CN204708717U - Shower - Google Patents

Abstract

The utility model provides a kind of shower.This shower can carry out the cleaning for the health comprising head efficiently, and easily guarantees the time for making bather loosen.Shower has: have shower nozzle (114,115) and the main part (SB) of the waggon (SS) of income conveying bather, to be installed on main part (SB) upper and carry out the door portion (100) of opening and closing, the automatic shuffling device (1) be installed in a portion (100) to the entrance entered for waggon (SS).

Description

Shower

Technical field

The utility model relates to the shower being suitable for people's (needing caretaker) that the health such as the elderly or disabled person is handicapped and needs are looked after.

Background technology

All the time, there will be a known the bath that hair-washing trough is set in the mode be connected with bath.Such as, in patent document 1, disclose the bath that hair washing groove is set in the mode be connected with the rising wood of bath main body.On hair washing groove, add and be provided with the bubble generating unit be connected with air compression plant.According to the bath (bath with bubble hair-washing trough) of patent document 1, bather, without the need to by other people help, just can have one's hair wash alone under the state of taking a shower.

In addition, in patent document 2, disclose the bathtub device of the hair-washing trough with the short brink being connected in bath.Bather is contained in hair-washing trough with the state be soaked in the hot water in bath by making head, thus can automatically have one's hair wash.In this bathtub device, be formed with the back-rest of the back of oblique supporting bather in the bottom surface of bath, the upper part of the bath on the extending direction of this back-rest is formed with the maintenance recess of the head for keeping bather.Described hair-washing trough and this maintenance recess adjoin and arrange.For above-mentioned hair-washing trough, can assemble shower pillow in the mode that can load and unload, this shower pillow is for supporting the head of bather in position by the top compared with described hair-washing trough during shower beyond when having one's hair wash.According to the bathtub device of patent document 2, can hair washing be enjoyed with the attitude loosened or take a shower, it is possible to especially change the time of hair washing into can loosen time.

At first technical literature

Patent document

Patent document 1: Japanese Unexamined Patent Publication 2001-299867 publication

Patent document 2: Japanese Unexamined Patent Publication 2007-222415 publication

Utility model content

Utility model problem to be solved

But, originally think by the time being soaked in the leisurely and carefree enjoyments such as hot water with carry out having one's hair wash, time of ablution separates bather more can be made to loosen.In the structure of patent document 1,2, bather has one's hair wash while being soaked in hot water, but for the bather wanting to loosen, compared with carrying out having one's hair wash, time of ablution, more it is desirable that be soaked in the time that hot water leisure enjoys.Therefore, in the structure of patent document 1,2, although can have one's hair wash while shower, the shower time may not being shortened, when the shower time is determined, thinking the time cannot fully guaranteed for loosening.

In addition, in the structure of patent document 1,2, when having one's hair wash, can only stimulate for the limited position of head, therefore thinking that not easily making to be washed originator feels that head is by the sensation (hair washing sense) fully cleaned.And in the structure (particularly the structure of patent document 1) of patent document 1,2, think and need caretaker to be difficult to maintain hair washing attitude, the structure of patent document 1,2 is not necessarily suitable for the shower needing caretaker.

Given this, the purpose of this utility model is that providing a kind of can carry out the cleaning for the health comprising head efficiently and easily guarantee the shower for the time making bather loosen.In addition, another object of the present utility model is to provide a kind of shower that can obtain higher hair washing sense when taking a shower.And then another object of the present utility model is to provide the shower with hair washing function being suitable for needing the bather looked after.

For solving the method for problem

To achieve these goals, shower of the present utility model is following structure (the first structure), that is, have: main part, it has shower nozzle, and the waggon of income conveying bather; Door portion, it is installed on described main part, and carries out opening and closing to the entrance entered for described waggon; Automatic shuffling device, it is installed in described door portion.

According to this structure, can the automatic shuffling device be installed in a portion be used to have one's hair wash while the use shower nozzle be arranged on main part carries out ablution.Therefore, it is possible to carry out the cleaning operation for the health comprising head efficiently.In addition, in order to cleaning operation can be carried out efficiently, bather by the hot water sprayed from shower nozzle come warming while, easily guarantee the time of loosening.In addition, according to this structure, owing to carrying out ablution for bather and hair washing simultaneously, therefore, it is possible to the raising of the operating efficiency of the people (caretaker) looked after that expects to carry out to take a shower.

The shower of above-mentioned first structure is preferably following structure (the second structure), that is, also have: test section, it detects the open and-shut mode in described door portion; Control part, can it determine drive described automatic shuffling device based on the information obtained from described test section.According to this structure, can prevent automatic shuffling device from driving under the state being in improper position, the security of the user (bather, caretaker etc.) of shower can be improved.

In the shower of above-mentioned second structure, be preferably following structure (the 3rd structure), namely, also there is locking mechanism, described locking mechanism maintains the state that described door portion closes, and described test section is when being maintained the state that described door portion closes by described locking mechanism, what detect described door portion closes state, described control part, when the closed condition in described door portion being detected by described test section, allows the driving of described automatic shuffling device.According to this structure, because test section and locking mechanism carry out action in linkage, therefore, it is possible to reduce the malfunction of automatic shuffling device.

In the shower of above-mentioned first structure to the arbitrary structure in the 3rd structure, be preferably following structure (the 4th structure), that is: described automatic shuffling device has movable spray head, and described movable spray head is set to can to the head atomizing of liquids of bather.According to this structure, owing to being movable to the shower nozzle of head atomizing of liquids, therefore, it is possible to the larger scope atomizing of liquids of head to bather.Therefore, according to this structure, easily bring comfortable hair washing sense to bather.In addition, as the liquid sprayed from shower nozzle, such as, can lift and list water, shampoo, hair lotion, other liquids etc.In addition, be preferably, the water equitemperature sprayed from shower nozzle is adjusted to suitable temperature.

In the shower of above-mentioned 4th structure, be preferably following structure (the 5th structure), that is: described automatic shuffling device also has turning cylinder portion, opposed with the head of the bather taken on described waggon under the state that described turning cylinder portion closes in described door portion, described movable spray head rotates with the rotation in described turning cylinder portion.According to this structure, be provided with the movable spray head row that multiple row is arranged by multiple movable spray head, thus can from shower nozzle to the wider atomizing of liquids of the head of bather.

In the shower of above-mentioned 4th structure or the 5th structure, be preferably following structure (the 6th structure), that is: described automatic shuffling device also has drive division, and this drive division utilizes hydraulic pressure and drives described movable spray head.According to this structure, can share to move from the water source required for shower nozzle, movable spray head injection water to make shower nozzle.Therefore, the operation cost of the shower of this structure is easily suppressed.In addition, owing to utilizing hydraulic pressure, therefore easily prevent the power of mobile shower nozzle excessive, safer.

In above-mentioned 4th structure in the shower of the arbitrary structure in the 6th structure, be preferably following structure (the 7th structure), namely, described automatic shuffling device also has switching mechanism, and the switching of the moving direction of described switching mechanism and described movable spray head switches the emitted dose of the liquid sprayed from described movable spray head in linkage.According to this structure, adding timing when having one's hair wash, can expect to produce massage effect.

In the shower of above-mentioned first structure to arbitrary structure of the 7th structure, be preferably following structure (the 8th structure), that is: in described door portion, be provided with governor motion, described governor motion regulates the position of described automatic shuffling device.According to this structure, when the position of the head by bather is placed in the proper site of automatic shuffling device, as long as substantially utilize governor motion to make automatic shuffling device move.That is, when the position of the head by bather is placed in the proper site of automatic shuffling device, the operation of the bather's movement making to be positioned over waggon can be reduced.Therefore, according to this structure, the burden of caretaker can be reduced, and the anxiety bringing bather can be reduced.

In the shower of above-mentioned 8th structure, be preferably following structure (the 9th structure), that is: above-mentioned automatic shuffling device is set to, and can be regulated the position in three mutually orthogonal directions by above-mentioned governor motion.According to this structure, be fairly simple structure by the formation of structure of governor motion, easily reduce the operation that the position of caretaker to bather regulates.

In the shower of above-mentioned 8th structure or the 9th structure, be preferably following structure (the tenth structure), that is: include power source at described governor motion, described power source is for making the shift in position of described automatic shuffling device.According to this structure, due to the position of automatic shuffling device is automatically configured at appropriate location, therefore, it is possible to reduce the burden of caretaker.

In the shower of above-mentioned first structure to arbitrary structure of the tenth structure, be preferably following structure (the 11 structure), that is: on described main part, be provided with emergency warning lamp, described emergency warning lamp sends the light of different colours according to the difference of the kind of warning.According to this structure, due to the kind can warned according to the colour recognition of emergency warning lamp, therefore comparatively convenient.

Utility model effect

According to the utility model, can provide a kind of and can carry out the cleaning for the health comprising head efficiently and easily guarantee the shower for the time making bather loosen.In addition, according to the utility model, when can be provided in shower, obtain the shower of higher hair washing sense.In addition, according to the utility model, the shower with hair washing function being suitable for needing the bather looked after can be provided.

Accompanying drawing explanation

The summary side view of the structure in the shower bath portion that the shower of Fig. 1 involved by expression the first embodiment of the present utility model has, for representing the figure of the state that door portion closes.

The summary side view of the structure in the shower bath portion that the shower of Fig. 2 involved by expression the first embodiment of the present utility model has, for representing the figure of the state that door portion opens.

The summary front view of the structure in the shower bath portion that the shower of Fig. 3 involved by expression the first embodiment of the present utility model has.

Schematic top view the water receiving bath that Fig. 4 has from top view shower bath portion for expression.

