WO2015172571A1 - 洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法 - Google Patents

洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法 Download PDF

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Publication number
WO2015172571A1
WO2015172571A1 PCT/CN2014/095886 CN2014095886W WO2015172571A1 WO 2015172571 A1 WO2015172571 A1 WO 2015172571A1 CN 2014095886 W CN2014095886 W CN 2014095886W WO 2015172571 A1 WO2015172571 A1 WO 2015172571A1
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WO
WIPO (PCT)
Prior art keywords
laundry room
bracket
leg
mounting surface
ground
Prior art date
Application number
PCT/CN2014/095886
Other languages
English (en)
French (fr)
Inventor
西野雅文
森大树
Original Assignee
海尔亚洲国际株式会社
青岛海尔洗衣机有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 海尔亚洲国际株式会社, 青岛海尔洗衣机有限公司 filed Critical 海尔亚洲国际株式会社
Publication of WO2015172571A1 publication Critical patent/WO2015172571A1/zh

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Classifications

    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/12—Casings; Tubs
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/02—Heads
    • F16M11/04—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand

Definitions

  • the invention relates to a bracket for a laundry room device, a method for setting a bracket, and a method for setting a laundry room device on the bracket.
  • the take-out port is lowered for the user, and the user has to bend down in order to perform the work of taking out the laundry through the take-out port. Therefore, in order to improve the convenience of the user, the height of the take-out port is raised by providing a bracket on the ground and loading the laundry room device on the bracket.
  • a conventional stent 1 is illustrated.
  • the bracket 1 is formed, for example, in a frame shape that is rectangular in plan view, and has a predetermined thickness in the vertical direction.
  • the upper surface of the bracket 1 is a mounting surface 2 on which the legs of the laundry room device are placed.
  • Each of the four corners of the mounting surface 2 is provided with a pair of ribs 3 projecting upward from the mounting surface 2 so as to form an L-shape in plan view.
  • the pair of ribs 3 are disposed to face each other in a substantially rectangular shape in plan view, and the storage space 4 is defined between the pair of ribs 3 in each of the four corners of the mounting surface 2 .
  • the storage space 4 is formed in a concave shape that is recessed toward the lower side, and is opened upward.
  • Adjustment legs 6 are provided one by one in each of the four corners of the bottom surface 5 of the bracket 1. Each of the adjustment legs 6 protrudes from the bottom surface 5 toward the lower side and abuts against the ground from the upper side.
  • the level of the placement surface 2 can be adjusted by adjusting the amount of protrusion of each of the adjustment legs 6 to the ground.
  • the legs of the laundry room device are inserted into the respective storage spaces 4 of the four corners of the mounting surface 2 from the upper side one by one, thereby 1 set up laundry room equipment.
  • the operator In the case where the laundry room equipment is installed on the existing bracket 1, the operator must maintain the lifting of the laundry equipment in such a manner that the legs of the laundry equipment are aligned with the storage spaces 4 in a plan view.
  • the laundry room equipment is accurately positioned in the horizontal direction, and then the laundry room equipment is lowered and the legs are inserted into the respective accommodation spaces 4 from the upper side. This operation imposes a large burden on the operator in the case of, for example, a large and heavy laundry room such as a commercial one.
  • an object of the present invention is to provide a bracket for a laundry room device capable of reducing vibration during operation of a laundry room device, and a method for preventing a laundry room from falling and falling over, and a bracket for mounting the bracket and the bracket The setting method of the laundry room on the.
  • the present invention is characterized in that it includes a fall prevention member that protrudes upward from the mounting surface and extends in the predetermined direction to prevent a leg of the laundry room device that slides on the mounting surface from the The mounting surface is dropped.
  • the present invention is characterized in that the cover body portion covers the portion from the upper side as a part of the first positioning portion in a state of being non-contact with the leg of the laundry room device positioned by the first positioning portion Said storage space.
