KR20080049229A - A hose winding apparatus - Google Patents

Abstract

A hose winding apparatus is provided to improve user convenience by drawing out a flexible hose at a desired length and to prevent the flexible hose from being scattered on a floor of a bathroom or a veranda. A case(1000) has a space inside. A cold/hot water connecting pipe is installed on a wall of a main body to be connected to a cold/hot water pipe. A passage member is fixedly installed in a fixed bracket. A bobbin(1080) is rotatably installed in the passage member and has guide wheels at both sides to wind a flexible hose(1260). One end of a hose connecting unit(1090) is connected to one side of the passage member, and the other end thereof is connected to one end of the flexible hose. A guide member is installed at one side of the bobbin to guide movement of the flexible hose. An elastic member has stopping units at both ends, a torsion spring at a center, and a spiral leaf spring to supply rotary restoring force to the bobbin. A hose support unit(1200) is fixedly installed in a support hole(1211) of a support bracket(1210). A faucet(1220) is installed at a faucet coupling hole(1213) of the support bracket and has an inlet(1223) and an outlet(1225). A cold/hot water connecting hose(1230) is connected to the inlet of the faucet and the cold/hot water pipe to supply cold/hot water. A supply hose(1240) is connected to the outlet of the faucet and the passage member to supply the cold/hot water introduced through the water pipe to the passage member by a selection valve. A hose arranging member(1250) is installed outside the bobbin, guides the flexible hose wound and unwound around/from the bobbin, and prevents the flexible hose from being deviated from the guide wheels.

Description

Hose Winding Apparatus {A HOSE WINDING APPARATUS}

1 is an overall perspective view of a hose winding device according to a first embodiment of the present invention;

2 is a view showing a state in which the bobbin and the passage member in Figure 1 disassembled;

3 is a view showing a state in which an elastic member is installed in the bobbin in FIG.

4 is an exploded perspective view of the guide member in FIG. 1;

Figure 5 is an operating state diagram of the hose winding device according to the present invention, Figure 5a is a front view of the state before pulling the flexible hose, Figure 5b is a front view of the state pulling the flexible hose, Figure 5c is a pulling operation of the flexible hose 5 is a front view of a state where the flexible hose is wound around the bobbin;

FIG. 6 is a view illustrating an operation state of a blocking device when the flexible hose is pulled and released in FIG. 5, and FIG. 6A is a view in which a fixed end is inserted into a pleated groove of the flexible hose, and FIG. Drawing of the state;

7a to 7f show the operating states of the actuation mechanism and the control mechanism when the flexible hose is pulled and released in FIG. 5;

8 is an overall perspective view of a hose winding device according to a second embodiment of the present invention;

9 is an exploded perspective view of the guide member in FIG. 8;

10 is an operation state diagram of the hose winding apparatus according to the second embodiment of the present invention, Figure 10a is a front view of a state before pulling the flexible hose, Figure 10b is a front view of a state pulling the flexible hose, Figure 10c is a flexible 10D is a front view when the pulling operation of the hose is stopped, and FIG. 10D is a front view of a state where the flexible hose is wound on the bobbin;

11a to 11e are views showing the operating state of the first shutoff when pulling and releasing the flexible hose in FIG.

12A to 12D show the operating state of the first control mechanism when the flexible hose is pulled and released in FIG. 10;

13 is an overall perspective view of a hose winding device according to a third embodiment of the present invention;

14 is an exploded perspective view of the guide member in FIG. 13;

15 is a cross-sectional view of the second control mechanism coupled to the roller engaging portion in FIG.

16 is an operating state diagram of the hose winding apparatus according to the third embodiment of the present invention, Figure 16a is a front view of a state before pulling the flexible hose, Figure 16b is a front view of a state pulling the flexible hose, Figure 16c is a flexible Front view when the pulling operation of the hose is stopped, and FIG. 16D is a front view of a state where the flexible hose is wound on the bobbin;

17A to 17C show an operating state of the second control mechanism when the flexible hose is pulled and released in Fig. 16; And

18 is a front view of a hose winding device according to a fourth preferred embodiment of the present invention.

<Description of the code | symbol about the principal part of drawing>

1000: Case 1001: Body

1002: connector 1003: cover

1010: cold and hot water connector 1016: faucet connector

1020: Fixing bracket 1021: Euro installation hole

1030: Euro connector 1031: Spring mounting portion

1033: first euro section 1036: second euro section

1040: fixed connector 1050: rotating connector

1060: Packing 1080: Bobbin

1090: hose connector 1100: information board

1110: front guide roller 1120: rear guide roller

1130: block 1140: support spring

1142: operating shaft 1143: rotating plate

1145: auxiliary working shaft 1146: control stage

1150: working shaft spring 1151: auxiliary working shaft spring

1152: Ratchet Wheel 1154: Sprocket

1157: leaf spring 1158: ratchet fixing cover

1170: working roller 1180A, 1180B: auxiliary roller

1190: torsion spring 1196: spiral leaf spring

1200: hose support 1210: support bracket

1220: Faucet 1221: Selection valve

1223: inlet 1225: outlet

1227: auxiliary outlet 1230: cold, hot water connection hose

1240: supply hose 1245: water supply hose

1250: hose alignment member 1251: alignment shaft

1255: alignment roller 1257: hose alignment torsion spring

1260: flexible hose 1261: corrugated groove

1320: first front guide roller 1330: first rear guide roller

1340: first block 1341: the first support

1350: operation stage 1356: first fixing stage

1360: outer tube 1362: guide cam

1367: button unit 1370: rotating cam

1371: knock 1372: knocked slope

1374: pressurization unit 1375: knock spring

1376: outer cylinder cover 1377: first working shaft spring

1380: 1st operation roller 1390A, 1390B: 1st auxiliary roller

1520: second front roller 1530: second rear roller

1540: control operation shaft 1550: second control mechanism

1551: stopper 1552: control roller

1553: second fixing end 1554: locking groove

1560: second working shaft spring 1570: second working roller

1580A, 1580B: Second Auxiliary Roller

The present invention relates to a hose winding device, and more specifically, to a hygiene and clean management of a flexible hose installed with a water spray gun by a hose winding device for unwinding or winding a hose equipped with a water spray gun, It relates to a hose winding device that can be used to withdraw the desired length.

In general, cold and hot water supply pipes with faucet brackets are installed in home bathrooms, public baths, home verandas, and outdoor areas of buildings. This faucet bracket is provided with a water spray gun (shower) for supplying cold or hot water.

The water spray gun is sprayed with hot or cold water through the nozzle of the water spray gun by the operation of the valve installed in the faucet, so that the user's body is sprayed with water in the bathroom or the public bath of the home to wash the body. In the veranda of the house and the outdoors of the building, watering the pots, cleaning the windows and floors, and washing the car.

At this time, a freely bent hose is connected between the faucet bracket and the water spray gun.

The hose is a flexible hose that can be bent freely, while the high pressure hydraulic pressure acts, and has a proper durability against hot water. Corrugated grooves are formed in the spiral of such a flexible hose, and a tube made of soft PVC or silicon material is installed inside to prevent leakage.

Such a conventional water spray gun is installed in a holder installed at a predetermined height of a wall, and when a user wants to use a water spray gun, the water spray gun is separated from the holder, and then the valve provided in the faucet is opened and closed for use. It can be used by spraying water.

However, such a conventional water spray gun may be soaped on the body in a home bathroom or a public bath, showered with a towel, or watered in a pot on the balcony of a home, or outdoors in a building. It is inconvenient to use because the water spray gun is caught in the holder of the predetermined height from the wall surface, and the water spray gun must be hooked to the holder after use after removing the water spray gun from the holder. For this reason, there are frequent cases where the water spray should be used in the bathroom floor or in the bathtub, on the floor or ground of the veranda.

Therefore, while using the water spray gun, the flexible hose is stretched on the floor of the bathroom or in the bathtub and on the veranda. While unsanitary management was not possible because of the flexible hose stretched on the floor of the bathroom or the inside of the bathtub and the bottom of the balcony, there was a problem that the aesthetics were not beautiful.

The present invention has been made to solve the problems of the prior art as described above, the technical problem of the present invention is to provide a flexible hose equipped with a water spray gun by a hose winding device to be released or wound the flexible hose equipped with a water spray gun While maintaining hygienic and clean, flexible hose equipped with water spray gun does not hang on the floor of the bathroom or the veranda, which makes the aesthetics beautiful and the flexible hose can be drawn out as long as the user wants. The purpose of the present invention is to provide a hose winding device that can improve the performance of the hose.

In order to achieve the above object, the present invention,

A case having a space formed therein by a combination of the main body and the cover;

Cold and hot water connector is installed in the connection hole formed on the wall surface of the body connected to the cold, hot water supply pipe;

A flow path member fixedly installed at a fixing bracket installed at one side of a wall of the main body;

A bobbin rotatably installed at the flow path member and having guide wheels formed at both sides thereof to which the flexible hose is wound;

One end is connected to one side of the flow path member and the other end is connected to one end of the flexible hose hose connector;

A guide member installed at one side of the bobbin to guide the movement of the flexible hose;

A torsion spring is formed at both ends to be installed in the flow path member, and a torsion spring formed at the center of the spring connection part, and one end is connected by the connecting pin to the spring connection part, and the other end is connected to the bobbin to provide a spiral restoring force to the bobbin. Elastic member;

Hose support is fixed to the support hole of the support bracket installed on the other side of the wall surface of the main body;

A faucet installed at the end of the power receiver of the support bracket, the inlet and the outlet being formed;

Cold and hot water connection hose is connected to the inlet of the faucet and installed in the cold, hot water connection pipe to supply cold and hot water;

A supply hose connected to the discharge part and the flow path member of the faucet and supplying the cold and hot water introduced through the water supply pipe to the flow path member by a selection valve formed in the faucet; And

It is intended to provide a hose winding device that is installed on the outside of the bobbin comprises a hose alignment member for guiding the flexible hose to be wound on the bobbin and keeps the guide wheel from being separated outward.