The summary stereogram of the structure of the shower shower stretcher that the shower of Fig. 5 involved by expression the first embodiment of the present utility model has.

Fig. 6 is for representing that stretcher is incorporated into the summary side view of the state in shower bath portion in the shower involved by the first embodiment of the present utility model.

Fig. 7 extracts out and the schematic top view represented for the locking mechanism had by the shower involved by the first embodiment of the present utility model.

Fig. 8 A extracts out and the schematic top view represented for the test section had by the shower involved by the first embodiment of the present utility model, is the figure of state when expression door portion non-locking.

Fig. 8 B extracts out and the schematic top view represented for the test section had by the shower involved by the first embodiment of the present utility model, is the figure of the state when locking of expression door portion.

Fig. 9 is for representing the block diagram of the electric structure of the shower involved by the first embodiment of the present utility model.

Figure 10 is for representing the summary front view of the structure of the automatic shuffling device involved by the first embodiment of the present utility model.

Figure 11 is for representing the summary side view of the structure of the automatic shuffling device involved by the first embodiment of the present utility model.

Figure 12 is for representing the schematic top view of the structure of the automatic shuffling device involved by the first embodiment of the present utility model.

The summary side view of the structure in the hair washing portion that Figure 13 has for the automatic shuffling device represented involved by the first embodiment of the present utility model.

Figure 14 is the schematic cross sectional view of the A-A position representing Figure 13.

The summary side view of the structure of the drive division that Figure 15 has for the automatic shuffling device represented involved by the first embodiment of the present utility model.

Figure 16 be represent from be different from Figure 15 direction observe drive division summary side view.

Figure 17 is the schematic cross sectional view of the B-B position representing Figure 15.

The synoptic diagram that the structure that Figure 18 is the confession fluid path for having the automatic shuffling device involved by the first embodiment of the present utility model is described.

The summary side view of the structure of the switching cylinder that Figure 19 has for the automatic shuffling device represented involved by the first embodiment of the present utility model.

Figure 20 is for observing the summary side view of the switching cylinder shown in Figure 19 from other directions.

Figure 21 is the schematic top view of the switching cylinder shown in Figure 19.

Figure 22 is the summary upward view of the switching cylinder shown in Figure 19.

The summary side view of the structure of the gear ring that Figure 23 has for the automatic shuffling device represented involved by the first embodiment of the present utility model.

Figure 24 is the schematic top view of the gear ring shown in Figure 23.

The summary upward view that Figure 25 is the gear ring shown in Figure 23.

The schematic diagram that the effect that Figure 26 A is the switching mechanism for having the automatic shuffling device involved by the first embodiment of the present utility model is described.

The schematic diagram that the effect that Figure 26 B is the switching mechanism for having the automatic shuffling device involved by the first embodiment of the present utility model is described.

The schematic diagram that the effect that Figure 26 C is the switching mechanism for having the automatic shuffling device involved by the first embodiment of the present utility model is described.

The block diagram of the electric structure that Figure 27 has for the automatic shuffling device represented involved by the first embodiment of the present utility model.

Figure 28 is for representing the schematic diagram washing the relation of originator and automatic shuffling device when utilizing the automatic shuffling device involved by the first embodiment of the present utility model to have one's hair wash.

Figure 29 is for representing the summary stereogram of the surface structure of the shower involved by the second embodiment of the present utility model.

The summary stereogram of the structure in the door portion that Figure 30 has for the shower represented involved by the second embodiment of the present utility model, for representing the figure being assembled with the state of covering class.

The summary stereogram of the structure in the door portion that Figure 31 has for the shower represented involved by the second embodiment of the present utility model, for representing the figure of the state after removing covering class.

The summary side view of the structure in the door portion that Figure 32 has for the shower represented involved by the second embodiment of the present utility model, for representing the figure of the state after removing covering class.

The summary stereogram of the structure of the XYZ adjusting portion that Figure 33 has for the shower represented involved by the second embodiment of the present utility model.

Figure 34 is for representing the block diagram of the electric structure of the shower involved by the second embodiment of the present utility model.

The summary side view that the installation example that Figure 35 is the covering of the rotation pipe for having the automatic shuffling device covered involved by embodiment of the present utility model is described.

The summary front view that the installation example that Figure 36 is the covering of the rotation pipe for having the automatic shuffling device covered involved by embodiment of the present utility model is described.

Detailed description of the invention

Below, with reference to accompanying drawing, the shower involved by embodiment of the present utility model is described in detail.Shower involved by embodiment of the present utility model is sometimes referred to as shower shower, and it has: shower bath portion (example of main part of the present utility model), the shower shower stretcher (example of waggon of the present utility model) entered from predetermined direction in shower bath portion.

< first embodiment >

The summary side view of the structure of the shower bath portion SB that Fig. 1 and Fig. 2 has for the shower represented involved by the first embodiment of the present utility model.As shown in Figure 1 and Figure 2, shower bath portion SB is provided with the door portion 100 that will describe in detail below.Fig. 1 illustrates that the state that a portion 100 closes, Fig. 2 illustrate the state that a portion 100 opens.The summary front view of the structure of the shower bath portion SB that Fig. 3 has for the shower represented involved by the first embodiment of the present utility model.In addition, the face arranging a portion 100 is front.In figure 3, for the ease of understanding the structure of shower bath portion SB, a portion 100 is eliminated.

In addition, in shower bath portion SB, be usually equipped with exterior covering, but in order to make structure be convenient to understand, in Fig. 1 ~ Fig. 3, take off exterior covering.Also the water jacket covering of shower bath portion SB is omitted in Fig. 6 described equally later.

As shown in FIG. 1 to 3, shower bath portion SB has the water receiving bath 112 supported by 4 foots 111.Opening portion 112a is formed in the end side (right side of Fig. 1 and Fig. 2, the nearby side of Fig. 3) of the long side direction of water receiving bath 112.

Schematic top view Fig. 4 is the water receiving bath 112 from top view shower bath portion SB has.As shown in Figure 4, opening portion 112a extends the predetermined length length etc. of about 1/3 (length of the such as long side direction of water receiving bath 112) from one end of the long side direction of water receiving bath 112 to the other end.In addition, opening portion 112a is arranged on the middle body of the short side direction (above-below direction in Fig. 4) of water receiving bath 112 with narrower width.In addition, opening portion 112a (direction vertical with paper in Fig. 4) through water receiving bath 112 along the vertical direction.

As shown in Figure 4, on water receiving bath 112, be also formed and extend until the elongated guiding groove 112b nearby of the other end from one end (being provided with the side of opening portion 112a) of its long side direction.Guiding groove 112b is arranged at the middle body of the short side direction of water receiving bath 112 with the width slightly wider than opening portion 112a.Guiding groove 112b is overlapping with opening portion 112a in the position of the one end near water receiving bath 112.In addition, the Drainage Division 112c of the water of discharging in bath is formed in another side (in Fig. 1,2,4 left side) of the long side direction of water receiving bath 112.

As shown in FIG. 1 to 3, shower bath portion SB has the frame structure 113 be formed on water receiving bath 112.A part for frame structure 113 is the pipe arrangement for making liquid (water, shampoo etc.) flow.The water flowed in this pipe arrangement etc. such as can obtain by never illustrated case (hot water storage tank, agent liquid case etc.).

Frame structure 113 has the 2 pipe 113a extended along long side direction at an upper portion thereof.In addition, in Fig. 1 and Fig. 2, only can observe the pipe 113a of nearby side, in figure 3,2 pipe 113a are blocked by framework, do not observe.On 2 pipe 113a, be separately installed with the multiple upper shower nozzle 114 arranged at spaced intervals along long side direction.Upper shower nozzle 114 is needle bath water (according to circumstances, containing agent liquid such as shampoos) downward.In addition, in the present embodiment, the number along the upper shower nozzle 114 of long side direction arrangement is 5, and the number of the shower nozzle row of 5 upper shower nozzle 114 arrangements is 2 row, but this is only an example.Can suitably change along the long side direction arrangement above number of shower nozzle 114 or the number of shower nozzle row.

In addition, the sidepiece of frame structure 113 about it has the pipe 113b extended along long side direction.On each pipe 113b, the multiple horizontal shower nozzle 115 along long side direction arrangement spaced apart is installed.Horizontal shower nozzle 115 is transverse injection shower water (according to circumstances, containing agent liquid such as shampoos) inwards.In addition, in the present embodiment, the number of horizontal shower nozzle 115 along long side direction arrangement is on each pipe 113b each 6, but this is only an example, suitably can change the number of horizontal shower nozzle 115.

On the top of frame structure 113, such as, be configured with the temperature of the water etc. that display is sprayed from shower nozzle 114,115 or the LCD monitor 116 of display setting picture.LCD monitor 116 has contact panel, and can from the instruction (temperature etc. of such as shower water) of outside input for shower.LCD monitor 116 rotatably links relative to the base portion 117 be configured on frame structure 113.Therefore, the user (such as caretaker) of shower can change according to the standing place of self LCD monitor 116 towards, thus be formed as the state easily observing monitor picture.

On water receiving bath 112, the covering (with reference to Figure 29) of dome shape is installed in the mode of cover framework structure 113, forms shower dome thus.In the face side (right side of Fig. 1 and Fig. 2, the nearby side of Fig. 3) of dome shape covering, be formed with opening (entrance), so that by shower shower with in stretcher income shower dome.In addition, in the side of the left and right of dome shape covering, be formed and stretch into the window that hand cleans bather, the window observing bather for caretaker for caretaker.