  • the present invention is characterized in that it comprises: a stabilizing member disposed on the main body portion, the height can be adjusted so as to be close to the ground, fixed to be pulled down to the ground with respect to the ground after the height adjustment; and the legs are adjusted
  • the bottom surface of the main body portion protrudes downward and abuts against the ground from the upper side, and the amount of protrusion protruding toward the ground can be adjusted to adjust the level of the mounting surface, and the stabilizing member is fixed to the ground. In the upper state, it is pushed out toward the ground.
  • the main body portion is a hollow body having an inner space penetrating the main body portion up and down, and the stabilizing member is disposed in the inner space.
  • the present invention is a method for installing a bracket for a laundry room device, characterized in that it is a method for setting a bracket for the above laundry room equipment, comprising: a step of placing the bracket on the ground; a step of adjusting a protruding amount of the leg protruding toward the ground to adjust a level of the mounting surface; a step of adjusting a height of the stabilizing member and fixing it to the ground; and causing the adjusting leg to face the ground Steps out.
  • the present invention is a method for setting a laundry room device on a bracket for a laundry room device, characterized in that it is a method for setting a laundry room device on a bracket for the above laundry room equipment, including: a step of placing the legs of the laundry room device on the loading surface from the upper side; causing the legs of the laundry room device to slide through the loading surface and insert into the storage space from the inlet, thereby Step of positioning the first positioning portion; and mounting the second positioning portion on the mounting surface, and positioning, by the second positioning portion, positioning by the first positioning portion in the laundry room device The steps of the legs other than the legs.
  • the first positioning portion provided on the flat mounting surface of the main body portion provided on the floor has a storage space for the leg to be placed in the laundry room apparatus.
  • the inlet faces the side along the predetermined direction of the placement surface in the storage space.
  • a second positioning portion is attached to a position deviated from the first positioning portion to one side.
  • the legs of the laundry room equipment are placed from the upper side at an appropriate position on the mounting surface. Then, the leg is slid on the mounting surface toward the other side opposite to the one side, and the storage space is inserted from the inlet. Since the storage space has a shape that is recessed from the inlet toward the other side, since the leg placed in the storage space cannot move too much to the other side, the positioning is performed by the first positioning portion.
  • the second positioning portion is mounted.
  • the legs other than the legs positioned by the first positioning portion in the laundry device are positioned by the second positioning portion.
  • the laundry room device as a whole is arranged to be relatively movable with respect to the bracket.
  • the fall prevention member which protrudes from the mounting surface to the upper side and extends in a predetermined direction can prevent the leg of the laundry room apparatus which slides on the mounting surface from falling from the mounting surface, thereby preventing the Dropping of the laundry equipment during the setting process on the bracket.
  • the cover portion that is a part of the first positioning portion covers the storage space from the upper side, it is possible to prevent the leg of the laundry room device in the storage space from being detached from the storage space to the upper side, thereby preventing the leg from being removed.
  • the laundry equipment is dropped and overturned due to the separation from the storage space to the upper side.
  • the cover portion since the cover portion is in a state of being non-contact with the leg of the laundry room device positioned by the first positioning portion, it is possible to prevent the leg from being fatigued and broken due to contact with the cover portion during vibration of the laundry device during operation. It also prevents the vibration of the legs from being transmitted to the bracket via the cover portion.
  • the level of the placement surface can be adjusted, thereby preventing the placement of the surface.
  • the stabilizing member provided to the main body portion is height-adjusted to be close to the ground and then fixed to the ground, the entire bracket is fixed so as not to be relatively movable with respect to the ground. As a result, the vibration of the laundry equipment is difficult to transmit to the fixed bracket, and the fixed bracket can weaken the vibration of the laundry equipment itself.
  • the vibration of the laundry room apparatus and the entirety of the rack during the operation of the laundry room apparatus can be alleviated.
  • the stabilizing member is disposed in the inner space of the main body portion so as not to protrude outside the main body portion, the shape of the bracket can be made compact, and the appearance can be free.
