JP2003339573A - Laterally adjoining integrated roll paper holder - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To protect reserve roll paper from disturbance until finishing to use roll paper presently in use by covering the front side of the reserve roll paper adjacent to the roll paper presently in use in a laterally adjoining integrated roll paper holder, with a vertically rotating type screening cover. <P>SOLUTION: A rail 7 with a dovetail groove 7B with a downward cam face 7A positioned between the laterally adjoining integrated roll paper holders with a plurality of roll paper holders 1 integrally provided parallel in a lateral direction is provided across the upper parts of the respective roll paper holders 1, and the screening cover 9 is pivotally supported in a seesaw style to a slider 8 engaged with the dovetail groove 7B. In the middle of the lateral movement of the screening cover 9 by the operation of the slider 8, the rear end upper part 9B is pressed down by the downward cam face 7A to rotate the screening cover 9 upward in the seesaw style, and the screening cover 9 is returned by downward rotation near the end point of the lateral movement. The front side of the reserve roll paper 4B can thereby be covered with the screening cover 9. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a roll paper suitable for installation in a toilet shared by the general public or other public facilities, or a plurality of roll paper holders for holding a roll-rolled sheet-like material similar to the roll paper. Regarding roll paper holders that are integrally arranged side by side in the lateral direction, in particular, among the roll papers set in the plurality of integrated roll paper holders, a vertical rotation type that moves the front side of the spare roll paper along the upper surface of the holder Relates to a horizontally adjacent integrated roll paper holder that can be concealed by the blindfold cover.

[0002]

2. Description of the Related Art Conventionally, as a horizontally-adjacent integrated roll paper holder in which two roll paper holders are integrally juxtaposed in the lateral direction,
FIGS. 17 and 19 in Japanese Patent Application Laid-Open No. 9-215628 and the description thereof, and Japanese Patent Application Laid-Open No. 10-12752.
Those described in Japanese Patent No. 5 are well known. In these conventional examples, a plurality of pairs of self-opposing return roll paper cores are pivotally supported on the side pieces of the roll paper holder, or one mandrel for the roll paper cores is pivotally supported so as to be rotatable forward. The roll paper is installed horizontally, and the air core of the roll paper is pivotally set on the mandrel or the air core receiver from its free end to rotatably support the two roll papers on the roll paper holders 1 and the upper portion of each roll paper. The lower part of the front side of the roll paper upper plate pivotally supported to the rear part of the holder is elastically contacted with the outer peripheral surface of the front of the slant, and the picking margins of the two roll papers passing through the lower part of the front side are both forwarded. This is a laterally adjacent integrated roll paper holder in which two roll paper holders are arranged side by side integrally so as to be able to cut the feeding portion of the lever with the front edge of the upper plate.

Therefore, in each of these conventional examples, the two left and right roll papers in the two roll paper holders are always in a ready-to-use exposed state, so that the first user uses which roll paper. It is inconvenient because it is easy to get confused about what to do, and since either roll paper can be used at the user's discretion, each roll paper in the two roll paper holders will be lost at once. In many cases, the situation is very inconvenient for the user, and the exposed parts of the left and right roll papers are easily soiled at the same time due to the scattering of cleaning water. There is an essential and big problem that it may not be possible to become.

The present invention has been made in order to eliminate many problems in the above-mentioned conventional example, and the object thereof is to maintain the basic operation and appearance of the horizontally adjacent integrated roll paper holder. , By allowing the front side of the spare roll paper adjacent to the working roll paper to be concealed by a vertically rotatable blindfold cover that moves along the upper surface of the holder, the spare roll paper is prevented from disturbance until the working roll paper is used up. It is intended to protect the paper and make it easy to refill the roll paper.

