KR100903129B1 - Steam wiping device, its rest device, and steam wiping system comprising them - Google Patents

Abstract

Steam hanger according to the present invention and the steam hanger device consisting of a cradle thereof, the steam hanger to inject steam to the bottom surface and the tissue roll cloth to pass, and the steam hanger in the state where the steam hanger is placed It consists of a cradle that can supply water and power, so that it can be preheated and automatically supplied with water and electricity when it is mounted. When using, the steam hang cycle can be separated from the cradle and used to carry a restaurant's dining table and office desk. It is possible to clean easily, and in particular, since it is configured to generate steam for a fast and sufficient time while using a charged battery as a power source, the cleaning efficiency and convenience are greatly improved.

Restaurant, Table, Dishcloth, Steam, Roll Tissue

Description

Steam wiping device, its rest device, and steam wiping system comprising them

The present invention relates to a steam dishcloth device that can easily clean a dining table, office desk, etc. of the restaurant while being carried, and is provided with a tissue roll dishcloth at the bottom of the steam is sprayed to easily clean the table or desk, etc. The present invention relates to a steam hang cycle, a cradle thereof, and a steam hanger including the same, which can be automatically charged with electricity and supplied with water.

In general, dish towels used for cleaning a dining table or an office desk of a restaurant are simply made of a mop, and are usually made of a stream of a certain size and used in a wet state.

However, such a mop-like cloth has a problem that must be sucked and used frequently, and also has a considerable problem in hygiene aspects such as breeding of various bacteria when not boiled or disinfected.

Disposable tissue-type dishcloths are widely used and used for such a problem. However, since high-temperature steam or the like is not supplied, there is a limit in cleaning a table or a desk more cleanly.

On the other hand, although a steam cleaner for cleaning a general indoor space has been widespread, such a steam cleaner is made to clean the floor of the indoor space, there is a problem that the size of the use as well as the mode of use for cleaning the table in a restaurant, etc. .

In other words, general steam cleaners use A / C power to generate steam, so they must have cumbersome wires, and it is difficult to generate steam quickly, and it is necessary to pour water directly to clean the table. May not be suitable. In addition, since the mop made of cloth is attached to the bottom of the steam generated, there is a problem that it is not suitable for cleaning the part that requires particularly hygienic cleanliness, such as a dining table.

The present invention has been made to solve the above problems, is configured to be carried by using a charged battery as a power source, steam hang cycle that can easily and easily clean the dining table or office desk, its cradle And it is an object to provide a steam dishcloth device consisting of these.

Another object of the present invention is to provide a steam hang cycle and a steam hanger capable of cleaning the cleaning area such as a table more cleanly by being configured to be cleaned while spraying high temperature steam.

In another aspect, the present invention, by providing a disposable roll cloth of the tissue structure is configured to enable continuous use, the other purpose to provide a steam hanger and steam dishwashing device that can be used by tearing off the used portion and easily replaced with a new dishcloth have.

In addition, an object of the present invention is to provide a steam hanger cradle and a steam dishwasher so that the water and electricity can be automatically supplied when placed through the steam hang cycle, so that the use can be made more convenient.

In addition, the present invention is configured to be filled in the state in which the steam hang cycle is mounted on the cradle as well as configured to have a preheating function for steam generation, thereby prolonging the use time of the steam hang cycle and more conveniently with rapid steam generation. Another object is to provide a steam rinse cycle that can be used, a cradle thereof, and a steam rinsing device consisting thereof.

According to an aspect of the present invention, there is provided a steam dishwashing device, comprising: a steam hanger configured to be used continuously by mounting a roll cloth having a tissue structure, and to provide steam to the roll dishcloth; It is configured to be mounted separately from the steam hang cycle as needed, and when the steam hang cycle is mounted, the cradle is configured to supply at least one or more of water or electricity to the steam hang cycle.
Here, the cradle, at least one of the water provided in the steam generating unit or the steam generating unit of the steam hang cycle in the state where the steam hang cycle is mounted on the cradle so that steam can be generated quickly when using the steam hang cycle. It is preferable to have a preheating function of heating.

Next, the steam hang cycle according to the present invention for realizing the above object, the main frame having a spray plate in which steam is injected; A dish cloth mounting portion for fixing the roll cloth of the tissue structure to the other side of the body frame via the bottom surface of the spray plate in a state in which the roll cloth is rolled on one side of the body frame; A water reservoir provided in the main body frame; It is provided in the main body frame, characterized in that it comprises a steam generating unit for converting the water in the water reservoir into steam to supply out through the injection plate.

The dishcloth mounting portion includes a dishcloth roll mechanism positioned on one side of the main body frame and wound with a roll dishcloth, and a dishcloth fixing mechanism positioned on the other side of the main body frame to fix the roll dishcloth provided by the dishcloth roll mechanism to the main body frame. It is configured by.

The cloth roll roll mechanism is coupled to both sides of the roll body in which the roll cloth is wound and rotatably installed on the main body frame side, and coupled to at least one of the both side covers and wound around the roll body. And a roll elastic device for providing tension to the roll cloth when the roll cloth is released as it is released.

Here, the both side cover, the linkage assembly that opens or collects the side cover to both sides by the external force is configured to be connected, wherein the linkage assembly is provided on the body frame, the rear cover to cover the roll body When opening, it is preferable to be configured to open both side covers to both sides.

On the other hand, the steam hang cycle is preferably configured to include a rotation limiting mechanism for interlocking when the hanger fixing mechanism to fix the roll hanger to limit the rotation of the wash roll mechanism.

The cloth fixing mechanism is a fixing bar for fixing the end portion of the roll cloth to the main frame while being in close contact with or spaced from the other side of the main body frame, provided between the fixing bar and the main frame to provide an elastic force in the direction in which the fixing bar is in close contact with the main frame It is configured to include a fixed elastic member.

Here, the dish fixing mechanism may be configured to further include an operation lever which is provided in the main body frame so that the fixing bar is spaced apart from the main body frame.

In addition, the towel roll mechanism and the dish fixing mechanism may be configured to automatically operate the electric motor while providing a new roll dish on the bottom of the spray plate and to fix the roll dish to the main frame.

Next, the cradle of the steam hang cycle according to the present invention for realizing the above problem, is for mounting the steam hang cycle, the one side is formed in an open structure is made to insert the steam hang cycle to be seated And a water supply unit configured to supply water from the outside to supply water to the water reservoir of the steam hang cycle, and a power connection unit for supplying power to the steam hang cycle or inputting / outputting a control signal. .

The water supply unit includes a water tap for supplying water to the water reservoir of the steam hang cycle, and the cradle includes a water tap lift device for automatically elevating the water tap when the steam hang cycle is mounted or separated. It is preferred to be configured.

The steam hanger and its holder according to the present invention, the steam hanger made of them, provides an advantage that can be easily and simply cleaning the table, the office desk and the like of the restaurant.

In addition, since the steam dishwashing apparatus of the present invention is configured to be automatically supplied with electricity and water is supplied when mounted, it provides an advantage that can be used easily and easily while carrying the steam hang cycle.

In addition, since the steam hang cycle of the present invention is configured to be cleaned while spraying high-temperature steam, it provides an advantage that the cleaning area such as a table can be cleaned more cleanly and cleanly.

In addition, since the steam hang cycle of the present invention is configured to facilitate the continuous roll towel having a tissue structure, it provides an advantage that can be easily replaced with a new towel.

In addition, the cradle of the steam hang cycle and the steam hanger of the present invention is configured to be charged in a state in which the steam hang cycle mounted on the cradle, and preheating or instant heating function for steam generation in a state where the steam hang cycle is placed in the cradle Since it is configured to have a long time to use the steam hang cycle, and also provides an advantage that can be used more conveniently by rapid steam generation.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing a state in which the steam hang cycle according to the present invention is mounted on the cradle.

As shown, the steam row cycle 10 according to the present invention is configured to be supplied with water while charging electricity for steam generation while being stored in a cradle 100 when not in use. In FIG. 1, reference numeral B denotes a water bottle for supplying water to the holder 100, V denotes a hose valve for supplying water to the holder 100 from tap water, etc., J denotes an external power cord into which power is introduced. Indicates.

With reference to the accompanying drawings for the structure of the steam hang cycle 10 and the cradle 100 according to the present invention as described in more detail as follows.

2 to 30 are views for explaining the structure of the steam row cycle (10) (10A), Figures 31 to 37 are views for explaining the structure of the holder (100) (100A).

 First, various embodiments of the steam row cycle 10 (10A) according to the present invention will be described with reference to FIGS.

2 is an external perspective view of the steam hang cycle 10 seen from above, and FIG. 3 is an external perspective view of the steam hang cycle 10 seen from below.

2 and 3, the outside of the steam hang cycle 10 (hereinafter referred to as a hang cycle) includes a water reservoir 20 formed on the upper front, a handle 13 behind the water reservoir 20, and a hang cycle 10. The main body is installed at the rear and supports the towel roll mechanism 50 to which the roll towel 70 is mounted, and the water reservoir 20 and the handle 13 from the bottom, and the towel roll mechanism 50 is installed. It consists of the frame 15 and the cloth fixing mechanism 60 which fixes the said roll cloth 70 to the front part of the main body frame 15. As shown in FIG.

The roll cloth 70 is enclosed at the bottom of the hang cycle 10, which is provided from the roll roll mechanism 50 and passes over the bottom of the hang cycle 10 so as to pass the hanger fixing mechanism 60 in front of the hang cycle 10. It is fixedly mounted on.

An internal structure of the row cycle 10 will be described with reference to FIG. 4.

4 is a cross-sectional view showing the internal structure of the row cycle, Figure 5 is a projection view showing the internal structure of the water reservoir.

First, the detailed structure of the water reservoir 20 formed on the front of the row cycle 10 will be described.

One side of the water reservoir 20 is provided with a water supply unit 21 and the steam outlet 210 through which the water is introduced through the cradle 100, etc., and a steam chamber 45 to be described later below the water reservoir 20. ), A water regulator 26, a water supply pipe 27, and the like that supply water to the water.

The water regulator 26 is an automatic valve mechanism for controlling the amount of water supplied from the water reservoir 20 to the steam chamber 45, it is possible to force the water supply by configuring a small pump, natural inflow It is also possible. Or a mixed approach is possible.

In the water reservoir 20, it is preferable that the water level sensor 240, the water heater 220, and the water temperature sensor 230 are provided.

First, the water level sensor 240 is a device for detecting the amount of water stored in the water reservoir (20). Referring to FIG. 5, the water level sensor 240 has a high water level terminal 241 at an upper portion of the water reservoir 20, a low water level terminal 242 at a lower portion thereof, and a common terminal 243 under the low water level terminal 242. Is installed, and detects the high water level whether or not the current flows between the low water level terminal 241 and the common terminal 243, and detects the low water level whether the current flows between the low water level terminal 242 and the common terminal 243. I show an example.

Depending on the implementation conditions, it is not necessarily limited to the above embodiments, and may be configured by adopting a water level sensor of various methods.

Next, the water heater 220 is a device for preheating or heating the water in the water reservoir 20 according to the operation of the switch, and is composed of a hot coil or a hot plate.

Next, the water temperature sensor 230 detects the water temperature of the water reservoir 20 and transmits this detection signal to the control circuit unit 30 to be described later, to continue to preheat or heat the water heater 220. In other words, it is a device to determine whether to maintain only a certain temperature.

6 is an exploded perspective view illustrating the water supply part 21 provided in the water reservoir 20.

The water supply unit 21 is preferably configured to receive water from the holder 100 while being automatically opened when mounting the row cycle 10 to the holder 100, which will be described in detail.

The water supply unit 21 is exposed to the upper portion of the water reservoir 20 and coupled to the water inlet 22 having a hole 22a formed at the center thereof, and is coupled to the lower portion of the water inlet 22 with a screw or the like. 20 is provided between the water outlet (25) and the water outlet 22 and the water outlet 25 through which the water flows out, the water tap of the cradle 100 is lowered when the hang cycle 10 is seated on the cradle 100 The pressing stopper 23 configured to open the hole 22a of the water inlet 22 while being pressed by the 160, and the pressing stopper 23 rises when the row cycle 10 is separated from the holder 100. It is made of an elastic member 24 for providing an elastic force to the pressing stopper 23 to block the hole (22a) of the inlet (22).