Preferably, the flow path member is

The flow path is formed inside the spring installation portion formed in the longitudinal direction so that the locking portion is fitted, the fixing portion is formed at one end of the spring installation portion fixed to the fixing bracket, the first before and after A first flow path part formed with a first flow path hole in which a first flow path communicating with the flow path is formed between the packing groove and the first before and after packing grooves; A flow passage connector consisting of a second flow path portion having a second flow path groove portion in which a second flow path communicating with the flow path is formed between the post-packing grooves;

A fixed connector having a first connection part fitted to the first flow path part and fixed to the fixing bolt and having a first communication hole coupled to a hose connection part installed at one side of the supply hose on one side of the outer circumference thereof and communicating with the first euro hole therein;

A rotary connector fitted to the second channel part and fixedly installed with a fixing bolt, and having a second connection part having a second communication hole connected to one end of the hose connector on one side of the outer circumference thereof and communicating with the second euro hole therein; And

The first and second packing grooves and the second before and after packing grooves, respectively, characterized in that the packing is configured to maintain the airtight.

Preferably, the guide member,

A guide plate formed on an inner wall of the main body and having an operation part formed in a vertical direction on one side thereof, and an installation part formed on the front side, and an installation end formed on an upper end of one side of the operation part;

A pair of front guide rollers fixedly installed at one side of the guide plate;

A pair of rear guide rollers fixedly installed at the other side of the installation part of the guide plate;

Blocking block is installed on the guide plate for controlling the movement of the flexible hose;

It is installed on one side of the guide plate, the operation roller for operating the block while moving up and down in accordance with the movement direction of the flexible hose; And

It is characterized in that the auxiliary roller is installed on one side up and down of the operation roller to guide the movement of the flexible hose.

Preferably, the hose alignment member,

An alignment shaft installed at an outer side of the bobbin and having an alignment plate protruding at one end thereof and a roller mounting portion formed at a free end of the alignment plate;

An alignment roller installed in the roller mounting portion and in contact with the flexible hose; And

It is installed on the other end of the alignment shaft, one end is installed on the upper surface of the alignment plate and the other end is characterized in that it is composed of a hose alignment torsion spring to provide a rotation restoring force to the alignment shaft is supported on the fixing projections installed on the wall surface of the main body.

Referring to the first preferred embodiment of the present invention having the features as described above in detail based on the accompanying drawings as follows.

1 is an exploded perspective view of a hose winding apparatus according to a first embodiment of the present invention, Figure 2 is a view showing a state in which the bobbin and the passage member in Figure 1, Figure 3 is an elastic member in the bobbin in Figure 2 Is a view showing a state installed, Figure 4 is an exploded perspective view of the guide member in FIG.

1 to 4, the present invention hose winding device is a case 1000, cold and hot water connection pipe 1010, flow path member, bobbin 1080, hose connector 1090, guide member, elastic member, Hose support 1200, faucet 1220, cold, hot water connection hose 1230, the supply hose 1240 and the hose alignment member 1250.

In detail, the case 1000 includes a main body 1001 and a cover 1003, and a space portion 1004 is formed therein.

Cold and hot water connection pipe 1010 is installed in the connection hole 1002 formed on the wall surface of the main body 1001, is connected to the cold, hot water supply pipe (not shown) as a separate connection member.

Referring to Figure 2, the flow path member is installed on the fixing bracket 1020 installed on one side of the wall surface of the main body 1001 and the bobbin is installed, the flow path connector 1030, the fixed connector 1040, the rotary connector 1050 and Packing 1060.

The flow path connector 1030 has a flow path 1030A formed therein to allow the cooling and hot water to pass therethrough, and a spring installation part having a fixing groove 1031A formed in the longitudinal direction in the center thereof to allow the engaging portion of the torsion spring to be described later. 1031, the spring installation portion 1031, one end of the fixed portion 1032, the fixed portion 1032, the fixing portion 1032 is fixed to the flow path installation hole 1021 of the fixing bracket 1020, before and after A first flow path portion 1033 having a first flow path groove portion 1035 formed with a first flow path hole 1035A communicating with the flow path 1030A between the packing groove 1034 and the first before and after packing grooves 1034. ) And a second flow path 1038A communicating with the flow path 1030A between the second front and rear packing grooves 1037 and the second front and rear packing grooves 1037 at the other end of the spring installation part 1031. It consists of a second flow path portion 1036 is formed a second flow path groove portion 1038.

The flow path installation hole 1021 of the fixing bracket 1020 is preferably formed in a shape in which the flow path connector 1030 cannot be rotated when the fixing portion 1032 of the flow path connector 1030 is coupled, for example, except a circular shape. The shape of the fixing portion 1032 also corresponds to the shape of the flow path installation hole 1021.

The fixed connector 1040 is fitted into the first flow path part 1033 and fixedly installed by the fixing bolt B. A hose connection part 1241 installed on one side of the supply hose 1240 is coupled to one side of the outer circumferential surface and the first inside thereof. A first connection portion 1041 having a first communication hole 1041A communicating with the flow path hole 1035A is formed to protrude.

The rotary connector 1050 is fitted to the second flow path part 1036 and is fixedly installed by the fixing bolt B. One end of the hose connector 1090 is connected to one side of the outer circumference and the second flow path 1038A is formed therein. A second connection portion 1051 having a second communication hole 1051A communicating therewith is formed.

The packing 1060 is installed in the first before and after packing grooves 1034 and the second before and after packing grooves 1037 to maintain airtightness.

A first bearing portion 1039A is formed between the spring mounting portion 1031 and the fixing portion 1032, and a second bearing portion 1039B is disposed between the spring mounting portion 1031 and the second connecting portion 1051. Is formed. Bearings 1070 are installed in the first and second bearing parts 1039A and 1039B to prevent wear caused by friction with the bobbin when the bobbin to be described later rotates.

Referring to FIG. 2, the bobbin 1080 allows the flexible hose 1260 to be wound and includes a first disk 1081 and a second disk 1086.

A shaft hole 1082 is formed in the center of the first disk 1081 so that the flow path connector 1030 can be coupled, and an accommodation protrusion 1083 having an accommodation portion 1084 in which an elastic member to be described later is accommodated on the inner side thereof protrudes. The support end 1085 is formed to protrude from the other end of the spiral plate spring 1196 of the elastic member at one side of the proximal distance of the accommodation protrusion 1083.

The second disk 1086 is coupled to the first disk 1081, the shaft coupling hole 1087 is formed on the inner surface and is coupled to the receiving protrusion 1083, the storage coupling portion 1088 to close the housing 1084 ) Is formed to protrude. One side of the storage coupling portion 1088 is formed with an access hole 1089 so that the flexible hose 1261 can be drawn out and received.

At one end of the first disk 1081 and the second disk 1086, guides 1081A and 1086A are formed to protrude.

The hose connector 1090 is to allow the cold and hot water introduced through the cold and hot water supply pipe to be sprayed to the outside through the flexible hose 1260, and one end of the hose connector 1090 is connected to the second connector 1051 of the rotary connector 1050. The other end is connected to one end of the flexible hose 1260.

Referring to Figure 4, the guide member is installed on one side of the bobbin 1080 to guide the movement of the flexible hose 1260, the guide plate 1100, the front guide roller 1110, the rear guide roller 1120, blocking It is composed of a sphere 1130, the operation roller 1170 and the auxiliary roller (1180).

The guide plate 1100 is installed on the inner wall surface of the main body 1001, and on one side, an operation part 1101 is formed in a vertical direction, and an installation part 1106 is formed on a front surface thereof. An installation end 1108 is formed at an upper end of one side of the rear of the operation unit. The operation unit 1101 is provided with upper and lower stoppers 1102 and 1103 on the upper and lower portions of the auxiliary operating shaft to block the movement of the auxiliary operating shaft of the operating mechanism to be described later by a predetermined distance or more.

The front guide roller 1110 is fixedly installed on one side of the installation portion 1106 of the guide plate 1100 and is formed in a pair of upper and lower portions.

The rear guide roller 1120 is fixedly installed on the other side of the installation portion 1106 of the guide plate 1100 and is formed in a pair of upper and lower portions.

The front guide roller 1110 and the rear guide roller 1120 guide the movement of the flexible hose 1260 in the horizontal direction.

Block 1130 is installed on the guide plate 1100 to control the movement of the flexible hose 1260, support 1113, upper and lower operating end (1134A, 1134B), support spring (1140A, 1140B), fixed It consists of stages 1141A and 1141B and an actuating mechanism.

The support 1113 is installed between the front guide roller 1110 and the rear guide roller 1120, and the rear surface is opened so that an insertion portion 1132 is formed therein and a hose fitting portion 1133 is formed at the center thereof.

The upper and lower operating ends 1134A and 1134B are installed at the insertion part 1132 of the support 1113, but are installed at the upper and lower ends of the hose fitting part 1133, and at one end of the semicircular shape to surround the outer diameter of the flexible hose 1260. Support grooves 1135A and 1135B are formed and spring grooves 1136A and 1136B are formed in the other end in the longitudinal direction. Actuating projections 1137A and 1137B are formed on the rear surface, and a plurality of anti-friction projections 1138A and 1138B are formed on both sides in the vertical direction.

The support springs 1140A and 1140B are coupled to the spring grooves 1136A and 1136B of the upper and lower actuating ends 1134A and 1134B, respectively, to support the upper and lower actuating ends 1134A and 1134B to support the elasticity and maintain the gap.

The fixed ends 1141A and 1141B are installed in the support grooves 1135A and 1135B, and are fixed to the pleated grooves 1261 of the flexible hose 1260 by the up and down movement of the upper and lower operating ends 1134A and 1134B. .

The actuating mechanism is installed on the actuating roller 1170 and the guide plate 1100 to operate the upper and lower actuating stages 1134A and 1134B. The actuating shaft 1142, the rotating plate 1143, the connecting spring 1144, and the auxiliary It consists of a working shaft 1145, a working shaft spring 1150 and the auxiliary working shaft spring (1151).