[0005]

The above-mentioned object of the present invention is to produce a horizontally adjacent roll paper holder in which a plurality of roll paper holders are arranged side by side in a horizontal direction so that the roll paper holders are separated from each other. A rail with a dovetail groove having a downward cam surface is horizontally provided across the upper part of each roll paper holder, and it is blindly engaged with the pivotal support part of the slider which is engaged with the dovetail groove and is movable laterally on the rail. By pivotally supporting the cover in a seesaw manner at the rear side pivot part, the blind cover is always brought close to the front side of the spare roll paper by its own weight, and the side of the blind cover by the operation of the slider tab is operated. In the middle of the movement, the blind cover that has been turned upward in a seesaw manner by the pushing-down force of the downward cam surface applied to the upper end of the rear end is turned downward and returned near the end point of the lateral movement. The front side of the pre-roll paper could be achieved by having no possible hiding Ri.

[0006]

BEST MODE FOR CARRYING OUT THE INVENTION Among the embodiments of the present invention, first, a basic example of the present invention will be described. The basic embodiment of the present invention is such that two roll paper holders 1 each having a substantially U-shaped plane are arranged side by side in a horizontal direction as shown in FIG. As shown in FIG. 1, the roll paper hollow core receivers 3 are provided so as to face each other on the facing surfaces of the central and left and right side pieces 2 of the horizontally adjacent integrated roll paper holder 1 formed by molding metal. 1 in the illustrated example
As described above, a total of four roll paper air core receivers 3 in two pairs are always pivotally supported so as to return to each other by facing each other.

That is, as a method of installing these two pairs of roll paper air-core receivers 3, the well-known self-opposing return installation means in the conventional example can be adopted, but in the illustrated example, each side as shown in FIG. Lower plate 2 fixed flatly in the lower notch 2A of the piece 2
1 and 4, the plastic cylinder as shown in FIG. 2 which should be installed upright as shown in FIG. 2 is vertically divided into two, and the center shaft 2C vertically installed in the pivot support tube 2B as shown in FIG. As shown in FIG. 4, the base of the flexible leaf spring 2D made of a flexible plastic is pivotally attached so as not to idle, and the leaf spring 2D is surrounded and the hollow roll paper empty core receivers 3 are pivotally supported by their pivot holes 3A. 1 and 4, the air core receivers 3 are always pivotally supported by the pivot tube 2B, and are always pivoted as shown in FIGS. is there.

Next, the roll paper core 4 and the spare roll paper 4A are respectively set in pairs of the above two pairs of roll paper core holders 3.
B and B are rotatably supported as shown in FIGS. 1 and 3, and at the time of setting the roll paper, the roll paper upper plate 6 is opened and the roll paper core holders 3 and 3 are respectively set. Roll paper is applied one by one, and each air core receiver 3 is tilted backwards against the self-opposing return force of each air core receiver 3 due to the bending elastic force of the leaf spring 2D, and each air core receiver 3 is placed inside the roll paper air core 4. The air core receivers 3 are caused to return to each other in the respective roll paper air cores 4 by the self-opposing return force, and the current roll paper 4A and the spare roll paper 4B are respectively left and right two adjacent roll papers. As shown in FIGS. 1 and 3, the holders 1 are rotatably set one by one.

These active roll paper 4A and spare roll paper 4
As shown in FIGS. 1 and 4, the front and lower portions of the roll paper upper plate 6 formed of metal or plastic are supported on the outer peripheral surface of the upper front portion of B and the rear portion of the holder 1 so as to be undulated as shown in FIGS. 6A is contacted by a spring or self-gravity as shown in FIGS. 4 and 5, and the feeding base 4a of the working roll paper 4A forwarded by the user or the like through the lower front side 6A.
After constructing the horizontally adjacent roll paper holder 1 as shown in FIGS. 1 and 3 consisting of two roll paper holders on the left and right, which can be cut by the front edge 6B of the upper plate 6, A rail 7 with a dovetail groove 7B having a flat V-shaped downward cam surface 7A and a rail upper plate 7C are provided horizontally as shown in FIG. 1 across the upper portion of the holder 1.