In addition, the pressing stopper 23 is formed to have a step diameter smaller than the upper portion 23a than the lower portion 23b. When the pressing stopper 23 is pressed down on the upper portion of the outlet port 25, A plurality of water outlet holes 25a are opened by the opening.

As the water supply unit 21 is configured as described above, when the row cycle 10 is placed on the holder 100, the tap spigot 23 of the holder 100 of the holder 100 of FIG. 34 is automatically lowered. As it is pressed, water introduced into the water supply unit 21 from the holder 100 is introduced into the water reservoir 20 through the outlet hole 25a of the outlet port 25 and stored.

The water supply unit 21 is screwed to the water reservoir 20, if necessary, open the water supply unit 20 by hand, and may directly pour water into the water reservoir 20, the water inside It is desirable to be configured to be able to pull out.

In addition, the water supply unit 21 is installed vertically on the water reservoir 20, it is preferable to be coupled vertically with the outlet tap 160 of the cradle 100 to descend vertically, depending on the implementation conditions horizontal It can also be installed and combined in a diagonal configuration.

7A and 7B are views illustrating the steam outlet 210.

When the steam outlet 210 is steamed excessively, whether normal or abnormal during the preheating or heating process, and the pressure inside the water reservoir 20 exceeds a certain level, the steam outlet 210 is normally closed by the elastic member 214. The valve 215 is pushed by the steam pressure to open automatically to discharge the steam, so that the steam pressure inside the water reservoir 20 is maintained below a certain level.

Here, the path through which the steam pressure is discharged is formed between the inlet 211 through which the valve 215 is opened and closed between the discharge case 212 having a double structure and the steam outlet 213 formed at the upper end thereof.

On the other hand, as described above, the inside of the water reservoir 20 is preferably configured to keep the internal temperature for a long time by the heat treatment. This is to prevent the preheated or heated water from cooling down easily, and to reduce the time and power consumption required to reheat. Depending on the implementation conditions, it may be possible to use a vacuum insulation method or finish the water reservoir 20 with a heat insulating material.

In addition, the water reservoir 20 is formed so that the upper portion can be separated and coupled to the lower portion and the structure of the screw, etc., may be configured to be opened to separate from the lower portion when the internal cleaning or repair is required.

The water reservoir 20 may be configured to be detachable from the body frame 15.

In the present embodiment, the water reservoir 20 is illustrated as a structure constituting the upper portion of the front of the row cycle 10, according to the embodiment conditions to form a cover on the upper portion of the front of the body frame 15, the water inside It is also possible to configure the reservoir 20 to be located.

Next, the substructure of the row cycle 10 will be described.

Referring to FIG. 4, a control circuit unit 30 is installed under the water reservoir 20 of the row cycle 10, and a steam chamber 45 and a chamber heater 41 under the control circuit unit 30. And a steam generator 40 including a temperature sensor 43 and the like.

First, the control circuit unit 30 is configured on a PCB substrate as in a general control mechanism, and receives a signal from each sensor or a signal according to the operation of a switch, and provides a row cycle 10 such as water supply, current, and temperature. And to control all control elements of the. In addition, the control circuit unit 116 (see FIG. 33) of the cradle 100 which will be described later may also exchange signals with the row cycle 10 and the cradle 100. The detailed function is described in detail as each device associated with the control circuit unit 30 is described, and thus detailed description thereof will be omitted.

The steam chamber 45 constituting the steam generator 40 is to vaporize the water introduced into the interior by the above-described water regulator 26, the chamber heating body made of a hot plate or a hot coil inside or outside 41 is provided. Depending on the implementation conditions, the steam chamber 45 itself may be formed of a hot plate, a heat pipe, or the like to serve as a heating element.

Here, the method or structure of heating the water can be used by selecting a variety of known steam generation method or structure, preferably can be used by adopting the structure of the high frequency induction heating method.

On the other hand, the steam chamber 45 is preferably provided with a temperature sensor 43 for sensing the temperature of the inside or outside. The operation switch 171 of the upper surface of the handle 13 to be described later, there is provided a generation step (STEAM) to operate the water regulator 26 described above to supply water to the steam chamber 45 to generate steam, If the user operated the operation switch 171 to this generation step and the temperature of the steam chamber 45 is not heated enough to generate steam, some of the water is not vaporized and leaks under the steam chamber 45. It will be. In order to prevent such leakage, the temperature sensor 43 senses the temperature of the steam chamber 45, so that the control circuit unit 30 until the steam chamber 45 is sufficiently heated, the steam chamber 45 It will perform the function of signal input to delay the water supply to the inside. In addition, when the steam chamber 45 reaches a predetermined temperature, a signal is input to the control circuit unit 30 such as to limit a current for heating the chamber heating body 41 such that the steam chamber 45 is maintained at the temperature without being overheated. It also functions.

4 and 9, the steam generated in the steam chamber 45 is discharged into the steam chamber 47 through the hole 45a formed in the steam chamber.

A spray plate 19 having a plurality of injection holes 19a is installed at the bottom of the row cycle 10 so that steam generated in the steam chamber 45 and discharged into the steam chamber 47 is injected. The spray plate 19 may be made of a metal plate or a synthetic resin plate that can withstand high temperatures sufficiently. However, it is more preferable that the configuration is made of a silicon material, or a metal plate or a synthetic resin plate and then finished with a silicon material thereon. Because, as shown in Figure 3, the lower surface of the injection plate 19, the tissue roll roll 70 provided in the dish roll mechanism 50 to extend to the front of the hang cycle 10 is enclosed In order for the roll cloth 70 wetted with steam to be in close contact with the spray plate 19 to clean the table or desk integrally, it is preferable that the bottom part of the hang cycle 10 is made of a silicon material having high adhesion. to be. Of course, if the roll cloth 70 can be in close contact with the bottom portion of the hang cycle 10, even if the silicon material can be configured.

According to the exemplary embodiment, the steam chamber 47 is not configured, and may be configured such that steam generated in the steam chamber 45 is directly injected into the spray plate 19.

On the other hand, the roll cloth 70 is a paper material thicker and tougher than a general toilet paper, it is also possible to use a material such as kitchen towels that are commonly used, and has a structure in which a fine thread or fiber is added to the paper material to have sufficient rigidity to moisture, etc. It is also possible to form a woven fabric or a nonwoven fabric or a cloth.

According to an embodiment of the present invention, the roll cloth 70 may be configured to have a plurality of holes or vents to allow steam to pass smoothly.

The roll dishcloth 70 is mounted on and used in a dishwasher mounting portion which can be fixed to the other side via the spray plate 19 at the bottom in a roll structure wound on one side of the hang cycle 10.

Next, a description will be given of the dish towel mounting portion which is an important component of the steam hang cycle according to the present invention.

The dishcloth mounting portion is configured to mount the roll dishcloth 70 in the wound state at the rear of the dishcloth, and to fix the end of the roll dishcloth released from the rolled roll dishcloth 70 at the front of the dishcloth. Part.

3 and 4, the dish cloth attaching unit is provided at the rear of the main frame 15 and the roll cloth 70 is wound around the roll cloth 70, and the roll cloth provided by the cloth roll mechanism 50. (70) It is composed of a cloth fixing mechanism (60) for fixing the end portion of the main body frame (15).

Such a dish mounting portion will be described below in largely two embodiments.

8 to 23 are views for explaining a dish mounting unit according to the first embodiment of the present invention, Figures 24 to 30 are views for explaining a dish mounting unit according to the second embodiment of the present invention.

Hereinafter, a first embodiment of the dishcloth mounting portion according to the present invention will be described.

First, the cloth roll mechanism 50 is demonstrated with reference to FIGS. 8-21.

12 and 14, the roll cover 50 includes a roll body 51 on which a roll hanger 70 is wound, and a side cover on which shafts are coupled to both shaft inserting portions 51a of the roll body. 52, 54, a roll elastic device 58 for providing tension to the roll cloth when the rolled roll cloth is released while being unwound, and a rear cover 17 which will be described later by being connected to both side covers 52, 54; According to the operation of the side cover (52, 54) is composed of a connecting ring assembly 500 to open or collect on both sides.

The linkage assembly 500 may include a rear cover 17 that opens and closes while covering the rear surface of the cloth roll mechanism 50, and the rear cover 17 being fitted to the shafts of the side covers 52 and 54. In contact with the connecting ring 510 and the rack gear 515 provided in the connecting ring 510 to pull at least one of the side cover (52,54) to rotate relative to push the other side cover Pinion gear set 520 and the coupling ring 510 is coupled to one side of the removable elastic member 530 to provide elasticity to close the side cover (52, 54) in the direction of the roll body (51).

Each configuration constituting such a cloth roll mechanism 50 will be described.

12, the shaft insertion part 51a is formed in the both sides of the said roll body 51. As shown in FIG. The side covers 52 and 54 are formed at both sides of the roll body 51 and are formed by protruding shaft parts 53 and 55 inserted into the shaft inserting part 51a of the roll body. 53 and 55, the connecting ring 510 (see FIG. 14) and the roll elastic device 58 are sequentially fitted to each other.

The outer surface of the roll body 51 is rounded so that the roll cloth 70 is wound. At least the shaft inserting portion 51a of the inner surface of the roll body 51 and portions of the shaft portions 53 and 55 of the side covers 52 and 54 inserted therein are equal to each other so as to restrain rotation in a mutually coupled state. It is formed in a square structure. Of course, in addition to the quadrangular structure, if the structure is mutually restrained, it may be formed in a polygonal structure such as a triangular or pentagon.

On the other hand, as shown in Figure 12, both shaft inserting portions (51a) of the roll body 51 is formed with a roll body faucet 51b of the protruding structure, the side cover both shafts (53, 55) is a roll body ( Even if it is spaced apart from the roll 51, the roll body 51 is not completely separated, and is caught by the roll body spigot 51b on both side portions 53 and 55 of the side cover. However, since at least one surface of the roll body faucet 51b is removed and formed in an open structure, the roll body 51 may be removed or inserted from the side cover both shaft parts 53 and 55 through the opening part 51c. It becomes possible. The shape of the opening part 51c of the roll body 51b also has a rounded outer surface on which the roll cloth is wound, and has a fan shape that narrows toward the shaft insertion part 51a of the polygonal structure, thereby facilitating the roll body 51. It is preferably configured to be fitted to the side cover shaft portion (53, 55).

The roll body 51 is preferably made of a single-use, like a rolled cloth rolled up by compressing a paper material or using a synthetic resin material.

The side covers 52 and 54 are preferably formed in a substantially circular wheel structure, and at least a portion of the side covers 52 and 54 may be rotated outside the row cycle 10 so as to be exposed to the outside. As shown in FIG. 8, in the part hidden inside, the tooth plate 56 which engages with the limit lever 65 of the fixing bar 62 mentioned later and restricts the rotation of the roll cloth 70 is formed. Here, the limit lever 65 and the tooth plate 56 constitute a rotation limiting mechanism of the present invention for limiting rotation of the cloth roll mechanism 50.

Although not shown, the ends of the side cover shafts 53 and 55 may be formed in a polygonal structure having a smaller outer diameter than the inner side thereof or a conical shape in which the ends are cut, thereby opening the roll body 51b. It can be configured to more easily enter and exit the (51c), and to be more easily coupled to the roll body shaft insertion portion (51a).

Referring to FIG. 14, the connecting ring 510 has a circular shaft insertion portion 511 formed at one side thereof, and is fitted to the side cover shaft portions 53 and 55 but is not rotated. Coupled with the removable elastic member 530, it is configured to be spaced apart from side to side while connecting the side cover shaft portion (53, 55) and the removable elastic member 530.

17 to 19, the link ring contact portion 513 is formed at one side thereof so that the link ring 510 is in contact with the rear cover contact portion 17a to be described later, and is pushed when the rear cover 17 is opened. When it is closed, the original cover is restored by the elasticity of the detachable elastic member 530, and the side cover both shaft portions 53 and 55 connected to the roll body 51 are spaced or coupled to each other.

A rack gear 515 is formed at one side of the connecting ring 510, and details of the pinion gear set 520 will be described in connection with each other.

