KR20230082166A - Appropriate amount dispensing device for rolled tissue paper - Google Patents

Abstract

The present invention relates to an apparatus main body that can be attached to a wall, an insertion port through which tissue paper from a roll of tissue paper is inserted over an end portion, a delivery means for sending a predetermined amount of tissue paper into a lower opening of the device main body through the insertion hole, and delivery thereof. Cutting means for cutting the tissue paper pushed out when the transmission is completed by the means, means for holding at least one upper end of the paper cut by the cutting means, and at least a transmission means and a cutting means based on an input signal Equipped with a control unit for controlling the operation time of the above-described holding means is a protruding needle that rotates a predetermined amount downward from a holding position for cutting and holding the cut tissue roll to a discharge position, characterized in that Proper amount discharge device is provided.

Description

Appropriate amount dispensing device for rolled tissue paper}

This device relates to a device for dispensing rolls of tissue paper, for example, made in the form of a roll.

Currently, as a representative example of roll-shaped toilet paper, there is, for example, toilet paper.

The toilet paper is equipped with a rolled toilet paper holder. To use it, first, take the end of the toilet paper wound in the form of a roll, stretch it by the required amount, cut the stretched toilet paper, and then fold it twice or three times before use.

When you fold the cut toilet paper twice or three times, you must use both hands, but when you have a physical disability, frozen shoulder, one hand does not move freely, or when you are hospitalized and are receiving intravenous injections, you can only use one hand. cause inconvenience when

Or, when extending toilet paper, it may be taken out more than necessary, leading to waste of paper.

In order to solve this problem, for example, an automatic toilet paper dispensing device that can automatically cut and take out toilet paper in a folded state is known.

Japanese Unexamined Patent Publication No. 11-178741

In the known patent document 1, which can be automatically taken out in a folded state, it is a dedicated toilet paper automatic dispensing device that sets and uses toilet paper in the device, so it becomes a double investment where an existing roll toilet paper hanger is installed.

In addition, since toilet paper is taken out in a state of folding twice, it is not possible to obtain a state in which it is folded three times.

In this case, it is possible to fold a twice-folded object three times, but it is difficult to use because the surface is reduced.

Also, if you want to use a little for something other than the purpose, such as removing dirt from your arms or hands, you don't necessarily need to fold it twice, and it will end up being half the length. . Of course, it can be used, but it leads to waste of paper, which is not desirable in terms of cost and resources.

Therefore, an object of the present invention is to provide a device for dispensing an appropriate amount of toilet paper that can be used even where there is an existing toilet paper hanger, and which does not waste paper and is convenient to use.

In order to achieve the above object, the present invention, in claim 1, is a device body capable of being attached to a wall, an insertion hole through which tissue paper from a roll is inserted over the end portion, and a predetermined amount of tissue paper entered through the insertion hole. A conveying means for sending to the lower opening of the main body, a cutting means for cutting the tissue paper pushed out when the transmission is completed by the conveying means, and a means for holding at least one upper end of the tissue paper cut by the cutting means and , The above-described holding means, having a control unit for controlling the operation time of at least the delivery means and the cutting means based on an input signal, lowers a predetermined amount from the holding position for cutting and holding the cut tissue roll to the discharging position. It is a protruding needle that rotates with characterized by

Due to this, the main body of the device can be used, for example, by attaching it to the lower wall surface of an already installed toilet paper hanger.

Next, in order to use this device, first take out a predetermined amount using the end of the toilet paper set on the toilet paper hanger, and insert it into the toilet paper insertion hole. This work is performed by a manager in a family, hospital, department store, facility, etc. at home. Of course, if you can do it, you do it yourself.

In this state, when the required amount of tissue paper is taken out, the length and number of used tissues are input to the control unit when entering the bathroom, for example. Based on the input signal, the control unit described above is operated in time in the order of the transmission means and the cutting means. At this time, the cut rest cut in a predetermined amount is held by a protruding needle serving as a holding means. In this case, for example, when two input signals are input to the above-described control unit, the conveying means and the cutting means repeat the operation twice, so that the cutting stop is held by the protruding needle in a state of overlapping the two sheets. This series of operations has already been completed by the time the task is finished, and is placed in a standby state. Therefore, in case of use, by forcibly pulling the holding tissue paper with one hand, the protruding needle rotates downward so that it can be removed smoothly without difficulty. Besides, paper waste does not occur.

In addition, claim 2 of the present invention is characterized in that it is an electric heat cutter that cuts tissue rolls with heat when the aforementioned cutting means is brought into contact with it.

Due to this, it becomes possible to accurately burn and cut a thin paper roll without elasticity in an instant.

Further, claim 3 of the present invention is characterized in that the above-described cutting means is a cutting cutter that cuts tissue rolls with a cutter knife upon contact.

Due to this, it becomes possible to continuously cut the tissue roll reliably over a long period of time.

In addition, in claim 4 of the present invention, the main body case of the device body described above is composed of a fixed case at the rear portion and a movable case at the front portion, and when the aforementioned movable case at the front portion rotates forward, the tissue roll insert opening is greatly opened. characterized by

Due to this, by rotating the movable case described above in the forward direction, the operation of inserting the end portion into the insertion port is facilitated even for rolls of tissue paper having no elasticity.

In addition, since the front part serving as the fixed case of the main body of the device is opened wide, management and maintenance work can be performed easily.

In addition, in claim 5 of the present invention, in the main body of the device that can be attached to the wall, a tissue roll insertion port into which the end of the tissue roll is inserted from the upper side, and a means for delivering a predetermined amount of tissue paper from the tissue roll insertion port to the lower part And, the cutter for cutting the roll of tissue paper described above is installed, and when moving forward, the long cut tissue paper cut up and down by the cutter described above is pushed forward and backward to the tissue receiving portion that can accommodate multiple sheets as it is long above and below it. An extruding member and a controller for controlling the operation time of at least the above-described transmission means, the cutter, and the paper extruding member based on an input signal, and the above-described paper receiving portion has an outlet for cutting paper at the front surface in an upward direction. to be characterized

Accordingly, it is possible to use the apparatus body described above by mounting it, for example, on the lower wall surface of an existing tissue roll hanger that is already installed.

