KR200341818Y1 - Moving type grill cleaner - Google Patents

Abstract

The present invention relates to a mobile platen dishwasher, and more particularly, to a mobile platen dishwasher configured to be mounted on a vehicle to wash a large amount of platen on the move, an accommodating transfer unit for mounting the platen and giving a slope to push; A support transfer unit which is automatically fastened to one side of the accommodation transfer unit and senses the position in the vertical direction and adjusts the transfer in the horizontal direction; and a control unit that detects the position of the support transfer unit and instructs an operation according thereto; and the accommodation transfer unit And a rinsing washing unit for removing contaminants of the bulge plate moved from the rinsing plate; As such, the present invention is mounted on a vehicle, and washing is performed even during the movement, and since it is not necessary to perform a separate operation after placing the plate, it is not only more convenient in use but also increases the cleaning efficiency by using ultrasonic, heating, and pressure releasing methods. There is an effect that can be washed at a time.

Description

Mobile type grill cleaner

The present invention relates to a mobile platen dishwasher, and more particularly, to a mobile platen dishwasher configured to be mounted on a vehicle to wash a large amount of platen on the move.

In general, bulpan is used in large restaurants, roasting specialty stores, etc., and the surface is contaminated with milk fat or carbides, and the amount required to be washed periodically occurs.

If such an incandescent plate is removed by hand, not only the work efficiency is lowered, but also scratches are generated on the surface, so that the washing effect is further reduced and the color is changed.

Accordingly, the plateless dishwasher which is conventionally used in restaurants, etc., which frequently cleans contaminated platen, has a method of using a vibration ultrasonic wave, a spray nozzle, a rotary brush, and the like, and the cleaning efficiency is not significant.

The configuration of the conventional design is described in Republic of Korea Utility Model Publication No. 20-0327832, with reference to this will be described in more detail the configuration of the conventional design.

Figure 1a is a general configuration of the plateless washing machine using a conventional ultrasonic and high pressure pump, the washing machine consists of three spaces, which consists of an ultrasonic bath (3), work table (7), washing water automatic conveyor (37).

In the first step of the washing operation, the grease and harmful components on the plate are removed by applying vibration from the ultrasonic vibrator 1 after inputting the ultrasonic plate 3 using the plate plate 2.

In the second stage of the cleaning operation, the plate holder (2) is placed on the work table (7), and then the plate is removed and put into the secondary water washing automatic conveyor (37) using the plate holder (11). Can be washed.

FIG. 1B is a transmission apparatus driven by a flush conveyor, and the upper nozzle 13 and the lower nozzle 12 are transmitted from the feed spindle 28 to the nozzle reciprocating gear 15. At this time, the vertical connecting rod 23 is composed of a left and right connecting rod 24 is configured to reciprocate the nozzle from side to side.

At this time, the chain 29 is connected to the nozzle reciprocating reduction gear 15 by installing the nozzle reciprocating spindle 14 to lower the reduction ratio of the main shaft 28 for transport.

According to the operation of the control panel as shown in Figure 1a, the washing water pressure by the high-pressure pump 9 installed in the lower work table 7 after the first ultrasonic cleaning is connected to the hose 10 to the nozzle.

At this time, the control panel sequence is operated in the order of ultrasonic oscillation 6, flush conveyor chain drive motor 26, pump (9).

A drain valve 21 is installed below the flush automatic conveyor 37 to discharge the water supplied by the nozzles 12 and 13 out.

The upper and lower nozzle fixing is configured to allow the nozzle to move left and right on the upper cover and the lower bottom surface.

1C is a detailed view of the nozzle reciprocating drive shaft 15 and the nozzle connecting portion.

The nozzle reciprocating drive shaft 15 is fixed to the side using a bearing 31, and then the nozzle reciprocating reduction shaft 15 is installed. At this time, the connecting ring 34 of the nozzle up and down reciprocating connecting table 23 is fixed to the shaft gear 15 with a bolt 32, and at this time, a nut 33 is used.