The summary stereogram of the structure of the shower shower stretcher SS (following, to be simply denoted as stretcher SS) that Fig. 5 has for the shower represented involved by the first embodiment of the present utility model.Bather takes on stretcher SS with clinostatism.As shown in Figure 5, stretcher SS has base portion (chassis portion) 120, the bed portion 121 be arranged in base portion 120.

In the bottom of the corner of the base framework 122 of formation base portion 120, be provided with wheel 123.Base portion 120 has pillar 124, and pillar 124 to arrange in the mode that can move up and down relative to base framework 122 and supports bed portion 121.The mechanism that pillar 124 is moved up and down can be such as the structure utilizing hydraulic pressure, also can be the structure utilizing motor.In addition, in base portion 120, water receiving body 125 is set.

With the bed portion 121 of clinostatism carrying bather, there is bed framework 126, the pad 127 be placed on bed framework 126, support bather the occipitalia 128 of head.In the lower face side of bed framework 126, be configured with multiple guide reel 126a at spaced intervals along long side direction.Multiple guide reel 126a is set to the substantial middle place of the short side direction (width) being positioned at bed portion 121.In addition, multiple guide reel 126a is set to rotate by axle centered by the axle extended along the direction parallel with above-below direction.

In the two sides (side of left and right) in bed portion 121, the side rail 129 of the tabular that the long side direction along bed portion 121 extends longlyer is installed.Side rail 129 can fall from the state shown in Fig. 5.Side rail 129 is set to, in order to guarantee the safety of the bather taken in stretcher SS.

Fig. 6 is for representing that in the shower involved by the first embodiment of the present utility model, stretcher SS is incorporated into the summary side view of the state of shower bath portion SB.In addition, in figure 6, about shower bath portion SB, only depict the half portion of depth side, do not describe nearby side half portion.

As shown in Figure 6, stretcher SS is formed as the almost parallel attitude of the long side direction of its long side direction and shower bath portion SB, and is incorporated in shower bath portion SB from the face side (the right-hand member side of Fig. 6) of shower bath portion SB.At first stretcher SS is incorporated in shower bath portion SB from the end with the opposition side, side (the pin side of bather) being provided with occipitalia 128.In addition, when being taken in shower bath portion SB by stretcher SS, the state (state of such as Fig. 2) being formed as the door portion 100 of the entrance of opening and closing shower bath portion SB (face side opening) to open is needed.

When stretcher SS is incorporated into shower bath portion SB, guided the guide reel 126a be arranged on stretcher SS by the guiding groove 112b be arranged on water receiving bath 112.Therefore, it is possible to successfully carry out stretcher SS pushing to shower bath portion SB.In addition, when carrying out this and pushing, the pillar 124 being arranged at stretcher SS is embedded in the opening portion 112a of water receiving bath 112.Therefore, bed portion 21 forms the state of not easily yaw.

At this, the door portion 100 be installed on shower bath portion SB is described in detail.Door portion 100 has substantially: overlooking between a coupled columns portion 101a, the 101b of mutually opposing configuration, the top of link one coupled columns portion 101a, 101b is the first linking part 102 of roughly arc-shaped.In addition, linked by flat second linking part 103 between the pars intermedia of coupled columns portion 101a, 101b.In addition, linked by the 3rd linking part 104 analysed and observe in roughly L-shaped between the bottom of coupled columns portion 101a, 101b.

A side (the first post portion 101a) in one coupled columns portion 101a, 101b is supported in 1 (in Fig. 1 and 2, the foot of right inboard) in 4 foots 111 forming shower bath portion SB via articulated section 105.Door portion 100 can rotate around the axle extended along vertical direction (direction vertical relative to ground F)

The opposing party (the second post portion 101b) in coupled columns portion 101a, a 101b is provided with the locking mechanism RO that can maintain the state that a portion 100 closes.In addition, Fig. 1 illustrates the state that a portion 100 is locked by locking mechanism RO.

Fig. 7 extracts out and the schematic top view represented for the locking mechanism RO had by the shower involved by the first embodiment of the present utility model.As shown in Figure 7, locking mechanism RO has the operation tommy bar 82 rotated centered by the first central shaft 81, the locking tommy bar 84 rotated centered by the second central shaft 83 by the rotation of operation tommy bar 82.Locking tommy bar 84 is exerted a force by towards one direction (around the direction rotated counterclockwise in Fig. 7) by extension spring 85 (force application part).In addition, the locking tommy bar 84 exerted a force by extension spring 85 is limited towards the rotation of force direction (counterclockwise) by the first stop 86.

In 1 foot (in Fig. 1 and 2, the foot of right nearby side) in 4 foots 111 forming shower bath portion SB, be provided with and the stop pin 80 (reference Fig. 3) locking tommy bar 84 and engage.If the top of locking tommy bar 84 engages with stop pin 80 (with the locking tommy bar 84 shown in solid line in reference Fig. 7), then door portion 100 locked (what maintain door portion 100 closes state).On the other hand, if from lock-out state by operation tommy bar 82 towards predetermined direction (in Fig. 7 clockwise, direction shown in arrow C 1) rotate, then lock tommy bar 84 (the locking tommy bar 84 with reference to shown in broken lines in Fig. 7) to be removed with the engaging of stop pin 80, thus locking is removed (door portion 100 can carry out opening and closing).In addition, in the present embodiment, utilize the second stop 87 and the amount locking tommy bar 84 rotation during latch-release is limited.

In addition, in the shower of present embodiment, be provided with the test section SE of the open and-shut mode for detecting gate portion 100.The structure of test section SE is, is arranged on 1 foot (in Fig. 1 and 2, the foot of right nearby side) in 4 foots 111 forming shower bath portion SB, links (with reference to Fig. 3) with locking mechanism RO.

Fig. 8 A and Fig. 8 B extracts out and the schematic top view represented for the test section SE had by the shower involved by the first embodiment of the present utility model.Fig. 8 A illustrates state when portion's 100 non-locking, state when Fig. 8 B illustrates that a portion 100 locks.Test section SE has substantially: by being fixed on support 91 in foot 111 in the mode that can move (can move along the left and right directions of Fig. 8 A and Fig. 8 B) by the work cross bar 92 supported, the microswitch 93 that carries out the switching connected or end with the action of work cross bar 92.Microswitch 93 is fixed in foot 111.

Work cross bar 92 is exerted a force towards one direction (right direction in Fig. 8 A and Fig. 8 B) by the force of Compress Spring 94 (force application part), Compress Spring 94 is configured in, between the wall forming support 91 and the flange part 92a being arranged on an end (right part in Fig. 8 A and Fig. 8 B) of work cross bar 92.In addition, by the existence of not shown retaining member, thus prevent work cross bar 92 from coming off from support 91.In addition, on the top of the movable terminal 93a of microswitch 93, roller 93b is installed.Microswitch 93 becomes on-state when movable terminal 93a contacts with fixed terminal 93c, becomes cut-off state when movable terminal 93a does not contact with fixed terminal 93c.

When become carry out the state in lock door portion 100 by locking mechanism RO time, locking tommy bar 84 press work cross bar 92.By this pressing, thus be applied with the power contrary with the force power of Compress Spring 94 on work cross bar 92, work cross bar 92 is mobile towards the direction (left direction of Fig. 8 A and Fig. 8 B) leaving stop pin 80.Thus, work cross bar 92 contacts with roller 93b, and along with the movement of work cross bar 92, movable terminal 93a moves and contacts with fixed terminal 93c, and microswitch 93 becomes on-state.

On the other hand, when not by locking mechanism RO lock door portion 100 when, the locked tommy bar 84 of work cross bar 92 presses, and therefore by the force of Compress Spring 94, the direction towards approach locking pin 80 is moved.Therefore, the movable terminal 93a of microswitch 93 is not subject to the power of work cross bar 92, does not therefore contact with fixed terminal 93c.That is, microswitch 93 becomes cut-off state.

From above, under the pent state in door portion 100, microswitch 93 is connected, and under the state of not closing in door portion 100, microswitch 93 ends, and therefore test section SE can detect the open and-shut mode in the portion of going out 100.

In door portion 100, the automatic shuffling device 1 automatically can had one's hair wash to the head of bather is installed.That is, the position of automatic shuffling device 1 is moved while door portion 100 opening and closing.When door portion 100 is in the state of closedown, can be washed hair to the bather on the stretcher SS entered in shower bath portion SB by automatic shuffling device 1.About the details of automatic shuffling device 1, will describe below.

Fig. 9 is for representing the block diagram of the electric structure of the shower involved by the first embodiment of the present utility model.Control part 118 is such as made up of microcomputer, and controls the shower entirety comprising the automatic shuffling device be installed in a portion 100.Control part 118 such as carries out the display and control of LCD monitor 116.In addition, control part 118 subtend shower (comprising automatic shuffling device 1) controls for the various pump P of feedwater, agent liquid (shampoo, hair lotion etc.), and controls the various valve V that shower (comprising automatic shuffling device 1) has.

As mentioned above, LCD monitor 116 adopts contact panel mode, and according to the instruction inputted by this contact panel, control part 118 carries out various control.In addition, the instruction input carried out from outside can certainly utilize the mode beyond contact panel mode (use, wireless remote control input etc. of such as, special action button).

In addition, control part 118 based on the microswitch 93 had from test section SE connection pick-off signal and determine such as can drive automatic shuffling device 1.Such as, under the state that door portion 100 opens, control as not driving automatic shuffling device 1.Thereby, it is possible to guarantee the safety of user.In addition, in the present embodiment, although in order to the opening and closing in detecting gate portion 100, use microswitch 93, also can replace, utilize optical sensor, Magnetic Sensor etc.