Next, in the case of using this device, first, hold the end of the tissue roll attached to the tissue roll hanger, pull out a predetermined amount, and insert it into the tissue roll inserting device. This work is performed by a family member at home or by a manager who manages the facility at a hospital or department store. Of course, if you can do it, you do it yourself.

In this state, when a roll of tissue paper is taken out, for example, when entering the bathroom, etc., the length of the used tissue paper and several sheets are input to the control unit. Based on the input signal, the controller operates the roll paper extruding member following the transmission means for a predetermined period of time. At this time, as the roll paper extruding part is cut to a predetermined length by the cutter when moving forward, the cut paper tissue is held neatly by the tissue receiving portion. In this case, for example, when two input signals are input to the control unit described above, the conveying means or the roll paper extruding member repeats the operation twice, so that the cut tissue paper is maintained in the tissue receiving unit in a state in which the two sheets are overlapped. do. This series of operations has already been completed by the time the job is finished, and is placed in a standby state. Therefore, when in use, the cut tissue paper can be easily taken out by grabbing it with one hand and pulling it out from the tissue receiving portion. In addition, there is no waste of paper.

In addition, in claim 6 of the present invention, it is characterized in that the left and right mounting members fixedly supported on both sides of the upper end of the above-described toilet paper hanger of the main body of the above-described device are provided.

Accordingly, the left and right mounting support members are installed on the already installed toilet roll hanger, so that both sides are supported and safely supported. Moreover, it becomes possible to install simply and easily.

In addition, claim 7 of the present invention is characterized in that the main body of the device described above is integrated with the toilet paper holder for hanging the tissue roll described above.

Accordingly, since the device body described above has a unit structure integrated with the tissue roll hanger, the construction surface or appearance when newly installed is very excellent.

Further, claim 8 of the present invention is characterized in that, as described above, the main body of the apparatus is equipped with a liquid jetting device for jetting liquid onto the surface of the roll of toilet paper sent downward by the delivery means described above.

Accordingly, it is possible to have a predetermined amount of moisture in the toilet paper roll, so that the usability can be improved and the wiping effect can be enhanced. In this case, the sterilization effect of the used site can be obtained by making the liquid into a clean liquid.

One effect of the present invention can be used by mounting the main body of the device, for example, on the lower wall surface of an already installed toilet paper hanger. It means that the tissue paper can be removed smoothly with one hand without difficulty, and paper waste does not occur.

Effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

1 shows a first embodiment in which the present invention and a corresponding device for dispensing an appropriate amount of toilet paper are mounted on a lower wall surface of a toilet paper hanger, and a movable case serving as a front part rotates in the forward direction.
Fig. 2 is a schematic front view of the device for dispensing an appropriate amount of tissue paper according to the first embodiment in which the lower wall surface of the roll tissue holder is mounted.
3 is a second schematic side view;
Fig. 4 is an operation explanatory diagram of the proper amount dispensing device in which the toilet paper dispensing member of the cutting means is in a stand-by position.
5 is an operation explanatory diagram of an appropriate amount dispensing device showing a state in which the toilet paper discharging member of the cutting means advances and cuts.
6 is an operation explanatory view of the appropriate amount dispensing device showing a state in which cut paper is taken out from the holding means.
7 is an overview description of the delivery means.
8 is an explanatory diagram showing a first transmission system and a second transmission system for transmitting rotational power of one drive motor to a roller and an eccentric cam that transmit rotational power.
Fig. 9 is a schematic explanatory view of a paper roll extruding member viewed as a plane.
Fig. 10 is a schematic explanatory diagram of a paper roll extruding member.
Fig. 11 is a schematic explanatory diagram similar to Fig. 4 in which the holding means is an auxiliary type.
Fig. 12 is an operation explanatory diagram of Fig. 11;
Fig. 13 is an operation manual for discharging cut paper from a holding means of an auxiliary type.
14 is a schematic explanatory view showing a second embodiment in which the appropriate amount of toilet paper dispensing device of the present invention is installed on the lower wall of the toilet paper hanger, and the movable case serving as the front part rotates.
Fig. 15 is an explanatory view of a coupling hook for rotating or fixing the movable case in the second embodiment.
Fig. 16 is an operation explanatory diagram in which the cutter or the paper extruding member of the paper roll appropriate amount dispensing device of the second embodiment is in a standby state.
FIG. 17 is an operation explanatory diagram of the first and second eccentric cams in FIG. 16;
Fig. 18 is an operation explanatory diagram of the appropriate amount dispensing device showing a cutting state in which the cutter and the paper extruding member advance.
FIG. 19 is an operation explanatory diagram of the first and second eccentric cams in FIG. 18;
Fig. 20 is an explanatory view of an operation in which the cutter and the paper extruding member retract and push the upper end of the cut paper to the cut paper outlet.
Fig. 21 is an operation explanatory diagram of the first and second eccentric cams in Fig. 20;
Fig. 22 is a schematic explanatory view of the delivery unit as seen from above.
Fig. 23 is an operation explanatory diagram of the rest extruding member in a standby state.
Fig. 24 is an operation explanatory diagram of the forward flight of the rest extruding member.
Fig. 25 is an explanatory view of the operation through which the paper extruding member is fixed and fitted through the opening.
Fig. 26 is an explanatory view of the movement of the paper extrusion member retracted from Fig. 25;
Fig. 27 is a schematic plan view of the operation unit viewed from a plane.
Fig. 28 is an explanatory view when the cutting means is viewed from the side as an electric thermal cutter.
Fig. 29 is an explanatory view of Fig. 28 viewed from a plane.
30 is an enlarged cross-sectional view of part A of FIG. 29;
Fig. 31 is an explanatory diagram of a tissue paper cutting operation by an electric thermal cutter.
32 is an enlarged explanatory diagram at the time of cutting with an electric heat cutter.
Fig. 33 is an enlarged explanatory diagram at the time of completion of cutting at the time of cutting with an electric thermal cutter.
Fig. 34 is an explanatory diagram in which a liquid atomizing device is installed in the main body of the device;
Fig. 35 is a schematic side view in which a mounting support member is installed in the main body of the device;
Fig. 36 is a front explanatory view of a state in which the main body of the device is attached to the toilet roll hanger by a mounting support member;

Hereinafter, the first embodiment of the present invention will be described with reference to Figs. 1 to 13.