The actuating shaft 1142 is rotatably centered on the installation end 1108 and has a roller engaging end 1142A coupled to the actuating roller 1170 at one end thereof, and a shaft pressing end 1142B at the other end thereof.

The rotation plate 1143 is installed at the shaft pressing end 1142B, and the connection spring 1144 is connected to the rotation plate 1143 and the shaft pressing end 1142B to impart elasticity to the rotation plate 1143.

Auxiliary operation shaft 1145 is installed in the operation unit 1101, the control stage 1146 is installed inside the control mechanism for controlling the movement of the flexible hose 1260 by operating the upper and lower operation stages (1134A, 1134B). Is formed. A ratchet installation groove 1147 is formed on the outer circumferential surface of the control stage 1146, and is cut in one direction of the ratchet installation groove 1147 to include the ratchet operating portion 1147A, and the shaft is pressed on one side of the ratchet installation groove 1147. An arm 1148 located at the bottom of the step 1142B is formed to protrude.

The actuating shaft spring 1150 is installed on the actuating shaft 1142 and the installation end 1108 to provide rotational restoring force to the actuating shaft 1142, and one end is installed on the upper surface of the actuating shaft 1142 and the other end. Is supported by the protrusion 1109 protruding from the installation end 1108.

The auxiliary working shaft spring 1151 is installed on the outer periphery of the control stage 1146 to provide rotational restoring force to the auxiliary working shaft 1145, one end of which is installed on the upper surface of the arm 1148 and the other end of the lower stopper 1103. ) Is supported.

The control mechanism is provided on one side of the ratchet wheel 1152 and the ratchet wheel 1152 installed in the space portion 1149 formed inside the control stage 1146, and the actuating projection 1137 is provided on the surface of the gear 1155. A sprocket 1154 having a projection groove 1155A formed therein, a fixed shaft 1156 through which the ratchet wheel 1152 and the sprocket 1154 are secured through the shaft hole 1149A of the control stage 1146, and the ratchet operating part. A ratchet fixing cover 1158 which is installed between the 1147A and the ratchet wheel 1152 and is coupled to the leaf spring 1157 and the ratchet mounting groove 1147 that is engaged with the ratchet wheel 1152 and fixes the leaf spring 1157. It consists of.

Here, the gear teeth 1153 of the ratchet wheel 1152 and the gear teeth 1155 of the sprocket 1154 are preferably formed in a 2: 1 ratio.

The leaf spring 1157 is in contact with the ratchet fixing cover 1158 and the other end is supported by the ratchet wheel 1152. In the present invention, the leaf spring 1157 is described as being installed between the ratchet operating portion 1147A and the ratchet wheel 1152, but is not limited thereto. One end of the leaf spring 1157 may be riveted to the ratchet fixing cover 1158. It can be fixed by welding or welding.

Meanwhile, the control stage 1146 rotates in both directions, and the ratchet wheel 1152 and the sprocket 1154 rotate only in one direction.

On the other hand, the guide groove 1133A is formed on the upper and lower portions of the hose fitting portion 1133, and the guide protrusions 1139A and 1139B move along the guide groove 1133A on the front surfaces of the upper and lower operating ends 1134A and 1134B. ) Is formed to insert the flexible hose (1260) into the hose fitting portion (1133).

The operation roller 1170 is installed at one side of the guide plate 1100, and operates the block 1130 while moving up and down in accordance with the moving direction of the flexible hose 1260.

The auxiliary roller 1180 is installed at one side up and down of the operation roller 1170 to guide the movement of the flexible hose 1260 in the upper direction or the lower direction.

2 and 3, the elastic member includes a torsion spring 1190 and a helical leaf spring 1196. The torsion spring 1190 has a locking portion 1191 formed at both ends thereof so that the torsion spring 1190 can be inserted and fixed in the fixing groove 1031A of the spring installation portion 1031 formed in the flow path connector 1030, and a spring connection portion 1192 is formed at the center thereof. do.

The helical leaf spring 1196 provides a rotational restoring force to the bobbin 1080, one end of which is connected to the spring connector 1192 by a connecting pin 1194, and the other end of which is supported by the support 1085 of the first disk 1081. Hanging is supported.

The spiral leaf spring 1196 is wound when the bobbin 1080 is rotated counterclockwise as shown in FIG. 2, and is released when the bobbin 1080 is rotated clockwise.

The hose supporter 1200 is fixedly installed in the support hole 1211 of the support bracket 1210 installed on the other side of the wall surface of the body 1001.

The faucet 1220 is installed in the water-receiving hole 1213 of the support bracket 1210, and has a selector valve 1221, the inlet portion 1223 and the discharge portion 1225 is formed.

Cold and hot water connection hose 1230 is connected to the inlet portion 1223 and the cold, hot water connection pipe 1010 of the faucet 1220 to supply cold and hot water.

The supply hose 1240 is connected to the discharge part 1225 of the faucet 1220 and the first connection part 1041 of the fixed connector 1040 to supply the cold and hot water supply pipes by the selection valve 1221 of the faucet 1220. Supply the cold and hot water introduced through the flow path member.

The hose alignment member 1250 is installed on the outside of the bobbin 1080 and is to keep the flexible hose 1260 wound and unwound on the bobbin 1080 so as not to be separated in the outward direction of the guide wheels 1081A, 1086A, It consists of an alignment shaft 1251, an alignment roller 1255, and a hose alignment torsion spring 1257.

The alignment shaft 1251 is installed on the outside of the bobbin 1080, and the alignment plate 1252 is protrudingly formed at one end thereof, and the roller mounting portion 1253 is formed at the free end of the alignment plate 1252.

The alignment roller 1255 is installed in the roller mounting part 1253 and keeps the flexible hose 1260 from being separated from the bobbin 1080 while being in contact with the flexible hose 1260.

Hose alignment torsion spring 1257 is installed on the other end of the alignment shaft (1251), one end is installed on the upper surface of the alignment plate (1252) and the other end is supported by the fixing projection (not shown) installed on the wall surface of the main body 1001 Provide rotational restoring force to the axis 1251.

On the other hand, the water spray gun 1270 is connected to the other end of the flexible hose 1260.

The hose winding device of the present invention is installed in a bathroom or a public bath in the home to take a shower while washing the body or to be installed on the porch of the home and the outside of the building to water the pot or to clean the windows and floors, In addition, it can be connected to the place where cold and hot water supply pipes are installed.

In the present invention, the hose winding device for watering the potted plant or cleaning the glass window and the bottom surface by installing on the porch of the home and outdoor of the building for the purpose of understanding.

Referring to the operation of the first preferred embodiment of the present invention configured as described above is as follows.

First, the present invention is carried to the place where the hose winding device to be used. In other words, after transporting the veranda of the home and the outdoors of the building, it is installed in the cold and hot water supply pipe connected as a separate connecting member.

The flexible hose 1260 is wound around the bobbin 1080 while one end is connected to the hose connector 1090 and installed between the pair of front guide rollers 1110 and rear guide rollers 1120 as shown in FIG. 5A. At the same time, it is inserted between the support grooves 1135A and 1135B of the upper and lower operating ends 1134A and 1134B, and is changed by the operation roller 1170 to pass through the hose support 1200 to the other end of the water spray gun 1270. ) Is mounted.

Here, the process of installing the flexible hose 1260 between the support grooves 1135A and 1135B of the upper and lower operating ends 1134A and 1134B will be described. A guide formed on the front of the upper and lower operating ends 1134A and 1134B. When the protrusions 1139A and 1139B are moved outwardly, the guide protrusions 1139A and 1139B are moved along the guide grooves 1133A of the support 1131, respectively, so that the gap between the upper and lower operating ends 1134A and 1134B is farther apart. You lose.

In this state, the flexible hose 1260 may be sandwiched between the support grooves 1135A and 1135B of the upper and lower operating ends 1134A and 1134B through the hose fitting portion 1133 of the support 1113. When the flexible hose 1260 is positioned between the support grooves 1135A. 1135B, the guide protrusions 1139A and 1139B are placed. Then, the guide projections 1139A and 1139B are returned to their original positions by the support springs 1140A and 1140B, thereby covering the outer diameter of the flexible hose 1260, and the installation of the flexible hose 1260 is completed.

Referring to FIG. 5B, when the water spray gun 1270 mounted on the flexible hose 1260 is grasped and pulled in order to clean the veranda and water the pot in the same state as in FIG. 5A, the operation roller 1170 is upward. The bobbin 1080 is rotated by a hose connector 1090 at which one end of the flexible hose 1260 is connected at the same time as the flexible hose 1260 moves, and the flexible hose 1260 is bobbin 1080 by the rotation of the bobbin 1080. The guide roller 1110 is guided by the front guide roller 1110, the rear guide roller 1120, the operation roller 1170 and the upper auxiliary roller (1180A) and pulled out of the hose support (1200).

Referring to FIG. 5C, in order to stop the flexible hose 1260 by pulling out the flexible hose 1260 by the length that the user wants to use, the flexible hose 1260 is stopped and the flexible hose 1260 is stopped at the same time. Caught and release again. Then, at the same time, the operation roller 1170 is returned to its original position by the restoring force of the operation shaft spring 1150, and the blocking end 1130 is operated by the operation roller 1170, and the fixed ends 1141A and 1141B are operated. The flexible hose 1260 is inserted into and supported by the pleated groove portion 1261 to stop the movement of the flexible hose 1260.

In this state, when the selection valve 1221 of the faucet 1220 is rotated to the left or right, the cold and hot water introduced through the cold and hot water supply pipes flow into the faucet 1220 through the cold and hot water connection hoses 1230. The cold and hot water introduced into the faucet 1220 is supplied to the flow passage connector 1030 through the supply hose 1240, and the cold and hot water introduced into the flow passage connector 1030 is supplied to the flexible hose 1260 while It is injected to the outside through the spray gun 1270.