In addition, control part 118, based on the instruction of the various sensor S (temperature sensor etc.) had from shower 1, controls each several part comprising automatic shuffling device 1.About the control of automatic shuffling device 1, clear and definite by content hereinafter.

Figure 10 is for representing the summary front view of the structure of the automatic shuffling device 1 involved by the first embodiment of the present utility model.Figure 11 is for representing the summary side view of the structure of the automatic shuffling device 1 involved by the first embodiment of the present utility model.Figure 12 is for representing the schematic top view of the structure of the automatic shuffling device 1 involved by the first embodiment of the present utility model.Shown in Figure 10 ~ Figure 12, automatic shuffling device 1 has scaffold 10, hair washing portion 20, drive division 30.

Scaffold 10 is the part of supporting hair washing portion 20 and drive division 30.In addition, scaffold 10 also supports not shown water supply piping, valve etc.The upper side of scaffold 10 is fixed on first linking part 102 in a portion 100, and lower side is fixed on second linking part 103 in a portion 100.Scaffold 10 is installed in a portion 100 with the state of its plate face tilt.In addition, scaffold 10 can so that its height and position can be regulated, the mode at angle of inclination is installed in a portion 100.

Hair washing portion 20 comprises the shower nozzle 21 of atomizing of liquids, is the part of the head atomizing of liquids to people.As the liquid sprayed from shower nozzle 21, water and/or agent liquid (shampoo, hair lotion, other liquid etc.) can be enumerated.In addition, water, agent liquid preferably spray under the state being properly adjusted temperature.

The summary side view of the structure in the hair washing portion 20 that Figure 13 has for the automatic shuffling device 1 represented involved by the first embodiment of the present utility model.Figure 14 is the schematic cross sectional view of the A-A position of Figure 13.Except Figure 10 ~ Figure 12, also with reference to Figure 13 and Figure 14, the structure in hair washing portion 20 is described.

Hair washing portion 20 has: the turning cylinder portion 22 of section in roughly T-shaped, extend from the side in turning cylinder portion 22 3 bending rotation pipe 23a ~ 23c.A part (part that width is narrower) is inserted the cavity 24a rotating main part 24 by turning cylinder portion 22, and is fixed on rotation main part 24 by the mode of screw fastening.Rotate main part 24 to be installed in via bearing 25 in the base portion 26 that is fixed on scaffold 10, and can rotate relative to base portion 26.Turning cylinder portion 22 is fixed in and rotates on main part 24, and therefore turning cylinder portion 22 also can rotate relative to base portion 26.

In addition, an end (leading section) injection of main part 24 is rotated in the through hole 27a of the sealing retainer 27 that seal member 271 keeps.Sealing retainer 27 is fixed in sealing by the mode of screw fastening and keeps on pallet 11, and sealing keeps pallet 11 to be fixedly installed on scaffold 10.In addition, between the inner circumferential of rotating main part 24 and the periphery in turning cylinder portion 22, sealing ring 241 is configured with.

Base portion 26 is configured to analyse and observe roughly in falling T-shaped, and the narrower part of width is inserted in the cavity 24a rotating main part 24.In base portion 26, be formed with through hole 26a, the end (end in the direction that width is narrower) of a side in turning cylinder portion 22 is inserted in this through hole 26a.Seal member 242, padded coaming 243 is configured with between the periphery of base portion 26 and the inner circumferential of rotating main part 24.

In the rear side of base portion 26, be provided with the connector portions 261 can carrying out feed flow from outside.Connector portions 261 can be one-body molded with base portion 26, also can be fixedly set in base portion 26 as another parts.The liquid being supplied to connector portions 261 can via the through hole 26a be arranged in the base portion 26 and cavity portion 22a be arranged in turning cylinder portion 22 to rotation pipe 23a ~ 23c supply.

In addition, in base portion 26, the outer wall of through connector portions 261 is installed and the feed pipe 262 in the through hole 26a of the cavity be inserted in connector portions 261 and base portion 26.Feed pipe 262 is inserted in the cavity 22a being installed on the turning cylinder portion 22 rotated on main part 24 further, is connected to the axle portion shower nozzle 222 be arranged on an end face 221 (front end face) in turning cylinder portion 22.That is, by externally to feed pipe 262 feed fluid, thus can from axle portion shower nozzle 222 atomizing of liquids.

Rotation pipe 23a ~ 23c that one end is installed on the side in turning cylinder portion 22 is provided with cavity in inside, and the other end (with the end of opposition side, side being installed on turning cylinder portion 22) is by shutoff.3 are rotated the side that pipe 23a ~ 23c circumferentially and is equally spaced installed on turning cylinder portion 22.That is, 3 rotation pipe 23a ~ 23c are spaced with roughly 120 ° in the circumference in turning cylinder portion 22.In Fig. 10,3 rotation pipe 23a ~ 23c bend towards nearby outstanding mode compared with the root side being linked to turning cylinder portion 22 with tip side.

In addition, 3 sizes (length or diameter etc.) of rotating pipe 23a ~ 23c, shape can be all identical, also can be formed as at least 1 pipe difference.In the present embodiment, make the size of 3 rotation pipe 23a ~ 23c, shape identical.In addition, in the present embodiment, as an example, rotate pipe 23a ~ 23c by 3 and be bent into arc-shaped.In addition, in the present embodiment, although the number rotating pipe is formed as 3, the number of rotation pipe can be the Any Digit beyond 3.According to circumstances, the number rotating pipe also can be 1.When the number rotating pipe is set as multiple, preferably multiple rotation is managed the side that the mode be circumferentially arranged at equal intervals is configured at turning cylinder portion 22.

Multiple shower nozzle 21 is installed in the respective side of rotating pipe 23a ~ 23c at 3, thus forms the shower nozzle row 21L arranged by multiple shower nozzle 21.Multiple shower nozzle row 21L is equiangularly spaced along the circumference in turning cylinder portion 22.In addition, be arranged at the shower nozzle 21 rotated on pipe 23a ~ 23c to be all arranged on the side (leading flank in such as Figure 10) of the phase the same side of rotating pipe 23a ~ 23c.That is, be arranged at and rotate shower nozzle 21 on pipe 23a ~ 23c all to identical faces side (front-surface side in Figure 10) atomizing of liquids.In addition, the supply to the liquid rotating pipe 23a ~ 23c is carried out via connector portions 26.

Be arranged at 3 shower nozzle 21 numbers rotated on pipe 23a ~ 23c respectively and be not limited to 3, can suitably change this number.In each rotation pipe 23a ~ 23c, the number of shower nozzle 21 can be different.Interval between the shower nozzle 21 of each shower nozzle row 21L can be at equal intervals, may not be at equal intervals.In addition, between each shower nozzle row 21L, can stagger in the position of dispenser nozzles 21, also can be set to identical position.

Drive division 30 utilizes hydraulic pressure and rotation main part 24 is rotated.That is, drive division 30 also makes turning cylinder portion 22 rotate.The summary side view of the structure of the drive division 30 that Figure 15 has for the automatic shuffling device 1 represented involved by the first embodiment of the present utility model.Figure 16 is summary side view observing drive division 30 from the direction being different from Figure 15 (differing 90 ° of directions).Figure 17 is the schematic cross sectional view of the B-B position of Figure 15.Except Figure 10 ~ Figure 12, also with reference to Figure 15 ~ Figure 17, the structure of drive division 30 is described.

Drive division 30 uses hydraulic pressure cylinder body to form.Drive division 30 has: the cylinder body 31 of drum, be placed on the protecgulum 32 of the end side of cylinder body 31, be placed on the end cap 33 of another side of cylinder body 31.Protecgulum 32 and end cap 33 are linked by 4 connecting rods 34.

Cavity portion 321 is formed in the inside of protecgulum 32.The lateral surface of protecgulum 32 is provided with the hole 322 be communicated with cavity portion 321.Externally to cavity portion 321 for feedwater, or the water in cavity portion 321 externally can be discharged via hole 322.In addition, cavity portion 321 is connected with the cavity portion 311 of cylinder body 31, thus current can be made in two cavity portion 311,321 to lead to.In addition, suitably configure seal member, externally spill from the part beyond hole 322 to avoid the water in the cavity portion 321 of protecgulum 32.

Cavity portion 331 is also formed in the inside of end cap 33.The side (staggering the face of 90 ° with the face of the providing holes 322 of protecgulum 32) of end cap 33 is provided with the hole 332 be communicated with cavity portion 331.Externally to cavity portion 331 for feedwater, or the water in cavity portion 331 externally can be discharged via hole 332.In addition, cavity portion 331 is connected with the cavity portion 311 of cylinder body 31, thus can carry out the circulation of water in two cavity portion 311,331.In addition, suitably configure seal member, externally spill from the part beyond hole 332 to avoid the water in the cavity portion 331 of end cap 33.

The end face of end cap 33 is configured with the installation metalwork 35 for drive division 30 being installed on scaffold 10.Drive division 30 is rotatably installed on scaffold 10 via installation metalwork 35.In addition, drive division 30 can carry out rotating (the arrow R1 with reference to Figure 10) for centered by the bolt 351 be installed on by installation metalwork 35 on scaffold 10.In addition, consider and drive division 30 is rotatably installed relative to scaffold 10, thus the sliding panel 38 for making drive division 30 rotate swimmingly is installed on protecgulum 32.

The piston 36 being set to pass in and out cavity portion 311 is configured with in cylinder body 31.On piston 36, be fixed with piston rod 37.The through protecgulum 32 of piston rod 37, its top is externally given prominence to.On the top of piston rod 37, be provided with linking part 371.This linking part 371 be arranged at hair washing portion 20 rotation main part 24 side on protrusion tab 24b link.