1 shows a schematic side view of the appropriate amount of toilet paper discharge device 5 mounted and fixed to the lower wall surface 3 of the toilet paper hanger.

The main body 7 of the device for dispensing an appropriate amount of toilet paper 5 is made in the shape of a box with an open bottom, and the back part of the top is made up of the power supply part 9 and the front part made up of the manufacturing part 11. The back side is made of the attaching surface 13, and in this embodiment, it is of the type attached with double-sided tape, but it is also possible to make it a type fixed with a fixing screw.

The power supply unit 9 is a DC power supply using the battery 15, and is turned ON/OFF by operating the main switch S mounted on the side. In this case, it is also possible to change to the battery 15 and use commercial AC power using an AC adapter.

The body case 17 of the device body 7 is composed of a fixed case 17a serving as the rear portion and a movable case 17b serving as the front portion, and the movable case 17b releases the coupling hook 19 to , With the lower hinge 21 as a fulcrum, it can rotate 180° forward like an arrow. In this case, it is also okay to make it stop at an intermediate rotational position using a stopper. The coupling hook 19 is mounted on the side of the movable case 17b, and has a structure in which the hook portion 19 engages with the locking member 23 mounted on the side of the fixed case 17a. The coupling hook 19 is always pushed clockwise by the bias spring 25, that is, in the direction of engaging with the coupling portion 23, and presses the operation button 27 against the bias spring 25 (Fig. 1 F) to obtain a disengaged state.

An upper portion of the main body 7 of the apparatus is provided with a toilet roll insert 29 .

The tissue roll insertion port 29 is formed in a horizontal rectangular shape wider than the width of the tissue roll 31 and opens wide when the movable case 17b is rotated forward.

Accordingly, as shown in FIG. 1 , the end portion 31a of the tissue paper 31 in a state in which a predetermined amount is pushed downward and stretched is for closing the movable case 17b and inserting the tissue paper 29. It is designed to be easily inserted into the delivery means 33 through the device.

The delivery means 33 is formed by a pair of delivery rollers 33a, 33b that fit the tissue roll 31 from the front and back from the tissue roll insertion port 29 described above, and each delivery roller 33a, 33b While rotating, it becomes possible to convey the tissue paper 31 downward toward the lower opening 35 of the main body 7 of the device. Inside the pair of forward and backward transfer rollers 33a and 33b, the forward transfer roller 33a is next to the movable case 17b serving as the front part of the device main body 7, and the rear transfer roller 33b is located next to the device body 7. On the side of the fixed case 17a serving as the rear part of (7), each is rotatably supported. When the movable case 17b rotates forward, the front transfer roller 33a is greatly retracted from the rear transfer roller 33a at the same time as the roll paper insertion port 29 is greatly opened, so that the end of the roll paper ( 31a) between the front and rear transfer rollers 33a and 33b, the inserting device operation is easily performed.

The rear conveying roller 33b is a drive roller and rotates in a counterclockwise direction by receiving rotational power from the driving motor 37 to deliver the tissue roll 31 toward the cutting means 39 in the downward direction. there is.

The cutting means 39 is formed of the cutter 47 and the tissue paper extruding member 43, and forcibly pushes the tissue paper 31 towards the cutter 41 by the tissue paper extruding member 43, and uses a cutter knife. It is made of a cutting cutter that cuts.

The cutter 41 is provided on the side of the movable case 17b, which is the front side of the device body 7, and the paper roll extruding member 43 is provided on the side of the stationary case 17a, which is the rear side of the device body 7.

The front side of the paper roll extruding member 43 is made of the paper roll extruding surface 45, and can move forward and backward along the guide member 51 due to the eccentric cam 47 and the coil spring 49 integrated up and down. It happens.

The tissue roll extruding surface 45 is a concave blade portion 53 that enters the cutter 41 and performs a cutting action when the roll extruding member 43 advances from the standby position to the cutter 41 described above. ) has

When the cutter 41 moves toward the inside of the concave blade portion 53 and performs a cutting action, as shown in FIG. The movement is stopped by the paper roll extruding face 45 so that cutting can be easily performed.

The pressing lever 55 is rotatably installed on the side of the movable case 17b, which is the front side of the main body 7, and is always pushed up toward the side of the paper roll extruding surface 45 advancing by the bias spring 56. it is possible

Furthermore, although the cutting cutter serving as the cutting means 39 is not shown in the drawings, it may be a fixed knife and a spiral blade that advances with the fixed knife and acts sequentially in a spiral manner and a rotary cutting cutter that cuts the paper roll 31. .

Inside the aforementioned eccentric cam 47 and coil spring 49, which advance and reverse the roll of toilet paper extrusion member 43, one end of the coil spring 49 is on the back of the device body 7, and the other is Each is caught by the roll paper extruding member 43, and the roll paper extruding member 43 is always pushed up to the standby position (solid line in Fig. 1) when retreating by spring pressure on the coil spring 49.

The eccentric cam 47 becomes eccentrically rotatable around the camshaft 57 from a solid line to a dashed line as shown in FIG. When the eccentric cam 47 is solid, it functions to push the roll paper extruding member 43 forward to the cutting position against the spring pressure of the coil spring 49 described above.

The driving motor 37 is freely controlled such as operating time, forward rotation, and reverse rotation based on a signal from the control unit 59 (shown on the control board in the drawing).

The rotational power from the driving motor 37 is transmitted to the transmission roller 33b, which becomes the driving roller of the transmission means 33 described above by means of the first transmission system (solid arrow a in Fig. 8), as shown in Figs. 7 and 8. , are respectively transmitted to the eccentric cam 47 described above by the second transmission system (dotted line arrow b in Fig. 8).

The first and second transmission systems a and b serve as means for transmitting the rotational power of one driving motor 37 serving as a power source to the transmission roller 33b or the eccentric cam 47 described above, respectively.