Next, the rail dovetail groove 7B shown in FIGS.
The blind covers 9 are fitted into the holes or pins of the left and right pivoting projections 8A of the slider 8 which are engaged with each other as shown in FIG. By pivotally supporting the blind cover 9, the blind cover 9 is always brought closer to the front side of the spare roll paper by its own weight as shown in FIG.
During the lateral movement of B to move the blind cover 9 laterally, the upper portion 9B of the rear end is pushed down by the downward cam surface 7A as shown in FIGS. 7 and 9, respectively, and the blind cover 9 is resisted to its downward restoring force. Then, the blind cover 9 is temporarily turned upward in a seesaw manner, and then the blind cover 9 is moved by its own weight in the vicinity of the end point of the lateral movement in which the upper portion 9B of the cover rear end deviates from the downward cam surface 7A due to the continuation of the lateral movement. As shown in FIGS. 8A and 8B, the blind cover 9 allows the front side of the spare roll paper 4B or the roll paper hollow core 4 to be concealed by the blind cover 9 as shown in FIGS. A roll paper holder. Incidentally, reference numeral 7 in the above drawings
The portion indicated by C is a rail upper plate for forming the dovetail groove 7B, but the dovetail groove 7B can be formed only on the rail 7, and in this case, the rail upper plate 7C is It becomes unnecessary.

The configuration of the present invention is as described above, and an example of its operation of use will be described below. First, the left and right holders 1
On the other hand, as described above, after the active roll paper 4A and the spare roll paper 4B are rotatably set in the roll paper holders 1 as shown in FIGS. 1 and 5, the roll paper upper plate 6 is closed and the blindfold The cover 9 covers the spare roll paper 4B as shown in FIG. 4, and the active roll paper 4A is preliminarily drawn out to the front by a desired length as shown in FIG. When the paper upper plate 6 is closed as shown in FIG. 5, the working roll paper 4A can be used.

In this state of use, since the front side of the spare roll paper 4B is covered by the blind cover 9 as shown in FIG. 4, the spare roll paper 4A shown in FIG. The paper 4B can be protected from external disturbances, the user will not be confused as to which roll paper should be used, and the roll papers in the two roll paper holders will not disappear at once. Therefore, it is very convenient for the user, and the spare roll paper 4B of which the front side is covered with the blindfold cover 9 is safe without being contaminated by cleaning water.

Thereafter, when the working roll paper 4A is used as shown in FIG. 6, the spare roll paper 4B is fed as shown in FIG.
If the slider knob 8B on the side is laterally moved in the direction of the air core 4 of the current roll paper 4A with the fingers, the blind cover 9 can also be horizontally moved to the air core side as shown in FIG. During this lateral movement, the rear cover upper part 9B of the blind cover 9 is pushed down by the downward cam surface 7A against the downward rotation return force of the cover 9 as shown in FIG. After turning upward once as shown in FIGS. 7 and 1, when the rear end upper portion 9B of the cover 9 comes off the downward cam surface 7A in the vicinity of the end point of the lateral movement, the blind cover 9 is moved to the position shown in FIG.
The blind cover 9
Thus, the front side of the air core 4 can be concealed as shown in FIG. 8 and the front side of the spare roll paper 4B is exposed as shown in FIG. It can be used as the second working roll paper 4A.

In order to remove the air core 4 and set a new spare roll paper 4B in the holder 1 during use, as shown in FIG.
As shown in FIG. 6, it is necessary to move the blind cover 9 on the side of the air core 4 laterally by holding the slider gripping piece 8B to open the front side of the roll paper air core 4 as shown in FIG. Is to push down the rear end upper portion 9B by the downward cam surface 7A against the downward rotation return force of the blind cover 9 as shown in FIG. 9, the blind cover 9 is a seesaw type as shown in FIG. 9 and FIG. Automatically turning upward, the second roll paper 4A can be smoothly passed without hitting the side face of the second roll paper 4A as shown in FIG. 7 and without rubbing the outer surface of the roll paper. The upper part of the rear end of the cover 9 near the end point of the lateral movement of the blind cover 9 after passing
When B is removed from the downward cam surface 7A, the blind cover 9 is rotated downward and returned on the second working roll paper 4A side as shown in FIG. 4, and the front side of the air core 4 is exposed as shown in FIG. Become.