Referring to FIG. 5D, and in order to wind the flexible hose 1260 drawn out after completion of use to the bobbin 1080, the water spray gun 1270 mounted on the flexible hose 1260 is gripped and pulled to release the operation roller ( 1170 is operated while operating the shutoff opening 1130, and the fixed end (1141A, 1141B) that is supported by being inserted into the pleated groove portion 1261 of the flexible hose 1260 by the operation of the shutoff opening 1130, the flexible As the hose 1260 moves, the hose 1260 is wound around the bobbin 1080. At this time, the bobbin 1080 is rotated by the rotation restoring force acting on the helical leaf spring 1196, and thus the flexible hose 1260 is wound through the entrance hole 1089.

Here, when the flexible hose 1260 is wound on the bobbin 1080, the flexible hose 1260 passes through the hose support 1200 to the lower auxiliary roller 1180B, the operation roller 1170, and the rear guide roller 1120. It is wound on the bobbin 1080 while being guided by the front guide roller 1110.

Meanwhile, the operation of the guide member when the flexible hose 1260 is pulled and released will be described with reference to FIGS. 5 and 7 as follows.

6A and 7A are views showing a state before pulling the flexible hose 1260. The flexible hose 1260 is installed in the support grooves 1135A and 1135B of the upper and lower operating ends 1134A and 1134B as shown in FIG. 5A. The corrugated groove 1261A is supported by the fixed ends 1141A and 1141B, and the actuating protrusions 1137A and 1137B are located in the groove 1155B formed between the gears 1155 of the sprocket 1154, and the leaf spring ( 1157 is installed between the ratchet operating portion 1147A and the ratchet wheel 1152, one end 1157A is in contact with the bottom surface of the ratchet fixing cover 1158, and the other end 1157B is one gear of the ratchet wheel 1152 ( 1153).

Referring to FIGS. 5B and 7B, in order to clean the veranda and water the pots in the same state as in FIGS. 6A and 7A, the water spray gun 1270 mounted on the flexible hose 1260 is gripped and pulled to operate. The roller 1170 is moved upward, the operation shaft 1142 is rotated together by the movement of the operation roller 1170, and the shaft pressing end of the operation shaft 1142 by the rotation of the operation shaft 1142 ( The rotating plate 1143 connected to the 1142B presses the arm 1148 of the auxiliary operating shaft 1145, such that the arm 1148 rotates downward, and is controlled by the rotation of the arm 1148. 1146). Subsequently, the other end 1157B of the leaf spring 1157 presses the one-side gear 1153 by the rotation of the control stage 1146, and the ratchet wheel 1152 rotates the rotational direction of the control stage 1146 by this pressurization. And the sprocket 1154 installed on the ratchet wheel 1152 also rotates in the same direction. The actuating protrusions 1137A and 1137B formed on the upper and lower operation stages 1134A and 1134B, which are seated in one groove 1155B of the sprocket 1154 by the rotation of the sprocket 1154, have one gear of the sprocket 1147 ( It is seated in the projection 1155A formed on the surface of 1155. At this time, the upper and lower operating stage (1134A, 1134B) is moved away from the insertion portion 1132 of the support 1113, as shown in Figure 6b, the distance between the upper and lower operating stage (1134A, 1134B), Springs 1140A and 1140B are compressed.

Referring to FIG. 7C, when the auxiliary autoshaft 1145 is positioned on the lower stopper 1103 while the flexible hose 1260 is being pulled out, the auxiliary push shaft 1142B and the auxiliary operation shaft 1145 are released to assist the auxiliary. It moves to the original position by the restoring force of the auxiliary working shaft spring 1151 of the working shaft 1145, and the other end 1157B of the leaf spring 1157 is moved by the ratchet wheel 1152 of the ratchet wheel 1152 by the movement of the auxiliary working shaft 1145. The other gear is engaged with 1153A.

In this state, the flexible hose 1261 may be pulled by the length to be used. At this time, the operation roller 1170 is in a state that is moved in the upper direction.

In order to stop the flexible hose 1260 by pulling the flexible hose 1260 to the length that the user wants to use, stop the pulling operation of the flexible hose 1260 and at the same time, hold the flexible hose 1260 again and release it. Then, at the same time, the operation roller 1170 is returned to its original position by the restoring force of the operation shaft spring 1150, and the blocking end 1130 is operated by the operation roller 1170, and the fixed ends 1141A and 1141B are operated. The flexible hose 1260 is inserted into and supported by the pleated groove portion 1261 to stop the movement of the flexible hose 1260.

This will be described in detail as follows.

Referring to FIG. 7D, when the operation of pulling the flexible hose 1260 is stopped and released, the operation is stopped and the operation roller 1170 is returned to its original position by the restoring force of the operation shaft spring 1150, and at the same time, the operation shaft 1142 ), The shaft pressing end 1142B rotates downwardly by the connecting spring 1144 while contacting the arm 1148 by rotating the operating shaft 1142, and the rotating shaft of the operating shaft 1142 is the upper side. When the stopper 1102 is positioned, the shaft pressing end 1142B is positioned at the upper portion of the arm 1148 when the rotation is completed.

Referring to FIG. 7E, when the flexible hose 1260 is pulled again in this state, the operation roller 1170 moves upward, and the operation shaft 1142 rotates together by the movement of the operation roller 1170. The rotating plate 1143, which is connected to the shaft pressing end 1142B of the operating shaft 1142 by the rotation of the operating shaft 1142, presses the arm 1148 of the auxiliary operating shaft 1145. 1148 is rotated in the downward direction, the control stage 1146 is rotated by the rotation of the arm (1148). Subsequently, the other end 1157B of the leaf spring 1157 presses the other gear 1153A by the rotation of the control stage 1146, and the ratchet wheel 1152 rotates the rotational direction of the control stage 1146 by the pressing. And the sprocket 1154 installed on the ratchet wheel 1152 also rotates in the same direction. The actuating protrusions 1137A and 1137B formed in the upper and lower actuating ends 1134A and 1134B, which are seated in the protrusion groove 1155A of the sprocket 1154 by the rotation of the sprocket 1154, have the other gears of the sprocket 1147 ( 1155 ´) to be located in the other groove (1155B ').

At this time, the upper and lower operating stage (1134A, 1134B) is the operating projection (1137A, 1137B) is located in the other groove (1155B '), as shown in Figure 6a, the upper, lower operating stage (1134A, 1134B) is a support 1113 Fixed end (1135A, 1135B) installed in the support grooves (1135A, 1135B) of the upper and lower operating ends (1134A, 1134B) while the gap between the upper and lower operating ends (1134A, 1134B) is narrowed while moving inwardly of the insertion part (1132) of the 1141A and 1141B are supported by the crimp groove 1261 of the flexible hose 1260 to stop the movement of the flexible hose 1260.

Referring to FIG. 7F, when the flexible hose 1260 is released, the operation stops and the actuating roller 1170 is returned to its original position by the restoring force of the actuating shaft spring 1150. At the same time, the actuating shaft 1142 also rotates. By rotating the operating shaft 1142, the shaft pressing end 1142B rotates downwardly by the connecting spring 1144 while contacting the arm 1148, and the rotating shaft of the operating shaft 1142 is rotated by the upper stopper 1102. When it is located at, the shaft pressing end 1142B is positioned at the upper portion of the arm 1148 when the rotation is completed.

In addition, in order to wind the flexible hose 1260, which has been used and drawn out, to the bobbin 1080, the handle 1272 of the water spray gun 1270 mounted on the flexible hose 1260 is gripped and pulled to release the operation roller 1170. ) Moves upward to operate the shutoff opening 1130, and the fixed ends 1141A and 1141B held by the crimp groove 1261 of the flexible hose 1260 by the operation of the shutoff opening 1130 are separated. As the flexible hose 1260 moves, the flexible hose 1260 is wound around the bobbin 1080. At this time, the bobbin 1080 is rotated by the rotation restoring force acting on the helical leaf spring 1196, and thus the flexible hose 1260 is wound through the entrance hole 1089.

Here, the operation state of the blocking device, the operation mechanism and the control mechanism by the movement of the operation roller 1170 will be omitted because it proceeds in the same manner as in FIGS. 6 and 7 described above.

On the other hand, when the flexible hose 1260 is wound or unwound from the bobbin 1080, the flexible hose 1260 is well tangled with the bobbin 1080 by the hose alignment member 1250 hollowed out of the bobbin 1080. Guided to be unwound or wound, the flexible hose 1260 is easily unwound or wound. In addition, it is possible to prevent noise generated when the alignment roller 1266 is a rubber material and the flexible hose 1260 is unwound or wound around the bobbin 1080.

In addition, when the auxiliary operation shaft 1145 is operated by the movement of the operation roller 1170, the auxiliary operation shaft 1145 is provided at the upper and lower stoppers 1102 and 1103 installed at the operation portion 1101 of the guide plate 1100. It is blocked by moving more than a certain distance by.

In addition, when the upper and lower operating stage (1134A, 1134B) moves up and down along the insertion portion 1132 of the support 1113, noise is generated. Such noise is reduced by the friction preventing protrusions 1138A and 1138B formed at the upper and lower operating stages 1134A and 1134B, and the contact area with the inner surface of the insertion part 1132 of the support 1131 is increased. The stages 1134A and 1134B minimize friction noise generated when the upper and lower portions move along the insertion portion 1132 of the support 1131.

As described above, the present invention can manage the flexible hose installed with the water spray gun more hygienically and cleanly, and the flexible hose can be drawn out as long as the user wants to improve convenience.

8 to 12 show a second preferred embodiment of the present invention.

8 is an overall perspective view of a hose winding apparatus according to a second preferred embodiment of the present invention, Figure 9 is an exploded perspective view of the guide member in FIG.