The transmission roller 33b and the eccentric cam 47 are provided with first and second one-way clutches 61 and 63, respectively.

The first one-way clutch 61 consists of a ratchet gear 61a and a ratchet rake 61b that engage only in one direction. The second one-way ratchet 63 also consists of a ratchet gear 63a and a ratchet rake 63b meshed in one direction.

In the first one-way ratchet 61, for example, when the driving motor 37 rotates positively, the ratchet gear 61a and the ratchet rake 61b are meshed with each other so that the first transmission system a moves and the transmission roller 33b ) to transmit rotational power.

At this time, the second one-way clutch 63 is in a disengaged state, and the second transmission system (b) is in an inoperative state.

The second one-way clutch 63 is, for example, when the drive motor 37 is reversed, the ratchet gear 69a and the ratchet rake 63b are engaged, and the second transmission system b moves, and the eccentric cam It is designed to transmit rotational power to (47). At this time, the engagement of the first one-way clutch 61 is in a disengaged state, and the first transmission system (a) is in an inoperative state, and after the transmission operation by the transmission means 33 is completed, the rolling paper compression member continues (43) moves forward.

The movable case 17b, which serves as the front part of the device body 7, has the operation unit 11 and the holding means 65 on the outside as described above.

As shown in FIG. 2, the operation unit 11 includes a first switch 67 for a length that serves as a start button used when a long pause is desired and a first switch 67 for a length that serves as a start button used when a short pause is desired. A second switch 69 is arranged in parallel.

The first switch 67 for the long length is provided with a length adjustment dial 67a for setting the lateral length and a number of number control dials 67b for setting multiple sheets.

The second switch 69 for the short length is provided with a length adjustment dial 69a for setting the side length and a number of number control dials 69b for setting multiple sheets.

Accordingly, for example, the length is set to 30 cm by the length adjustment dial 67a of the first switch 67 for the long length, and the length is set to 30 cm by the length adjustment dial 69a of the second switch 69 for the short length. If you preset each to half 15 cm, you can select the first switch 67 for long length or the second switch 69 for short length when you use it, so that you can easily and quickly get the desired length of tissue. do.

In this case, it is necessary to set in advance with the multiple number of number setting dials 67b and 69b to increase or shorten the number of sheets.

In addition, even when the first and second switches 67 and 69 for long and short lengths are selected and used, it is also possible to set the desired length by the length setting dials 67a and 69a0.

The control unit 59, based on input signals from the first and second switches 67 and 69 and the length setting dials 67a and 69a and the number of copies setting dials 67b and 69b described above, drives the drive motor ( 37) to forward or reverse rotation, or to control the operation time. Accordingly, the first and second delivery systems a and b are switched between an operating state and a non-actuating state, and at the same time, the same amount of tissue roll 31 can be continuously obtained.

Furthermore, the operating time during forward rotation of the drive motor 37 is the final detected value by the slit detection sensor 71 counting the number of slits S installed on the transfer roller 33b as shown in FIG. ), the operation is stopped. In addition, as shown in FIG. 10, the start of reverse rotation is detected by the eccentric cam detection sensor 73 that detects the eccentric cam 47 in the solid line, when the solid line, broken line, and solid line complete one turn. When a signal is input to the controller 59, operation is stopped.

The retaining means 65 is provided in the previously described movable case 17b, and is of a protruding needle type in which the upper end of the cut tissue paper 31a is pierced and held by the protruding needle 75.

The protruding needle 75 can be rotated by the rotating shaft 77 from an almost horizontal holding position to a discharging position rotated downward and downward at the holding position when the cutting paper is pulled down, and a plurality of horizontally. are placed When the protruding needle 75 is in an almost horizontal position, the tissue roll 31 discharged by the aforementioned tissue paper discharge surface 45 is cut and inserted at the same time, so that the upper end of the cut tissue paper 31-1 is maintained. do. In addition, when the projection needle 75 rotates downward and is in the discharge position, the cut paper 31-1 is smoothly ejected from the projection needle 75 described above without difficulty.

The protruding needle 75 has a rest stopper 80 that slightly retracts against the bias spring 79 by the action of the rolled tissue paper 31, while the protruding needle 75 stabs the rolled tissue paper 31 In, the protruding needle insertion hole 81 is installed on the toilet paper discharge surface 45 described above.

The retaining means 65 is of a needle prick type in this embodiment, but may be of a fitting type as shown in Figs. 11 to 13.

Specifically, the toilet paper extruding member 43 is provided with an entrance portion 83a smaller than the width of the toilet paper 31 in a size passing through the central portion, and both left and right ends are fitted into both sides and fixed to both sides in a concave shape. It consists of a moving part 83 and a movable part 85 of almost the same width in contact with the part 83 fixed on both sides, and the movable part 85 is always fixed on both sides by a bias spring 87. It has a structure facing the part 83 to do.

Therefore, after the tissue paper roll 31 is pushed beyond the exit inlet 83a of the portion 83 fixed on both sides by the tissue paper extruding face 45, only the tissue paper extruding member 43 moves backward to cut the cut Both ends of the tissue paper 31a contact and leave the parts 83 fixed on both sides, and are kept attached by the movable part 85 at the same time.

Next, a means for discharging an appropriate amount from the tissue roll 31 installed on the tissue roll holder 1 will be described. First, the movable case 17b serving as the front part of the device main body 7 is rotated in the forward direction so that the paper roll insert 29 is wide open. Next, after discharging a predetermined amount of the toilet paper end portion 31a of the toilet paper 31, the movable case 17b is closed while the toilet paper 31 is easily inserted into the toilet paper insertion port 29 with one hand. It becomes possible to insert This work is carried out by the family at home and by the manager at facilities such as hospitals and department stores. Of course, if you do it yourself, you do it yourself.

Next, the first and second switches 67 and 69 are selected and inputted to the control unit 59 according to the long pause or the short pause to be used. The control unit 59 controls the operation of the transmission means 33 and the cutting means 39 for a predetermined period of time based on the input signal. In this case, since rotational power from the drive motor 37 is transmitted to the transmission means 33 and the cutting means 39 through the first transmission system (a) and the second transmission system (b), the drive motor 37 You can end up with one.