  • the bracket as a method of installing the bracket, first, the bracket is placed on the ground, and the level of the mounting surface is adjusted by adjusting the amount of protrusion of the adjusting leg to the ground. Thereby, the inclination of the laundry room apparatus placed on the mounting surface can be prevented.
  • the bracket is integrally fixed so as not to be relatively movable with respect to the ground.
  • the vibration of the laundry equipment installed in the rack is difficult to transmit to the fixed bracket, and the fixed bracket can weaken the vibration of the laundry equipment itself.
  • the vibration of the laundry room apparatus and the entirety of the rack during the operation of the laundry room apparatus can be alleviated.
  • the legs of the laundry room device are placed from the upper side at appropriate positions on the mounting surface of the stand. Then, the leg is positioned by the first positioning portion by sliding the leg on the placement surface and inserting it into the accommodation space from the inlet. Finally, the second positioning portion is mounted on the mounting surface, and the second positioning portion positions the leg other than the leg positioned by the first positioning portion in the laundry room device, and the setting of the laundry room device ends.
  • the operator who performs the setting does not maintain the state of lifting the laundry equipment, and temporarily places the leg of the laundry room device at an appropriate position on the placement surface, and then slides it on the placement surface.
  • a positioning portion is positioned, and then the second positioning portion is mounted on the mounting surface and the other legs are positioned, so that the laundry room device can also be placed on the bracket with less burden.
  • FIG. 1 is a perspective view of a conventional stent 1.
  • Fig. 2 is a perspective view of a stent 10 according to an embodiment of the present invention.
  • Figure 3 is a perspective view of the stent 10 shown in phantom in a portion that is virtually invisible.
  • FIG. 4(a) is a plan view of the holder 10
  • FIG. 4(b) is a cross-sectional view taken along line B-B of FIG. 4(a)
  • FIG. 4(c) is an enlarged view of a portion surrounded by a broken line circle in FIG. 4(b).
  • FIG. 5 is a perspective view of the bracket 10 for explaining the arrangement of the laundry room apparatus 11.
  • Figure 6 (a) is a perspective view of the bracket 10 and the laundry room device 11 provided in the bracket 10
  • Figure 6 (b) is an enlarged view of a portion surrounded by a dotted circle in Figure 6 (a)
  • Figure 6 (c) is a The portion surrounded by a one-dot chain line in Fig. 6(a) is enlarged and viewed from other directions.
  • the upper side is referred to as an upper side Z1
  • the lower side is referred to as a lower side Z2.
  • the front-back direction X, the left-right direction Y, and the up-down direction Z will be described.
  • the bracket 10 is a bracket for a laundry room device 11 such as a washing machine, a dryer, a washing and drying machine, and the laundry room device 11 (not shown in Fig. 2) is placed on the bracket 10 from the upper side Z1.
  • the laundry room device 11 may be either a small-sized washing machine for home use or a large-sized commercial washing machine used in a coin-operated laundry room, but in either case, a washing outlet 11A is provided on the front surface thereof ( Refer to FIG. 6(a)) which will be described later.
  • the bracket 10 has a rectangular frame shape when viewed from the upper side Z1 and has a predetermined thickness in the vertical direction Z. Further, the up and down direction Z is the height direction of the bracket 10.
  • the bracket 10 includes a main body portion 12, a stabilizing member 13 provided to the main body portion 12, and an adjustment leg 14. The components of the bracket 10 are all made of metal.
  • the main body portion 12 constitutes a large part of the bracket 10, and is provided on the floor surface S when the bracket 10 is used.
  • the ground S here is not only the indoor floor but also the outdoor ground.
  • the main body portion 12 has a rectangular frame shape in plan view and a predetermined thickness in the vertical direction Z. Therefore, the main body portion 12 is a hollow body having an inner space 12A that penetrates the main body portion 12 up and down.