As shown in Figure 8 and 9, the hose winding device according to the second embodiment of the present invention is a case 1000, cold and hot water connection pipe 1010, flow path member, bobbin 1080, hose connector 1090 ), A guide member, an elastic member, the hose support 1200, the faucet 1220, cold and hot water connection hose 1230, the supply hose 1240 and the hose alignment member (1250). The detailed description will be described only for the remaining changed parts except for the same parts as the first embodiment described above. Reference numerals to be described below will be used in accordance with the first embodiment.

8 and 9, the guide member is installed on one side of the bobbin 1080 to guide the movement of the flexible hose 1260, the first front guide roller 1320, the first rear guide roller ( 1330, the first shutoff opening 1340, the first operation roller 1380, and the first auxiliary rollers 1390A and 1390B.

The first front guide roller 1320 is installed on one side lower end of the bobbin 1080, is built on the first front roller installation end (1300A, 1300B) installed on the wall surface of the main body 1001, formed in a pair of upper and lower do.

The first rear guide roller 1330 is installed on one side of the first front guide roller 1320 and is arranged on the first rear roller installation ends 1310A and 1310B installed on the wall of the main body 1001, and the upper and lower ones. It is formed in pairs.

The first shut-off opening 1340 controls the movement of the flexible hose 1260, and the pressing end protruding from the outer peripheral edge of the center portion of the first upper rear roller mounting end 1310A in which the first rear guide roller 1330 is installed ( 1311 and a first operating shaft 1312, comprising a first support 1341, an operating end 1350, a first fixed end 1356, a first support spring 1357, a first control mechanism and a first It consists of an operating shaft spring 1377.

The first support 1341 is installed between the first front guide roller 1320 and the first rear guide roller 1330, and has an upper surface open so that a first inserting portion 1342 is formed therein and a first hose at the upper end thereof. A fitting portion 1343 is formed. At the upper end of the rear surface, a first operating part 1344 through which the first operating hole 1345 penetrates is formed.

The operating end 1350 is installed at the first inserting portion 1342 of the first support 1341, and the first hose inserting portion allows the flexible hose 1260 to be fitted through the first hose fitting portion 1343 at the upper end thereof. 1135 is formed, and a first hose seating groove 1352 is formed at the lower portion of the first hose inserting portion 1351 so that the flexible hose 1260 can be positioned. The first support protrusion 1353 is protruded at the bottom of the rear surface, and the first spring groove 1354 is formed at the bottom thereof.

The first fixing end 1356 is installed in the first hose seating groove 1352 and is inserted into and supported by the corrugated groove portion 1261 of the flexible hose 1260 by the movement of the operating end 1350.

The first support spring 1357 is installed in the first insertion portion 1342 of the first support 1341, but one end is installed in the first spring installation groove 1354 to elastically support the operating end 1350.

The first control mechanism is installed in the first operating hole 1345 of the first operating part 1344 and moves the operating end 1350 by the operation of the first operating roller 1380 to move the flexible hose 1260. By controlling, it consists of an outer cylinder 1360, a guide cam 1362, a button portion 1367, a rotary cam 1370, a pressurizing portion 1374, a knock spring 1375 and an outer cylinder cover 1374.

The outer cylinder 1360 is formed in a cylindrical shape, the guide cam 1362 is installed inside the outer cylinder 1360, a plurality of first knock guide grooves 1333 are formed in a vertical direction at a predetermined interval and the first knock guide A first knock guide protrusion 1344 having a first inclined surface 1364A is formed at one side end of the groove 1363. A second knock guide groove 1365 having a second inclined surface 1365A is formed at one side of the first knock guide protrusion 1344 in a vertical direction, and a first knock is formed at one side of the second knock guide groove 1365. At the other end of the guide groove 1363, a second knock guide protrusion 1366 having a third inclined surface 1366A is formed.

The button part 1357 is fitted through the inside of the guide cam 1362, and a plurality of teeth 1368 are formed at a lower end thereof, and the outer peripheral surface of the teeth 1348 is caught and supported by one end of the first knock guide groove 1363. The departure preventing protrusion 1369 protrudes. Accordingly, the button portion 1367 is prevented from being separated out of the outer cylinder 1360.

The rotary cam 1370 is installed inside the outer cylinder 1360 and has a plurality of knocks 1371 that are coupled to the first knock guide groove 1363 and the second knock guide groove 1365 on an upper surface thereof.

The pressing unit 1374 is installed at the lower end of the rotary cam 1370 and one end thereof is positioned on the upper surface of the first supporting protrusion 1353 of the operating end 1350.

The knock spring 1375 is installed on the outer circumference of the pressing unit 1374 to elastically support the rotating cam 1370.

The outer cylinder cover 1376 is screwed to the outer cylinder 1360, the guide cam 1362, the button portion 1367, the rotary cam 1370, the pressurizing portion 1374 and the knock spring that are coupled to the inside of the outer cylinder 1360 ( 1375) prevents the escape to the outside.

The first operating shaft spring 1377 provides rotational restoring force to the first operating shaft 1312, and is installed on the first upper rear roller mounting end 1310A, one end of which is disposed on an upper surface of the first operating shaft 1312. The other end is seated and supported by the first fixing protrusion 1007 installed on the wall surface of the main body 1001.

The first knock guide groove (1363) is formed deeper than the second knock guide groove (1365), the first and second knock guide grooves (1363), (1365) and the first and second knock guide grooves (1363), (1365) Knock (1371) coupled to the) is formed at 120 degree intervals.

A knock slope 1372 is formed at a free end of the knock 1371 in the same direction as the second slope 1365A formed in the second knock guide groove 1365.

The first operation roller 1380 is installed on one side of the first rear guide roller 1330 and operates the first shut-off opening 1340 while moving up and down according to the moving direction of the flexible hose 1260.

The first auxiliary rollers 1390A and 1390B are installed at upper and lower sides of the first operation roller 1380 to guide the flexible hose 1260 to move upward or downward.

The operation of the second preferred embodiment of the present invention configured as described above will be described below with reference to FIGS. 10 to 12.

First, the present invention is carried to the place where the hose winding device to be used. In other words, after transporting the veranda of the home and the outdoors of the building, it is installed in the cold and hot water supply pipe connected as a separate connecting member.

The flexible hose 1260 is wound around the bobbin 1080 as one end is connected to the hose connector 1090 and installed as shown in FIG. 12A, and between the pair of first front guide rollers 1320 and the first rear guide rollers 1330. At the same time it is inserted into the first hose seating groove 1352 of the operation stage 1350, and is changed by the operation roller 1170, passing through the hose support 1200 to the other end water spray gun (1270) Is fitted.

Herein, a process of installing the flexible hose 1260 in the first hose seating groove 1352 of the operation stage 1350 will be described. When pressing the button portion 1367 of the first control mechanism downward, the first pressure is applied by pressing. The control mechanism moves downward, and the pressurizing portion 1374 of the first control mechanism pressurizes the first support protrusion 1353 of the operating end 1350 by the movement of the first control mechanism. The first support protrusion 1353 moves downward so that the first hose inserting portion 1351 coincides with the first inserting portion 1342 and is opened.

In this state, the flexible hose 1260 is inserted into the first inserting portion 1342 and the first hose inserting portion 1351 of the first support 1341 and simultaneously positioned at the first hose inserting portion 1351. When 1260 is moved to the first hose seating groove 1352 and the pressure of the first control mechanism under pressure is released, the operating end moves upward by the elastic force of the first support spring 1357 and returns to the original position. The installation of the flexible hose 1260 is completed.

Referring to FIG. 10B, in order to clean the porch and water the pot in the same state as in FIG. 10A, the first spray roller 1380 is gripped and pulled by the water spray gun 1270 mounted on the flexible hose 1260. The bobbin 1080 is rotated by a hose connector 1090 at which one end of the flexible hose 1260 is connected at the same time as the upper portion moves upward, and the flexible hose 1260 is bobbin by the rotation of the bobbin 1080. The hose support 1200 being guided by the first front guide roller 1320 and the first rear guide roller 1330, the first operation roller 1380, and the first upper auxiliary roller 1390A while being released at 1080. It is pulled out of.

Referring to FIG. 10C, in order to stop the flexible hose 1260 by pulling out the flexible hose 1260 by the length that the user wants to use, the flexible hose 1260 is stopped and the flexible hose 1260 is stopped at the same time. Caught and release again. Then, the motion is stopped and the first actuating roller 1380 is returned to its original position by the restoring force of the first actuating shaft spring 1377, and the first shut-off opening 1340 is upward by the first actuating roller 1380. During operation, the first fixing end 1356 is inserted into and supported by the corrugated groove portion 1261 of the flexible hose 1260, and the movement of the flexible hose 1260 is stopped.

In this state, when the selection valve 1221 of the faucet 1220 is rotated to the left or right, the cold and hot water introduced through the cold and hot water supply pipes flow into the faucet 1220 through the cold and hot water connection hoses 1230. The cold and hot water introduced into the faucet 1220 is supplied to the flow passage connector 1030 through the supply hose 1240, and the cold and hot water introduced into the flow passage connector 1030 is supplied to the flexible hose 1260 while It is injected to the outside through the spray gun 1270.

Referring to FIG. 10D, and in order to wind the flexible hose 1260, which has been used and drawn out, to the bobbin 1080, the handle 1272 of the water spray gun 1270 mounted to the flexible hose 1260 is gripped and grasped. When pulled and released, the first actuating roller 1380 is operated to operate the first shut-off opening 1340, and the first shut-off opening 1340 is inserted into and supported by the pleated groove portion 1261 of the flexible hose 1260. As the first fixing end 1356 is separated, the flexible hose 1260 is moved and wound around the bobbin 1080. At this time, the bobbin 1080 is rotated by the rotation restoring force acting on the helical leaf spring 1196, and thus the flexible hose 1260 is wound through the entrance hole 1089.

Here, when the flexible hose 1260 is wound on the bobbin 1080, the flexible hose 1260 passes through the hose support 1200 to the first lower auxiliary roller 1380B, the first operation roller 1380, and the first. Guided by the rear guide roller 1330, the first front guide roller 1320 is wound on the bobbin (1080).

