering material does not meander.

  The guide surface portion of the slitter of the present invention may be a conveyance path along which the wall covering material is provided, and any cutting rotary blades may be disposed in the both end regions in the middle of the conveyance path. The surface portion is provided with an upstream curved surface portion formed on the wall covering material conveyance upstream edge portion. Thereby, while being able to apply a tension | tensile_strength favorably to a guide surface part, when mounting | wearing a wall covering, it can switch to the position which applies a tension, and the position which applies a tension to a wall covering.

  More preferably, the radius of curvature of the upstream curved surface portion is set to 12 to 18 mm, more preferably 15 mm. Accordingly, even when the wall covering is left for a while with a resting time or the like attached thereto, it is possible to prevent the unevenness of the gluing due to the mark of the angled curved surface portion on the wall covering.

  Preferably, the guide surface portion further includes a downstream curved surface portion formed at a wall covering material conveyance downstream end edge portion. As a result, the pull-in load of the pull-in port to the pasting machine main body is larger than 1.3 kg weight when the weight of the original fabric roll is not included, and the pinch roll at the pull-in port when the original roll roll is included slips. It becomes easy to adjust so that it may become smaller than a drawing load. More preferably, the curvature radius of the downstream curved surface portion is set to 12 to 18 mm, more preferably 15 mm. Accordingly, even when the wall covering is left for a while with a resting time or the like attached thereto, it is possible to prevent the unevenness of the gluing due to the mark of the angled curved surface portion on the wall covering.

  When the slitter of the present invention is detachably installed at the rear part of the gluing machine main body, the upper stage stays on the left and right sides of the rear side of the gluing machine, and the lower stage unit disposed below the upper stage stay. It is mounted with two hooking claws that hook on each of the stopper pieces. In the slitter of the present invention, the slitter of the present invention is provided with a latching tool having upper and lower latching claws latched on each of the upper stage stay and the lower latching piece that are horizontally mounted on the left and right of the rear surface of the gluing machine, The piece is laid across a spring means that produces an effect that opposes the latching force on the rear side. Thereby, the attachment structure which improved durability about the attachment with the wallpaper pasting machine main body can be obtained.

  The slitter of the present invention includes a paste cake that temporarily stores paste liquid, and a paste liquid supply pump device that supplies the paste liquid in the paste liquid container holding the paste liquid into the paste cake via a paste liquid supply pipe. Further, in the case of being detachably mounted on the wallpaper pasting machine provided, preferably, when the slitter is mounted on the rear part of the pasting machine main body, a notch portion for sandwiching the paste liquid supply pipe together with the rear surface of the pasting machine main body is provided. Prepare. Thereby, it is easy to handle the paste liquid supply pipe, and there is an advantage that the working environment at the work site is improved.

  The slitter of the present invention can be detachably attached to a wallpaper pasting machine further comprising a controller having a drive source for driving a plurality of rollers of the pasting machine. Preferably, the cutting rotary blade is a motor The end of the wall covering material is cut by rotation, and the driving power of the motor is supplied via the controller. Thereby, it is easy to handle the power supply line, and there is an advantage that the working environment at the work site is improved.

1. Overall Configuration FIG. 1 is an explanatory diagram showing an overall side configuration of a wallpaper pasting machine equipped with the slitter of the present invention. FIG. 2 is an explanatory diagram showing the configuration of the slitter and the pasting machine main body of FIG. As shown in FIG. 1, the wallpaper gluing machine includes a gluing machine main body 1, a pedestal portion 2 on which the gluing machine main body 1 is placed, and a pedestal portion for supporting the gluing machine main body 1 at a predetermined height. 2 includes a leg portion 3 composed of a front leg 31 and a rear leg 32 that are arranged in pairs at the front left and right ends.