On the other hand, the roll elastic device 58 that provides tension to the discharged roll cloth 70 to be mounted tightly, referring to Figures 13 to 16, the shaft insertion portion is formed in the center side cover shaft portion (53, 55) The inner ring 58a, which is fitted to the side cover shaft portion and rotates like the side cover shaft, and the outer ring 58c, which is separated from the inner ring 58a and installed outside the inner ring, is rotated in accordance with the rotation of the inner ring 58a. And a spring (58b) for fixing one end to the inner ring (58a) and the other end to the outer ring (58c) to provide tension to the rolled cloth (70) to be discharged, and the outer ring (58c). It consists of the rotation limit bar 59 which engages with the groove | channel 58d formed in the outer side of this, and restrict | limits rotation of the outer ring 58c, and the elastic body 59a which provides elasticity to this rotation limit bar 59. As shown in FIG. The outer ring is also configured to serve as a spring case surrounding the main spring (58b).

Pulling the end of the cloth to discharge the roll cloth 70, the side cover both shaft parts (53, 55) is rotated, the inner ring (58a) is also fixed to the side cover shaft parts (53, 55) As it rotates, it pulls the inner end of the main spring 58b, so that the dishcloth is always discharged in the tensioned state. At this time, if the other end of the spring spring 58b is fixed, the roll cloth 70 can be discharged for 20 meters or 50 meters long, while the spring spring 58b has a limit to be wound. After the roll cloth has been discharged to some extent, there is no room for further winding.

Because of this problem, the outer ring (58c) is fixed to one end of the mainspring (58b), when the roll cloth is discharged to some extent there is insufficient room for the spring (58b) to be wound, the rotation is allowed to It is necessary to configure the spring spring 58b to be released.

 Therefore, the outer ring 58c has a plurality of grooves 58d formed on the outer side thereof, and the rotation is limited by the rotation limit bar 59 engaged with the groove. The elastic limiter 59a is coupled to one side of the rotation limiting bar 59 as shown in the drawing, so that the spring 50b is wound to some extent so that the force to rotate the outer ring 58c is pushed by the elastic body 59a. When the restoring force is exceeded, the rotation limit bar 59 is released from the groove 58d of the outer ring 58c that is engaged, and the outer ring 58c rotates. When the outer ring 58c rotates as described above, the spring spring 58b having one end fixed to the outer ring 58c is released, and the force to rotate the outer ring is weakened. The rotation limit bar 59 is then engaged again with the groove which the force to be rotated of the outer ring 58c is less than or equal to the restoring force of the elastic body 59a, thereby limiting the rotation of the outer ring again, so that the still effective tension on the roll cloth While providing the winding spring (58b) is to be able to repeatedly allow the continuous discharge of the rolled cloth as it is released.

 By the above configuration, the roll elastic device 58 continuously provides tension to the roll cloth, while the endless discharge of the long roll cloth and the side covers 52 and 54 of the spring spring 58b having a relatively short length. To allow for infinite rotation.

The rotation limit bar 59 is preferably formed in a structure such as a convex curved surface or inclined surface such that one end is easily detached to the groove (58d) of the outer ring (58c), the other end is also removable It is desirable to be coupled to the body frame 15 in an acceptable connection structure.

The other end of the elastic body 59a having one end coupled to the rotation limit bar 59 is fixedly supported at one side of the main body frame 15.

According to the exemplary embodiment, the elastic body 59a is coupled to the end of the rotation limit bar 59 in a straight line, and the rotation limit bar 59 rotates while being spaced in a straight line with the groove 58d of the outer ring. It can also be configured to limit

In addition, according to an exemplary embodiment, a groove-shaped rail may be formed at an outer portion of the outer ring 58c to guide the rotation limit bar 59 to be accurately engaged with the several grooves 58d.

According to the embodiment, a separate lever device is formed to detach the rotation limiting bar 59 to the groove 58d of the outer ring, and the user manually operates the lever device to allow the rotation of the outer ring 58c. Or by constraining the spring spring 58b to be released.

On the other hand, the roll elastic device 58 is preferably configured to provide a loose elastic force to the extent that the roll cloth that is wet with steam does not tear.

Next, referring to FIGS. 9 and 10, both rear portions of the rear cover 17 are inserted into rails of a groove structure formed in a circular shape on the inner edge of the main frame 15 in which part of the side covers 52 and 54 are hidden. It is a device that opens and closes the rear surface of the cloth roll mechanism 50 while sliding under the body frame rear upper portion 15b (see FIG. 4), thereby preventing the roll cloth 70 from being wet or contaminated.

The upper two corners of the four corners of the rear cover 17 are deleted in a diagonal structure and narrowed from the bottom to the upper side, as shown in FIG. 10 and the like. The diagonal structure portion and the linear structure portions on both sides adjacent to the diagonal structure portion, respectively. The rear cover contact portion 17a is formed. When the rear cover contact portion 17a is in contact with the connecting ring contact portion 513 and is opened by opening the rear cover 17 as shown in FIG. 18 from the state of FIG. The connecting ring 510 is pushed out, and the side cover shaft parts 53 and 55 are pushed out of the roll body shaft inserting part 51a. In addition, the connecting ring 510 is fixed in the pushed-out state in the straight-line structure part after the diagonal structure, and the side cover shafts 53 and 55 are also fixed in the pushed-out state, so that the roll body 51 can be easily replaced. To be able. In addition, when the rear cover 17 is lowered and closed again, as shown in FIGS. 17 and 18, the elasticity of the detachable elastic member 530 in the diagonal structure automatically rolls the side cover both shafts 53 and 55 on the roll. It is coupled to the body shaft inserting portion (51a).

The contact surface of the connecting ring contact portion 513 and the rear cover contact portion 17a may have a convex curved structure to reduce resistance and frictional force. According to the embodiment, the rear cover contact portion 17a may be formed as a rail having a groove structure, and the connection contact portion 513 may be configured to protrude so as to slide along the rail.

In addition, according to the embodiment, the upper cover edge portion 17a of the rear cover 17 is not formed by deleting the upper two corners of the diagonal structure as described above, the upper surface exposed to the upper side of the rear cover 17 with the corners intact The rear cover contact part which consists of a diagonal line and a linear structure part may be formed in the inside or the lower surface facing a roll cloth. In this case, if the rear cover contact portion is formed on the upper surface of the rear cover 17, the rear cover is under the body frame rear upper part 15b (see FIG. 4), in which a part of the connecting ring 510 and the detachable elastic member 530 are mounted. To slide. On the other hand, if the rear cover contact portion is formed on the lower surface of the rear cover 17, the rear cover will slide on the rear portion 15b of the main body frame.

Of course, in the case of forming the rear cover contact portion 17a by deleting the upper two corners diagonally as in the present embodiment, it is preferable that the rear cover 17 slides below the main frame rear upper portion 15b as described above. In this case, the connecting ring contact portion 513 may be positioned above the connecting ring 510 so that the rear cover 17 slides over the rear frame 15b of the main body frame.

On the other hand, when the rear cover 17 is opened as described above, the side cover shaft portions 53 and 55 are spaced apart from the roll body shaft insertion portion 51a, and the roll body 51 can be replaced, 10) is preferably configured to replace the roll body 51 by holding at least one of the side covers (52, 54) by hand. In this case, even if only one of the side covers is pulled out by hand, the two side covers 52 and 54 are spaced apart from the roll body 51 so that the other hand of the user is freed, and the rear cover ( It would be more desirable because it could open 17).

In this way, in order to allow both sides to be pulled out even when only one of the side covers 52 and 54 is pulled, as shown in FIG. 17 and FIG. 19, a rack gear 515 is provided at one side of the connecting ring 510. Is formed. In addition, two rack gears 515 are engaged with each other, and an even number of pinion gear sets 520 are rotated relative to an axis fixed to an inner surface of the rear frame 15b of the main body frame according to the left and right separation of the rack gear. . Therefore, when at least one side of the side cover (52, 54) is pulled, at least one rack gear (515) is also pulled out, and the engaged pinion gear set (520) is rotated relative to the other side, The rack gear 515, the connecting ring 510, and the side cover shafts 53 and 55 are pushed out. When the rear cover 17 is raised by the other hand in this state, the connecting ring contact portion 513 is engaged with the linear structure portion of the rear cover contact portion 17a, and the side covers 52 and 54 are both spaced apart from each other. It is fixed to, so that the roll body 51 can be easily replaced. When the rear cover 17 is closed after the roll body 51 is replaced, as described above, both side covers 52 and 54 are automatically rolled by the elasticity of the detachable elastic member 530. It is coupled to the shaft insertion part 17a.

On the other hand, the pinion gear set 520 may be composed of two, and the number may be configured in various ways even.

Depending on the implementation conditions, the pulling of at least one of the side covers 52 and 54 also pushes out the other side cover, thus facilitating the replacement of the roll body 51, thus eliminating the rack gear 515. ) And pinion gear set 520 may not be configured.

As described above, the distance between the side cover shaft parts 53 and 55 that are pushed by the stepped diagonal structure of the rear cover contact part 17a or that the user can pull by the hand is described with reference to FIG. 12. Of the length of 51b, the opening portion 51c should at least be over and not over to the unopened side. If it is not spaced apart beyond the opening 51c of the spigot 51b, it will be impossible to remove the roll body 51 from the side cover shafts 53 and 55. If it is spaced beyond the unopened surface, it becomes impossible to apply the roll body nipple 51b to the side cover shaft portions 53 and 55, so that the side cover shaft portions 53 and 55 are replaced when the roll body 51 is replaced. It may not be easy to insert the roll body shaft insert 51a.

According to the exemplary embodiment, the rear cover 17 may simply perform a function of opening and closing the rear surface of the cloth roll mechanism 50, and the side cover shaft portions 53 and 55 and the roll body shaft inserting portion 51a may be removed. It is also possible to separately install a lever device or an electric drive device that operates to engage or release on one side of the row cycle 10.

Next, the removable elastic member 530, referring to Figures 18 and 19, one end is fixed to the support in the body frame rear upper portion 15b and the other end is coupled to one side of the connecting ring 510, Closing the rear cover 17 provides elasticity such that the side cover shaft portions 53 and 55 spanning the roll body stem 51b are automatically inserted into and coupled to the roll body shaft inserting portion 51a as described above.

The connecting ring 510 and the detachable elastic member 530 are coupled to each other and inserted into a horizontally formed hole of a tunnel structure so as to be spaced apart left and right, so that the side cover shaft parts 53 and 55 connected as horizontally as possible along the axis line. It is preferable that it is comprised so that the roll body shaft insertion part 51a may be detached.

A shaft insertion portion 511 (see FIGS. 15 and 16) of the connecting ring is positioned between the inner surfaces of the side covers 52 and 54 and the roll elastic device 58. The connecting portion of the shaft insert 511 seals the inside of the cloth roll mechanism 50 while being integrally fitted to the rear surface 15c of the main body frame (see FIG. 20). It is configured to be pushed out to be separated from the main body frame rear side surface 15c together with the side covers 52 and 54. Since the connecting ring 510 is partially inserted into the horizontally formed hole of the tunnel structure, even if it is detached, the connecting ring 510 is horizontally supported on the rear portion 15b of the main body frame (see FIG. 4), and the side covers 52 and 54 which are separated together. ) Is supported horizontally because its axis is fitted to the shaft insertion portion of the roll elastic device (58). In addition, the connecting ring 510 and the side covers 52 and 54 may mutually support each other horizontally. When the rear cover 17 is closed, the connection shaft inserting portion 511 is integrally coupled to the main body frame rear surface 15c by the elasticity of the detachable elastic member 530.

On the other hand, while the side cover (52, 54) as well as part of the connecting ring 510 is separated or retracted outside the main frame 15, the roll elastic device 58 is sandwiched on one side inside the main frame 15 It is configured not to move from side to side.

Therefore, in order to enable the above operation, the connecting shaft insert 511 (see Figs. 15 and 16) is formed in a circular shape while supporting the side cover shafts 53 and 55 to rotate smoothly, while being spaced apart from side to side. It is coupled to the side cover shaft portion (53, 55) so as not to. On the other hand, referring to Figure 12, the inner ring (58a) shaft insertion portion of the roll elastic device 58 is the same angle as the side cover shaft portion (53, 55) to rotate as the side cover shaft portion (53, 55) Is formed in the structure, the side cover shaft portion (53, 55) is coupled to the structure that allows the separation operation to smoothly escape.