The reciprocating connecting rod 23 is configured to maintain a gap so as not to be separated in the bolt, and the nozzle up and down reciprocating connecting rod 23 and the left and right reciprocating connecting rod 24 are fastened with a connecting pin fixing pin 25.

In this way, the nozzle fixing hole is formed at the bottom of the nozzle so that the nozzle rotation shaft 35 is installed so that the nozzle can be rotated. This part is supported by the upper cover and the lower bottom surface 36 and the high pressure hose 10 is connected to the nozzle. .

Hereinafter, the operation of FIG. 1C will be described in detail. The circular motion of the nozzle reciprocating drive shaft 15 is transmitted to the nozzle up and down reciprocating connecting rod 23, and the nozzle is moved to the left and right reciprocating connecting rod 24 to move the nozzle from side to side without additional power. It is configured to be.

However, such a conventional design has to place the platen washer in a designated place and supply it one by one for the cleaning of the contaminated platen, and after washing, most of the processes are provided in a structure requiring manual work. there was.

In addition, there is a problem that can be used only in a designated place where the platen washer was placed can not use a variety of.

And there was a problem that can not be washed at the same time a large number of plates.

The present invention in view of the above problems is to provide a mobile platen dishwasher that can be washed at a time a large amount of platen during movement.

In addition, it is an object of the present invention to provide a more convenient mobile platen dishwasher in using the entire process according to the soaking and washing, rinsing, drying process of the platen automatically.

In addition, the object of the present invention is to provide a portable plateless dishwasher capable of effectively removing contaminants such as milk fat, carbides, and the like deposited on the platen.

1a to 1c is a block diagram of a conventional platen washer.

Figure 2 is an overall perspective view of a removable platen cleaner according to the present invention.

Figure 3 is a block diagram of the receiving transfer unit according to the present invention.

4 is a cross-sectional view taken along the AA ′ direction in FIG. 3.

5 is a block diagram of a support transfer unit according to the present invention.

Figure 6 is a block diagram of a control unit according to the present invention.

7 is a partial cutaway view of the soaking washing unit according to the present invention.

Figure 8 is an internal configuration of the rinse drying unit according to the present invention.

Figure 9 is an embodiment of a control panel for controlling all the components according to the present invention.

* Description of the symbols for the main parts of the drawings *

1. Ultrasonic Vibration Unit 2: Unheated Plate 3: Ultrasonic Wave

4: unstable 5: unstable support 6: ultrasonic oscillator

7: workbench 8: control unit 9: pump

10: high pressure hose 11: unfilled tray 12: lower nozzle

13: Upper nozzle 14: Nozzle reciprocating spindle 15: Nozzle reciprocating reduction shaft

16: Unstable conveying chain 17: Unstable support ring 18: Upper nozzle support

19: Lower nozzle support 20: Upper cover 21: Drain valve

22: exit vinyl curtain 23: nozzle up and down reciprocating connecting rod 24: nozzle left and right reciprocating connecting rod

25: connecting rod fixing pin 26: chain drive motor 27: drive spindle

28: transfer shaft 29: nozzle reciprocating chain 30: bottom tank

31: Bearing 32: Fixing bolt 33: Fixing nut

34: connecting ring 35: nozzle rotation shaft 36: nozzle fixing support 37: flush automatic conveyor

110: accommodation transfer part 112: support body 114: ball screw

115: inlet groove 116: connecting means 118: reduction gear

119: fastening protrusion member 120: support transfer portion 121: horizontal guide

122: support 124: drive means 126: motor

128: fastening unit 130: control unit 132: sensor unit

134: controller 136: memory 140: soak washing unit

141: housing 141a: opening and closing door 142: ultrasonic vibration part

143: heat generating unit 144: temperature sensor 145: control control unit

146: control panel 147: pressure outlet 148: pressure release cock

150: rinse drying unit 151: transfer means 152: motor

152a: Gear 153: Rinse chamber 153a: Nozzle

153b: Waterproof member 154: Drying chamber 154a: Nozzle

154b: air compressor 155: drip tray 155a: transfer pipe

157: water tank 158: circulating motor 159: unsuccessful storage box 160: control panel

The present invention in consideration of the above problems is characterized by improving the cleaning efficiency by using ultrasonic, heating, pressure release method.