In this state, after the roll paper upper plate 6 is opened, the roll paper air-core receiver 3 is rotated forward by the roll paper air core 4 against the return elasticity, and the roll paper air core 4 is removed. New active roll paper 4 in air core receiver 3
A new roll paper is pivotally set on the roll paper core support 3 as described above by applying A or the spare roll paper 4B to the roll media core support 3 and tilting the roll paper core support 3 against the return elasticity and tilting it inward and then returning to the opposite position. After that, the roll paper upper plate 6 may be covered on the upper portion of the roll paper 4, and the new spare roll paper 4B may be used as it is as the third-time working roll paper 4A. In order to use the sheet again, the blindfold cover 9 covering it is horizontally moved to the new spare roll paper 4B side in the above-described lateral movement manner to conceal it, as shown in FIGS. The second working roll paper 4A can be used, and the blindfold cover 9 automatically laterally moves upward while turning in a seesaw-like manner as shown in FIGS. , On the outer surface of the new spare roll paper 4B Without hitting can be passed through the roll outer surface smooth.

In this way, in order to set a new roll paper in the holder 1 when both the current roll paper 4A and the spare roll paper 4B have been used, the blind cover 9 is placed from the front of the roll paper empty core 4 to the next. After traversing, the front side of the roll paper core 4 is opened as shown in FIG. 6, and after removing the roll paper core 4, the new working roll paper 4A and the spare roll paper 4B are pivotally set one after another as described above. You can
After that, by covering the upper part of each roll paper with the roll paper upper plate 6, the following usage pattern as shown in FIGS. 3 and 5 can be adopted. In this case, the blindfold cover 9 is also a seesaw type during the lateral movement. In addition, as shown in FIGS. 1, 7 and 9, each of them automatically turns upward and does not hit the outer surface of the adjacent roll paper as shown in FIG. 7, so that the outer surface of the adjacent roll paper can be passed smoothly.

[0017]

[Embodiment] In the above description, an example of a horizontally adjacent roll paper holder in which two roll paper holders are integrally juxtaposed in a substantially E-shaped plane is described. However, the present invention provides three roll paper holders. A rail 7 with a dovetail groove 7B in which one downward cam surface 7A is positioned between the horizontally adjacent roll paper holders that are integrally arranged in a substantially "booklike" shape across the top of each roll paper holder 1 The rail 7 is installed horizontally by engaging with the dovetail groove 7B.
Each of the pivoting projections 8A of the two sliders 8 provided laterally movable
Each of the blindfold covers 9 is pivoted in a seesaw manner by the rear-side pivotally projecting piece 9A so that the two blindfold covers 9 are always brought close to the front sides of the two roll papers, and the two slider gripping pieces are provided. 8B, the two blindfold covers 9 which have been turned upward in a seesaw manner by the pushing-down force of the downward cam surfaces 7A applied to the upper portion 9B of the rear end of the blindfold cover 9 are moved laterally. It is also possible to make the front sides of the two spare roll papers 4B concealed by the two blind cover 9 that have returned by turning downward and returning near the end point.