In addition, the side cover shaft portion (53, 55) is inserted into the shaft insertion portion of the roll elastic device 58 and the spaced apart operation is in the same polygonal structure as the portion inserted into the roll body shaft insertion portion (51a) described above. It is formed, as much as the portion to which the connecting ring shaft insertion portion 511 is coupled is to be formed in a circular shape.

Depending on the implementation condition, even if the coupling structure is not necessarily the same as described above, the rear frame 15c of the main body frame in which the cloth roll mechanism 50 is mounted between the inner surfaces of the side covers 52 and 54 and the connecting shaft insert 511 is provided. ) And a shaft support portion for rotatably supporting the side cover both shaft portions 53 and 55 on the mounting portion.

Meanwhile, in the steam hang cycle 10 according to the present invention, the roll cloth 70 is discharged into a gap between the lower end of the rear cover and the lower end of the main frame 15 when the rear cover 17 is completely closed. 20 and 21, it is preferable that the cloth discharging cover 550 is installed at the lower end of the main body frame 15 through which the roll cloth is discharged.

Referring to FIG. 20, this cloth for discharging the lid 550 includes a roller 551 having a rod structure, a support 553 supporting the roller 551 at both side portions 15c of the main frame 15, and It is composed of an elastic member 555 for providing an elastic force to the support 553 at the rear end of the support. Therefore, the roller 551 of the cloth discharge cover 550 is attached to the lower end of the main frame 15 and is installed in a structure capable of spaced apart operation.

As shown in FIG. 21, the cloth discharging cover 550 is wound on the roll body 51 by blocking the gap in which the roll cloth is discharged while the roller 551 rotates together when the roll cloth 70 is discharged. It prevents the roll cloth from getting wet or the devices inside the cloth roll mechanism 50 are corroded.

According to the embodiment, a cloth discharging cover having the same structure is also provided at the lower end of the rear cover 17 from which the roll cloth is to be discharged, facing the dish discharging cover 550 with the rolled cloth being discharged. It can also be configured to rotate relative. In this case, when the rear cover 17 is lowered and closed, the cloth roll mechanism 50 may be configured to be almost sealed by the two discharge covers except for the thickness of the roll cloth.

The dishcloth discharge cover 550 may not be configured according to the implementation conditions.

Meanwhile, referring to FIG. 12, the tooth plate 56 illustrated as the side covers 52 and 54 are directly formed in a portion hidden by the inner surface of the main body frame 15 is not both side covers depending on the implementation conditions. It may be formed only on one side. In addition, it may be formed as a separate device, not directly formed, and may be coupled or assembled to the side covers 52 and 54 or the shaft parts 53 and 55 thereof.

According to the embodiment, two roll elastic devices 58 may not be formed at the side cover both shaft parts 53 and 55 one by one, but may be installed at only one shaft part.

In addition, the side cover both shaft parts 53 and 55 may be configured to be spaced apart from the roll body shaft insertion part 51a, but only one shaft part. In this case, in addition to the detachable elastic member 530, only one side of the connection ring 510 may be installed, and only one side of the rear cover contact portion 17a in contact with the connection ring contact portion 513 may be formed.

So far, the cloth roll mechanism 50 illustrated in the present embodiment has been exemplified in a structure in which shaft portions 53 and 55 are divided into two sides. However, according to the embodiment, the roll part 50 is supported on a single shaft portion supported on one side of the main body frame 15. The body 51, the roll elastic device 58, the tooth plate 56, and the like may be installed. At this time, only one side of the side cover (52, 54) may be installed, or both may be of a structure deleted. That is, if the roll body 51 is rotated while being supported by the body frame 15, and the tension and rotation limiting function is realized by the roll elastic device 58 and the tooth plate 56, Various changes can be made accordingly.

Next, the cloth fixing mechanism 60 will be described with reference to FIGS. 4, 8 and 22 to 23.

The dishcloth fixing mechanism 60 is composed of a fixing bar 62, a fixing elastic member 66, a roller 64R, and an operating lever 61. When the upper end of the operating lever 61 is pressed, the roller 64R is pressed. While being pushed out to push the fixed bar 62, while releasing the force to press the operating lever 61, the fixed bar 62 is made by the fixed elastic member 66 is configured to the original position.

The fixing bar 62 includes a support bar 63 for supporting the fixing elastic member 66 and a connection bar 64 on which the roller 64R is installed, and the rear of the fixing bar 62. At both ends, a limiting lever 65 is provided which restricts the rotation of the dish towel roll mechanism 50 described above.

First, the fixing bar 62 slides along the inner side of the main body frame 15 to be in close contact with or spaced apart from the front part of the main body frame 15 to fix an end portion of the roll cloth 70 to the main body frame 15. At least one end of the fixing bar 62, preferably both ends, is provided with a limiting lever 65 that engages with the tooth plate 56 of the cloth roll mechanism 50 described above, so that the main frame 15 ), The roll cloth 70 is fixed to the front surface of the main body frame 15, and the rotation of the cloth roll mechanism 50 is also limited. On the other hand, when spaced apart from the main body frame 15, while also fixing the front portion of the roll cloth 70, and also allows the rotation of the cloth roll mechanism 50, the user can freely pull the roll cloth 70.

As described above, the fixing bar 62 is preferably slid along the inner side of the main body frame 15, but may be formed outside the main body frame 15 and slid along the outer side according to the embodiment. have. In addition, even if the structure is not necessarily sliding, if the structure can be fixed to the roll cloth 70 while being closely spaced to the main body frame 15, it may be configured in various ways depending on the implementation conditions.

On the other hand, the limiting lever 65 which engages with the tooth plate 56 of the above-mentioned cloth roll mechanism 50 and restricts the rotation of the cloth roll mechanism 50 is both ends of the fixing bar 62 in this embodiment. And, although it is shown as being formed directly, it may be formed at one end, depending on the implementation conditions, and may be configured separately without being formed directly, may be coupled to the end of the fixing bar 62. Alternatively, another bar such as the support bar 63 or the connection bar 64 connecting both side portions 62b of the fixing bar 62 is formed, and the tooth plate of the dish roll mechanism 50 is formed thereon. It is also possible to install at least one limiting lever to engage with (56).

Next, the fixing elastic member 66 is an apparatus for applying elasticity to fix the roll bar 70 by bringing the fixing bar front part 62a into close contact with the main body frame 15 front part. In order to support the fixed elastic member 66, a support bar 63 having a bar structure is formed between both side portions 62b of the fixed bar 62. The fixed elastic member 66 is installed to be connected between the support bar 63 and the inner surface of the body frame 15.

Although two fixed elastic members 66 are shown as being installed in this embodiment, the number may vary depending on the implementation conditions.

Meanwhile, the inner surface of the fixing bar front part 62a and the front part of the main body frame 15 may be made of a silicon material or the like so as to increase the effect of fixing the roll cloth 70. Depending on implementation conditions, it may be formed with the tooth or uneven structure which meshes mutually, and the fixing force of the roll cloth 70 may be raised.

The roller 64R is a device for facilitating the force of pushing the operation lever 61 down to a horizontal force so that the fixed bar 62 slides forward. Both side portions of the fixed bar 62 62b) is installed in the connecting bar 64 of the rod structure. At least the surface in contact with the actuating lever 61 is formed in a round cylindrical shape, while being rotatable, it is impossible to move left and right along the connecting bar 64 outside the contact range with the actuating lever 61. The cylindrical structure and rotation of the roller 64R are for minimizing the resistance and frictional force received while contacting the lower end portion 61a of the actuating lever, and the lateral movement impossibility is to ensure contact stability with the lower end portion 61a of the actuating lever. .

Next, the operation lever 61 has a rod-like structure, and the lower end portion 61a in contact with the roller 64R is formed in a slanted surface as shown in the drawing, and the upper end portion 61b protrudes from the upper surface of the main body frame 15. ), The roller 64R is pushed down while being lowered and pushed down, and the connecting bar 64 to which the roller is coupled is pushed forward, and as a result, the fixed bar front part 62a is moved to the main body. Spaced apart from the frame 15. On the other hand, when releasing the force applied to the upper lever 61b, the support bar 63 is returned to its original position by the elasticity of the fixed elastic member 66, and the fixed bar front part 62a, which is integrally coupled, The roller 64R also pushes the operation lever 61 back to the main frame 15 so as to be returned to its original position. The operation lever 61 is inserted into the groove of the tunnel structure formed up and down to perform the lifting operation, and the protruding upper end portion 61b has a smaller outer diameter than the inside hidden in the main body frame 15, so that the operation lever ( 61) It is preferable that it is configured so that it does not escape to the upper surface of the handle.

Meanwhile, in the present embodiment, one roller 64R is formed and contacted with the lower end portion 61a of the operating lever. However, depending on the working conditions, several rollers 64R, such as two or three, are formed. In addition, the operation lever 61 also has an upper end, but the lower end is separated by the same number to contact the several rollers 64R, and may be configured to disperse the pressing force of the operating lever upper end 61b. have.

In addition, in the present embodiment, it is illustrated that the roller 64R is rotatably configured, but the connecting bar 64 itself having the roller 64R installed may be rotatably configured.

Depending on the implementation conditions, the roller 64R or the connecting bar 64 may also be configured in a non-rotating manner. In this case, the roller 64R may not be cylindrical, and at least the lower end portion 61a of the actuating lever. Only the surface that is in contact with it should be curved or inclined.

In addition, the inclined surface of the lower end portion 61a of the operating lever can also be configured as a concave curved surface or a convex curved surface.

In addition, in this embodiment, it is illustrated that the roller 64R is preferably installed in the connecting bar 64, but on the contrary, a rotatable roller having a cylindrical structure is installed at the lower end 61a of the operating lever, and the connecting bar 64 is provided. ) Can be configured to be in contact with each other by installing a separate device having a sloped structure.

In addition, the operation lever 61 is not necessarily a bar structure in which the upper end 61b and the lower end 61a are integrally formed as shown in the drawing, and independently constitute the upper end 61b and the lower end 61a, and the rod or elastic member, Or it is also possible to connect using both.

As described above, the front part of the roll cloth 70 is fixed to the front surface of the main body frame 15 by the fixing bar front part 62a, and the rear part of the roll cloth is formed with the tooth plate 56 of the above-mentioned cloth roll mechanism 50. While the rotation is limited by the engaged limit lever 65, the tension is provided by the roll elastic device 58 of the cloth roll mechanism 50, so that the roll cloth 70 is taut to the bottom surface of the cloth cycle 10. The unfolded state is maintained and sufficient stability is ensured even when the row cycle 10 is pushed and pulled in front, rear, left and right. In addition, since the injection plate 19 is made of a silicon material or the like, as described above, the roll cloth 70 may wipe the table or the desk in a state of being tightly attached to the bottom of the hang cycle 10.

In order to pull out the used part of the roll cloth 70 and to place the new part at the bottom of the hang cycle 10, by pressing the operating lever upper end 61b with a thumb, the fixing bar front part 62a is a main frame ( 15), and the engagement lever 65 behind the fixing bar 62 is also disengaged from the tooth plate 56 of the cloth roll mechanism 50, so that the roll cloth 70 is now rotated. When holding the end portion of the fixed bar 62 is pulled out to release the thumb force pressing the operation lever 61, the roll cloth 70 is fixed to the front and rear of the hang cycle 10 while the roll elastic device ( Due to the tension of 58, it is stretched to the bottom of the row cycle 10.

Thereafter, the used roll cloth portion may be cut off, and a cutter-type saw blade 15a (see FIGS. 2 and 14) may be formed on the front surface of the main body frame 15 for ease of cutting. When using the rolled cloth 70 of the shape cut | disconnected with the dotted line at the time of manufacture so that it may be cut easily, the said cutter type saw blade 15a may not be comprised according to implementation conditions.

Even after exhausting the roll cloth 70 and inserting the new roll body 51 into the cloth roll mechanism 50, the upper end portion 61b of the operating lever is pressed with a thumb and the end of the roll cloth 70 is pulled out. 10) After putting on the bottom surface, pulled out between the fixing bar 62 and the front part of the main body frame 15, and releases the thumb force which pressed the operating lever upper end 61b, the roll cloth 70 hangs 10 While being fixed back and forth to the roll elastic device 58 is stretched out taut.