Under the state shown in Figure 15 ~ Figure 17, if supply feedwater via hole 332 in the cavity portion 331 of end cap 33, then piston 36 is pressed by hydraulic pressure thus moves towards protecgulum 32 side (right side of figure).Be accompanied by this, the overhang outstanding from protecgulum 32 of piston rod 37 increases, and to be present in cylinder body 31 water of forward lid 32 side (right side of figure) compared with piston 36 and externally to discharge via the hole 322 of protecgulum 32.Along with the increase of the overhang of piston rod 37, rotation main part 24 and turning cylinder portion 22 carry out rotating (in Figure 10, rotating in the counterclockwise direction).In addition, along with the rotation of rotating main part 24, the drive division 30 being set to as mentioned above to rotate itself also rotates in the same direction.

On the other hand, under the state that piston rod 37 extends, if supply feedwater via hole 322 in the cavity portion 321 of protecgulum 32, then piston 36 is pressed by hydraulic pressure thus moves towards end cap 33 side (left side of figure).Be accompanied by this, the overhang outstanding from protecgulum 32 of piston rod 37 reduces, and is present in cylinder body 31 and externally discharges via the hole 332 of end cap 33 by the water in end cap 33 side (left side of figure) compared with piston 36.With the minimizing of the overhang of piston rod 37, rotation main part 24 and turning cylinder portion 22 carry out towards the direction contrary with the situation that piston rod 37 extends rotating (in Figure 10, rotating along clockwise direction).In addition, with the rightabout rotation of this rotation main part 24, drive division 30 itself also rotates in the same direction.

That is, by switching between the second state supplying from first state of side, hole 322 for feedwater of protecgulum 32 and the side, hole 332 from end cap 33 to feed water rightly, thus the rotation direction in turning cylinder portion 22 is switched.In the present embodiment, its structure is, 2 limit switches (example of the limit sensors represented by the symbol 64,65 of Figure 27) of the switching connected or end are carried out in such as, contact between the protrusion tab 24b being arranged through and rotating main part 24 and noncontact, thus are switched the first above-mentioned state and the second state.In addition, in the present embodiment, as an example, turning cylinder portion 22 is set to move back and forth in the scope of rotational angle 130 °.That is, each rotation pipe 23a ~ 23c being provided with shower nozzle row 21L also moves back and forth (R2 with reference to Fig. 1) in the scope of rotational angle 130 °.

The synoptic diagram that the structure that Figure 18 is the confession fluid path for having the automatic shuffling device 1 involved by the first embodiment of the present utility model is described.In order to the liquid spraying comfort temperature to the people had one's hair wash (bather) from shower nozzle 21, in automatic shuffling device 1, make use of the hot water being accumulated in hot water storage tank.In addition, hot water storage tank can be the hot water storage tank identical with the water tank to shower nozzle 114,115 supplying hot water being arranged at shower bath portion SB, but according to circumstances, also can be special hot water storage tank of having one's hair wash.Such as supply to rotation pipe 23a ~ 23c and hydraulic pressure cylinder body 30 via multiple flexible pipe, pipe from the hot water of hot water storage tank supply.Joint, valve (valve) is suitably linked with between multiple flexible pipe, pipe.

Specifically, as shown in figure 18, be divided into the hot water rotating pipe 23a ~ 23c supply and the hot water supplied to hydraulic pressure cylinder body 30 from the hot water of hot water storage tank supply by the first joint 41.As to the hot water rotating pipe 23a ~ 23c supply, the hot water be supplied to from the first joint 41 is by the second joint 42, and hot water is divided into both direction by this second joint 42.

When the first valve 43 is open mode (the second valve 44 is closed condition), the hot water supplied to the second joint 42 supplies to the 3rd joint 45 via the first valve 43.On the other hand, when the second valve 44 is open mode (the first valve 43 is closed condition), supply to the 3rd joint 45 via the first flexible pipe 46, second valve 44 and the second flexible pipe 47.At this, compared with the first flexible pipe 46, the second flexible pipe 47 is path.Therefore, when the second valve 44 is open mode, compared with being the situation of open mode with the first valve 43, a small amount of hot water can supply to the 3rd joint 45.In addition, the first valve 43 and the second valve 44 can be such as magnetic valve.

Supplied via the connector portions 261 of flexible pipe to base portion 26 (forming hair washing portion 20) by the hot water of the 3rd joint 45, and be sent to rotation pipe 23a ~ 23c.In addition, can from agent liquid case to the 3rd joint 45 supplying agent liquid (shampoo, hair lotion).That is, agent liquid also can to rotation pipe 23a ~ 23c supply.In addition, agent liquid case can be the agent liquid case identical with the case to shower nozzle 114, the 115 supplying agent liquid being arranged at shower bath portion SB, can according to circumstances, be also the agent liquid case of having one's hair wash special.

As to the hot water supplied to hydraulic pressure cylinder body 30, the hot water be supplied to from the first joint 41 controls the direction of flowing by being configured to the first three-way valve 48 of magnetic valve and the second three-way valve 49.In addition, in the present embodiment, the first three-way valve 48 and the second three-way valve 49 are controlled as, and when a square tube electricity, the opposing party is also energized, the opposing party's also no power when a side is not energized.All when non-energized, NO (often opening) port is for opening for 2 three-way valves 48,49, and NC (normally closed) port is for closing.In addition, 2 three-way valve 48,49 all NO (often opening) port shutdowns when being energized, NC (normally closed) port is opened.

When carrying hot water to the supply port COM (opening at ordinary times) of the first three-way valve 48, when non-energized, via the NO port of the first three-way valve 48 to the protecgulum 32 side supplying hot water of hydraulic pressure cylinder body 30.Thus, hot water is discharged from end cap 33 side of hydraulic pressure cylinder body 30.The hot water of discharging from hydraulic pressure cylinder body 30 is carried to the feed pipe 262 being connected to axle portion shower nozzle 222 via the NO port of the second three-way valve 49, discharge port COM (opening at ordinary times) and flexible pipe.

On the other hand, when being energized, if carry hot water to the supply port COM (opening at ordinary times) of the second three-way valve 48, then hot water supplies to end cap 33 side of hydraulic pressure cylinder body 30 via the NC port of the first three-way valve 48.Thus, hot water is discharged from protecgulum 32 side of hydraulic pressure cylinder body 30.The hot water of discharging from hydraulic pressure cylinder body 30 is carried to feed pipe 262 via the NC port of the second three-way valve 49, discharge port COM and flexible pipe.

But in the automatic shuffling device 1 of present embodiment, the liquid (water, agent liquid) being supplied to connector portions 261 (with reference to Figure 11 etc.) cannot to the supply of each rotation pipe 23a ~ 23c equalization.Rotate pipe to 31 of rotating in pipe 23a ~ 23c and supply a large amount of liquid, rotate pipe to remaining 2 and supply a small amount of liquid.That is, rotate pipe (1 shower nozzle row 21L) from 31 of rotating pipe 23a ~ 23c and spray a large amount of liquid, rotate pipe (2 shower nozzle row 21L) from all the other 2 and supply a small amount of liquid.In addition, in the automatic shuffling device 1 of present embodiment, be configured to rotate pipe (shower nozzle row 21L) by 1 that sprays a large amount of liquid and mechanically switch successively.Below, be explained.

As shown in figure 14, in automatic shuffling device 1, there is switching mechanism 50.This switching mechanism 50 switches the emitted dose of the liquid sprayed from the shower nozzle row 21L of each rotation pipe 23a ~ 23c in the mode that the situation making the rotation direction in turning cylinder portion 22 (shower nozzle 21) reverse with drive division 30 links.

In the key element forming switching mechanism 50, comprise and switch cylinder 51, this switching cylinder 51 part is configured in the cavity portion 22a in turning cylinder portion 22, and can control the flow direction of liquid.The summary side view of the structure of the switching cylinder 51 that Figure 19 has for the automatic shuffling device 1 represented involved by the first embodiment of the present utility model.Figure 20 observes the summary side view of the switching cylinder 51 shown in Figure 19 from other directions (differing the different directions of 90 ° with Figure 19) for representing.Figure 21 is the schematic top view of the switching cylinder 51 shown in Figure 19.Figure 22 is the summary upward view of the switching cylinder 51 shown in Figure 19.

Switch cylinder 51 and be set to roughly cylindric.Switching the end side (in Figure 19,20 upper end side) of cylinder 51, be provided with the notch 511 of the flow direction for determining liquid.In addition, switching another side (in Figure 19,20, being lower end side) of cylinder 51, mutually opposing mode is provided with a pair tab 512a, 512b.

Flange part 52 is integrally formed with in the periphery switching cylinder 51.On flange part 52, be equally spaced configured with along the periphery switching cylinder 51 protuberance 521 that 3 side-lookings are roughly trapezoidal shape.These 3 protuberances 521 are paired with 3 slots 223 (with reference to Figure 26 A ~ Figure 26 C described later) of the lower end being circumferentially equally spaced arranged on turning cylinder portion 22, to play the function switched the connecting state (linking and non-link) between turning cylinder portion 22 and switching cylinder 51.In addition, slot 223 is slightly larger than protuberance 521, but its shape is almost identical with protuberance 521.In addition, the flange part 52 and the slot 223 be arranged on the end face (lower surface) in turning cylinder portion 22 that are provided with protuberance 521 are also the key elements forming switching mechanism 50.

The gear ring 53 (with reference to Figure 14) be configured in the through hole 26a of base portion 26 is also comprised in the key element forming switching mechanism 50.The summary side view of the structure of the gear ring 53 that Figure 23 has for the automatic shuffling device 1 represented involved by the first embodiment of the present utility model.Figure 24 is the schematic top view of the gear ring 53 shown in Figure 23.Figure 25 is the summary upward view of the gear ring 53 shown in Figure 23.