  • the main body portion 12 is formed by bending a steel sheet. Further, the main body portion 12 may be configured by integrating a plurality of members that have been bent by welding or the like.
  • the main body portion 12 integrally includes a front wall 15, a rear wall 16, a left wall 17, and a right wall 18 that extend in the up and down direction Z.
  • the front wall 15 and the rear wall 16 are formed in a rectangular shape having a long dimension in the left-right direction Y as viewed from the front-rear direction X, and have a thin plate shape in the front-rear direction X, and are disposed to face each other in the front-rear direction X in a state of being parallel to each other.
  • a circular insertion hole 16A penetrating the rear wall 16 in the front-rear direction X is formed in the rear wall 16.
  • the insertion hole 16A passes through a wiring, a hose, or the like (not shown) of the laundry room device 11 provided in the holder 10.
  • the left wall 17 and the right wall 18 are formed in a rectangular shape having a long dimension in the front-rear direction X as viewed from the left-right direction Y, and have a thin plate shape in the left-right direction Y, and are disposed to face each other in the left-right direction Y in a state of being parallel to each other.
  • the left wall 17 is disposed between the front wall 15 and the left end edge of the rear wall 16, and the right wall 18 is disposed between the front wall 15 and the right end edge of the rear wall 16.
  • the main body portion 12 has a configuration in which the upper side Z1 of the main body portion 12 integrally includes a front side upper wall 19, a rear side upper wall 20, a left side upper wall 21, and a right side upper wall 22.
  • the front side upper wall 19 is a strip shape which is thin in the up-down direction Z and elongated in the left-right direction Y, and is bent at a substantially right angle from the entire left-right direction Y of the upper end edge of the front wall 15 to extend to the rear side X2.
  • the rear upper wall 20 is thin in the vertical direction Z and elongated in the left-right direction Y, and is bent at a substantially right angle from the entire left-right direction Y of the upper end edge of the rear wall 16 to extend toward the front side X1.
  • a front side flange portion 23 is integrally provided at a rear end edge of the front side upper wall 19.
  • the front side flange portion 23 is thin in the front-rear direction X and elongated in the left-right direction Y, and is bent at a substantially right angle from the entire left-right direction Y of the rear end edge of the front-side upper wall 19 to the lower side Z2.
  • a rear side flange portion 24 is integrally provided at the front end edge of the rear side upper wall 20.
  • the rear side flange portion 24 is thin in the front-rear direction X and elongated in the left-right direction Y, and is bent at a substantially right angle from the entire left-right direction Y of the front end edge of the rear-side upper wall 20 to the lower side Z2.
  • the front side flange portion 23 and the rear side flange portion 24 are respectively spanned between the left wall 17 and the right wall 18. Thereby, the reinforcement of the main body portion 12 can be achieved.
  • the left upper wall 21 is a strip shape which is thin in the up-down direction Z and elongated in the front-rear direction X, and is bent at a substantially right angle from a region between both end portions of the front-rear direction X at the upper end edge of the left wall 17.
  • the right side Y2 extends.
  • the right upper wall 22 is a strip shape which is thin in the up-down direction Z and elongated in the front-rear direction X, and is bent at a substantially right angle from a region between both end portions of the front-rear direction X at the upper end edge of the right wall 18.
  • the left side Y1 extends.
  • the left upper wall 21 is spanned between the front side upper wall 19 and the left side end of the rear side upper wall 20, and the right upper wall 22 is spanned between the front side upper wall 19 and the right side upper wall 20 right end.
  • the respective upper surfaces of the left upper wall 21 and the right upper wall 22 are connected to the upper surfaces of the front upper wall 19 and the rear upper wall 20 in the same horizontal plane.
  • the upper surfaces of the front side upper wall 19, the rear side upper wall 20, the left side upper wall 21, and the right side upper wall 22 are integrated to form a frame-shaped mounting surface 25.