Meanwhile, the operation of the guide member when the flexible hose 1260 is pulled and released will be described with reference to FIGS. 11 and 12.

Referring to FIGS. 11A and 12A, the flexible hose 1260 is a view of a state before the flexible hose 1260 is pulled, and the flexible hose 1260 may include a first fixing end installed in the first hose seating groove 1352 of the operation end 1350. A crimp groove 1261 is hung on and supported by 1356, the push end 1311 is positioned above the button portion 1367, and the knock 1371 is located in the first knock guide groove 1363, and the pressing portion 1374 is located on an upper surface of the first support protrusion 1353.

11B and 12B, the handle 1272 of the water spray gun 1270 mounted to the flexible hose 1260 is gripped to clean the veranda and water the pot in the same state as in FIGS. 11A and 12A. 10b, the first operating roller 1380 of FIG. 10b moves upward, and the first operating shaft 1312 moves upward by the movement of the first operating roller 1380, and at the same time the first operating shaft 1312. ) And the pressing end 1311 formed at positions opposite to each other press the button portion 1367 of the first control mechanism while moving downward. Then, the button portion 1367 moves downward, and presses the knock inclined surface 1372 in contact with the teeth 1348, and the rotation cam 1370 moves downward while the knock inclined surface 1372 is firstly moved. It is positioned on the first inclined surface 1364A of the knock guide projection (1364). In addition, by the movement of the rotary cam 1370, the pressing unit 1374 presses the first support protrusion 1353 of the operating end 1350 to move the operating end 1350 downward. Then, the first fixing end 1356 held by the corrugated groove 1261 of the flexible hose 1260 by the movement of the operating end 1350 is separated.

11C and 12C, when the knock slope 1372 is located on the first slope 1364A of the first knock guide protrusion 1164 and the operating end 1350 moves downward, the knock spring 1375 At the same time by the elastic force of the knock (1371) is guided along the first inclined surface (1364A) of the first knock guide projection (1364) is fitted into the second knock guide groove (1365). At this time, the knock slope 1372 is firmly supported while being fitted to the second slope 1365A. In addition, the operating end 1350 is moved in a downward direction while being elastically supported by the first support spring 1357.

In this state, the flexible hose 1261 may be pulled by the length to be used.

Here, the rotation cam 1370 is moved in the direction of the first knock guide projection (1364), the knock inclined surface 1372 formed on the knock (1371) of the rotary cam 1370 as shown in the drawing is the first knock guide projection This is because it is inclined to move in the (1364) direction.

In order to stop the flexible hose 1260 by pulling the flexible hose 1260 to the length that the user wants to use, stop the pulling operation of the flexible hose 1260 and at the same time, hold the flexible hose 1260 again and release it. Then, the first operation roller 1380 is returned to its original position by the restoring force of the first operating shaft spring 1377, and the first blocking mechanism 1340 is operated by the first operating roller 1380. The first fixing end 1356 is inserted into and supported by the pleated groove portion 1261 of the flexible hose 1260, and the movement of the flexible hose 1260 is stopped.

This will be described in detail as follows.

Referring to FIG. 11D, when the pulling operation of the flexible hose 1260 is stopped and released, the first operation roller 1380, which has been moved upward by the restoring force of the first operating shaft spring 1377, stops the operation. The first operating shaft 1142 moves downward by the return of the first operating roller 1380 and at the same time above the pressing end 1311 formed at a position opposite to the first operating shaft 1312. Will move.

11E and 12D, when the flexible hose 1260 is pulled and released in this state, the first actuating roller 1380 moves upward and the first actuating roller 1380 moves by the first actuating roller 1380. The actuating shaft 1312 moves upward and at the same time the pressing end 1311 formed at a position opposite to the first actuating shaft 1312 presses the button portion 1367 of the first control mechanism while moving downward. Then, the button portion 1367 moves downward and presses the knock slope surface 1372 which is in contact with the teeth 1348. The pressurizing cam 1370 moves downward while the knock slope surface 1372 moves to the second position. The third guide surface 1366A of the knock guide protrusion 1366 is positioned. In addition, by the movement of the rotary cam 1370, the pressing unit 1374 presses the first support protrusion 1353 of the operating end 1350 to move the operating end 1350 downward.

Subsequently, when the kink inclined surface 1372 is located on the third inclined surface 1366A of the second knock guide protrusion 1366 and the operating end 1350 moves downward, the knock incline 1371 is simultaneously knocked out by the elastic force of the knock spring 1375. ) Is guided along the third inclined surface 1366A of the second knock guide protrusion 1366 and fitted into the first knock guide groove 1363, and when the knock 1371 is coupled to the first knock guide groove 1363, The first actuating roller 1380, which has been moved upwards by the restoring force of the first actuating shaft spring 1377, is returned to its original position, and the first actuating shaft 1142 is returned by the return of the first actuating roller 1380. The pressing end 1311 formed at a position opposite to the first operating shaft 1312 and mutually moved downward moves upward. In addition, the operating end 1350 moves upward by the restoring force of the first support spring 1357, and the first fixed end 1356 moves around the corrugated groove 1 of the flexible hose 1260 by the movement of the operating end 1350. 1261 is supported, thereby stopping the movement of the flexible hose 1260 (see FIGS. 11A and 12A).

Here, the rotation cam 1370 is moved in the direction of the second knock guide projection 1366, the knock inclined surface 1372 formed on the knock 1371 of the rotary cam 1370 as shown in the drawing is the second knock guide projection This is because it is inclined to move in the (1366) direction.

In addition, in order to wind the flexible hose 1260, which has been used and drawn out, to the bobbin 1080, the first operation roller 1380 is upward when the water spray gun 1270 attached to the flexible hose 1260 is gripped and released. The first locking end 1340 is operated while moving to and the first fixing end 1356 held by the crimp groove 1261 of the flexible hose 1260 is released by the operation of the first blocking hole 1340. The flexible hose 1260 is moved while being wound on the bobbin (1080). At this time, the bobbin 1080 is rotated by the rotation restoring force acting on the helical leaf spring 1196, and thus the flexible hose 1260 is wound through the entrance hole 1089.

On the other hand, when the flexible hose 1260 is wound or unwound from the bobbin 1080, the flexible hose 1260 is well tangled with the bobbin 1080 by the hose alignment member 1250 hollowed out of the bobbin 1080. Guided to be unwound or wound, the flexible hose 1260 is easily unwound or wound. In addition, it is possible to prevent noise generated when the alignment roller 1266 is a rubber material and the flexible hose 1260 is unwound or wound around the bobbin 1080.

Then, when the operation stage 1350 moves along the first inserting portion 1342 of the first support 1341, friction is generated while noise is generated. This noise is reduced by the first anti-friction projection 1355 formed in the operating stage 1350 and the contact area with the inner surface of the first inserting portion 1342 of the first support 1341, thereby operating stage 1350 Minimizes the noise generated when moving up and down along the first inserting portion 1342 of the first support 1341.

As described above, the second embodiment of the present invention can also manage the flexible hose installed with the water spray gun more hygienically and cleanly, and can extend the convenience of the flexible hose by the user's desired length.

13 to 17 show a third preferred embodiment of the present invention.

FIG. 13 is an overall perspective view of a hose winding apparatus according to a third exemplary embodiment of the present invention, FIG. 14 is an exploded perspective view of a guide member in FIG. 13, and FIG. 15 is a second control mechanism coupled to a roller coupling part in FIG. 14. It is a cross-sectional view of the state.

As shown in Figure 13 to 15, the hose winding device according to the third embodiment of the present invention is a case 1000, cold and hot water connector 1010, flow path member, bobbin 1080, hose connector 1090 ), A guide member, an elastic member, the hose support 1200, the faucet 1220, cold and hot water connection hose 1230, the supply hose 1240 and the hose alignment member (1250). The detailed description will be described only for the remaining changed parts except for the same parts as the first embodiment described above. Reference numerals to be described below will be used in accordance with the first embodiment.

13 to 15, the guide member is installed on one side of the bobbin 1080 to guide the movement of the flexible hose 1260, the second front guide roller 1520, the second rear guide roller ( 1530), the control mechanism, the second operation roller 1570 and the second auxiliary roller (1580).

The second front guide roller 1520 is installed at the lower end of one side of the bobbin 1080, is built on the second front roller mounting end (1500A, 1500B) installed on the wall surface of the main body 1001, formed in a pair of upper and lower do.

The second rear guide roller 1530 is installed on one side of the second front guide roller 1520 and is arranged on the second rear roller installation end 1510 installed on the wall surface of the main body 1001.

The control tool is installed on one side of the second rear roller mounting end 1510 to control the movement of the flexible hose 1260, the control operating shaft 1540, the second control mechanism 1550 and the second operating shaft spring 1560 )

The control operation shaft 1540 is formed at the outer periphery of the front end of the rotary end 1541 and the rotary end 1541 which is rotatably installed at one side of the second rear roller installation end 1510, and the second operation roller at the free end thereof. 1560 and a coupling end 1543 fixed to the coupling member 1590 are formed in the opposite direction of the first connection end 1542 and the first connection end 1542, which are protruded, and the free end thereof has a roller engaging portion on the front surface. A roller control end 1545 having a 1546 is formed of the second connection end 1544 which protrudes.

Referring to FIG. 15, the second control mechanism 1550 is fixed to the roller coupling unit 1546 by the coupling member 1590 to control the movement of the flexible hose 1260, and the outer circumferential surface of the roller coupling unit 1546. At least one second fixing end fixed to the plurality of stoppers (1551) and the roller coupling portion 1546 installed in the fixed shaft (1556) to be caught in the pleats 1261 of the flexible hose 1260 on the outer peripheral surface 1553 is formed to protrude, and a plurality of locking grooves 1554 are formed therein, and a stopper 1551 is fitted to one of the locking grooves 1544, and is made of a control roller 1552 to prevent rotation.