Gear ring 53 is set to roughly discoid.In end face 53a (in a Figure 23 upper surface) side of gear ring 53, be provided with the first opening portion 531 overlooked in circular shape, thus form recess.In other end 53b (in Figure 23 lower surface) side of gear ring 53, be provided with the second opening portion 532 overlooked in circular shape, thus form recess.On gear ring 53, overlook the through hole 533 in roughly lemon-like in the mode and being formed connecting these recesses.Gear ring 53 other end 53b be close to periphery, be circumferentially equally spaced configured with 3 juts 534 of side-looking in roughly trapezoidal shape.3 juts 534 engage with the connecting hole 26b be arranged in base portion 26 (being circumferentially equally spaced set to 3) (with reference to Figure 14).

The compression helical spring 54 be configured between flange part 52 and gear ring 53 is also comprised in the key element forming switching mechanism 50.Utilize the force of this compression helical spring 54, and by with switch the lower end of the flange part 52 that is wholely set of cylinder 51 towards rotating shaft portion 22 and press.

The schematic diagram that the effect that Figure 26 A, Figure 26 B and Figure 26 C are the switching mechanism 50 for having the automatic shuffling device 1 involved by the first embodiment of the present utility model is described.As the state shown in Figure 26 A, such as, be, assuming that the rotation direction in turning cylinder portion 22 is about to start to reverse from first direction X1 to second direction X2, or the state from second direction X2 to first direction X1 before reversion.As the state shown in Figure 26 B, such as, be, assuming that turning cylinder portion 22 make rotation direction reverse from second direction X2 to first direction X1 after through the state of very short time.As the state shown in Figure 26 C, such as, be, assuming that turning cylinder portion 22 make rotation direction reverse from first direction X1 to second direction X2 after through the state of very short time.

In addition, first direction X1 is the direction that in Figure 10, turning cylinder portion 22 rotates clockwise.In addition, second direction X2 be in Figure 10 turning cylinder portion 22 around the direction rotated counterclockwise.In addition, in Figure 26 A ~ Figure 26 C, the schematic cross sectional view of the structure representing gear ring 53 and periphery thereof in the circle of dotted line is shown.In the circle of dotted line, for convenience of description, a part for base portion 26 is also shown.

Under the state shown in Figure 26 A, each protuberance 521 is in the state embedding each slot 223, and turning cylinder portion 22 is in the state of link with switching cylinder 51.In addition, switch cylinder 51 and embed through hole 533 by making its tab 512a, 512b, thus link with gear ring 53 (with reference to Figure 19 ~ Figure 25).The jut 534 of gear ring 53 enters in the connecting hole 26b be arranged in base portion 26.

Under the state shown in Figure 26 A, from connector portions 261 (with reference to Figure 14) supply and the liquid entered in the cavity portion 22a in turning cylinder portion 22 substantially through in switching cylinder 51.Then, switch in cylinder 51 liquid that passes most to rotate with 1 of notch 511 position in opposite directions manage to being arranged at (3 rotate in pipe 23a ~ 23c any 1 rotate manage) supply.

The situation that turning cylinder portion 22 rotates along first direction X1 from the state shown in Figure 26 A is described.When turning cylinder portion 22 rotates along first direction X1, each protuberance 521 maintains based on respective shape the state engaged with each slot 223.That is, turning cylinder portion 22 maintains with switching cylinder 51 state linked.Therefore, while turning cylinder portion 22 rotates, switch cylinder 51 and also rotate.Therefore, when the rotation direction in turning cylinder portion 22 is reversed from second direction X2 to first direction X1, switch cylinder 51 and do not change with the position relationship of each rotation pipe 23a ~ 23c.That is, the switching of the emitted dose of the liquid sprayed from the shower nozzle row 21L of each rotation pipe 23a ~ 23c can not be caused because of the reversion of this rotation direction.

In addition, when turning cylinder portion 22 rotates along first direction X1, as shown in fig. 26b, the gear ring 53 linked with switching cylinder 51 also rotates in base portion 26.When gear ring 53 rotates, its jut 534 is deviate from from the connecting hole 26b of base portion 26, as shown in fig. 26b, the position of gear ring 53 while making compression helical spring 54 compress close to flange part 52.In this condition, if turning cylinder portion 22 continues to rotate along first direction X1, and reach the position (or near it) that reversion occurs rotation direction, then jut 534 is embedded into another connecting hole 26b.

Next, the situation that turning cylinder portion 22 rotates along second direction X2 from the state shown in Figure 26 A is described.When turning cylinder portion 22 rotates along second direction X2, as shown in Figure 26 C, turning cylinder portion 22 goes up its inclined plane relative to protuberance 521 for cunning.Be accompanied by this, compression helical spring 54 shrinks, and switches cylinder 51 and moves to the direction close to gear ring 53.Gear ring 53 is pressed by towards base portion 26 brute force by compression helical spring 54.

Its result is, gear ring 53 and the switching cylinder 51 that links with it, for staying this position, only have turning cylinder portion 22 to be rotated further position to reaching rotation direction reversion.In the position (or near it) of rotation direction reversion, protuberance 521 is back to chimeric state with slot 223.Therefore, when turning cylinder portion 22 rotates along second direction X2 from the state shown in Figure 26 A, switch cylinder 51 and change with the position relationship of each rotation pipe 23a ~ 23c.When turning cylinder portion 22 rotates scheduled volume, the rotation pipe opposed with the notch 511 switching cylinder 51 staggers 1, becomes another and rotates pipe.Thus, the shower nozzle row 21L spraying a large amount of liquid is changed.

The block diagram of the electric structure that Figure 27 has for the automatic shuffling device 1 represented involved by the first embodiment of the present utility model.The control of automatic shuffling device 1 is implemented by the control part 118 (with reference to Fig. 9) controlling shower entirety.Control part 118, according to the condition relevant to hair washing in the upper input of the contact panel (operating portion) being arranged at LCD monitor 116, controls each several part of automatic shuffling device.As the condition relevant to hair washing, such as, can enumerate the temperature of the water of injection, the amount of the water of injection, the kind of agent liquid, the amount of agent liquid, the kind etc. of hair washing flow process.

Control part 118 controls the first valve 43 of amount and the action of the second valve 44 that switch the hot water supplied to hair washing portion 20.In addition, control part 118 is used according to hair washing flow process inputted to operating portion 116 etc. and carries out action by accumulating the supply-water pump 62 supplied in the hot water of hot water storage tank to shower nozzle 21 and hydraulic pressure cylinder body 30.In addition, control part 118 is according to hair washing flow process inputted to operating portion 116 etc. and the agent fluid supply pump 63 be used in the agent liquid such as shampoo supply to shower nozzle 21 carries out action.

And then control part 118 controls the first three-way valve 48 and the second three-way valve 49 based on the information (signal) obtained from the first limit sensors 64 and the second limit sensors 65, thus switch the flowing of the liquid supplied to hydraulic pressure cylinder body 30.As limit sensors 64,65, can replace mechanically switching the limit switch connected or end, and use optical pickocff or Magnetic Sensor etc.

Figure 28 is for representing schematic diagram when utilizing the automatic shuffling device 1 involved by the first embodiment of the present utility model to have one's hair wash, the relation of washing originator (bather) M and automatic shuffling device 1.When using automatic shuffling device 1 to have one's hair wash, washing originator M and lying on the back on stretcher SS, being in the state that occiput side is supported by the occipitalia 128 of stretcher SS.In this condition, hair washing portion 20 is configured to, and turning cylinder portion 22 is in the position opposed with the crown portion P washing originator M (have and comprise the crown and neighbouring large-area region thereof).The each rotation pipe 23a ~ 23c extended from turning cylinder portion 22 is to configure along the mode of the head washing originator M.

When having one's hair wash, each pipe 23a ~ 23c that rotates is moved back and forth in the scope of rotational angle 130 ° (being only an example) by the rotation in turning cylinder portion 22.And then, by axle portion shower nozzle 222, spray hot water to the crown portion P washing originator M.Therefore, wash originator M and can experience the sensation of its whole head being sprayed to hot water.In addition, because the structure of each rotation pipe 23a ~ 23c is, not carry out 360 ° of rotations, but move back and forth in constant scope, be wound in the possibility of rotating pipe 23a ~ 23c etc. therefore, it is possible to reduce by the hair washing originator M.

Owing to spraying hot water from multiple shower nozzle row 21L to the head washing originator M, therefore bringing stimulation from all directions to washing originator M for the moment, making to wash originator M and experiencing comfortable hair washing sense.In addition, by the effect of switching mechanism 50, suitably change the position of shower nozzle row 21L and the shower nozzle row 21L of a small amount of liquid of injection spraying large quantity of fluid.Therefore, bring timing (power) to hair washing, can expect to produce massage effect.And then, when the rotation direction in turning cylinder portion 22 is reversed, due to the structure of hydraulic pressure cylinder body 30, thus temporarily change from the amount of the hot water of axle portion shower nozzle 222 injection.This variation also can bring the head washing originator M to stimulate, and can expect to produce massage effect.

In addition, owing to using hydraulic pressure cylinder body 30 to drive hair washing portion 20, therefore compared with using the situation of motor, the minimizing of operation cost can be expected.In addition, because structure is make the water vent from hydraulic pressure cylinder body 30 spray to washing originator M, therefore, the utilization ratio of the hot water of hot water storage tank is higher.In addition, the hot water using supply-water pump 62 to supply not only is used as the liquid sprayed from shower nozzle 21, and be also used to the driving of hydraulic pressure cylinder body 30, therefore electric utilization ratio is also higher.