  • the mounting surface 25 is an upper surface of the main body portion 12, and is flat in both directions in the front-rear direction X and the left-right direction Y.
  • the front-rear direction X is a predetermined direction along the mounting surface 25
  • the front side X1 is one side in the predetermined direction
  • the rear side X2 is the other side opposite to the one side in the predetermined direction.
  • a region surrounded by the frame-shaped mounting surface 25 is an upper end region in the internal space 12A of the main body portion 12.
  • a fall prevention member 26 is integrally provided at each of the right end edge of the left upper wall 21 and the left end edge of the right upper wall 22. That is, a pair of right and left fall prevention members 26 are provided in the main body portion 12.
  • Each of the fall prevention members 26 is a vertical wall that protrudes from the mounting surface 25 toward the upper side Z1 and extends in the front-rear direction X over the entire front-rear direction X of the left upper wall 21 and the right upper wall 22 . The action of the fall prevention member 26 will be described later.
  • a first positioning portion 27 for positioning the rear side portion of the laundry room apparatus 11 is provided one by one at each of both end portions of the left and right direction Y.
  • the pair of left and right first positioning portions 27 are in a state of being integrated with the main body portion 12 by welding or the like.
  • each of the first positioning portions 27 integrally includes a left rib 28, a right rib 29, and a rear rib 30 that protrude from the mounting surface 25 toward the upper side Z1, and a lid portion 31.
  • the left rib 28 and the right rib 29 are rectangular pieces which are thin in the left-right direction Y and have a long dimension in the front-rear direction X as viewed from the left-right direction Y, and are arranged to face each other at intervals in the left-right direction Y.
  • the rear rib 30 is a rectangular piece which is thin in the front-rear direction X and has a long dimension in the left-right direction Y as viewed from the front-rear direction X, and is stretched between the left rib 28 and the rear end edge of the right rib 29.
  • Each of the first positioning portions 27 has an inlet 32 defined by the front rims of the left ribs 28 and the right ribs 29, and a housing space 33 defined by the integrated left ribs 28, right ribs 29, and rear ribs 30.
  • the inlet 32 is a rectangular opening having a long dimension in the left-right direction Y, and faces the front side X1.
  • the mounting surface 25 in the left upper wall 21 is located facing the inlet 32 of the first positioning portion 27 of the left side Y1, and the mounting surface 25 of the right upper wall 22 is located at the first positioning portion 27 of the right side Y2.
  • the entrance 32 is facing.
  • the storage space 33 is a rectangular parallelepiped space in the vertical direction Z, and is recessed from the inlet 32 toward the rear side X2.
  • the lid portion 31 has a thin plate shape in the vertical direction Z, and is formed in a substantially U-shape as viewed from the upper side Z1 by forming a concave portion 34 having a substantially U-shape by cutting the front end edge thereof on the rear side X2.
  • both side portions of the concave portion 34 in the left-right direction Y form an inclined portion 35 which is inclined in both directions in the front-rear direction X and the left-right direction Y as approaching the concave portion 34.
  • the lid portion 31 is connected to the upper end edges of the left ribs 28, the right ribs 29, and the rear ribs 30 to form a part of the first positioning portion 27, and covers the storage space 33 from the upper side Z1.
  • a pair of right and left through holes 55 and a pair of left and right sides are formed at each of both end portions of the left and right direction Y.
  • the through hole 55 is located on the pair of left and right screw holes 56 on the front side X1 (see FIG. 4( a ) described later).
  • Each of the through holes 55 is formed in a quadrangular shape in plan view, and penetrates the front side upper wall 19 in the up and down direction Z.
  • Each of the screw holes 56 is formed in a circular shape in plan view, and penetrates the front side upper wall 19 in the vertical direction Z.
  • a spiral snail is formed on the inner circumferential surface of each threaded hole 56 Pattern (not shown).
  • Figure 3 is a perspective view of the stent 10 shown in phantom in a portion that actually hides the invisible portion.