In addition, it is characterized in that it is configured to be transported, rinsed and dried at the same time is automatically seated on the transport means by pushing the inclined plate in the container after washing.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, the terms or words used in this specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors will appropriately describe the concept of terms in order to best explain their own design. Based on the principle that it can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention. Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical ideas of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

Figure 2 is a full perspective view of the movable platen washing machine according to the present invention, Figure 3 is a block diagram of the receiving portion according to the present invention, Figure 4 is a cross-sectional view of the AA 'direction in Figure 3, the plate as shown Receiving and conveying the inclined transport unit 110 to give a tilt; and the automatic transfer to one side of the receiving and transporting portion 110, the support transfer unit 120 for detecting the position of the vertical direction and at the same time to adjust the transfer in the horizontal direction A control unit 130 for detecting a position of the support transfer unit 120 and instructing an operation according to the position of the support transfer unit 120; and a soaking washing unit 140 for removing contaminants of the platen moved from the accommodation transfer unit 110; And a rinse drying unit 150 for rinsing and drying the bulge plate of the accommodation transfer unit dropped from the accommodation transfer unit.

The accommodation conveying unit 110 is a support body 112 of which most of the surface is open form is composed of a stainless steel-based metal material resistant to corrosion.

In addition, the support 112 is designed to be able to pull in the inclined direction of the platen 4, it is preferable to configure 50 to 60 platen at one time.

This is because the inlet grooves 115 of the plurality of ball screws 114 provided on one side of the support 112 are provided in an inclined direction.

It is a great feature of the present invention that the ball screw 114 has a structure capable of dropping the uneven plate 4 one by one in a lateral direction when a rotational force is applied to the ball screw 114.

The ball screw 114 is preferably provided with a larger diameter than the upper ball screw (114a) (114b) than the lower ball screw (114c) (114d), the drive shaft 113 of the ball screw 114 Silver was provided in a reversed phase lozenge so as to allow the introduction of a plurality of platen 4 regardless of the diameter of the platen as shown in FIG.

In addition, the drive shaft 113 of the ball screw 114 is provided with an inclination having a downhill with respect to the conveying progress direction of the platen 4 so that the platen 4 transfer means of the rinse drying unit 150 to be described later ( 152) to fall independently one by one.

In addition, a connection means 116 is provided at one side of each drive shaft 113 of the ball screw 114 to transmit the rotational force in one integrated direction.

In this way, the platen 4 is not only smoothly and automatically transported in one direction, but also automatically falls at the end of the rotational movement, thereby eliminating troublesome manual work.

The reduction gear 118 is provided in the extended drive shaft 113 of the ball screw 114, and is used as a means for transmitting rotational force to the ball screw 114.

That is, when the receiving transfer unit 110 is seated on the upper portion of the rinse drying unit 150 to be described later, the reduction gear 118 transmits the rotational force generated by the motor 152 of the rinsing drying unit 150. It is automatically engaged with the gear 152a to receive the rotational force.

As such, by not separately configuring the motor to apply the rotational force to the accommodation transfer part 110, it is possible to exclude the possibility of device failure and damage that may occur during the washing process of the soaking washing part 140.

In addition, a plurality of fastening protrusion members 119 are provided on one side of the upper portion of the accommodating and transporting unit 110 and the support 112 to provide a structure of a fastening groove by transport.

5 is a block diagram of a support transfer unit according to the present invention, Figure 6 is a block diagram of a control unit according to the present invention, as shown in the support transfer unit 120 includes a structure of a horizontal guide 121 The support base 122 is provided.

The driving unit 124 is freely moved along the horizontal guide 121 and transmits a force in the vertical direction according to the instructions of the controller 130.