The second operating shaft spring 1560 is to provide a rotation restoring force to the control operating shaft 1540, is installed in the rotary end (1541), one end is supported on the bottom of the second connecting end (1544) and the other end is the main body ( It is supported by the second fixing protrusion 1008 installed on the wall surface of 1001.

The second operation roller 1570 is installed at one side of the control tool to operate the control tool while moving up and down according to the moving direction of the flexible hose 1260.

The second auxiliary rollers 1580A and 1580B are installed at upper and lower sides of the second operation roller 1570 to guide the flexible hose 1260 to move upward or downward.

The operation of the third preferred embodiment of the present invention configured as described above will be described below with reference to FIGS. 16 and 17.

First, the present invention is carried to the place where the hose winding device to be used. In other words, after transporting the veranda of the home and the outdoors of the building, it is installed in the cold and hot water supply pipe connected as a separate connecting member.

The flexible hose 1260 is wound around the bobbin 1080 while one end is connected to the hose connector 1090 and installed as shown in FIG. 16A, and the pair of second front guide rollers 1520 and the second rear guide rollers 1530 are connected to each other. The water spray gun 1270 is mounted at the other end by passing through the control roller 1552 and passing through the hose support 1200 while being changed by the second operation roller 1570. In addition, as shown in 17a, the second rear guide roller 1530 and the control roller 1552 maintain a constant interval. Accordingly, the second fixing end 1553 is formed in the corrugated groove 1261 of the flexible hose 1260. It is not inserted.

Referring to FIG. 16B, the water spray gun 1270 mounted on the flexible hose 1260 is gripped and pulled in order to clean the veranda and water the pot in the same state as in FIG. 16A. Then, the second operation roller 1570 is moved upwards by a certain distance, and the control operation shaft 1540 is rotated while the first connection end 1542 is rotated upward by the operation of the second operation roller 1570. The second connecting end 1544 rotates downward by the rotation of the control operation shaft 1540, and the control roller 1552 is coupled to the roller coupling unit 1546 by the rotation of the second connecting end 1544. At the same time, the space between the control roller 1552 and the second rear guide roller 1530 is further increased, as shown in FIG. 17B, and the second fixing end 1553 is formed in the corrugated groove 1261 of the flexible hose 1260. Is not inserted and supported. When the second operation roller 1570 moves upward, the bobbin 1080 is rotated by the hose connector 1090 having one end of the flexible hose 1260 connected thereto, and the flexible hose is rotated by the bobbin 1080. 1260 is released from the bobbin 1080 while being guided by the second front guide roller 1520 and the second rear guide roller 1530, the second operation roller 1570 and the second upper auxiliary roller 1380A. It is drawn to the outside of the support (1200).

Referring to FIG. 16C, in order to stop the flexible hose 1260 by pulling out the flexible hose 1260 by the length desired by the user, the flexible hose 1260 is stopped and the flexible hose 1260 is stopped at the same time. Caught and release again. Then, the second operation roller 1570 is returned to its original position by the restoring force of the second operation shaft spring 1560, and the second control mechanism 1550 is operated by the second operation roller 1570, thereby providing the flexible hose ( Movement of 1260 is stopped.

In detail, when the flexible hose 1260 is stopped and the flexible hose 1260 is pulled out and released again, the bobbin 1080 has the restoring force of the spiral leaf spring 1196 and the second working shaft spring. The second operating roller 1570 rotates downward by the restoring force of 1560, and returns to its original position, and the first connecting end 1542 rotates downward by the operation of the second operating roller 1570 to control the operation. The shaft 1540 is rotated, and the second connecting end 1544 is rotated upward by the rotation of the control operation shaft 1540, and the roller engaging portion 1546 is rotated by the second connecting end 1544. The combined control roller 1552 is also rotated at the same time, and the distance between the control roller 1552 and the second rear guide roller 1530 by the rotation of the control roller 1552 is closer to the second fixed end ( 1553 is inserted into the crimp groove 1261 of the flexible hose 1260 to be supported. Movement of the receivable hose 1260 is stopped. Here, the second operation roller 1570 is in close proximity to the second lower auxiliary roller 1580B.

In this state, when the selection valve 1221 of the faucet 1220 is rotated to the left or right, the cold and hot water introduced through the cold and hot water supply pipes flow into the faucet 1220 through the cold and hot water connection hoses 1230. The cold and hot water introduced into the faucet 1220 are supplied to the flow passage connector 1030 through the supply hose 1240, and the cold and hot water introduced into the flow passage connector 1030 are supplied to the flexible hose 1260. It is sprayed to the outside through the water spray gun 1270.

Referring to FIG. 16D, and to wind the flexible hose 1260, which has been used and drawn out, to the bobbin 1080, the handle 1272 of the water spray gun 1270 mounted to the flexible hose 1260 is gripped and grasped. When pulled and released, the second operation roller 1570 operates to operate the control tool. The control roller 1552 is spaced apart from the second rear guide roller 1530 by the operation of the control tool as shown in FIG. 17B, and the flexible hose 1260. The second fixing end 1553, which is inserted into and supported by the pleated groove portion 1261 of the disengagement, is detached and wound around the bobbin 1080 as the flexible hose 1260 moves. At this time, the bobbin 1080 is rotated by the rotation restoring force acting on the helical leaf spring 1196, and thus the flexible hose 1260 is wound through the entrance hole 1089.

Here, when the flexible hose 1260 is wound on the bobbin 1080, the flexible hose 1260 passes through the hose support 1200 to the second lower auxiliary roller 1580B, the second rear guide roller 1530, and the first hose. While being guided by the two front guide roller 1520 is wound on the bobbin (1080).

As described above, the third embodiment of the present invention can also manage the flexible hose installed with the water spray gun more hygienically and cleanly, and the flexible hose can be drawn out for use to a desired length, thereby improving convenience.

18 is a front view of the hose winding apparatus according to the fourth embodiment of the present invention.

As shown in FIG. 18, the hose winding device according to the fourth embodiment of the present invention includes a case 1000, a cold and hot water connector 1010, a flow path member, a bobbin 1080, a hose connector 1090, and a guide. The member, the elastic member, the hose support 1200, the faucet 1220, cold and hot water connection hose 1230, the supply hose 1240 and the hose alignment member 1250. The detailed description will be described only for the remaining changed parts except for the same parts as the first embodiment described above. Reference numerals to be described below will be used consistent with the first embodiment.

Referring to FIG. 18, an auxiliary discharge part 1227 is formed in the faucet 1220. The faucet connecting pipe 1016 is installed on the side wall of the case 1000, the faucet is installed. The faucet connector pipe 1016 and the auxiliary discharge part 1227 are connected to the faucet connection hose 1245.

This fourth embodiment is to enable the use of cold, hot water introduced through the cold, hot water supply pipe through the faucet as well as the flexible hose (1260).

Meanwhile, although the fourth embodiment of the present invention has been described as being applied to the first embodiment of the present invention described above, it may be applied to the second and third embodiments of the present invention.

As described in detail above, according to the hose winding device of the present invention, the flexible hose provided with the water spray gun can be more hygienically and cleanly managed by the hose winding device which allows the flexible hose equipped with the water spray gun to be released or wound. The hose is not only stretched on the floor of the porch, but also on the floor of the bathroom, so that the aesthetics can be beautiful. The flexible hose can be drawn out as long as the user wants to improve convenience.

Although the above has been described with reference to a preferred embodiment of the present invention, the present invention is not limited to the above-described embodiments, those skilled in the art without departing from the gist of the invention described in the claims below It will be readily understood that various modifications are possible within.

Claims (21)