In addition, because hot water storage tank, agent liquid case, supply-water pump 62 and agent fluid supply pump 63 etc. required in automatic shuffling device 1 can double as shower nozzle 114,115 supplying hot water of shower bath portion SB or the equipment of agent liquid, therefore efficiency is higher.

In addition, shower according to the present embodiment, bather, while ablution (utilizing shower nozzle 114,115), automatically can be had one's hair wash by automatic shuffling device 1.Therefore, it is possible to shorten the time needed for cleaning, and the operation burden of caretaker can be reduced.In addition, clean the required time owing to shortening bather, therefore the hot water (or steam) by spraying from shower nozzle 114,115 bather's body temperature is carried out warming while, easily guarantee the time of loosening.In addition, in the shower of present embodiment, the water receiving bath 112 of shower bath portion SB can also be utilized, drain flow that the water receiving body 125 of stretcher SS makes in automatic shuffling device 1.

< second embodiment >

Next, the shower involved by the second embodiment of the present utility model is described.The structure cardinal principle of the shower (having shower bath portion SB and shower shower stretcher SS) involved by the second embodiment is identical structure with the shower of the first embodiment.Therefore, for the shower involved by the second embodiment, be described around the part different from the first embodiment.

Figure 29 is for representing the summary stereogram of the surface structure of the shower involved by the second embodiment of the present utility model.In addition, Figure 29 illustrates the state of assembling exterior covering.In addition, Figure 29 illustrates that the shower shower stretcher SS being loaded with bather M enters into the state of shower bath portion SB.

As shown in figure 29, the shower bath portion SB of the second embodiment thereon surface element have along long side direction extend emergency warning lamp AL.Emergency warning lamp AL is configured to the light that can send multiple color.Emergency warning lamp AL, according to the difference of the kind of warning, sends the light of different colours.As in the present embodiment, by the position configuration emergency warning lamp AL that can't see at bather M, can avoid causing extra uneasiness to bather.In addition, in the door portion 100 of the entrance entered for stretcher SS in opening and closing, the hood FD that can load and unload is provided with.Hood FD, by being assemblied in a portion 100, can suppress dispersing of the water when automatic shuffling device 1 uses.In addition, by taking off hood FD, caretaker is easily by the head of hand close to bather.

The summary stereogram of the structure in the door portion 100 that Figure 30 has for the shower represented involved by the second embodiment of the present utility model is the figure of the state being equipped with covering class (comprising hood FD).The summary stereogram of the structure in the door portion 100 that Figure 31 has for the shower represented involved by the second embodiment of the present utility model is figure of the state after representing removing covering class.The summary side view of the structure in the door portion 100 that Figure 32 has for the shower represented involved by the second embodiment of the present utility model is figure of the state after representing removing covering class.But, in Figure 32, be convenient to make the position relationship of covering class understand, covering class illustrated with double dot dash line.

As shown in Figure 30 ~ Figure 32, door portion 100 has the door frame 106 covered by exterior covering.Door frame 106 supports automatic shuffling device 1 via XYZ adjusting portion 70.XYZ adjusting portion 70 is fixed on door frame 106.XYZ adjusting portion 70 can carry out the position adjustments in the XYZ direction (3 mutually orthogonal directions) of automatic shuffling device 1.XYZ adjusting portion 70 is an example of governor motion of the present utility model.

In addition, X-direction is the direction parallel with the short side direction of shower bath portion SB.In other words, X-direction is, left and right directions when observing from the bather M being in dorsal position at the stretcher SS entering into shower bath portion SB.Y-direction is the direction parallel with the long side direction of shower bath portion SB.In other words, Y-direction is from height direction during aforesaid bather M observation.Z-direction is the direction parallel with vertical direction.In other words, Z-direction is from above-below direction during aforesaid bather M observation.

The summary stereogram of the structure of the XYZ adjusting portion 70 that Figure 33 has for the shower represented involved by the second embodiment of the present utility model.XYZ adjusting portion 70 has side-looking and observes the base portion 701 that (when observing in X direction) is roughly U-shaped.Base portion 701 is fixed on door frame 106.In base portion 701, be configured with the Y-direction guide rod 702 and the trapezoidal bolt 703 of Y-direction that extend along Y-direction in mode spaced apart.Y-direction guide rod 702 and the trapezoidal bolt 703 of Y-direction are arranged setting in the mode between the sidewall across base portion 701.Y-direction guide rod 702 is fixed in base portion 701.The trapezoidal bolt 703 of Y-direction is installed on the output shaft of the Y-direction motor 704 on the lateral wall being fixed on base portion 701, and can rotate.

In addition, in base portion 701, be configured with the motion bar 705 extended in X direction.Y-direction guide rod 702 and the through motion bar 705 of the trapezoidal bolt of Y-direction 703.In the part that the trapezoidal bolt of the Y-direction of motion bar 705 703 is through, be provided with the nut portions (not shown) that the trapezoidal bolt 703 with Y-direction screws togather.Therefore, if drive Y-direction motor 704 to make the trapezoidal bolt 703 of Y-direction rotate, then motion bar 705 moves along Y-direction while being guided by Y-direction guide rod 702.Towards which direction in Y-direction move is determined by the rotation direction of Y-direction motor 704.

The first movable frame 706 is configured with on base portion 701.First movable frame 706 of bending shape has: overlook horizontal frame portion 706a that (when observing along Z-direction) is roughly コ word shape, extend obliquely upward respectively from the both ends of the X-direction of horizontal frame portion 706a first erect frame section 706b and second and erect frame section 706c.

On horizontal frame portion 706a, be fixed with the Z-direction guide rod 707 extended along Z-direction.Z-direction guide rod 707 is outstanding to base portion 701 side (downside), and through motion bar 705.In base portion 701, be provided with the elongated hole 701a allowing Z-direction guide rod 707 towards the movement of Y-direction.In addition, on the upper surface of horizontal frame portion 706a, be fixed with the Z-direction motor 708 of output shaft towards base portion 701 side.On the output shaft of Z-direction motor 708, the trapezoidal bolt 709 of Z-direction extended along Z-direction is installed.On horizontal frame portion 706a, be provided with the not shown hole can rotated for Z-direction trapezoidal bolt 709.The through motion bar 705 of 707 Z-direction be arranged spaced apart trapezoidal bolt 709 is guided with Z-direction.In base portion 701, be provided with the elongated hole (in Figure 33, blocked by framework, cannot observe) allowing the trapezoidal bolt 709 of Z-direction towards the movement of Y-direction.

In the part that the trapezoidal bolt of the Z-direction of motion bar 705 709 is through, be provided with the nut portions (not shown) that the trapezoidal bolt 709 with Z-direction screws togather.Motion bar 705 is cannot be configured in base portion 701 to the mode of Z-direction movement.If drive Z-direction motor 708 and make the trapezoidal bolt 709 of Z-direction rotate, then the first movable frame 706 moves along Z-direction while being guided by Z-direction guide rod 707.Towards which direction in Z-direction move, determined by the rotation direction of Z-direction motor 708.

Erect frame section 706b and second first to erect on the upper end of frame section 706c, be fixed with the X-direction guide rod 710 to extend in X direction across the mode of 2 frame sections 706a, 706c.In addition, erecting on the end of the contrary side of frame section 706b, 706c side with setting at horizontal frame portion 706b, is provided with the trapezoidal bolt 711 of the X-direction extended in X direction.The trapezoidal bolt 711 of X-direction is installed on the output shaft of X-direction motor 712, and can rotate, and X-direction motor 712 is fixed on the lateral wall of horizontal frame portion 706a.

Second movable frame 713 of top view (when observing along Y-direction) in roughly T-shaped has: with can the mode of the movement nut portions 713b that is installed on stem 713a on X-direction guide rod 710, screws togather with the trapezoidal bolt 711 of X-direction.If drive X-direction motor 712 and make the trapezoidal bolt 711 of X-direction rotate, then nut portions 713b moves relative to the trapezoidal bolt 711 of X-direction, and therefore the second movable frame 713 moves in X direction while being guided by X-direction guide rod 710.Towards which direction in X-direction move, determined by the rotation direction of X-direction motor 712.

On 3 ends of the second movable frame 713 comprising nut portions 713b, be provided with tab 714, tab 714 is installed automatic shuffling device 1.As shown in figure 32, automatic shuffling device 1 by fixed bearing framework 10 on tab 714, thus is installed in a portion 100.In the structure shown here, by suitably driving each motor 704,708,712 of XYZ adjusting portion 70, the position in the XYZ direction of automatic shuffling device 1 can be regulated.

In addition, in the present embodiment, keep the mode between pallet 11 (all with reference to Figure 11, Figure 12) that the ball WB that has one's hair wash (with reference to Figure 32) is installed with the sealing retainer 27 and sealing that are sandwiched in automatic shuffling device 1.Therefore, if carry out the position adjustments of automatic shuffling device 1, then the ball WB that has one's hair wash also together moves.The covering in a portion 100 is installed in the mode designing the space supplying hair washing ball WB movement.

Figure 34 is for representing the block diagram of the electric structure of the shower involved by the second embodiment of the present utility model.Known by contrast Figure 34 and Fig. 9, the electric structure of the shower involved by the second embodiment is substantially identical with the structure of the first embodiment.As one of distinctive points, the control that control part 118 carries out emergency warning lamp AL can be enumerated.Control part 118, when being judged as needing to give a warning to caretaker etc., makes emergency warning lamp AL luminous.The luminescence of emergency warning lamp AL is not just lighted simply, can be the mode that emergency warning lamp is glimmered.