The drive means 124 is preferably provided as a hydraulic cylinder, but can be an alternative configuration of one selected from pneumatic cylinders, rack gears, cranes, if the structure to transfer the drive means 124 in the vertical direction seen by the structure The design is not limited.

In addition, the driving means 124 provides a motor 126 for transmitting a driving force of the movement in the horizontal direction. The motor 126 is preferably provided as a hydraulic motor capable of transmitting a greater force.

In addition, at the end of the driving means 124 is provided with a fastening portion 128 for automatically walking and fixing the fastening protrusion member 119 of the accommodation transfer portion 110 in accordance with the instructions of the control unit 130. .

Hereinafter, the configuration of the driving means 124, the motor 126, and the fastening part 128 that operate according to the instructions of the controller 130 (the block diagram of FIG. 6 with respect to FIG. 5) will be described in detail.

The control unit 130 has a sensor unit 132 for detecting the position of the drive means 124 and the fastening portion 128.

In this way, the sensor unit 132 detects the movement position of the accommodation transfer unit 110 in the horizontal guide 121, the initial position of the accommodation transfer unit (1 in Fig. 5), the position of the soaking washing unit (Fig. ②) of the 5, the rinse drying unit (3 ③ in Figure 5) is provided respectively.

Each of the points is a horizontal movement position setting value of the support transfer unit 120 for fastening and transporting the accommodation transfer unit 110.

In addition, it is preferable to provide a sensor unit 132 in the fastening unit 128 in the form of a fastening arm that can be detected when approaching the fastening protrusion member 119 or automatically fixed to a preset stored value.

In this way, the sensor unit 132 is provided with a controller 134 for detecting the position of the drive means 124 and the fastening portion 128 in the horizontal or vertical direction and instructs the operation accordingly.

As shown in FIG. 6, the sensor unit 132 detects the position values of the driving unit 124 and the fastening unit 128.

Then, the sensed position value is transmitted to the controller 134 and simultaneously moved to the position of the value set in the controller 134.

In this case, the horizontal movement is driven by the motor 126, and the vertical movement is performed by the driving means 124.

The controller 134 preliminarily performs setting, cleaning, rinsing, and drying of the platen 4 of the platen by sequentially editing and storing the set values of the left and right and up and down directions of the operation and the information of the operation in steps.

FIG. 7 is a partial cutaway view of a soaking washing part according to the present invention, and as shown therein, the soaking washing part 140 is composed of a housing 141 which provides an airtightly closed opening / closing door 141a. have.

In addition, a plurality of ultrasonic vibration units 142 for generating ultrasonic waves in the wall and the bottom surface of the housing 141 and a heat generating unit 143 having a plurality of heating coils are incorporated.

The water supplied into the housing 141 is heated by the heating of the heat generating unit 143.

As such, the washing unit 141 is cleaned by ultrasonic and heating methods, and the heated steam is accumulated at a high pressure in the housing 141.

In addition, a temperature sensor 144 for sensing the temperature inside the housing and a control controller 145 for controlling the output value of the sensed temperature and ultrasonic waves.

This operates so that the set value of the control adjusting unit 145 is constantly maintained at the output value of the temperature and ultrasonic waves within a certain error range.

As such, the control panel 145 for easily adjusting and setting the values of the intensity and temperature of the ultrasonic waves may be located at one side of the wall, thereby increasing convenience of use.

In addition, a pressure discharge port 147 is provided at one side of the soaking washing unit 140 to discharge the high pressure steam generated in the housing 141 in one direction of the outside.

When the heating and the ultrasonic wave is oscillated, the inside of the housing 141 is formed in a relatively high pressure atmosphere, the pressure balance of the inside and outside when the high-pressure steam is discharged to the outside breaks into a relatively low pressure atmosphere compared to the external pressure It is created.

Therefore, when a pressure release cock is provided at one side of the wall of the housing 141 to provide outside air with a value of a predetermined pressure or less, foreign matter on the surface of the platen 4 is removed by internal and external pressure differences. The effect of washing is improved.