  A cross receiving bracket 33 is rotatably disposed on the pair of rear legs 32, and a cross core rod 34 passed through the center of the raw fabric roll R is pivotally supported at the tip of the cross receiving bracket 33. ing. The wall covering material (cross) C fed out from the raw roll R is brought into contact with the first tension bar 36 horizontally mounted on the folding portion 35 of the rear leg 32 and is given a drawing load at the drawing port. The first tension bar 36 is a first tension bar rotation whose one end is pivotally supported on a cut tape mounting core rod 37 provided below the intermediate position between the front leg 31 and the rear leg 32 of the pedestal 2. By being attached to the other end of the moving member 38, it can be housed in the upper part of the front leg 31 of the pedestal unit 2 when folded.

  As shown in FIG. 2, the gluing machine main body 1 is composed of a lower structure 4 mainly composed of a glue box 6 and an upper structure 5 placed on the lower structure 4 so as to be opened and closed. A detachable slitter 9 is disposed on the rear side of the lower structure 4.

  As the rollers rotate, the gluing roller 41 that continuously abuts against the back of the wall covering material conveyed forward from the rear side of the gluing machine main body 1 and continuously applies the glue is provided on the left and right sides of the lower structure 4. The bearing plates on both side wall surfaces are pivotally supported so that they are arranged in a lower position where they sink into the glue 6 as much as possible. A glue raising roller 61 that scrapes up the glue in the glue basket 6 by rotation and transfers it to the glue roller 41 is pivotally supported on both side surfaces of the glue basket 6 at positions closer to the rear side than the center.

  The gluing roller 41 is connected to a rotation shaft of a controller (not shown) provided with an electric motor that is a drive source that is detachably attached to the gluing machine body 1. The rotation axis of the gluing roller 41 that is fixed to the side plate of the glue basket 6 is a lower pinch roller 42, a doctor roller 43, a leveling roller 44, and a measuring roller arranged on the upper structure 5. Of the upper pinch roller 51, the pressing roller 52, and the drive roller 53 that are used, the rotation shaft of a predetermined roller is linked with a gear.

  Along with the rotation of the gluing roller 41, the other rollers to which the rotational motion is transmitted via the gear also rotate to convey the wall covering material C sandwiched between the upper and lower structures from the rear to the front. The glue pulled up from the glue basket 6 when being conveyed on the glue roller 41 is transferred and applied to the back of the cloth.

2. Configuration of Slitter FIG. 3 is an explanatory diagram showing the configuration of the slitter. FIG. 4 is an enlarged view of a slitter latch. FIG. 5 is an explanatory view showing the operation of the tension bar pressing means for pressing the third tension bar against the guide surface portion.

  As shown in FIG. 3, the slitter 9 provided on the rear side of the gluing machine main body 1 is detachably attached to the rear part of the gluing machine main body 1 by the latch 101 of FIG. The hook 101 is hooked on an upper hook 102 that is hooked on an upper stay 46 that is horizontally mounted on the left and right of the rear surface of the gluing machine 1, and a lower hook 47 that is disposed below the upper stay 46. The lower pawl 103 to be stopped is integrally formed. This eliminates the need to individually adjust the upper hooking claw 102 and the lower hooking claw 103 and improves the durability of the attachment to the wallpaper pasting machine body. Further, the lower latching piece 47 is provided with a spring means 48 that generates an effect to counteract the latching force on the rear surface side, and is horizontally mounted via the spring means 48. Therefore, the slitter 9 and the gluing machine The main body 1 is securely attached.

  The slitter 9 includes a guide surface portion 91 serving as a conveyance path for conveying the wall covering material C along the wall surface material C, and a guide surface portion 91 over the entire width of the wall covering material on the upstream side to the guide surface portion 91 and the downstream side of the guide surface portion 91. The second tension bar 92 and the third tension bar 93, which are two tension bars arranged so as to apply tension on the guide surface portion 91 while being pressed in the direction, and the side end region of the guide surface portion 91, respectively. The blade 90 is provided. In addition, what is installed in the upper part of the both side walls of the slitter 9 is a holder 94 for holding the cross core rod 34 when stored.

  The guide surface portion 91 is formed over the slitter, and the lower end edge thereof (that is, the wall covering material conveyance upstream edge portion) and the upper end edge portion (that is, the wall covering material conveyance downstream edge portion) are: Curved portions 105 and 106 for bending the conveying direction of the wall covering material C are provided. The curvature radius of each curved surface portion is 15 mm. This is to prevent the unevenness of gluing from being caused by the gluing machine due to the mark of the curved surface of the mountain shape on the wall covering C even if it is left for a while with the wall covering C attached for a break time or the like. is there.