The roll paper air-core receiver 3 may be a well-known mandrel-shaped roll-paper air-core receiver having a self-projecting pivot that engages with a pivot hole provided in the facing surface of each side piece 2. , A well-known returning means on one side surface of each side piece 2 of the roll paper holder 1 and a method for maintaining a proper friction, and a mandrel-bar-shaped roll paper air-core receiver 3 provided with a pivotal support projecting an empty core of each roll paper from its free end. It is also possible to set these roll papers and rotatably support them on each roll paper holder 1. Although the roll paper upper plate 6 may be elastically contacted with the front upper surface of the roll paper 4 by its own weight, the roll paper upper plate 6 is rolled by a horizontal holding member such as a spring (not shown) near the pivotal support portion 5. By contacting the rear part of the paper holder 1, the roll paper upper plate 6 may be elastically undulated vertically with respect to the horizontal, and in this case, the removal of the roll paper empty core 4 and a new roll are performed. The roll paper upper plate 6 is convenient because it does not get in the way of setting paper.

[0019]

Since the present invention adopts the above-mentioned modes, it has the following effects. According to each of the first to fifth aspects of the present invention, the downward cam surface 7A is positioned between the horizontally adjacent roll paper holders in which a plurality of roll paper holders are arranged in parallel in the horizontal direction. Dovetail 7B
A rail 7 provided with a cover 8 is horizontally provided so as to straddle the upper portion of each roll paper holder 1, and a blind cover 9 is attached to a pivotally projecting piece 8A of a slider 8 which is engaged with the dovetail groove 7B and is horizontally movable on the rail 7. Thereafter, it is pivotally supported in a seesaw manner by a side pivotal projection 9A, and this blindfold cover 9 can always approach the front side of the spare roll paper 4B by its own weight. During the movement, the cover rear end upper portion 9B is pushed down by the downward cam surface 7A against the downward turning return force, and the blind cover 9 can be laterally moved while automatically turning upward in a seesaw manner. Therefore, the cover 9 can be smoothly passed without contacting the side surface of the adjacent roll paper and without rubbing the outer surface thereof.

Therefore, according to each of the first to fifth aspects of the present invention, the slider 8 is always moved laterally randomly, regardless of the presence or absence of the adjacent roll paper, and it is always light. The blind cover 9 can be moved laterally, and in the vicinity of the end point of the lateral movement of the blind cover 9, by removing the cover rear end upper portion 9B from the downward cam surface 7A, the blind cover 9 faces downward on the adjacent roll paper side. The front cover of the spare roll paper 4B can be surely covered by the blind cover 9 that has been rotated and returned, so that the basic operation and appearance of the horizontally adjacent roll paper holder are not impaired. There are many effects that the spare roll paper 4B can be protected from disturbance until the roll paper 4A is used up, and the roll paper can be easily replenished.

Further, according to the invention of claim 6 in the present invention, in addition to the above-mentioned effects, since the side piece 2 between the plurality of roll paper holders is commonly used on the left and right sides, the size and weight are further reduced and the cost is reduced. The effect of being able to implement it was added.

According to the invention of claim 7 in the present invention,
In addition to the above-mentioned effects, the upper part of the rail 7 is provided with a decorative upper plate 10
Since it is covered with, it has a good appearance when installed in a general shared toilet or other public facilities, and the effect that the decorative top plate 10 can also be used as a shelf plate for carrying items is added.

Further, as in the eighth aspect of the present invention, the roll paper upper plate 6 is provided by connecting the vicinity of the pivot 5 of the roll paper upper plate 6 to a predetermined position on the rear portion of the roll paper holder 1 by a horizontal holding member. Since the roller 6 can be flexibly pivoted within a predetermined range in the vertical direction with the substantially horizontal boundary, the roll papers 4A and 4B can be refilled and replaced with the roll paper holder 1 more easily.

[Brief description of drawings]

FIG. 1 is a perspective view of a notch of essential parts showing an outline of a roll paper holder according to the present invention.

FIG. 2 is an individual perspective view showing an exploded example of a roll paper holder according to the present invention.

FIG. 3 is a vertical sectional side view showing an example of the appearance of a roll paper holder according to the present invention.

FIG. 4 is a vertical sectional side view showing an example of a roll paper holder according to the present invention.

5 is a vertical sectional side view of a roll paper holder in a state different from that shown in FIG.