In addition, it is preferable to configure and use a drain valve (not shown) for draining the water inside one side of the housing 141, and a supply valve (not shown) separately from the drain valve is above the drain valve (not shown). It can be located in the configuration that can be easily supplied to the water for washing.

In addition, the supply valve (not shown) is preferably configured to be connected to the water tank 157 of the rinse drying unit 150 to be described later to be mounted on the vehicle for use.

As such, the water supplied for the washing may be replaced two to three times a day, and a small amount of surfactant may be added to the water to increase the washing efficiency.

8 is an internal configuration of the rinsing drying unit according to the present invention, as shown in the rinsing drying unit 150 when the support transfer unit 120 is located on the upper surface of the reducer 118 and the gear ( 152a) is automatically fitted to transmit the rotational force to the receiving transfer unit (110).

In addition, a guide protrusion member (not shown) may be separately provided to position the accommodation conveying unit 110 at a predetermined point of the upper portion of the rinse drying unit 150.

The gear 152a is transmitted by the driving of the motor 152 built in the rinse drying unit 150, the motor 152 is to transmit the same rotational force to the transfer means 151 at the same time.

At this time, the reducer 118 is designed with a larger radius of rotation to drop the platen 4 in a form that is properly spaced apart from the conveying speed of the conveying means 151, the ball than the conveying speed of the conveying means 151 It is preferable that the moving speed of the platen 4 by the rotation of the screw 114 is configured to be relatively slow.

In addition, the transfer means 151 is composed of at least one or more lines using a plastic synthetic resin or stainless steel-based metal material excellent in corrosion resistance is configured to have a maximum surface area for the bulge plate 4 during rinsing and drying.

The projecting means 151 is provided with a plurality of protruding members 151a so as to be caught in a plurality of grooves provided in the bulge plate 4 so as to be in position without falling off during dropping or moving.

Subsequently, the fire plate 4 dropped from the accommodation transfer unit 110 is independently transferred by the transfer unit 151 and undergoes a rinsing step of the rinsing chamber 153 which receives the moving initial water in a spray form.

The rinsing water is purified water stored in the water tank 157, and fine water particles are supplied through the nozzle 153a by operating the circulation motor 158 during transportation.

The nozzle 153a is preferably installed in a plurality of upper and lower parts to improve the washing efficiency.

In addition, the nozzle 153a is preferably configured to incline the nozzle in the inlet direction to suppress the supply of water particles to the drying chamber 154 which is the next step.

In addition, the upper and lower portions of the rinsing chamber 153 is provided with a plurality of waterproof members 153b made of elastic rubber or plastic synthetic resin to prevent scattering of water particles.

It is used as a means for collecting and dropping the water particles scattered to the bottom by elastically reacting to the traveling direction of the bull plate 4 does not occur.

Then, the drying step of the drying chamber 154 to inject the compressed air generated by the air compressor 154b in the vertical direction to the fire plate 4 through the rinsing step.

The dry plate 4, which has undergone the drying step, is automatically dropped and stored in the platen box 159 at the end of the transfer, thereby providing a more convenient structure for collecting and transferring the platen.

In addition, the rinse drying unit 150 has a drip tray 155 for collecting contaminated water that is located on the bottom surface of the transfer means 151 from the falling point of the fire plate to the drying chamber.

The drip tray 155 is a mechanism for collecting the water scattered or dropped in the rinsing and drying steps for recycling, and provides a transport pipe 155a at the bottom to transport the collected water.

The water collected by the drip tray 155 is supplied to the filter 156 via the transfer pipe 155a. At this time, debris and oil, which are foreign substances in the contaminated water, are separately filtered to be recycled.

Thereafter, the water passing through the filter 156 is transported to the water tank 157 and stored.

As described above, the water stored in the water tank 157 should be periodically supplied in sufficient amount in consideration of the daily requirement, and is supplied again to the rinsing chamber 153 by driving the circulation motor 158 for the rinsing and drying process. do.