A case having a space formed therein by a combination of the main body and the cover; Cold and hot water connection pipe is installed in the connection hole formed on the wall of the main body is connected to the cold, hot water supply pipe; A flow passage member fixedly installed at a fixing bracket installed at one side of a wall of the main body; A bobbin rotatably installed at the flow path member and having guide wheels formed at both sides thereof to which the flexible hose is wound; A hose connector having one end connected to one side of the flow path member and the other end connected to one end of the flexible hose; A guide member installed at one side of the bobbin to guide the movement of the flexible hose; A torsion spring is formed at both ends to be installed at the flow path member, and a torsion spring having a spring connection portion at the center thereof is connected to one end by a connection pin at the spring connection portion, and the other end is connected to the bobbin to provide rotation restoring force to the bobbin. An elastic member made of a helical leaf spring; Hose support is fixed to the support hole of the support bracket is installed on the other side of the wall surface of the main body; A faucet installed at the vacancy outlet of the support bracket, the inlet and the outlet being formed; Cold and hot water connection hose is connected to the inlet of the faucet and the cold, hot water connection pipe to supply cold, hot water; A supply hose connected to the discharge part of the faucet and the flow path member to supply the cold and hot water introduced through the water supply pipe to the flow path member by a selection valve formed in the faucet; And And a hose alignment member installed on the outside of the bobbin to guide the flexible hose wound and unwound on the bobbin and to keep the guide hose from being separated out of the guide wheel. The method according to claim 1, wherein the flow path member, A flow passage is formed therein, and a spring mounting portion having a fixing groove formed in a longitudinal direction so that the locking portion can be fitted therein, a fixing portion formed at one end of the spring mounting portion and fixed to the fixing bracket, and one end of the fixing portion A first flow path part having a first flow path hole having a first flow path communicating with the flow path between the front and rear packing grooves and the first before and after packing grooves, and a second front and rear parts at the other end of the spring installation part. A flow passage connector comprising a second flow path portion formed with a second flow path groove formed in the second flow path communicating with the flow path between a packing groove and the second front and rear packing grooves; A fixed connector having a first connection part fitted to the first flow path part and fixed to the fixing bolt and having a first connection hole coupled to a hose connection part installed at one side of the supply hose on one side of an outer circumference thereof and communicating with the first flow hole therein; ; A rotary connector fitted to the second flow path part and fixedly installed with a fixing bolt, and having a second connection part having a second communication hole connected to one end of the hose connector on an outer circumferential surface thereof and communicating with the second flow hole therein; And Hose connecting device, characterized in that consisting of the packing is installed in the first before, after the packing grooves and the second before, after the packing grooves to maintain the airtight. The method of claim 2, wherein a first bearing portion is formed between the spring mounting portion and the fixing portion, a second bearing portion is formed between the spring mounting portion and the second connecting portion, and the bobbin is provided on the first and second bearing portions. Hose connecting device characterized in that the bearing is installed to prevent wear caused by friction with the bobbin during this rotation. The method according to claim 1, The guide member, A guide plate installed on an inner wall of the main body, one side of which is formed with an operation part in a vertical direction, an installation part formed on a front side, and an installation end formed on an upper end of one side of the rear part of the operation part; A pair of front guide rollers fixedly installed at one side of the installation part of the guide plate; A pair of rear guide rollers fixedly installed at the other side of the installation part of the guide plate; A blocking hole installed in the guide plate and controlling the movement of the flexible hose; An operation roller installed at one side of the guide plate and operating the blocking device while moving up and down along the moving direction of the flexible hose; And A hose winding device, characterized in that the auxiliary roller is installed on the upper and lower sides of the operation roller to guide the movement of the flexible hose. The method according to claim 4, The blocking device, A support installed between the front guide roller and the rear guide roller, the rear surface of which is formed to have an insertion portion formed therein and a hose fitting portion formed at the center thereof; It is installed in the insertion portion of the support but is installed on the upper and lower ends of the hose fitting portion, each end is formed with a semi-circular support groove that surrounds the outer diameter of the flexible hose, the other end is formed with a spring groove in the longitudinal direction and the operation projection on the back Upper and lower operating steps protruding from each side and having a plurality of anti-friction protrusions in a vertical direction; A support spring coupled to the spring groove to elastically support the upper and lower operating ends; A fixed end installed in the support groove and fitted into the pleated groove of the flexible hose by the movement of the upper and lower operating ends; And The hose winding device, characterized in that configured to the operating roller and the guide plate to operate the upper and lower operating stage operating mechanism. The method according to claim 5, The operating mechanism, A working shaft having a central portion rotatably arranged at the installation end and having a roller engaging end coupled to the working roller at one end thereof and a shaft pressing end formed at the other end thereof; A rotation plate installed at the shaft pressing end; A connecting spring connected to the pivot plate and the shaft pressing end to give elasticity to the pivot plate; The control unit is installed in the operating unit and the control mechanism for controlling the movement of the flexible hose by operating the upper and lower operating end is formed therein, the ratchet installation groove is formed on the outer peripheral surface of the control end, the ratchet An auxiliary operation shaft which is cut in one direction of the installation groove and includes a ratchet operation portion, and one side of the ratchet installation groove protrudes an arm located at the bottom of the shaft pressing end; An actuating shaft spring installed on the actuating shaft and the installation end connecting portion to provide rotational restoring force to the actuating shaft; And The hose winding device is installed on the outer periphery of the control stage is composed of an auxiliary working shaft spring for providing a rotational restoring force to the auxiliary working shaft. The method according to claim 6, wherein the control mechanism, A ratchet wheel installed in an inner space of the control end; A sprocket installed on one side of the ratchet wheel and having a protrusion groove on which a working protrusion is seated on a surface of a gear; A fixed shaft penetrating through the shaft hole of the control end to fix the ratchet wheel and the sprocket; A leaf spring installed between the ratchet operating portion and the ratchet wheel and caught by the ratchet wheel; Hose winding device, characterized in that consisting of a ratchet fixing cover for fixing the leaf spring coupled to the ratchet mounting groove. 8. The hose winding device according to claim 6, wherein upper and lower stoppers are installed at an operation part of the guide plate to block the auxiliary operation shaft from moving more than a predetermined distance. The method according to claim 8, wherein the guide grooves are formed on the upper and lower portions of the hose fitting portion formed on the support, and the guide projection for moving along the guide groove is formed on the front of the upper and lower operating end is the flexible hose to the hose Hose winding device characterized in that it can be inserted into the fitting portion. The hose winding device according to claim 5, wherein the gear teeth of the ratchet wheel and the gear teeth of the sprocket are formed in a 2: 1 ratio. The method according to claim 1, The guide member, A pair of first front guide rollers installed at a lower end of one side of the bobbin and fixedly installed at a first front roller mounting end installed at a wall of the main body; A pair of first rear guide rollers fixedly installed at a first rear roller mounting end mounted on a wall of the main body; A first blocking tool installed between the first front guide roller and the first rear guide roller to control the movement of the flexible hose; A first operation roller installed at one side of the first rear guide roller and operating the first shut-off port while moving up and down in accordance with a moving direction of the flexible hose; And The hose winding device, characterized in that the first auxiliary roller which is installed on the upper and lower sides of the first operation roller to guide the movement of the flexible hose. The method of claim 11, wherein the first blocking sphere, It includes a pressing end and a first operating shaft protruding in the outer peripheral edge of the center of the first upper rear roller mounting end is installed the first rear guide roller, A first support having an upper surface open to form a first insertion portion therein, a first hose fitting portion formed at an upper end thereof, and a first operating portion having a first operating hole penetrated therein at an upper end thereof; It is installed on the first insertion portion of the first support, the first hose insertion portion is formed in the upper end so that the flexible hose can be fitted through the first hose fitting portion and the flexible hose is located below the first hose insertion portion The first hose seating groove is formed so that the lower end of the first support protrusion is formed in the lower end of the operating end is formed with a first spring groove; A first fixing end installed in the first hose seating groove and fitted into the pleated groove of the flexible hose by the movement of the operating end; A first support spring installed in the first spring installation groove to elastically support the operating end; A first control mechanism installed in a first operating hole of the first operating part and controlling the movement of the flexible hose by moving the operating end by the operation of the first operating roller; And Is installed on the first upper rear roller mounting end, one end is seated on the upper surface of the first operating shaft and the other end is supported by a first fixing projection installed on the wall surface of the main body to provide a rotational restoring force to the first working shaft Hose winding device, characterized in that consisting of the working shaft spring. The method of claim 12, wherein the first control mechanism, Cylindrical outer cylinder; Installed inside the outer cylinder, a plurality of first knock guide grooves are formed in a vertical direction at regular intervals, and a first knock guide protrusion having a first inclined surface from one end of the first knock guide groove to one side, One side of the first knock guide projection is formed with a second knock guide groove having a second inclined surface in a vertical direction, and one side of the second knock guide groove is a third slope with the other end of the first knock guide groove. A guide cam having a second knock guide protrusion having a shape; A button portion fitted through the guide cam and having a plurality of teeth formed at a lower end thereof, and having a release preventing protrusion protruding from an outer circumferential surface of the tooth; A rotating cam installed inside the outer cylinder and having a plurality of knocks coupled to the first knock guide groove and the second knock guide groove on an upper surface thereof; A pressing unit installed at the lower end of the rotary cam; A knock spring installed at an outer circumference of the pressing unit; And Hose winding device, characterized in that consisting of an outer cylinder cover coupled to the outer cylinder. The hose winding device according to claim 13, wherein the knocks coupled to the first and second knock guide grooves and the first and second knock guide grooves are formed at intervals of 120 degrees. The hose winding device according to claim 13, wherein the first knock guide groove is formed deeper than the second knock guide groove. The hose winding device according to claim 13, wherein a knock slope is formed at a free end of the knock in the same direction as a second slope formed on the second knock guide groove. The method according to claim 1, The guide member, A pair of second front guide rollers installed at one lower end of the bobbin and fixedly installed at a second front roller mounting end installed at a wall of the main body; A second rear guide roller fixedly installed on a second rear roller mounting end installed on a wall of the main body; A control tool installed at one side of the second rear roller mounting end to control movement of the flexible hose; A second operation roller installed at one side of the control tool to move the control tool while moving up and down in accordance with the moving direction of the flexible hose; And A hose winding device, comprising: a second auxiliary roller installed at one side of the second operation roller and configured to guide the movement of the flexible hose. The method according to claim 17, The control tool, A first end rotatably installed at one side of the second rear roller mounting end, a first end formed at an outer periphery of the front end of the second end roller, and having a free end protruding from the second end roller and the second end roller; A control operating shaft including a connection end and a second connection end formed in a direction opposite to the first connection end, the free end including a second control end protruding from the front side; A second control mechanism fixed to the roller coupling portion by a coupling member to control movement of the flexible hose; And It is installed on the rotating end and one end is supported on the bottom of the second connecting end and the other end is supported by a second fixing protrusion installed on the wall surface of the main body is composed of a second operating shaft spring to provide a rotation restoring force to the control operation shaft Hose winding apparatus, characterized in that. The method of claim 18, wherein the second control mechanism, A plurality of stoppers installed on an outer circumferential surface of the roller engaging portion; And It is fixed to the roller coupling portion and the outer peripheral surface of the at least one second fixing end is formed protruding to be caught in the pleats of the flexible hose, a plurality of engaging grooves are formed therein and the stopper is fitted in one of the engaging grooves Hose winding device, characterized in that made of a control roller to prevent rotation. The method according to claim 1, wherein the hose alignment member, An alignment shaft installed at an outer side of the bobbin and having an alignment plate protruding from one end thereof, and a roller mounting portion formed at a free end of the alignment plate; An alignment roller installed in the roller mounting portion and in contact with the flexible hose; And It is installed on the other end of the alignment shaft, one end is installed on the upper surface of the alignment plate and the other end is supported by a fixing projection installed on the wall surface of the main body is characterized in that consisting of the hose alignment torsion springs to provide rotational restoring force to the alignment shaft Hose winding device. The hose winding of claim 1, wherein an auxiliary discharge part is formed in the faucet and a faucet connection pipe is installed at a side of the main body, and the faucet connection pipe and the auxiliary discharge part are connected to a water connection hose. Device.

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