  The second tension bar 92 below the slitter 9 (that is, on the upstream side of the wall covering material conveyance) is a round bar member having a length exceeding the entire width of the wall covering material C in the same manner as the first tension bar 36 provided on the leg portion. The second tension bar rotating member 95 as a tension bar holding arm that supports both ends of the second tension bar 92 allows the wall covering material C to be mounted in an open state. When cutting the ear portion, it can be rotated about the attachment shaft 97 to the mounting position of the lower holder 96 below the slitter so as to apply tension.

  In addition, the third tension bar 93 on the guide surface portion 91 above the rotary blade 90 (that is, downstream of the wall covering material conveyance) includes a mechanism for pressing the sandwiched wall covering material C against the guide surface portion 91. The tension bar pressing means shown in FIG. 5 is arranged on each of the left and right ends of the guide surface portion 91, and includes a tension bar holding member 110 having an attachment portion 111 for attaching the third tension bar 93 to one end portion, and a tension bar holding portion. A fulcrum part 112 that pivotally supports the other end of the member 110 and a spring 113 as a biasing means that biases the tension bar holding member 110 so that the third tension bar 93 comes into contact with the guide surface part 91. With.

  Thus, the wall covering material C is prevented from being lifted from the guide surface portion 91 during cutting by the rotary blade 90, and the wall covering material C drawn into the pasting machine main body together with the downstream curved surface 106 of the guide surface portion 91 is prevented. Good tension can be applied.

3. Rotating blade The rotating blade 90 of the slitter 9 is rotated by a motor to cut the end of the wall covering material C as described above. As described above, the upper pinch roller used as the gluing roller 41, the lower pinch roller 42 disposed in the lower structure 4, the doctor roller 43, the leveling roller 44, and the measuring roller disposed in the upper structure 5. 51, a pressing roller 52, and a predetermined roller among the drive rollers 53 are connected via a rotation shaft and a gear of a controller (not shown) having an electric motor as a drive source that is detachably attached to the gluing machine body 1. It is linked.

  The drive power of the motor that drives the rotary blade 90 of the slitter 9 is supplied via the controller, thereby facilitating the handling of the power supply line and improving the work environment at the work site. Specifically, since the drive voltage of the controller is 48V, a motor that can drive the rotary blade 90 with the same drive voltage of 48V is also selected, and the cutting of the power supply is controlled by the controller of the controller.

4). Notch for paste supply pipe As shown in FIG. 2, a notch 98 is formed in the lower part of the gluing machine main body side of the slitter 9, and the supply pipe is taken out from any side of the gluing machine main body 1. be able to.

It is explanatory drawing which shows the side structure of the wallpaper pasting machine provided with the support structure of this invention. It is explanatory drawing which shows the structure of the slitter of FIG. 1, and a pasting machine main body. It is explanatory drawing which shows the structure of a slitter. It is an enlarged view of the latching tool of a slitter. It is explanatory drawing which shows operation | movement of the tension bar press means which presses a 3rd tension bar to a guide surface part.

Explanation of symbols

1 ... Gluing machine body,
2 ... pedestal,
3 ... leg,
31 ... front legs,
32 ... hind legs,
33 ... cross receiving bracket,
34 ... Cross core,
35 ... Folding part,
36 ... the first tension bar,
37… Cut tape mounting core,
38 ... first tension bar rotating member,
4 ... Lower structure,
41 ... glue roller,
42 ... lower pinch roller,
43 ... Doctor Roller,
44 ... leveling roller,
46… upper stay,
47 ... Lower locking piece,
48 ... spring means,
5 ... Upper structure,
51 ... Upper pinch roller (measurement roller),
52 ... presser roller,
53… Drive roller,
6… glue paste,
61 ... glue raising roller,
9 ... slitter,
90 ... rotary blade,
91 ... guide surface part (conveyance path),
92 ... the second tension bar,
93 ... the third tension bar,
94… Holder,
95 ... the second tension bar rotating member (tension bar holding arm),
96 ... Lower holder,
97… mounting shaft,
98 ... Notch 101 ... Hook,
102 ... Upper pawl,
103 ... Under claws,
105: upstream curved surface portion,
106 ... downstream curved surface portion,
110 ... tension bar holding member,
111 ... tension bar mounting part,
112 ... fulcrum part,
113 ... Spring (biasing means),
C ... Cross,
R: Raw roll,