In addition, the stored water of the water tank 157 is supplied to a supply line (not shown) provided on the wall surface of the housing 141 of the soaking washing unit 140, and may be provided by opening a supply valve (not shown).

Figure 9 is an embodiment of the control panel for controlling each component according to the present invention, as shown in the control and operation of each part as a single hook and portable control panel 160 to more conveniently It can also be made available.

The mobile plateless dishwasher manufactured as described above can be used for various purposes because it can be washed on the go by providing a power supply unit (battery) and mounting it on a truck that can be loaded.

As described above, the present invention is mounted on a vehicle to be washed while moving, and since the plate is not placed, no additional work is required, and thus there is a more convenient effect in use.

In addition, the present invention can not only wash a plurality of platen at a time, but also has an effect of improving the cleaning efficiency by using ultrasonic, heating, pressure release method.

Claims (8)

Receiving transfer unit to mount the inclined plate and push the slope; and A support transfer unit which is automatically engaged with one side of the accommodation transfer unit and detects a position in the vertical direction and simultaneously adjusts the transfer in the horizontal direction; and A control unit which detects a position of the support transfer unit and instructs an operation according thereto; and Boil washing to remove the contaminants of the platen moved from the receiving portion; And A rinse drying unit for rinsing and drying the bulge plate of the accommodation transfer unit dropped from the accommodation transfer unit; Removable platen dishwasher comprising a. According to claim 1, wherein the receiving portion and the support body to form a skeleton with an open main surface, A plurality of ballscrews for introducing the platen in the oblique direction to the support and transmitting the rotational force of the transfer in one direction; A connecting means integrally connected to one side of the ball screw and transmitting rotational force to the entire ball screw; And a reduction gear provided on an extended side of the ball screw drive shaft. The support of claim 1, wherein the support transfer portion includes a support including a horizontal structure; Drive means for free movement along the guide of the horizontal structure of the support, and transmitting the force in the vertical direction according to the instructions of the control unit; A motor for transmitting a driving force for moving the driving means in a horizontal direction; And a fastening part configured to fasten and fix the accommodation conveying part in accordance with an instruction of the control part at the end of the driving means. According to claim 1 or claim 3, wherein the control unit The sensor unit for detecting the position of the drive means and the fastening portion; A controller for controlling an operation according to the position detection of the driving means and the fastening unit; A memory for storing information of the detected position and operation Removable platen dishwasher comprising a. The housing of claim 1, wherein the soaking washing part has a closed opening door at an upper surface thereof, A plurality of ultrasonic vibrators for generating ultrasonic waves in the housing wall and the bottom; A heating unit having a plurality of heating coils in the housing wall and the bottom; A temperature sensor for sensing a temperature of the wall surface of the housing; A control controller for adjusting the detected temperature and the output value of the ultrasonic wave, And a control panel for setting values of ultrasonic strength and temperature at one side of the wall surface. The pressure discharging port of claim 1 or 5, wherein the soaking washing unit discharges the high-pressure steam generated inside the housing on one side of the wall in one direction of the outside; And a pressure release coke for providing outside air at a value equal to or less than a predetermined pressure at one side of the wall when the opening / closing door is opened. According to claim 1, The rinsing drying unit and the transfer means for moving the fall plate A motor connected to a drive shaft of the transfer means to provide a rotational force; A gear for transmitting the rotational force of the motor from the upper portion to the reducer of the support transfer portion; A rinsing chamber for spraying water on the fire plate supplied by the transfer means; Upper and lower portions of the rinsing chamber and a plurality of waterproof members 153b of elastic material, A drying chamber for injecting compressed air generated by an air compressor into the bulge plate via the rinsing chamber; A drip tray that collects contaminated water falling at the bottom of the transfer section; A filter for removing foreign substances by receiving the polluted water collected in the drip tray; A water tank for storing purified water via the filter; And a circulation motor for resupplying the purified water of the water tank to the rinsing chamber. A mobile platen dishwasher according to claim 1, characterized in that it is mounted on a vehicle.