After completion of the transfer by the conveying means 33, the tissue paper extruding member 43 advances, and the tissue paper 31 pushed out by the tissue paper extruding surface 45 is cut by the cutter 41. At the same time, the cut tissue paper 31-1 is held by being embedded in the protruding needle 75. Hereinafter, it is maintained in an overlapped state like (31-2, 31-3) corresponding to several sheets.

Accordingly, the cutting papers 31-1, 31-2, and 31-3 held by the protruding needles 75 are taken out downward with one hand as shown in FIG. 2, 31-3), it rotates to the discharge position and smoothly falls out of the protruding needle 75 described above, and as a result, it can be easily extracted. At this time, there is no need to pull out more than necessary tissue rolls, and paper waste is eliminated. In addition, it is also very desirable from the point of view of saving resources.

Furthermore, the device main body 7 has an independent structure in a different form from the roll tissue holder 1, but it is also possible to have a unit structure integrated with the roll tissue holder 1.

In the case of this embodiment, it is effective when a new tissue roll holder 1 is desired or when newly installed during new construction, and the construction surface or appearance is very excellent.

14 to 27 show the second embodiment.

14 shows the outline of the device 89 for discharging an appropriate amount of tissue paper roll 31 installed on the bottom surface 3a of the existing toilet roll holder 1.

The main body case 93 of the device main body 91 is composed of a fixed case 95 serving as the rear portion and a movable case 97 serving as the front portion, and is formed in the shape of a long box vertically.

The movable case 97, as shown in FIG. 15, releases the coupling of the coupling hook 99, using the lower hinge 101 as a fulcrum, as shown in FIG. 14, until it touches the arrow and the bottom surface 3a in the forward direction. rotation is possible. The front surface of the movable case 97 is a control unit 103, and the lower space therein is a tissue accommodating portion 105 for accommodating the cut tissue paper 31-1 in a vertical state as it is.

The fixing case 91 has a back surface as the mounting surface 107, and in this embodiment, it is a mounting type using a double-sided tape, but a type fixing with a set screw is also possible.

As shown in FIG. 15, the coupling hook 99 has a structure in which the hook portion 99a of the coupling hook 99 installed on the movable case 97 side engages and engages with the lock shaft 109 installed on the fixed case 95 side. is made.

The coupling hook 99 always engages in a counterclockwise direction due to the bias spring 111, that is, engages with the lock lever shaft 109 and pushes the operating lever 113 against the bias spring 111. By applying pressure (Fig. 15), a disengaged state indicated by a dashed line can be obtained.

An upper portion of the main body 91 of the device is provided with a paper roll insert 115.

The tissue roll insertion port 115 is formed in a horizontal rectangle wider than the width of the tissue roll 31, and opens wide when the movable case 97 is rotated forward.

Therefore, the toilet paper end portion 31a sent downward from the toilet paper 31 closes the movable case 97, and is easily attached to the delivery means 117 as shown in FIG. 16 through the toilet paper insertion port 115. It is designed to be inserted.

As shown in FIG. 22, the delivery means 117 is formed by a compression roller 119 and a delivery roller 121 for attaching the tissue roll 31 from the front and back in the tissue roll insertion port 115 described above, each While the rollers 119 and 121 are rotated, embossing of irregularities on the surface of the tissue paper roll 31 is performed, and the tissue paper is conveyed toward the tissue receiving portion 105 in the downward direction described above.

On the surface of the compression roller 119 and the delivery roller 121, a concave-convex portion for making embossing is installed as shown in the drawing, and the compression adjustment dial 123 is rotated to press the compression roller through the arm 125 that presses with force Pressing adjustment of pressing the 119 to the conveying roller 121 is possible.

The crimping adjustment can be adjusted from the maximum crimping time to 0. When the compression adjustment is 0, that is, when transferring as it is without embossing, the concave and convex rubber roller parts 127 and 129 installed at both ends of the compression roller 119 and the transfer roller 121, respectively, are in contact While rotating, it is possible to transfer the toilet paper 31 .

The rubber roller portion 127 of the concave portion and the rubber roller 129 of the convex portion produce a concave state on both sides of the paper roll 31 . This concave state has a function of securing lateral rigidity to prevent bending of the roll of tissue paper 31 that has no strength to hold.

Inside of the compression roller 119 and the transfer roller 121, the forward compression roller 119 is on the side of the movable case 97, which is the front of the device body 97, and the rear transfer roller 121 is the device body. Rotation becomes possible on the side of the fixing case 95 which becomes the rear side of (91), respectively. When the movable case 97 rotates forward, the forward compression roller 119 greatly moves backward from the rear conveying roller 121 at the same time as the roll paper insertion hole 115 opens, The insertion device operation directed between the portion 31a, the compression roller 119 and the conveying roller 121 is made convenient.

Since the transmission roller 121 in the rear direction is a driving roller, and rotational power is directly transmitted from the first driving motor 131, it rotates counterclockwise toward the cutting means 133 in the downward direction. 31) is intended to be delivered.

The cutting means 133 consists of a cutter 135, a paper extruding member 137, and a concave cutter portion 139, and is a cutting cutter using a cutter blade. The cutting cutter pushes the cutter 135 together with the paper roll 31 by the paper extruding member 137, forcing the blade of the cutter 135 from the back of the paper roll 31 into the concave cutter portion 139. By inserting it into, it is possible to cut the toilet roll 31.

The concave cutter portion 139 is located on the upper side of the portion supported on both sides of the tissue storage portion 105, which is the movable case 97 side, and the paper extruding member 137 and the cutter 135 are on the fixed case 95 side. are installed on each.

The cutter 135 is integrally installed on the upper end of the paper extruding member 137 at a position facing the concave cutter portion 139 described above, so that an installation member dedicated to the cutter can be omitted.