On the other hand, in order to facilitate the insertion or withdrawal of the end of the roll cloth 70 between the fixing bar front part 62a and the main body frame 15 front part as described above, the fixing bar front part 62a has been removed from the center part. It is preferred to have an open structure. That is, by deleting a part of the fixed bar front part 62a, a user's finger holding the roll cloth 70 may be easily passed, and thus, the roll cloth 70 may be easily replaced. Of course, depending on the implementation conditions, a configuration not deleted as described above is also possible.

In the steam rinsing cycle 10 according to the present invention configured as described above, referring to FIG. 3, the roll rinsing 70b exiting from the rinsing roll mechanism 50 is the spray plate 19 of the steam rinsing cycle 10. After passing through the bottom, the end portion 70c is held in a state of being fixed by the fixing bar 62 of the dish fixing mechanism 60 in front of the row period 10.

Hereinafter, a second embodiment of the dish towel mounting portion according to the present invention will be described.

A second embodiment of the dishcloth mounting portion will be described with reference to FIGS. 24 to 30. For reference, the same reference numerals are given to the same or similar components as those in the above-described first embodiment, and detailed description thereof will be omitted.

Unlike the dishcloth mounting portion of the first embodiment described above, the dishcloth mounting portion according to the second embodiment of the present invention may operate the dishcloth roll mechanism 50 and the dishcloth fixing mechanism 60 in an automatic structure by a driving motor. It is composed.

In the case of the second embodiment, the cloth fixing mechanism 60 is replaced with the fixing bar front part 62a of the first embodiment by the fixing roller 610 of the gear gear structure, and this fixing roller is provided on the front part of the main frame 15. A frame roller 620 having a similar structure that is engaged with 610 is formed so that the two rollers are engaged with each other to fix the roll cloth to the front surface of the body frame 15.

First, the fixing roller 610, like the fixing bar front portion 62a of the first embodiment, to have an open shape so that a user's finger holding the roll cloth end portion can be easily passed, the left and right two parts It is formed separately. The fixing roller 610 is installed in the fixing frame 630. The fixed frame 630 is formed with a linear gear portion 631, when the worm 641 provided on the shaft of the mounting motor 640 to be described later, the fixed frame 630 itself moves forward and backward while the fixed roller ( 610 is configured to detach from the frame roller 620. The fixing roller 610 is preferably installed inside the roller cover 635. The roller cover 635 is coupled to the support part 633 formed in the fixing frame 630, and the fixing roller 610 is rotatably coupled to the inside of the roller cover 635.

The frame roller 620 may appear to be formed in two parts to be engaged with the fixing roller 610 while the part exposed to the front part of the main body frame 15 is formed in a single axis inside the main body frame 15. Both sides are rotatably coupled to the axial support formed in the body frame 15. The frame roller 620 rotates when the discharge motor 650, which will be described later, is driven, and also rotates the fixed roller 610 that is engaged to discharge or roll the roll cloth forward or backward in front of the row cycle 10A.

Although the fixing roller 610 and the frame roller 620 are preferably formed in a tooth gear structure, the fixing roller 610 and the frame roller 620 may be formed in various structures such as an uneven structure according to the effect of fixing the roll cloth. The constituent material may also use various materials such as silicone or synthetic resin in consideration of the effect of fixing the roll cloth.

As the two rollers 610 and 620 are separated into two parts, the front part of the main body frame 15 opened therebetween is driven by a mounting motor 640 to be described later, so that the fixing roller 610 is a frame roller. It is preferable that a mounting switch (not shown) to be in close contact with 620 be provided. This is to allow the user to easily operate the mounting switch with a finger holding the end of the roll cloth.

Now, the two drive motors and the automatic operation structure through the same will be described.

First, the mounting motor 640 separates or fixes the fixing roller 610 to the frame roller 620 to serve to fix the roll cloth to the front of the row cycle 10A.

The mounting motor 640 has a shaft formed forward, the shaft is provided with a worm 641, when the shaft rotates in contact with the linear gear portion 631 of the fixed frame 630 to push or hold the fixed frame itself To pull. The mounting motor 640 is driven by raising the above-described rear cover 17 to operate to separate the fixing roller 610 from the frame roller 620. On the other hand, when the mounting switch is pressed, it is driven in the opposite direction, so that the fixing roller 610 is in close contact with the frame roller 620.

Next, the discharge motor 650 rotates the frame roller 620 in front of the hang cycle, and rotates the side covers 52 and 54 at the back of the hang cycle, thereby discharging or rewinding the roll cloth. .

The discharge motor 650 has both shafts formed forward and rearward, and the front worm 651 and the rear worm 652 are provided at the ends of the two shafts. The front worm 651 is directly engaged with the gear part formed on the frame roller 620 to relatively rotate the frame roller 620. The rear worm 652, on the other hand, is configured to rotate the side covers 52 and 54 by being engaged with the coupling gear 655 and relatively rotating the coupling gear 655. That is, the cloth roll mechanism 50 of the second embodiment has a gear plate 660 which rotates the side covers 52 and 54 when it is rotated. When the discharge motor 650 is driven, the rear worm ( 652 rotates and the engaged gear 655 rotates to rotate the gear plate 660, resulting in side covers 52 and 54 rotating to eject or rewind the roll cloth. . The gear plate 660 is configured to replace the outer ring 58c (see FIG. 13) of the roll elastic device 58 of the first embodiment.

The discharge motor 650 is driven when the discharge switch (not shown) to be described later is operated to rotate the side covers 52 and 54 and the frame roller 620 in the forward direction or the reverse direction. In addition, even when the rear cover 17 is lowered, it is driven in the direction of discharging the roll cloth automatically, so that the end of the cloth of the rolled body 51 that is fitted can be fitted between the fixing roller 610 and the frame roller 620. To the extent possible, the roll cloth is configured to be ejected automatically.

The discharge switch for driving the discharge motor 650 may be installed in front of the handle 13 in which the operation lever 61 described above in the first embodiment is installed, and may be configured to be easily operated by a user. .

Two connecting gears 655 are formed at both sides of the body frame 15, one at each side thereof and connected to a single rotating shaft 656, and the two connecting gears 655 are formed at both side covers 52 and 54. It is meshed with the gear plate 660, respectively. According to the exemplary embodiment, only one connection gear 655 may be formed at the side of the main body frame 15 on the side where the discharge motor 650 is installed, and only one gear plate 660 may be formed.

Inside the circular gear plate 660 configured to replace the outer ring 58c of the roll elastic device 58 of the first embodiment, an inner ring 58a and a spring spring 58b are formed as in the first embodiment. (See Figures 12 and 13).

First, as in the first embodiment, the inner ring 58a is formed with a shaft insertion portion having a polygonal structure and fitted to the side cover shaft portions 53 and 55. One end of the mainspring spring 58b is fixed to the lower surface of the gear plate 660, and the other end of the main spring 58b is fixed to the upper surface of the inner ring 58a. The gear plate 660 is configured to surround the spring spring 58b while being separated from the inner ring 58a, and also serves as a spring case.

Accordingly, in the roll elastic device 58A of the second embodiment, when the discharge motor 650 is driven and the gear plate 660 rotates, the spring spring 58b rotates the inner ring 58a, and as a result, By rotating the cover shafts 53 and 55 so that the roll cloth is discharged or rewound, the function of connecting the gear plate 660 and the side cover shafts 53 and 55 is primarily performed. Here, the spring spring 58b needs to have a relatively high elastic force in order to provide tight tension in order to enable the side plate shaft parts 53 and 55 to immediately rotate when the gear plate 660 is rotated. There is this. In addition, when wiping the table or the like while pushing and pulling the row cycle 10A, it is necessary to have a tight tension so that the rear part of the roll cloth is not loosened due to the spring spring 58b.

Meanwhile, the end of the roll cloth is sandwiched between the fixing roller 610 and the frame roller 620, such as after removing the used roll body 51 from the cloth roll mechanism 50 and replacing it with a new roll body 51. When inserting and securing, the user may pull the end of the roll cloth slightly. In this case, although the roll cloth may be loosened somewhat, it is preferable that the roll cloth be mounted on the hang cycle 10A so that it is rewound when the user releases the hand, and thus the roll elastic device 58A is placed on the roll cloth which is somewhat loosened. It provides a rewinding tension to perform the secondary function of tensioning.

According to the embodiment conditions, without forming the spring spring 58b and the inner ring 58a of the roll elastic device 58A, the shaft insertion part is formed in the gear plate 660, and the side cover shaft parts 53 and 55 are attached thereto. Can also be configured to be inserted directly. In this case, when fixing the rolled cloth rolled out to the front surface of the hanger 10A, it is preferable that the end of the rolled cloth rolled up tightly by the user. Alternatively, immediately after the fixing roller 610 is engaged with the frame roller 620 by pressing the mounting switch to fix the roll cloth, the discharge motor 650 automatically drives the roll cloth to rewind a portion of the roll cloth, It can also be tightened.

On the other hand, in the second embodiment, referring to Fig. 17, the aforementioned tooth plate 56 and the pinion gear set 520, which are constituted in the cloth roll mechanism 50 of the first embodiment, do not have to be formed, and the connecting ring ( The 510 is installed, but the rack gear 515, which is formed at one side of the connecting ring and engaged with the pinion gear set 520, does not have to be formed.

In addition, while the fixing bar 62 is replaced by the configuration of the fixing roller 610 and the fixing frame 630, the limit lever 65, the fixing elastic member 66, the roller that was configured in the dish fixing mechanism 60 of the first embodiment 64R and the operation lever 61 do not need to be formed.

With this configuration, the steam hang cycle 10A according to the second embodiment of the present invention makes it easier to replace the used roll body 51 with a new roll body 51, and the used roll cloth ( 70) Makes it easier to replace the part with a clean part.

When the used roll body 51 is replaced with a new roll body, when the rear cover 17 is raised, the rear cover contact part 17a contacts the contact ring contact part 513 as in the first embodiment. By pushing out, the side cover shaft parts 53 and 55 are spaced apart from the roll body shaft insertion part 51a. At the same time, the mounting motor 640 is also automatically driven, so that the fixed roller 610 can be separated from the frame roller 620 and the end of the roll cloth can be pulled out, so that the used roll body 51 is finished. It becomes possible to remove from 10A. Then, when the new roll body 51 is put on the side cover shaft portions 53 and 55 and the rear cover 17 is lowered, the side cover shaft portion is caused by the elasticity of the detachable elastic member 530 as in the first embodiment. 53 and 55 are coupled to the roll body shaft insert 51a. Immediately afterwards, the discharge motor 650 is automatically driven to rotate the roll body 51 so that the roll cloth is discharged to some extent. When the end of the roll roll is slightly pulled in and sandwiched between the fixing roller 610 and the frame roller 620, and pressing the mounting switch installed on the front part of the body frame 15 with the same finger, The mounting motor 640 is driven so that the fixing roller 610 is coupled to the frame roller 620, and the roll cloth is tensioned to be mounted on the row cycle 10A. This completes the replacement with the new roll body 51.

Next, when the used portion of the roll cloth 70 is removed and replaced with a clean portion while using the row cycle 10A, the discharge motor 650 is continuously driven while pressing the discharge switch, and the side cover ( 52, 54 and the frame roller 620 is rotated, so that the roll cloth is always discharged in a tight state. What is necessary is just to cut the used roll cloth part using the cutter saw blade 15a (refer FIG. 2 and FIG. 14) etc. which were mentioned above.

According to the exemplary embodiment, each time the discharge switch is pressed once, the discharge motor 650 may be driven to a certain portion so that the roll cloth is discharged by a predetermined portion.

Meanwhile, as described above, the mounting switch may drive the mounting motor 640 such that the fixing roller 610 is in close contact with the frame roller 620, but the fixing roller 610 may be connected to the frame roller 620. It can also be configured to be driven apart from it.

According to the exemplary embodiment, the front worm 651 formed at the front shaft end of the discharge motor 650 and the gear portion formed at the frame roller 620 do not rotate relative to each other by directly contacting each other. A similar medium similar to the connection gear 655 may be separately installed on each other so as to rotate relative to each other.

In addition, the frame roller 620 is not only separated from the left and right in the front portion of the main frame 15, but also exposed to a total of four parts separated up and down, and rotates in the same direction with each other, it is separated up and down The fixing roller 610 is engaged between the frame rollers 620, thereby forming a triangular structure to enhance the effect of fixing the roll cloth 70.