FIG. 6 is a vertical cross-sectional side view showing an example of an air-rolled roll paper holder according to the present invention.

FIG. 7 is a vertical cross-sectional side view showing an example of the blind cover in the course of lateral movement according to the present invention.

FIG. 8 is a vertical sectional side view of a roll paper holder in a state different from that shown in FIG.

FIG. 9 is a vertical cross-sectional side view showing an example of the blind cover in the course of lateral movement according to the present invention.

[Explanation of symbols]

1 Roll paper holder 2 Side piece of roll paper holder 20 side single lower plate 2A side bottom cutout 2B roll paper core support 3 roll paper 3A Roll paper Pivot hole for air core receiver 4 roll paper empty heart 4A Working roll paper 4B spare roll paper 4a Roll paper feeding base 5 Roll paper upper plate pivot 6 Roll paper top plate 6A Lower part of front side of roll paper upper plate 6B Edge of the front edge of the roll paper upper plate 7 rails 7A rail downward cam surface 7B rail dovetail 7C rail top plate 8 sliders 8A slider pivotal support piece 8B slider knob 9 Blindfold cover 9A Blind cover pivot support projection 9B Top of the rear edge of the blindfold cover 10 Decorative top plate

Claims (8)

[Claims] 1. A horizontally-adjacent integrated roll paper holder in which a plurality of roll paper holders are integrally arranged side by side in a lateral direction, and a roll paper core holder 3 is provided on a side piece 2 of each roll paper holder 1. An active roll paper 4A and a spare roll paper 4B are rotatably supported by the roll paper holders 1, and the roll papers 4A and 4B are undulated on the outer peripheral surfaces of the upper fronts of the roll papers 4A and 4B at the pivotal support portions 5 at the rear of the holders 1, respectively. The current roll paper 4A, which is brought into contact with the lower part 6A of the front side of the roll paper upper plate 6 which is pivotally supported, and which is fed forward through the lower part 6A of the front side.
It is possible to cut the feeding base 4a of the front plate 4a by the front edge 6B of the upper plate 6, and the rail 7 with the dovetail groove 7B in which the downward cam surface 7A is located between the roll paper holders is attached to each roll paper holder 1. Of the slider 8 provided laterally across the upper part of the slider and engaged with the dovetail groove 7B so as to be able to move laterally on the rail 7, and the blind cover 9 is attached to the pivot support projection 9A on the rear side of the blind cover 9. The blind cover 9 is always pivoted to the front side of the spare roll paper 4B by its own weight, and the blind cover 9 is operated by operating the slider 8.
During the lateral movement of the blind cover 9 which has been turned upward in a seesaw manner by the pressing force of the downward cam surface 7A applied to the rear end upper portion 9B, the blind cover 9 is turned downward near the end point of the lateral movement to return the restored blindfold. A horizontally adjacent integrated roll paper holder in which the front side of the spare roll paper 4B can be hidden by the cover 9. 2. A horizontally-adjacent integrated roll paper holder in which a plurality of roll paper holders are integrally arranged side by side in a horizontal direction, and a roll paper core holder 3 is provided on a side piece 2 of each roll paper holder 1 so as to project. An active roll paper 4A and a spare roll paper 4B are rotatably supported by the roll paper holders 1, and the roll papers 4A and 4B are undulated on the outer peripheral surfaces of the upper fronts of the roll papers 4A and 4B at the pivotal support portions 5 at the rear of the holders 1, respectively. The current roll paper 4A, which is brought into contact with the lower part 6A of the front side of the roll paper upper plate 6 which is pivotally supported, and which is fed forward through the lower part 6A of the front side.
It is possible to cut the feeding base 4a of the front plate 4a by the front edge 6B of the upper plate 6, and the rail 7 with the dovetail groove 7B in which the downward cam surface 7A is located between the roll paper holders is attached to each roll paper holder 1. Of the slider 8 provided laterally across the upper part of the slider and engaged with the dovetail groove 7B so as to be able to move laterally on the rail 7, and the blind cover 9 is attached to the pivot support projection 9A on the rear side of the blind cover 9. The blind cover 9 is always pivoted to the front side of the spare roll paper 4B by its own weight, and the blind cover 9 is operated by operating the slider 8.