The paper extruding member 137 has a front surface of the paper extruding surface 141 vertically, and is capable of moving forward and backward due to a link mechanism formed in an X shape by the first link 143 and the second link 145. is supported

As shown in FIGS. 23 to 26, the extruded paper surface 141 is made of a plastic film that can be deformed, and is deformed when passing through an open portion 149 in the center of a fixed support 147 described later. it is possible to do

Inside of the first and second links 143 and 145 constituting the link mechanism, one side of the first link 143 supports rotation on the side of the rest extruding member 137 and the other side on the side of the fixed case 95, respectively. it does In addition, one side of the second link 145 supports rotation on the side of the rest extruding member 137 and the other side on the side of the fixed case 95, respectively, so that the upper and lower first and second eccentric cams 149 and 150 And, due to the bias spring 151, forward and backward movement of the rest extruding member 137 is possible.

The bias spring 151 is made of a coil spring, and one stage is caught on the back of the fixed case 95, and the other stage is caught on the rest extrusion member 137, respectively, and is rested by the spring pressure of the bias spring 151. Force is always applied to the stand-by position (Fig. 16) where the extrusion member 137 is moved backward.

The first and second eccentric cams 149 and 150 obtain rotational power for forward rotation and reverse rotation from the second drive motor 153, and are capable of eccentric rotation around the camshafts 149a and 150a.

The first eccentric cam 149 on the inside and upper side of the first and second eccentric cams 149 and 150 further cuts the upper end of the inner cutting paper 31-1 of the paper holding portion 105, which will be described later. It is intended for extrusion of the upper end pushing towards the toilet paper outlet 155.

The second eccentric cam 150 on the lower side is used to extrude the cut tissue paper 31-1 into the paper container 105.

The first and second eccentric cams 149 and 150 are provided with a ratchet 161 and a ratchet 163 consisting of a ratchet gear 157 and a ratchet rake 159 engaged in only one direction, respectively.

16 to 21 show the relationship between the movement of the first and second eccentric cams 149 and 150 and the one-way ratchet 161 and 163.

That is, the one-way ratchet 161, 163 of the first eccentric cams 149 and 150 rotates eccentrically, as shown in FIGS. 20 and 21, By pressing the extrusion plate 165 for discharge, the upper end of the cut paper 31-1 is extruded toward the cut paper outlet 155.

The ratchet 169 in one direction of the second eccentric cam 150 is engaged only during forward rotation (arrow), and the second eccentric cam 150 rotates eccentrically as shown in FIGS. 18 and 19, and the paper extrusion member (137) is designed to push toward the tissue receptacle (105).

The first and second drive motors 131 and 153 are powered by DC power sources from batteries housed in the fixed case 95 side. In this case, it is possible to replace the AC adapter with a battery and use a commercially available AC battery.

The operation time of the first and second drive motors 131 and 153 is controlled based on the signal from the control unit 167 by inputting a signal from the control unit 103 described above to the control unit 167. there is.

As shown in FIG. 27, the control unit 103 has first, second, third, and fourth switches (S-1, S-2, S-3 and S-4), a dial 171 for distributing multiple sheets, a flushing sound, and a switch 173 are provided, respectively.

Accordingly, when each switch (S-1, S-2, S-3, S-4) is selected, when several copies are set by the dial 171, the signal is input to the control unit 167, Based on the input signal, the control unit 167 functions to control the first and second driving motors 131 and 153 so that they can rotate forward or reverse for a set time.

In this case, when the first drive motor 131 is operated by a signal from the position sensor 175 prior to the above-described operation, the roll rest end portion 31a is cut, as shown in FIG. The upper part of the part 139 is to be preferentially positioned.

In this way, since the start position of the roll end portion 31a is always the same, a predetermined number of cut tissues 31-1 of the set size can be secured within the tissue storage portion 105 accurately. When the number of sheets is set, the automatic switch 175 installed on the side of the dial 171 turns it on, and the pair of light sensors 177 facing each other installed on the delivery means 117 removes the tissue roll 31. It is a custom switch that measures the thickness and the amount of light transmission and automatically sets how many layers should be overlapped based on the measurement result.

Furthermore, when the switch 173 is pressed, a sound similar to the flush sound is emitted from the speaker 179 installed in the fixed case 95 for a predetermined period of time.

On the other hand, the paper storage unit 105 installed on the side of the movable case 97 has a paper cut outlet 155 and a paper cut support 181. The cutting tissue outlet 155 is installed on the front upper portion of the movable case 97, and passes through the cutting tissue outlet 155 so that the cutting tissue 33-1 can be easily taken out to the outside.

As shown in FIGS. 23 to 26, the cut paper support 181 has a size when the paper extruding member 137 passes through, and has a discharge part 149 smaller than the width of the paper roll 31, and both left and right ends are fixed. It consists of a fixed support 147 of the convex shape described above, which becomes a surface, and a movable support 183 of substantially the same width that is in contact with each other with respect to the fixed support 147. The movable support body 183 always faces the fixed support body 147 by the bias spring 185, is compressed by the rest extrusion member 137 and moves backward (FIG. 24), and moves forward when the compression is released (FIG. 26). ) and has a structure in contact with the fixed support 147.

Accordingly, after extruding the paper roll 31 cut by the cutter 135 beyond the exporting portion 149 of the fixed support 147 by the paper extruding surface 141, when the paper extruding member 137 is moved backward , The cutting paper 31-1 advances by following the backward movement of the paper extruding member 137 by the movable support 183, and both ends of the cutting paper 31-1 are supported by the fixed support 147 (both sides). ) and released, it is maintained in a vertical state attached by the movable support 183 at the same time. Hereinafter, by repeating the above-described operation, it is possible to obtain the supported state of the cut rests 31-1 and 31-2 of overlapping two or three sheets.

Next, in order to obtain an appropriate amount from the tissue roll 31 installed on the tissue roll hanger 1, first, the movable case 97, which is the front part of the device body 91, is rotated in the forward direction so that the tissue roll insertion port 115 ) opens wide. Next, by taking out an appropriate amount of the roll tissue end portion 31a of the roll tissue 31 and then closing the movable case 97, the roll tissue end portion 31a is simple with one hand at the tissue roll insert 115, It becomes possible to install comfortably. This work is carried out by the family at home or by the manager at a facility such as a hospital or department store. Of course, if you do it yourself, you do it yourself.