According to the exemplary embodiment, the mounting motor 640 and the mounting switch may not be configured. Therefore, the function of driving the mounting motor to detach the fixing roller 610 from the frame roller 620 may be deleted. . In this case, in the hang cycle 10A, the devices that constituted the hanger fixing mechanism 60 of the first embodiment are configured as they are, and the pressing roller 61 is detached from the fixing roller 610 to the frame roller 620 by pressing the operation lever 61 described above. Let's go. However, the limiting lever 65, which is engaged with the tooth plate 56 of the first embodiment and restricts the rotation of the cloth roll mechanism 50, does not have to be configured, and as described above, the fixing bar 62 has the front portion 62a fixed thereto. To be replaced by a roller 610.

In addition, according to the embodiment, the discharge motor 650 to rotate the frame roller 620 only to discharge the roll cloth, not to rotate both the side cover (52, 54) and the frame roller 620 as described above. It may be configured. In this case, the frame roller 620 is configured not to rewind the roll cloth, the roll elastic device 58A installed in the cloth roll mechanism 50 of the first embodiment is installed as it is, the tension on the roll cloth discharged It can be configured to provide. In this case, the limit lever 65 of the cloth fixing mechanism 60 and the tooth plate 56 of the cloth rolling mechanism 50 of the first embodiment are formed as it is, so that the fixing roller 610 is the frame roller 620. ), It is preferable that the limit lever 65 is configured to engage the tooth plate 56 to limit the rotation of the cloth roll mechanism 50.

According to an exemplary embodiment, two discharge motors 650 may be formed at both sides, and may be configured to rotate the frame rollers 620 and both side covers 52 and 54, respectively.

The fixing roller 610 and the frame roller 620, which were divided into two parts on the front part of the main frame 15 so that a user's finger holding the end of the roll cloth, can be easily passed, depending on the implementation conditions. It may not be divided.

Hereinafter, an operation (control) structure and a control method of the steam hang cycle according to the present invention configured as described above will be described.

2 and 4, a handle 13 is configured between the water reservoir 20 and the dish roll mechanism 50.

An operation switch 171 is installed on the upper surface of the handle 13 so that the user can easily operate the row cycles 10 and 10A while generating steam. The operation consists of a heating indicator lamp, a charging lamp, and a water replenishment lamp. Status notification unit 175 may be installed.

First, the operation switch 171 is a device for inputting a signal to the control circuit unit 30 to cause the above-described steam generator 40 to generate steam, READY, STEAM and PAUSE It is preferable that the three stages are configured to be selectable.

First, a preparation step is a step in which water is not supplied into the steam chamber 45, but is sufficiently heated by heating the chamber heater 41 of the steam chamber 45 so that steam is generated when only water is touched.

Next, the generating step is to heat the chamber heating element 41 as in the preparation step, but by supplying water into the steam chamber 45, the water reaches the heated steam chamber 45 to generate the steam.

The last stop step is to stop the water supply to the steam chamber 45, the heating of the chamber heater 41 is also stopped.

When the operation switch 171 is operated in three stages as described above, the control circuit unit 30 receives a signal corresponding to each stage to operate the corresponding devices. In this three-step configuration, the user can generate steam only when necessary by operating the switch in the middle while using the row cycles (10, 10A, unified in the following 10).

When operating the operation switch 171 in the preparation or generation step according to the implementation conditions, until the steam chamber 45 reaches a predetermined temperature sufficient to generate steam, a relatively large current is supplied to the battery power by the chamber heating element The circuit is configured to be supplied to (41) so that steam can be generated quickly and the heating and suspend may be repeated to maintain only the temperature after reaching the predetermined temperature, or to supply a relatively small current. I can do it.

 It is also possible to operate the switch directly to the generation step without going through the preparation step in the stopping step. As described above with reference to the temperature sensor 43, in this case, the steam chamber 45 may have been heated enough to generate steam. Only when the water is supplied to the steam chamber 45, it is preferable to prevent the unvaporized water flows down the injection hole (19a).

It is preferable that two heating indicators are provided in the vicinity of the operation switch 171. The water temperature sensor 230 of the water reservoir 20 and the temperature sensor 43 of the steam chamber 45 are independently In response to the sensed temperature changes, respectively, the degree or brightness is turned on, so that the reservoir 20 may be configured to visually show the degree of heating of the water and the steam chamber 45. Of course, the position of the heating indicator may vary.

Next, it is preferable that a charging lamp and a water replenishment lamp are installed at one side of the upper part of the handle 13, and the charging lamp has sufficient electric charge of the battery 35 provided at one side of the row cycle 10, or is being charged. Is a device that visually shows the water, and the water refill lamp turns on when the water in the reservoir 20 is consumed below the low water level terminal 242 according to the detection result of the above-described water level sensor 240 (see FIG. 5). It is a visual warning device.

Next, a battery 35 may be mounted on the lower portion of the handle 13, and the battery is automatically charged with electricity provided from the holder in a state where the row cycle 10 is seated on the holder 100. From the point of separation from the cradle 100, while continuously providing power to each component of the row cycle 10, it enables steam generation and all other control and operation.

On the other hand, the row period 10 may be provided with a mode selection switch. Preferably, the mode selection switch is configured to perform a function of selecting a preheating mode and a deferred heating mode performed in a state where the row cycle 10 is mounted on the holder 100.

First, the fermentation preheating mode is a mode in which the water heating element 220 of the water reservoir 20 is heated by the power supplied from the cradle, thereby preheating only to a predetermined temperature before the water boils.

On the other hand, the fermentation heating mode instantaneously heats both the water heater 220 and the chamber heater 41 of the steam chamber 45 by the power supplied from the holder, so that the water is boiled in the water reservoir 20. In the steam chamber 45 is a mode in which steam can be generated by touching only water at any time.

 In some embodiments, the preheating preheating mode or the preheating heating mode allows a large amount of current to be instantaneously supplied to the corresponding heating elements 220 and 41 until a predetermined temperature is reached, so that the preheating mode or the preheating mode is rapidly heated. Once reached, the heating and suspend may be repeated to maintain only that temperature, or the circuit may be configured to supply relatively little current.

In addition, the fermentation heating mode may be configured to be supplied to the water heater 220 and the chamber heater 41 in a relatively high temperature compared to the fermentation preheating mode to reach a high temperature instantaneously. .

On the other hand, the two modes are automatically terminated when the row cycle 10 is separated from the cradle 100, because the power supplied from the cradle is cut off. However, in the heating heating mode, if the row cycle 10 is separated and not automatically terminated and the instant heating is continued, a lot of power consumption will be concerned with the risk of overheating. In order to prevent this, the heating mode, at least one of the water temperature sensor 230 of the water reservoir 20 and the temperature sensor 43 of the steam chamber 45, preferably both of the predetermined temperature sufficient to generate steam It is configured to proceed only for a predetermined time after detecting that the time has been reached, and if the row cycle 10 is not separated from the cradle 100 even after a certain time, it is automatically switched to the preheating mode, or the two heating elements 220 It is preferable to configure the control circuit unit 30 to cut off the power provided to the, 41.

When the row cycle 10 is separated from the holder while the column heating mode or the column preheating mode is performed as described above, the row cycle 10 is automatically prepared unless the operation cycle 107 is operated separately. READY) step is preferably configured to proceed. If the stationary preheating mode or the stationary heating mode is in progress, at least one of the water heating body 220 and the chamber heating body 41 is being preheated or instantaneously heated, so that at least the chamber heating body 41 is steamed. Automatically proceeding to the preparatory stage of repeating heating and maintenance to a constant temperature enough to occur because the time required for reheating and battery power consumption can be minimized. As such, when the two modes are in progress and the cycle period 10 is separated, the operation is automatically performed in a preparation stage, and when the steam generation is required, the operation switch 171 is switched to the STEAM stage or steam is generated. If you don't need it, you can switch to the PAUSE step.

The mode selection switch may be installed in the holder 100 according to the implementation conditions.

In addition, the mode selection switch includes a power on / off mode so as to perform a function of disconnecting power to some or all components of the steam dishwasher according to the present invention, as well as the function of the preheating and the heating heating mode selection. Can be configured.

According to the exemplary embodiment, the mode selection switch performs only the two mode selection functions of the preheating and the fermentation heating, and a separate switch for performing the power on / off mode is performed at least in the row cycle 10 or the cradle 100. It could be organized in one place.

Meanwhile, an external power jack (not shown) may be installed at one side of the row cycle 10, which is configured to use the row cycle 10 by connecting to a vehicle power source such as a cigar jack.

When the vehicle power is connected to the external power jack, the row cycle 10 may charge the battery 35 without the cradle 100, may be preheated and instantaneously heated by operating the mode selection switch described above. By operating the operation switch 171 is configured to proceed to the READY stage (STEAM) stage.

In addition, when the available battery power is depleted, the external A / C power source may be connected to the external power jack so that all functions such as charging, preheating, instant heating, and steam generation may be performed. . In this case, a separate power conversion device may be provided in the row period 10 or the power conversion circuit may be included in the control circuit unit 30 according to the implementation condition.

1 and 17, the terminal 31 illustrated as installed on the rear side of the row cycle 10 is connected to a power connection unit 115 to be described later of the holder 100 to receive power from the holder and provide various control signals. The receiving power connection terminal 31.

Next, various embodiments of the holder 100 (100A) according to the present invention in which the row cycle 10 as described above is mounted will be described with reference to FIGS. 31 to 37.

31 to 35 are views showing a single type cradle 100 as a first embodiment of the cradle according to the present invention. FIG. 31 is a front perspective view, FIG. 32 is a top view, and FIG. 33 is a front direction in which the internal structure is shown. 34 is a rear perspective view showing an internal structure, and FIG. 35 is a perspective view showing a tap water lifting device.

Single hanger 100 of the steam hang cycle according to the present invention is basically made of a coupling structure of the pedestal 110 and the cover 120, at least one side of the coupling structure is opened, A cradle portion 101 is formed to insert and insert steam hang cycles 10 and 10A;

Here, the mounting portion 101 is a seating portion 112, the lower portion of the row cycle 10 is seated on the upper surface of the pedestal 110, and the row cycle 10 edge is engaged with the border of the pedestal 110 is mounted At least one surface of the cover 120 is opened to a support wall 113 and an upper side of the seating part 112, and a coupling part 121 into which a part of the row cycle 10 is fitted.

In addition, the holder 100 is connected to the water supply unit 103 for supplying water supplied from the outside to the water reservoir 20 of the row cycle 10, and the power connection terminal 31 of the row cycle 10 And a control circuit portion 116 which communicates with the power supply connection portion 115 and the control circuit portion 30 of the row period 10 and controls the corresponding control elements.

At the end of the water supply unit 103, the water tap 160 inserted into the water supply unit 21 of the row cycle is coupled.

First, the water supply unit 103, as shown in Figure 1, the hose valve (V) is connected to receive water from the water supply line 135 and the water bottle (B), such as a PET bottle is supplied with water from a water pipe, etc. A water bottle line 131, a switching valve 140 provided at a point where the water line 135 and the water bottle line 131 join, and connecting between the switching valve 140 and the water tap 160. It is composed of a water supply pipe 162 and a water supply control valve 150 provided on one side of the water outlet pipe 162 to control the water supply to the row cycle (10).

The water line 135 is connected to the valve valve (V) of FIG. 1 is connected to the switch valve 140 starting from the water connection portion 136 formed on one side of the cradle to receive water from the water pipe, etc. Becomes

The water bottle line 131 starts from an inlet pipe formed by protruding or recessed in the center of the water bottle coupling part 122 having a concave structure that can be mounted by inserting a PET bottle B on the upper part of the cover 120. Up to the switching valve 140.

As shown in FIG. 32, the changeover valve 140 operates the changeover lever 145 exposed to the outside through the lever exposure hole 125, and thus, from the water line 135 or the water bottle line 131. It is a device configured to select the inflow direction of the water.

34, the water supply pipe 162 is a pipe through which water passes while connecting between the switching valve 140 and the water tap 160, and the water supply control valve 150 is provided at one side thereof. It is provided. At the end, the outlet pipe 162 to which the outlet tap 160 is coupled is preferably formed of a flexible material and a structure so as to allow movement of the outlet tap 160 to be elevated.

The outlet faucet 160, the end portion is partially removed so as to smoothly supply the water into the water reservoir 20 through the outlet hole 25a of the water supply unit 21 as shown in Figure 6, or Figure 35 As in the plurality of holes 161 is preferably formed.