Claims (8)

A slitter that is attached to the back of the main body of the wallpaper gluing machine and cuts the sheet-like wall covering that is drawn into the main body of the gluing machine for gluing from the raw roll before gluing,
In a slitter for a wallpaper pasting machine comprising a guide surface portion serving as a conveyance passage along the wall covering material, and a cutting rotary blade respectively disposed in both end region of the guide surface portion,
The guide surface portion includes a downstream curved surface portion formed at a wall covering material conveyance downstream end edge portion,
A tension bar that is passed in the width direction of the wall covering material on the guide surface portion between the rotary blade and the wall material conveyance downstream edge, and a tension that presses the wall covering material against the guide surface portion by the tension bar A slitter for a wallpaper pasting machine comprising a bar pressing means. The tension bar pressing means is
A set of tension bar holding members disposed on both side ends of the guide surface portion and provided with attachment portions for attaching a tension bar to one end portion;
A fulcrum portion that pivotally supports the other end of each tension bar holding member;
2. The wallpaper pasting machine according to claim 1, further comprising: an urging unit that urges each tension bar holding member so that the tension bar comes into a contact position where the tension bar comes into contact with the guide surface portion. Slitter. The guide surface portion includes an upstream curved surface portion formed at a wall covering material conveyance upstream end edge portion,
Further comprising another tension bar that bends the conveying path of the wall covering along the upstream curved surface portion, and a tension bar holding arm that holds the other tension bar on both sides of the slitter body,
The tension bar holding arm can be switched between a position where a tension is applied to the wall covering material along the upstream curved surface portion and a position where no tension is applied to the wall covering. Item 3. A slitter for a wallpaper pasting machine according to item 1 or 2.   The slitter for a wallpaper pasting machine according to any one of claims 1 to 3, wherein a curvature radius of the upstream curved surface portion is 12 to 18 mm.   The slitter for a wallpaper pasting machine according to any one of claims 1 to 4, wherein a curvature radius of the downstream curved surface portion is 12 to 18 mm. In the wallpaper pasting machine provided with the slitter according to any one of claims 1 to 5 detachably at the rear part of the pasting machine body,
The slitter is provided with upper and lower hooking claws that are hooked on each of an upper stay that is horizontally mounted on the left and right sides of the rear surface of the gluing machine and a lower locking piece that is disposed below the upper stay. With a latch,
The wallpaper pasting machine provided with a slitter, wherein the lower-stage locking piece is placed horizontally via a spring means that generates an effect to counteract the latching force on the rear side. In the wallpaper pasting machine provided with the slitter according to any one of claims 1 to 5 detachably at the rear part of the pasting machine body,
The wallpaper pasting machine includes a paste cake that temporarily stores paste liquid, and a paste liquid supply pump device that supplies the paste liquid in a paste liquid container that holds the paste liquid into the paste cake via a paste liquid supply pipe. Further comprising
A wallpaper gluing machine equipped with a slitter, wherein the slitter includes a notch for sandwiching the glue liquid supply pipe together with the rear surface of the gluing machine main body when the slitting machine is attached to the rear of the gluing machine main body. In the wallpaper pasting machine provided with the slitter according to any one of claims 1 to 5 detachably at the rear part of the pasting machine body,
The wallpaper pasting machine further includes a controller having a drive source for driving a plurality of rollers of the pasting machine,
The rotary blade is rotated by a motor to cut an end of the wall covering material,
A wallpaper pasting machine provided with a slitter, wherein the drive power of the motor is supplied via the controller.

Images