Next, after setting the number of sheets with a dial, when each switch S-1, S-2, S-3 is selected and turned ON, the signal is input to the controller 167. The control unit 167 controls the operation of the transmission means 117 and the paper extruding member 137 based on the input signal.

In this case, when the paper extruding member 137 advances after completion of the delivery by the conveying means 117, the paper roll 31 pushed out by the paper extruding surface 141 is directed toward the inside of the concave blade portion 139 of the cutter. At the same time as being cut by the blade of 135, it is maintained in a good looking vertical state by the cutting rest support part 181 of the rest accommodating part 105.

Accordingly, the cut tissue paper 31-1 held in the tissue container 105 can be easily taken out with one hand from the cut tissue outlet 155.

At this time, there is no need to take out the roll of toilet paper 31 more than necessary, and waste of paper is eliminated. In addition, it is also improved in terms of resource saving.

Moreover, the device main body 91 has an independent structure in a different form from the tissue roll holder 1, but it is also possible to have a unit structure integral with the roll tissue holder 1.

In the case of this embodiment, it is effective when you want to renew the tissue roll holder 1 or when you want to newly attach it at the time of new construction, and the construction surface or appearance is very excellent.

28 to 33 show another embodiment of the cutting means 39 for cutting the roll of toilet paper 31 into a predetermined length.

Furthermore, the same members as those described in the first and second embodiments are described with the same symbols.

That is, this cutting means 39 is an electric heat cutter that immediately cuts the paper roll 31 with heat when it comes into contact with the electric heating wire 187 that is heated. The electric heating wire 187 is positioned below the transfer rollers 33a and 33b, is disposed along the horizontal grain of the toilet paper roll 31, and has a shape longer than the roll width of the toilet paper roll 31 described above.

The electric heating wire 187 is composed of a nichrome wire 188 and a ceramic 189, and the front end of the ceramic 189 is preferably formed in a V-shaped cross section as shown in FIG. Both ends of the nichrome wire 188 are connected to the battery 15 as power through a conductive wire 191 electrically connected as shown in FIGS. 29 and 30 . The power supply circuit 193 is equipped with a thermal fuse 195 that shuts off the circuit when an abnormal current flows, and is controlled and managed by ON/EOFF by the control unit 197.

The control unit 197 rotates the drive motor 37 forward, based on input signals from the first and second switches 67 and 69 and the length setting dials 67a and 69b of the operation unit 11 described above. Alternatively, it is functional to switch to reverse rotation and control the operation time. In addition, based on the input signal, the electric heating wire 187 described above is used as electric heat and has a function of switching to a standby state from OFF after a certain period of time. A connection region connecting the electric heating wire 187 and the conductive wire 191 is disposed within the holding member 199 made of a heat-resistant material.

Furthermore, the holding member 199 is fixedly supported by the mounting bracket 205 installed on the side of the movable case 17b described above.

The electric heating wire 187 is located within the protective device 209 of the protective cover 207 made of heat-resistant material, and a protected state is ensured.

Both ends 207a of the protective cover 207 are supported by the above-described mounting bracket 205 within the range of the long hole 211 to be able to move back and forth, and always forward by the bias spring 213. heading is possible. At this time, the electric heating wire 187 is directed to the inside of the protective equipment 209 described above and is positioned at a protective position (solid line in Fig. 29). When the protective cover 207 in the protective position is compressed by the rolled toilet paper extruding member 215, it moves backward against the spring 213 described above, and the electric heating wire 187 described above is exposed, (31) and contact is possible. Its front surface is made of a pressing surface 217 that pushes the tissue roll 31 described above.

Furthermore, the actuating means for advancing and retracting the roll paper extruding member 215 may be of the cam device type using an eccentric cam described above in the first embodiment. Alternatively, a link device type using a link described in the second actual form may be used. Description is omitted here.

On the compression surface 217 of the tissue paper extruding member 215, the aforementioned electric heating wire 187 exposed when the protective cover 207 described above is compressed, such as the tissue paper roll 31 described above, is received. It has a concave cutter portion 219.

As shown in FIG. 31, the concave cutter portion 219 is thin and flexible as shown in FIG. As a result of the action of pressing the tissue roll 31 up and down with the above-described protective cover 207 with the electric heating wire 187 in between, in the concave cutter part 219 described above, an action of extending like an arrow occurs. On the other hand, as shown in Fig. 33, after cutting, it shrinks immediately and quickly separates from the electric heating wire 187, so that no pressed mark is formed on the cut surface of the paper. This has been proven by experiments on prototypes.

Further, in FIG. 28, 221 denotes a protruding needle insertion hole 221 into which a protruding needle 75 holding the cut rest 31-1 is inserted. Since this protruding needle insertion hole 221 and the protruding acupuncture needle 75 described above are the same as those of the first embodiment described above, the same symbols are indicated and detailed descriptions are omitted.

Accordingly, according to the electric thermal cutter of this embodiment, it becomes possible to instantly cut the tissue roll 31 which is thin and has no elasticity with heat.

In addition, the generation of cutting debris is small, and it is good for maintenance and management aspects such as cleaning.

34 to 36 show a third embodiment in which the liquid ejection device 223 and the mounting support member 225 are installed in the main body 7 of the first embodiment.

As shown in FIG. 34, the liquid ejection device 223 includes a spray nozzle opening 227 installed on a paper extruding member 215, and a driving unit such as a pump connected through the spray nozzle opening 227 and a pipe 229. 231 and a liquid tank 233 containing liquid.

Accordingly, with the movement of the drive unit 231 described above, the liquid in the liquid tank 233 is sprayed from the spray nozzle opening 227 toward the paper roll 31, so that the liquid in the liquid tank 233 is rolled. It is designed to deliver an appropriate amount of moisture to the resting surface of the toilet paper 31. As a result, it is possible to improve the usability and enhance the wiping effect.

As the liquid to be used, there are water, cleaning liquid, and the like, and in the case of using the cleaning liquid, a sterilization effect of the used part can be obtained.

On the other hand, the installation support member 225 is a rod-shaped member that connects the side portion 225a extending upward from both sides of the movable case 17a described above and the side portion 225a. Consisting of a horizontal part (225b), the side part (225a) can adjust the height of the support member (225) installed by selecting the adjustment holes (T-1, T-2, T-3) installed in the device body (7). It is becoming possible.