On the other hand, the water tap 160 is preferably configured to automatically lift when the row cycle 10 is mounted or separated on the cradle 100 as described above, for this purpose tap water lifting device 180 of various methods ) May be configured in the cradle 100.

The tap water elevating device 180 is installed inside the support wall 113 of the mounting base, as shown in FIG. 35 for one embodiment, and presses the row cycle 10 to the mounting portion 101. A horizontal frame 181, 182 which is lowered and is separated from the seating portion 112 by rising, and an elastic member 183 which provides elasticity to raise the horizontal frame 181, 182 to its original state, Two vertical frames 185 are connected to the inside of the upper cover 120 at both sides of the horizontal frame 181 to perform the accompanying lifting operation when the horizontal frame 181 moves up and down, and the two vertical frames ( 185) while connecting the upper end may be composed of a lifting frame 187 is coupled to the water extraction faucet 160 on one side.

In this case, a separate guide device may be configured to guide the lifting frame 187 together with the water extraction faucet 160 to be elevated vertically or at an intended constant angle.

When the water tap elevating device 180 is equipped with a row cycle 10 on the holder 100, the row cycle 10 lowers the horizontal frames 181 and 182 while pressing the stop protrusion 181a, and thus vertically. As the mold 185 and the lifting frame 187 are lowered, the water tap 160 is coupled to the water supply part 21 of the row cycle 10.

In some embodiments, a driving motor may be mounted to automatically lift the water tap 160. In this case, a separate detection sensor is installed to detect whether the row period 10 is mounted on the holder 100, or the power connection unit of the holder 100 is connected to the power connection terminal 31 of the row period 10. When the row period 10 is mounted, the driving motor is driven to configure the outlet tap 160 to descend, and when the row period is separated, the driving motor is driven in the opposite direction to detect the connection. The water tap 160 may be configured to be raised. In this case, when the row cycle 10 is mounted, the discharge tap 160 may be lowered somewhat later, and the driving motor may be controlled to be raised immediately when the row cycle is separated.

In addition, depending on the implementation conditions, another lever device, such as having an elastic member, may be provided, and the lever device may be configured to move up and down by operating the lever device.

On the other hand, the outlet pipe 162 is provided with a heating element such as a heating wire in a part or the whole, including the outlet tap 160, while the water supplied to the row cycle 10 passes through the outlet pipe 160 It may be configured to be preheated to some extent.

The water supply control valve 150 is controlled to automatically supply water to the water supply unit 21 of the row cycle 10 until the above water level terminal 241 in the water reservoir 20 is immersed in water, and the water level When the terminal 241 is submerged in water and current flows between the high water level terminal 241 and the common terminal 243, the terminal 241 is controlled to stop the water supply to the water supply 21 (see FIG. 5). The water supply control valve 150 may be used by variously adopting a solenoid valve or other electronic control valve according to the implementation conditions.

Meanwhile, according to the embodiment, only the water bottle line 131 may be configured in the water supply unit 103 without the water line 135. Of course, in this case, the switching valve 140, the lever exposure hole 125 and the switching lever 145 will not be configured.

Next, the power connection unit 115 is formed at one side of the support wall 113 of the mounting unit 101, and is connected to the power connection terminal 31 of the row cycle 10 to supply power to the row cycle 10. It is a connection part for supplying and inputting / outputting various control signals.

The control circuit unit 116 of the cradle is configured to mutually control the control elements of the cradle 100 and the row cycle 10 while exchanging various control signals with the row cycle 10 through the power connection unit 115. The control circuit unit 116 may include a power conversion circuit for converting the A / C power flowing through the external power cord 114 to the D / C power. According to the implementation condition, when the D / C power is introduced into the holder 100 via an external power converter in advance, the power converter may not be included in the control circuit unit 116.

Although not shown in the drawing, depending on the implementation conditions, a separate water reservoir having a heating body installed on one side of the cradle 100 of the water supply unit 103 may be preheated in the water reservoir, and then the water may be cycled. It can also be configured to be supplied, to enable rapid steam generation. In this case, a water heater, a water level sensor, a water temperature sensor, and a steam outlet may be formed in the water reservoir of the holder 100, similarly to the water reservoir 20 of the row cycle 10. In this case, the water supply unit 103 of the cradle 100 has two water supply control valve 150, that is, a water supply control valve for automatically adjusting the inflow of water into the cradle 100 water reservoir, and the cradle ( 100) It is preferable that each of the water supply control valves 150 for automatically adjusting the water supply from the water reservoir to the row cycle 10 water reservoir 20 is installed separately.

And at least one of the four surfaces of the base wall 113 of the cradle 100 according to the present invention may be opened without being formed. In this case, the position at which the power connection portion 115 formed on one side of the support wall 113 and the power connection terminal 31 of the row cycle 10 connected to the power connection portion may be different.

In the present embodiment, the cradle 100 is illustrated as being inserted into the row cycle 10 from the front side, but may be configured to be inserted from the side or rear side depending on the implementation conditions. In addition, although a part of the front surface of the row period 10 is illustrated as being coupled to the coupling part 121 of the holder, a part of the side surface or a portion of the rear surface may be configured to be coupled.

According to an exemplary embodiment, one side of the mounting portion 112 or the support wall 113 of the holder 100 may be steamed to the outside of the holder, which may be leaked to the injection plate 19 in a state where the row cycle 10 is mounted. In order to discharge, a steam outlet or an outlet hole may be formed.

Another embodiment of the cradle according to the present invention to be described below is a multi-type cradle (100A), while performing the same function as the single-type cradle (100) of the first embodiment described above to mount two row cycles (10) It is configured to be.

FIG. 36 is a perspective view of the multi-type holder 100A, and FIG. 37 is a perspective view of the internal structure of the multi-type holder 100A.

The multi-type holder 100A of the present invention basically has a structure in which two row cycle holders 101A are formed on one pedestal 110A and the cover 120A.

The water supply part 103A of the multi-type holder 100A has two water outlet pipes 162A, and two water outlet faucets 160A are also formed. In addition, two water supply control valves 150A are formed to receive the signals from the water level sensor 240 of the water reservoir 20 of two row cycles, respectively, to independently control the water supply.

The power connection part is also composed of two so as to be connected to each of the power connection terminals of the two row periods 10, one control circuit 116 is formed, so as to control each other while exchanging control signals with the two row periods (10) It is preferred to be configured.

In addition, the two tap water elevating device 180A for elevating the water tap 160A is also configured independently. Since all other functions and structures are the same as or similar to the single type holder 100 of the first embodiment according to the present invention, a detailed description thereof will be omitted.

In the same principle, depending on the implementation conditions, any number of multi-type holders that can mount several rows of cycles 10 can be configured.

Hereinafter, various control methods using the steam hang cycle as described above and its cradle will be described in detail.

As described above, the steam towel apparatus according to the present invention is configured to generate steam for a sufficient time with battery power while minimizing a waiting time until steam is generated.

The user can operate the row cycle 10 for a sufficient time while generating steam quickly by operating the combination of the above-described mode selection switch (not shown) and the operation switch 171 in the following manner.

For reference, the functions of the two switches will be described in detail. First, by selecting the stationary preheating mode by operating the mode selection switch, the water heater 220 of the row cycle 10 is heated by the power supplied from the holder. , Preheats the water in the water reservoir 20 only to a certain temperature before the water boils. On the other hand, the stationary heating mode is to heat both the water heater 220 and the chamber heater 41 by the power supplied from the holder, so that the water boils in the water reservoir 20, the steam chamber 45 ) At any time, if only water is introduced, steam is generated.

Next, by selecting the READY step by operating the operation switch 171, the chamber heating body 41 is heated to a predetermined temperature by a battery power source, so that steam is generated when only water is supplied. On the other hand, selecting the STEAM step also heats the chamber heater 41 as the READY step with battery power, but if the steam chamber 45 reaches a certain temperature, the steam chamber 45 By supplying water to the inside, water comes into contact with the heated steam chamber 45 to generate steam.

As described above, when the row preheating mode or the column heating mode is performed and the row cycle 10 is separated from the cradle 100, 100A (hereinafter referred to as 100), the two modes are automatically cut off because the power supplied from the cradle is cut off. After that, the row cycle 10 automatically proceeds to the READY stage of the operation switch 171.

The user can operate the combination of the mode selection switch and the operation switch as described above is as follows.

In the first method, the mode selection switch is placed in the fermentation preheating mode to preheat the water in the water reservoir 20, and when necessary, the two heating elements 220 and 41 are instantaneously switched to the fermentation heating mode. After heating, the row cycle is separated by looking at the level of the heating indicator light below the operation switch 171, and after that, steam is generated while operating the operation switch 171, which is automatically being prepared. . Since this method consumes a minimum of battery power until steam is generated, the row cycle 10 can be used while generating steam for the longest time. As a method suitable for a situation where the table should be cleaned frequently, such as a restaurant, when the preheating is necessary, since the heating cycle 10 is used by only heating at a short time, the waiting time until steam generation is also minimized. Do.

In the second method, without passing through the preheating mode, the mode selection switch is placed directly in the post heating mode, and the two heating elements 220 and 41 are instantaneously heated at the same time. Separation (10) is a method of generating steam while operating the operation switch 171 in which the preparation step is automatically proceeding thereafter. This method is suitable for homes or offices that do not need to use the row cycle 10 from time to time. Compared with the first method, it takes some time to wait until steam is generated after operating the mode selection switch in the heating mode, but after generating sufficient instant heating with the power supplied from the holder, steam is generated by battery power. Because of this, battery power consumption is minimized like the first method, so that the row cycle 10 can be used while generating steam for a long time.

The third method is to preheat only the water in the water reservoir 20 in the preheating mode, and use the row cycles directly from the pedestal without using the pedestal heating mode. The steam chamber 45 is heated by battery power. This is a method of generating steam by touching the unboiled water because it is not heated at this moment. While preheating at a restaurant or the like, forgetting to switch to the fermentation heating mode, or use the row cycle (10) in a hurry. The standby time until steam generation is relatively long, and battery power consumption will be relatively quick.

The fourth method does not operate the mode selection switch like the above methods, and thus, does not go through the preheating preheating mode or the postheating heating mode, and directly operates the operation switch 171 in the preparation step or the generating step, and thus the chamber heater ( 41) Only steam is generated by heating. This method heats only the steam chamber 45 with battery power, and vaporizes water that is not preheated or momentarily heated, and thus vaporizes the battery power consumption, thereby shortening steam generation time and waiting time until steam generation. Even relatively long. This is the case that the row cycle 10 is used directly in the state that did not mount on the cradle 100, of course, if the water in the water reservoir 20 is once preheated or heated at a moment, and warmed, steam The problem of shortening time may not be big.

Meanwhile, in the present embodiment, selecting the preheating mode by operating a mode selection switch has been exemplified as heating only the water heater 220 to preheat only the water in the water reservoir 20. Only the chamber heater 41 may be preheated or the two heaters 220 and 41 may be preheated. In other words, the preheating mode may be configured to preheat at least one of the two heating elements (220, 41).

And the choice of the heating heating mode is illustrated as instantaneous heating of both the water heating body 220 and the chamber heating body 41, according to the implementation conditions, only one of the two heating body (220, 41) instantaneous It can also be configured to heat. That is, the deferred heating mode may be configured to instantaneously heat at least one of the two heating elements 220 and 41.

In addition, in the present embodiment, the row cycle 10 according to the mode selection switch operation in the mounted state, except that the above-described power OFF mode, and can perform the two modes of the preheating and the fermentation heating. It became. However, depending on the implementation condition, it may be configured to perform only one of the two modes. That is, the mode selection switch may be configured to perform at least one of the two modes.

In addition, in the present embodiment, operating the operation switch 171 in the READY stage or the STEAM stage has been exemplified by heating only the chamber heater 41, but depending on the conditions, the water Only the heating body 220 may be heated, or may be configured to heat both heating bodies 220 and 41. That is, the operation switch 171 may be configured to heat at least one of the two heating elements 220 and 41.

It is also possible, depending on the implementation conditions, to remove the mode selection switch and configure the function to perform the function by the operation switch 171 instead. That is, the operation switch may be configured to perform at least one of the preheating mode or the preheating heating mode which the mode selection switch performed as well as the three stages of the above-described preparation, generating, and stopping. It may be.