Control part 118 makes emergency warning lamp AL send the light of different colours in the diverse situation of warning.Such as, no matter whether door portion 100 is in the state opened, and when caretaker's wish starts automatic shuffling device 1, emergency warning lamp AL sends sodium yellow.In addition, such as, when hot water storage tank (to shower nozzle 114,115, the case of automatic shuffling device 1 supplying hot water) hot water temperature excessively lower than design temperature when, emergency warning lamp AL sends blue light.When the hot water temperature of hot water storage tank excessively higher than design temperature when, emergency warning lamp AL sends red light.

Like this, controlled by control part 118 couples of emergency warning lamp AL, can caretaker be made rapidly to notice exception.In addition, in the present embodiment, control part 118, when making emergency warning lamp AL luminescence, makes the message corresponding with this luminescence be shown in LCD monitor 116.Therefore, even if when the warning content that Color pair that is unclear and emergency warning lamp AL is answered, caretaker also can understand rapidly warning content by confirming LCD monitor 116.In addition, in the present embodiment, although be configured to be given a warning by luminescence, also according to circumstances can give a warning further by sound, or replace luminous then given a warning by sound.When being given a warning by sound, though when caretaker's eyes do not stare at send abnormal during screen, also can notice exception rapidly.

In addition, as the first embodiment structure between distinctive points, the situation that X-direction motor 712, Y-direction motor 704 and the Z-direction motor 708 (these motors are an example of power source of the present utility model) included by control part 118 pairs of XYZ adjusting portions 70 controls can be enumerated.In the present embodiment, when caretaker is by the operation push-button that the LCD monitor 116 be pressed in as contact panel formation shows, corresponding with it, each motor 704,708,712 is appropriately driven.That is, caretaker can regulate the position in the XYZ direction of automatic shuffling device 1 according to the state of bather M (while the state of observing bather), and automatic shuffling device 1 is configured at suitable position.

Structure according to the present embodiment, when using automatic shuffling device 1 to have one's hair wash, owing to not needing repeatedly the position of the bather M on moving stretcher SS, bringing unnecessary anxiety therefore can not to bather M, can also reduce the burden of caretaker.

In addition, in the present embodiment, although be configured to the position in the XYZ direction that can regulate automatic shuffling device 1, this is only an example.Such as, can be configured to can change the angle of inclination of the automatic shuffling device 1 of inclined (with reference to Figure 32 etc.).In addition, such as, can also be configured to, automatic shuffling device 1 is rotated centered by the turning cylinder parallel with Y-direction.If be set to such structure, for such as bow-backed bather or crooknecked bather etc., also easily suitably tackle.

Other > of <

The embodiment above illustrated is only illustration of the present utility model.The structure of the embodiment above suitably can change in the scope being no more than technological thought of the present utility model.

Such as, in the embodiment shown in above, its structure is, the waggon taken in shower bath portion is stretcher.This is only an example.Such as, for the shower there is wheelchair (example of waggon) being incorporated into the structure to shower bath portion, also the utility model can be applied.In addition, the structure shown in the purport of the structure of automatic shuffling device that shower of the present utility model has is not limited to above.As long as can have one's hair wash to the head of the bather be positioned in the waggon taking in the main part with shower nozzle, the structure of automatic shuffling device also can be other structures.

In addition, such as, on rotation main part 24, in the mode of the rotation pipe 23a ~ 23c covering the automatic shuffling device 1 above illustrated, the covering 28 that the profile shown in Figure 35 and Figure 36 is mortar shape can be installed.In the case of this kind of construction, hair washing ball WB can be removed in the structure of the second embodiment.The summary side view of Figure 35 for being described for the installation example of the covering 28 to the rotation pipe 23a ~ 23c had in the automatic shuffling device 1 covered involved by embodiment of the present utility model.The summary front view that the installation example that Figure 36 is the covering 28 of the rotation pipe 23a ~ 23c for having the automatic shuffling device 1 covered involved by embodiment of the present utility model is described.

As shown in figure 36, the shower nozzle row 21L that rotation pipe 23a ~ 23c has exposes from covering 28 surface, so that can atomizing of liquids.In addition, the part of the tip side in turning cylinder portion 22 and axle portion shower nozzle 222 also expose from covering 28 surface.If install covering 28 like this, then can reduce the hair washing originator and be wound in the possibility of rotating pipe 23a ~ 23c.

In addition, can on the surface of covering 28, at suitable position with the mode configuration contacted with the head of the people being in attitude of having one's hair wash (such as with reference to Figure 28) as multiple projection formed by silicon etc.While contacting with head by making this projection, covering 28 being rotated, can expect to produce massage effect.Such projection can according to circumstances be arranged on rotates pipe 23a ~ 23c.

In addition, in embodiment shown above, in each shower nozzle row 21L, the mode (as an example, arranging in arc-shaped) using multiple shower nozzle 21 along bending line arrangement, is formed as curved shape by rotation pipe 23a ~ 23c.But its purport is not limited to this structure.The structure of the pipe linking multiple linearity can be utilized, show that multiple shower nozzle 21 is along bending circuit state side by side.In addition, according to circumstances, the rotation pipe being provided with shower nozzle row 21L also can be the pipe of 1 linearity.

In addition, in the structure of the first embodiment, the hood for preventing the liquid sprayed from shower nozzle 21,222 from dispersing can be suitably set.The liquid that this hood can be used to prevent from dispersing falls within washes originator.

In addition, in the automatic shuffling device 1 shown in above, the liquid discharging apparatus being used for the liquid that hair washing uses to discharge to suitable position can be suitably set.

In addition, in automatic shuffling device 1 shown above, its structure is, uses hydraulic pressure cylinder body 30 that turning cylinder portion 22 is rotated.But be not limited to this structure, according to circumstances, the rotation in turning cylinder portion 22 can be realized by other driver elements such as motors.In addition, the drive division that turning cylinder portion 22 is rotated can not be the structure that rotation direction is reversed, but makes turning cylinder portion 22 only towards the structure that a direction is rotated.

In addition, in automatic shuffling device 1 shown above, its structure is, feels thus produces massage effect, switch the amount of the liquid sprayed from each shower nozzle row 21L at predetermined intervals, but also can not carry out such switching to give to hair washing action and being in harmonious proportion.In addition, can be all identical from the amount of the liquid of each shower nozzle row 21L injection.And then, switch the structure of the amount of the liquid sprayed with predetermined space, can not control to implement by mechanical type like that by embodiment as indicated above, and control to implement by microcomputer.

In addition, although in the second shown above embodiment, its structure is, XYZ adjusting portion 70 has 3 motors 704,708,712 (power source), also according to circumstances, can be formed as the structure that XYZ adjusting portion 70 does not have power source.In this case, caretaker such as manually can regulate the position in the XYZ direction of automatic shuffling device 1 by the operating portion such as swing handle.

Symbol description

1 automatic shuffling device;

21 shower nozzles (movable spray head);

22 turning cylinder portions;

30 drive divisions;

50 switching mechanisms;

70 XYZ adjusting portions (governor motion);

100 portions;

Shower nozzle on 114;

115 horizontal shower nozzles;

118 control parts;

704 Y-direction motors (power source);

708 Z-direction motors (power source);

712 X-direction motors (power source);

AL emergency warning lamp;

M bather;

RO locking mechanism;

SB shower bath portion (main part);

SE test section;

SS shower shower stretcher.

Claims (11)

1. a shower, is characterized in that,

Have:

Main part, it has shower nozzle, and the waggon of income conveying bather;

Door portion, it is installed on described main part, and carries out opening and closing to the entrance entered for described waggon;

Automatic shuffling device, it is installed in described door portion.

2. shower as claimed in claim 1, is characterized in that,

Also have:

Test section, it detects the open and-shut mode in described door portion;

Control part, can it determine drive described automatic shuffling device based on the information obtained from described test section.

3. shower as claimed in claim 2, is characterized in that,

Also have locking mechanism, described locking mechanism maintains the state that described door portion closes,

Described test section detects the closed condition in described door portion when being maintained the state that described door portion closes by described locking mechanism,

Described control part allows the driving of described automatic shuffling device when the closed condition in described door portion being detected by described test section.

4. shower as claimed in claim 1, is characterized in that,

Described automatic shuffling device has movable spray head, and described movable spray head is set to can to the head atomizing of liquids of bather.

5. shower as claimed in claim 4, is characterized in that,

Described automatic shuffling device also has turning cylinder portion, opposed with the head of the bather taken on described waggon under the state that described turning cylinder portion closes in described door portion,

Described movable spray head rotates with the rotation in described turning cylinder portion.

6. shower as claimed in claim 4, is characterized in that,

Described automatic shuffling device also has drive division, and described drive division utilizes hydraulic pressure and drives described movable spray head.

7. the shower as described in any one in claim 4 to 6, is characterized in that,

Described automatic shuffling device also has switching mechanism, and the switching of the moving direction of described switching mechanism and described movable spray head switches the emitted dose of the liquid sprayed from described movable spray head in linkage.

8. shower as claimed in claim 1, is characterized in that,

Described door portion is provided with governor motion, and described governor motion regulates the position of described automatic shuffling device.

9. shower as claimed in claim 8, is characterized in that,

Described automatic shuffling device is set to, and can be regulated the position in three mutually orthogonal directions by described governor motion.

10. shower as claimed in claim 8 or 9, is characterized in that,

Comprise power source at described governor motion, described power source is for making the shift in position of described automatic shuffling device.

11. showers as claimed in claim 1, is characterized in that,

Described main part is provided with emergency warning lamp,

Described emergency warning lamp sends the light of different colours according to the difference of the kind of warning.