The horizontal portion 225b has adhesive-type adhesive holding tools 235 attached to the top of the tissue roll holder 1 described above on its left and right sides.

Accordingly, by attaching the adhesive holding tool 235 of the installation support member 225 to the upper rear portion of the roll tissue holder 1, the device main body 7 is supported at both ends to ensure a supported state. In this case, it is preferable to combine with an adhesive means using a double-sided tape 237 on the back of the main body 7 of the device. This ensures a stronger fixation state.

Furthermore, although this series of devices has been described in a bathroom, it is also possible to install and use them in other places. For example, by installing it in a kitchen or the like, it is possible to quickly take out an appropriate amount of rolls of paper towels or paper napkins.

As described below, according to claim 1 of the present invention, since it is possible to protect the required number of cut tissues cut to a required length from a roll of tissue paper previously installed on a roll of tissue hanger by a protruding needle, the cut tissue paper with one hand. It is possible to pull out the required number of tissues without difficulty by pulling it downward. As a result, there is no need to pull out the toilet paper more than necessary, and the waste of the toilet paper is eliminated.

In addition, according to claim 2 of the present invention, it is possible to quickly and accurately cut a thin tissue roll without elasticity with an electric thermal cutter.

Further, according to claim 3 of the present invention, it is possible to continuously cut reliably over a long period of time due to the cutting cutter cutting with the cutter knife.

In addition, according to claim 4 of the present invention, by rotating the movable case described above in the forward direction, it is possible to open the tissue roll insertion hole widely, so that the insertion device operation of the end portion of the tissue roll is repeatedly performed conveniently in the tissue roll. it is possible In addition, since the front surface of the fixed case is wide open, maintenance and management operations can be conveniently performed.

In addition, according to claim 5 of the present invention, it is possible to cut the cut paper to a predetermined length due to the advancement of the paper extruding member to which the cutter is mounted and simultaneously accommodate the required number of cut paper sheets in the paper storage portion in a vertical state. , and can be easily pulled out with one hand.

As a result, pulling out the tissue roll more than necessary is reduced, waste of the tissue roll is eliminated, and at the same time, since it is accommodated in the tissue storage portion, the appearance of the outer box is improved.

In addition, since the installation member dedicated to the cutter becomes unnecessary, it is very good in terms of reducing the number of parts and cost.

In addition, according to claim 6 of the present invention, due to the left and right installation support members, it is possible to obtain a safe support state in which both ends are supported by attaching the left and right installation support members to the already installed tissue roll hanger, and to conveniently install it possible.

In addition, according to claim 7 of the present invention, since it has a unit structure integrated with the toilet roll hanger, it is very good in terms of installing or constructing a new one and appearance.

In addition, according to claim 8 of the present invention, it is possible to apply an appropriate amount of moisture to the toilet paper roll by the liquid spray device, so that the feeling of use and the effect of wiping well can be improved. In particular, if the liquid is used as a cleaning liquid, a sterilizing effect can be obtained in the area of use.

The present invention can be used for a device for dispensing an appropriate amount of toilet paper.

1: Tissue roll holder
7: device body
9: power supply
11: Control panel
17: body case
17a: fixed case
17b: movable case
29: tissue roll insertion hole
31: roll of toilet paper
31a: roll tissue end
31-1: cutting paper
33: transmission means
35: lower opening
37: drive motor
39 cutting means
47: eccentric cam
59: control unit
65: holding means
105: toilet paper accommodating unit
135: cutter
137: paper extrusion member
155: cutting paper outlet
187: heating wire
207: protective cover
223: liquid ejection device
225: installation support member

Claims (8)

An insertion hole through which a tissue from a tissue roll is inserted over an end portion of a device body capable of being attached to a wall;
a conveying means for sending the tissue paper entered through the insertion hole to the lower opening of the main body of the device in a predetermined amount;
Cutting means for cutting the tissue paper pushed out when the transfer by the conveying means is completed;
Means for holding at least one upper limiting material at the upper end of the paper cut by the cutting means;
Equipped with a control unit for controlling the operation time of at least the transmission means and the cutting means based on the input signal;
The holding means is a protruding needle that rotates a predetermined amount downward from a holding position for cutting and holding the cut tissue roll to a discharge position. The device for dispensing an appropriate amount of tissue paper according to claim 1, wherein the cutting unit is an electric thermal cutter that cuts the tissue roll with heat when contacted. The apparatus of claim 1, wherein the cutting means is a cutting cutter that cuts the tissue roll with a cutter knife upon contact. The apparatus of claim 1, wherein the main body case of the terminal body is composed of a fixed case at the rear and a movable case at the front, and when the movable case rotates forward, the insertion port for the roll of tissue paper opens wide. An insertion hole through which a tissue from a tissue roll is inserted over an end portion of a device body capable of being attached to a wall;
a conveying means for sending the tissue paper entered through the insertion hole to the lower opening of the main body of the device in a predetermined amount;
When the cutter for cutting the roll of tissue paper is installed and moves forward, the paper tissue discharge member that advances and retreats to push the long cut paper tissue cut by the cutter into the tissue paper accommodating part capable of accommodating several sheets of paper tissue as it is, and an input signal Equipped with a control unit for controlling the operating time of the above-described discharging means, cutter, and member for discharging tissue paper based on,
The roll of toilet paper proper amount discharge device, characterized in that the toilet paper accommodating part has a paper outlet cut on the upper front part. [Claim 6] The apparatus for dispensing an appropriate amount of toilet paper according to claim 1 or 5, wherein the main body of the apparatus has support members mounted on both left and right sides of the toilet paper hanger. [Claim 6] The apparatus for dispensing an appropriate amount of toilet paper according to claim 1 or 5, wherein the body of the apparatus is made of an integrated structure with the toilet paper hanger. 6. The apparatus for dispensing an appropriate amount of rolled tissue paper according to claim 1 or 5, wherein the main body of the apparatus is equipped with a liquid ejection device for ejecting liquid onto the surface of the tissue sent downward by the conveying means.

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