  • the main body portion 12 integrally includes a front lower wall 36, a rear lower wall 37, a left lower wall 38, and a right lower wall 39.
  • the front lower wall 36 is thin in the up-down direction Z and elongated in the left-right direction Y, and is bent from a region between both end portions of the lower end edge of the front wall 15 in the left-right direction Y to a substantially right angle to the rear side.
  • X2 extends.
  • a front side vertical wall 40 is integrally provided at a rear end edge of the front side lower wall 36.
  • the front vertical wall 40 is thin in the front-rear direction X and elongated in the left-right direction Y, and is bent at a substantially right angle from the entire left-right direction Y of the rear end edge of the front lower wall 36 to extend to the upper side Z1.
  • the nut 41 has its screw holes (not shown) fixed to both end portions of the front surface of the front side vertical wall 40 in the left-right direction Y by welding or the like in the front-rear direction X.
  • a circular through hole (not shown) that penetrates the front vertical wall 40 in the front-rear direction X and communicates with the screw hole of the nut 41 from the rear side X2 is formed one by one at the both end portions.
  • the rear lower wall 37 is a strip shape which is thin in the vertical direction Z and elongated in the left-right direction Y, and is bent at a substantially right angle from the region between the both end portions of the lower end edge of the rear wall 16 in the left-right direction Y.
  • Side X1 extends.
  • a rear side vertical wall 42 is integrally provided at the front end edge of the rear side lower wall 37.
  • the rear vertical wall 42 is thin in the front-rear direction X and elongated in the left-right direction Y, and is bent at a substantially right angle from the entire left-right direction Y of the front end edge of the rear lower wall 37 to extend to the upper side Z1.
  • the nut 43 has its screw holes (not shown) fixed to both end portions of the rear surface of the rear vertical wall 42 in the left-right direction Y by welding or the like in the front-rear direction X.
  • a circular through hole (not shown) that penetrates the rear vertical wall 42 in the front-rear direction X and communicates with the screw hole of the nut 43 from the front side X1 is formed one by one at the both end portions.
  • a flange portion 44 that is bent at a substantially right angle from the region and extends toward the rear side X2 is provided in a region between both end portions of the upper end edge of the rear vertical wall 42 in the left-right direction Y. Further, the flange portion 44 may be provided at the upper end edge of the front vertical wall 40.
  • the left lower wall 38 is a strip shape which is thin in the up-down direction Z and elongated in the front-rear direction X, and is bent at a substantially right angle from the entire region in the front-rear direction X of the lower end edge of the left wall 17 to extend to the right side Y2.
  • the nut 45 has its screw holes (not shown) oriented in the vertical direction Z, and is fixed to both end portions of the upper surface of the left lower wall 38 in the front-rear direction X by welding or the like.
  • a circular through hole (not shown) that penetrates the left lower wall 38 in the vertical direction Z and communicates with the screw hole of the nut 45 from the lower side Z2 is formed one by one at both end portions.
  • a left vertical wall 46 is integrally provided.
  • the left vertical wall 46 is thin in the left-right direction Y and elongated in the front-rear direction X, and is bent at a substantially right angle from the entire front-rear direction X of the right end edge of the left lower wall 38 to extend to the upper side Z1.
  • the left vertical wall 46 is spanned between the front wall 15 and the left end of the rear wall 16. Thereby, the reinforcement of the main body portion 12 can be achieved.
  • the left end edge of the front vertical wall 40 is connected from the right side Y2 to the rear side X2 than the front end edge of the left vertical wall 46, at the rear end portion of the left vertical wall 46.
  • the left end edge of the rear side vertical wall 42 is connected from the right side Y2 to the front side X1 from the rear end edge of the left vertical wall 46.
  • the nut 47 has its threaded holes (not shown) oriented in the left-right direction Y, and is fixed by the welding of the first vertical wall 40 and the rear vertical wall 42 one by one by welding or the like. Both ends of the holding portion in the front-rear direction X.