In this case, at least one of the preheating preheating mode and the preheating heating mode, which the operation switch 171 additionally performs, may be integrated into the READY stage. In other words, even if the operation switch 171 is operated in the preparation step, if the row cycle 10 is mounted on the holder 100, the holder preheating mode or the holder heating mode is performed, and the row cycle 10 is holder If separated from, it may be configured to perform the preparation step. Of course, in this case, the steam dishwashing apparatus of the present invention is provided with a sensing sensor for detecting whether the hanger 10 is mounted on the cradle, or the power connection terminal 31 of the hanger 10 is powered by the cradle 100. Should be configured to determine whether or not connected to the connection (115).

In addition, in the state in which the row cycle 10 is mounted on the cradle as described above, at least one of the cradle preheating mode or cradle heating mode may be performed, and in the state of being separated from the cradle, the preparation (READY) may occur. If three stages (STEAM) and PAUSE can be performed, the number or configuration of the switches can be variously adopted depending on the implementation conditions.

In the steam rinsing apparatus of the present invention illustrated so far, the power supplied from the holder 100 to the row cycle 10 at the time of mounting is a D / C power source in which A / C power is converted via a power conversion circuit or device. . Depending on the implementation conditions, it is also possible to configure the A / C power supply to be directly supplied to the row period 10. In this case, the row cycle 10 is provided with a power conversion circuit or device, the A / C power introduced from the cradle can be converted to D / C used.

In addition, even when the A / C power is supplied to the row cycle 10 from the holder as described above, the water heater 220 is heated by the A / C power only when mounted, and the chamber heater 41 is mounted. At the time, A / C power is converted to D / C through a power conversion circuit or device and heated, and when separated, it can be configured to be heated by battery power.

As such, the power supplied from the holder 100 to the row cycle 10 and the power to heat the two heaters 220 and 41 of the row cycle 10 may be variously configured according to the implementation conditions. .

On the other hand, in the embodiment of the steam dishwashing apparatus according to the present invention described so far, referring to Figure 4, the water is supplied to the steam chamber 45 from the water reservoir 20, the steam is generated. Depending on the embodiment of the present invention, steam generated by boiling water in the reservoir 20 may be supplied into the steam chamber 45 or directly injected into the spray plate 19 to generate steam.

In addition, as in the present embodiment, the water in the water reservoir 20 is supplied to the steam chamber 45 to generate steam, but is generated in the water reservoir 20 while being preheated or momentarily heated in the fermentation preheating mode or the fermentation heating mode. In addition, when the steam, which was also discharged through the aforementioned steam outlet 210, is operated in the step of generating (STEAM), the steam flows into the steam chamber 45 or the injection plate 19. It can also be configured to increase the amount of steam injected as a result of direct injection.

In any case, in order to inject steam generated while the water in the water reservoir 20 is boiled, preheated, or momentarily heated into the steam chamber 45 or directly injected into the spray plate 19, the water reservoir 20 The steam outflow path to the steam chamber 45 or the injection plate 19 through the upper one side should be formed. In addition, the position or structure of the steam outlet 210 (see FIGS. 7A and 7B) may be changed, and a separate steam outlet device such as a fan or a steam supply regulator may be configured.

In particular, when the steam hang cycle 10 according to the present invention is configured in such a manner that steam is supplied without water being supplied to the steam chamber 45 as described above, a chamber heater (that is, installed in the steam chamber 45) ( 41 or the temperature sensor 43 may not be configured, and furthermore, the steam chamber 45 itself may not be configured.

Finally, in the steam hang cycle 10 according to the present invention, a roll cloth 70 is provided in the cloth roll mechanism 50 positioned behind the body frame 15, and the body frame 15 is passed through the spray plate 19. It has been shown and described as being secured by a cloth fixing mechanism 60 in the front. However, it is not necessarily limited to such a structure depending on implementation condition, The said cloth roll mechanism 50 can also be formed in front or side of the main body frame 15, Therefore, it rolls in the back or other side of the main body frame 15, The end of the cloth 70 may be configured to be fixed by the cloth fixing mechanism (60).

1 is a perspective view showing a state in which the steam hang cycle according to the present invention seated on a cradle according to the present invention,

2 is a perspective view showing a steam hang cycle according to the present invention;

3 is a perspective view of the steam hang cycle according to the present invention seen from below;

Figure 4 is a side cross-sectional view showing the internal structure of the steam hang cycle according to the present invention,

5 is a projection view showing the internal structure of the water reservoir of the steam hang cycle according to the present invention,

6 is an exploded perspective view showing a water supply unit provided in the water reservoir of the steam hang cycle according to the present invention;

7a and 7b is a view showing a steam outlet provided in the water reservoir of the steam hang cycle according to the present invention.

8 to 23 are views for explaining a dish mounting unit according to the first embodiment provided in the steam hang cycle of the present invention.

   8 is a perspective view showing a dish mounting portion of the steam hang cycle,

   9 is a perspective view showing a steam generating unit of the steam row cycle,

   10 is a perspective view showing the spray plate and the rear cover of the steam hang cycle,

   11 is a sectional view of the rear cover side of FIG. 10;

   12 is an exploded perspective view showing a cloth roll mechanism of a steam hang cycle;

   13 is an exploded perspective view showing a roll elastic device included in the cloth roll mechanism;

   14 is a perspective view of an essential part showing the overall structure of the cloth roll mechanism;

   15 and 16 are perspective views showing the rotation limit structure of the towel roll mechanism;

   17 to 19 are views showing the configuration and operation of the linkage assembly of the towel roll mechanism,

   20 and 21 are a perspective view and a bottom perspective view showing the installation structure of the towel discharge cover,

   22 and 23 are views showing the structure and the operating state of the towel fixing mechanism.

24 to 30 are views for explaining a dish mounting unit according to the second embodiment provided in the steam hang cycle of the present invention,

   24 and 25 are internal perspective views showing the installation structure and the operating state of the dish fixing fixture and dish towel roll mechanism;

   26 and 27 are perspective views in the lower direction showing the dishcloth fixing mechanism and the dishcloth roll mechanism;

   28 is a perspective view showing only the dishcloth fixing mechanism and the dishcloth roll mechanism;

   29 and 30 are perspective views showing a roll cloth fitted in a steam hang cycle.

31 to 37 are views showing the cradle of the steam hang cycle according to the present invention.

31 to 35 are views showing an embodiment of the holder according to the present invention,

    31 is a front perspective view of the holder;

    32 is a plan view of the mount,

    33 is a front perspective view showing the internal structure of the holder;

    34 is a rear perspective view showing the internal structure of the holder;

    Figure 35 is a perspective view of the lifting faucet lifting device is shown.

36 to 37 are views showing another embodiment of the cradle according to the present invention,

    36 is a perspective view of the holder,

    37 is a perspective view showing the internal structure of the cradle.

<Explanation of symbols for the main parts of the drawings>

10: steam hang cycle 13: handle 15: body frame 17: rear cover

17a: rear cover contact 19: spray plate

20: water reservoir 21: water supply

22: inlet 23: push stopper

24: elastic member 25: water outlet

26: quantity regulator 27: water supply pipe

30: control circuit part 31: power connection terminal

35: battery 40: steam generator

41: chamber heating element 43: temperature sensor

45: steam chamber 47: steam chamber

50: cloth roll mechanism 51: roll body

52, 54: side cover 53, 55: side cover shaft

56: tooth plate 58, 58A: roll elastic device

59: rotation limit bar 60: dishcloth fixing mechanism

61: operating lever 62: fixed bar

62a: front of the fixing bar 63: support bar

64: connecting bar 64R: roller

65 limiting lever 66 fixed elastic member

70: roll cloth 100: holder

101: mounting portion 103: water supply

110: pedestal 114: external power cord

115: power connection unit 116: control circuit unit

120: cover

122: water bottle coupling portion 125: lever exposure hole

131: water bottle line 135: water line

136: water connection 140: switching valve

145: switching lever 150: water supply control valve

160: exit tap 162: exit pipe

171: operation switch

175: operation state notification unit 180: tap water lifting device

181, 182: horizontal frame 183: elastic member

185: vertical frame 187: lifting frame

210: steam outlet

220: water heater 230: water temperature sensor

240: water level sensor 500: connection assembly

510: connecting ring 511: shaft insert

513: connection contact

515: rack gear 520: pinion gear set

530: removable elastic member 550: dishcloth cover

610: fixed roller 620: frame roller

630: fixed frame 631: linear gear

635: roller cover 640: mounting motor

641: worm 650: discharge motor

651, 652: worm 655: connecting gear

660: Gear Plate

Claims (12)

A steam hang cycle configured to allow continuous use by mounting a roll cloth of a tissue structure, the steam hang cycle being configured to provide steam to the roll cloth; It is configured to be mounted as needed separately from the steam hang cycle, and when the steam hang cycle, steam hanger device comprising a cradle configured to supply at least one or more of water or electricity to the steam hang cycle . The method according to claim 1, The cradle is configured to heat at least one of the water provided in the steam generator or the steam generator of the steam hang cycle in a state where the steam hang cycle is mounted on the cradle so that steam is generated quickly when the steam hang cycle is used. Steam dishwasher device having a preheating function. A main frame having an injection plate on which steam is injected; The roll cloth of the tissue structure is rolled around the cloth roll mechanism located on one side of the main body frame, and can be fixed by the cloth fixing mechanism located on the other side of the main body frame through the bottom surface of the spray plate. A dish towel mounting portion; A water reservoir provided in the main body frame; Is provided in the main body frame, and comprises a steam generating unit for converting the water in the water reservoir into steam to supply out through the injection plate, The hanger fixing mechanism of the hanger mounting unit is a fixing bar for fixing the end of the roll hanger to the main body frame while being in close contact with or spaced from the other side of the main body frame. Steam hang cycle comprising a fixed elastic member to provide. The method according to claim 3, The cloth roll roll mechanism is coupled to both sides of the roll body in which the roll cloth is wound and rotatably installed on the main body frame side, and coupled to at least one of the both side covers and wound around the roll body. A steam hang cycle comprising a roll resilient device providing tension to the roll cloth as it is released as it is released. The method according to claim 4, Steam hang cycles, characterized in that the both side cover, the connecting ring assembly for opening or collecting the side cover to both sides by an external force is connected. The method according to claim 5, The body frame is provided with a rear cover to cover the roll body, And said linkage assembly is configured to open both side covers to both sides when opening said rear cover. The method according to any one of claims 3 to 6, The steam hanger, the steam hanger further comprises a rotation limiting mechanism for interlocking when the hanger fixing mechanism to fix the roll hanger to limit the rotation of the washcloth roll mechanism. delete The method according to any one of claims 3 to 6, The hanger fixing mechanism, the steam hang cycle, characterized in that further comprising an operation lever which is provided on the main body frame to be spaced apart from the main body frame. A main frame having an injection plate on which steam is injected; A dish cloth mounting portion for fixing the roll cloth of the tissue structure to the other side of the body frame via the bottom surface of the spray plate in a state in which the roll cloth is rolled on one side of the body frame; A water reservoir provided in the main body frame; It is provided in the main body frame, and comprises a steam generator for converting the water in the water reservoir into steam to supply through the injection plate, The dishcloth mounting portion includes a dishcloth roll mechanism positioned on one side of the main body frame and wound with a roll dishcloth, and a dishcloth fixing mechanism positioned on the other side of the main body frame to fix the roll dishcloth provided by the dishcloth roll mechanism to the main body frame. Composed of, The dish towel roll mechanism and the dish fixer are automatically operated by an electric motor to provide a new roll dish on the bottom of the spray plate and to fix the roll dish to the main frame. Claims 1 to 6, 10 for passing through the steam cycle of any one of, One side is formed in an open structure and the mounting portion made to insert the steam hang cycle to be seated, the water supply portion configured to receive water from the outside to supply water to the water reservoir of the steam hang cycle, and the steam row Stand for steam hang cycle characterized in that it comprises a power connection for supplying power to the cycle or input and output control signals. The method according to claim 11, The water supply unit includes a water tap for supplying water to the water reservoir of the steam row cycle, The cradle is a cradle of the steam hang cycle, characterized in that provided with a water tap faucet lifting device for automatically raising and lowering the water tap when the steam hang cycle is mounted or separated.

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