During the lateral movement of the blind cover 9, the rear end upper portion 9B is pushed down by the downward cam surface 7A to rotate the blindfold cover 9 upward in a seesaw manner, and then the blindfold cover 9 is returned to rotate downward downward near the end point of the lateral movement. Then, this restored blindfold cover 9
By this, a horizontally adjacent integrated roll paper holder capable of hiding the front side of the spare roll paper 4B. 3. The three roll paper holders are arranged in a substantially "book" plane.
Roll paper cores 3 projecting from the side pieces 2 of the laterally adjacent integrated roll paper holders 1 that are arranged side by side in the shape of a letter form one working roll paper 4A and two spare roll papers 4B. The roll 1 is rotatably supported by the holder 1 and the front lower portion 6A of the roll paper upper plate 6 which is rotatably supported by the pivotal support portions 5 on the rear left and right sides of the holder 1 is in contact with the upper front outer peripheral surface of each roll paper. At the same time, the feeding base portion 4a of the one working roll paper 4A fed forward through the lower portion 6A of the front side can be cut by the front edge 6B of the upper plate 6, and between the three holders 1 Rail 7 with dovetail groove 7B with downward facing cam surface 7A
Is installed horizontally across the upper part of each roll paper holder 1, and the blind cover 9 is attached to each pivotally projecting piece 8A of each of the two sliders 8 which are engaged with the dovetail groove 7B and can move laterally on the rail 7. After that, the two blind cover 9 are always brought closer to the front side of the spare roll paper 4B by their own weight by pivotally supporting them in a seesaw manner by the side support projections 9A, and the two sliders 8 are separated from each other. By moving the blind cover 9 that has been turned upward in a seesaw manner by the pressing force of each of the downward cam surfaces 7A applied to the rear end upper portion 9B during the horizontal movement of the blind cover 9 by the operation, the downward rotation is returned near the end point of the lateral movement. ,
A horizontally-adjacent integrated roll paper holder in which the front sides of the two spare roll papers 4B can be concealed by the restored two blindfold covers 9. 4. A plurality of pairs of self-opposed return roll paper core holders 3 projecting from each side piece 2 of the roll paper holder 1 are used as the roll paper core holders 3, and the roll paper core holders 3 are currently in use. Roll paper 4A and spare roll paper 4B
The horizontally adjacent roll paper holder according to any one of claims 1 to 3, wherein and are rotatably supported by each roll paper holder 1. 5. As the roll paper core holders 3, a plurality of round bar-shaped roll core core holders 3 are provided, each of which has a side-supporting piece on each side piece 2 of the roll paper holder 1. The roll cores 4A and 4B of the working roll paper 4A and the spare roll paper 4B are inserted and set from the free end, and the roll papers 4A and 4B are rotatably supported by the roll paper holders 1 to 3, respectively. The horizontally adjacent integrated roll paper holder according to claim 1. 6. The laterally adjacent integrated roll paper holder according to any one of claims 1 to 6, wherein the side piece 2 between the plurality of roll paper holders is commonly used for the left and right sides. . 7. The horizontally adjacent integrated roll paper holder according to any one of claims 1 to 7, wherein a decorative upper plate 10 is fixed to an upper portion of the rail 7. 8. The roll plate upper plate 6 is connected within a predetermined range in the vertical direction with the horizontal plate as a boundary by connecting the vicinity of the pivotal support portion 5 to a predetermined position on the rear part of the roll paper holder 1 by a horizontal holding member. The laterally adjacent integrated roll paper holder according to any one of claims 1 to 8, wherein the horizontal adjacent integrated roll paper holder is elastically pivoted so as to be capable of undulating.