  • a circular through hole (not shown) that penetrates the left vertical wall 46 in the left-right direction Y and communicates with the screw hole of the nut 47 from the right side Y2 is formed one by one at both end portions.
  • the right lower wall 39 is a strip shape which is thin in the vertical direction Z and elongated in the front-rear direction X, and is bent at a substantially right angle from the entire region in the front-rear direction X of the lower end edge of the right wall 18 to extend to the left side Y1.
  • the nut 48 has its screw holes (not shown) oriented in the vertical direction Z, and is fixed to both end portions of the upper surface of the right lower wall 39 in the front-rear direction X by welding or the like.
  • a circular through hole (not shown) that penetrates the right lower wall 39 in the vertical direction Z and communicates with the screw hole of the nut 48 from the lower side Z2 is formed one by one at both end portions.
  • a right vertical wall 49 is integrally formed.
  • the right vertical wall 49 is thin in the left-right direction Y and elongated in the front-rear direction X, and is bent at a substantially right angle from the entire front-rear direction X of the left end edge of the right lower wall 39 to extend to the upper side Z1.
  • the right vertical wall 49 is spanned between the front wall 15 and the right end of the rear wall 16. Thereby, the reinforcement of the main body portion 12 can be achieved.
  • the right end edge of the front vertical wall 40 is connected from the left side Y1 to the rear side X2 than the front end edge of the right vertical wall 49, at the rear end portion of the right vertical wall 49.
  • the right end edge of the rear side vertical wall 42 is connected to the front side X1 from the left side Y1 and the rear end edge of the right vertical wall 49.
  • the nut 50 has its threaded holes (not shown) oriented in the left-right direction Y, and is fixed by the welding of the first vertical wall 40 and the rear vertical wall 42 one by one by welding or the like. Both ends of the holding portion in the front-rear direction X.
  • a circular through hole (not shown) that penetrates the right vertical wall 49 in the left-right direction Y and communicates with the screw hole of the nut 50 from the left side Y1 is formed one by one at the both end portions.
  • each of the left lower wall 38 and the right lower wall 39 is continuous with the lower surface of each of the front lower wall 36 and the rear lower wall 37 in the same horizontal plane.
  • the lower surface of each of the front lower wall 36, the rear lower wall 37, the left lower wall 38, and the right lower wall 39 is integrated to constitute a frame-shaped bottom surface 51 of the main body portion 12.
  • the bottom surface 51 faces the floor S on which the main body portion 12 is provided from the upper side Z1.
  • the stabilizing members 13 are disposed one by one at the connecting portions of the front side vertical wall 40 and the left side vertical wall 46, the connecting portions of the front side vertical wall 40 and the right vertical wall 49, the rear side vertical wall 42 and the left side vertical wall 46.
  • These four connecting portions are the inner four corners of the frame-shaped bottom surface 51 of the main body portion 12.
  • the area surrounded by the frame-shaped bottom surface 51 is the lower end area in the internal space 12A of the main body portion 12.
  • the stabilizing members 13 disposed at the four connection portions are disposed in the internal space 12A of the main body portion 12. Therefore, since the stabilizing member 13 does not protrude beyond the main body portion 12 in plan view, the outer shape of the bracket 10 can be made compact, and the appearance can be free.
  • each of the stabilizing members 13 integrally includes: formed into a substantially rectangular shape as viewed from the upper side Z1 and a thin bottom plate 61 in the up and down direction Z; and two risers 62 rising from the adjacent two sides of the four sides of the bottom plate 61 to the upper side Z1.
  • the corner portions of the bottom plate 61 and the riser 62 may also be rounded as needed.
  • the bottom plate 61 is disposed to be exposed to the lower side Z2 from the bottom surface 51 of the main body portion 12.
  • the lower surface and the upper surface of the bottom plate 61 are flat surfaces along the front-rear direction X and the left-right direction Y.
  • the upper surface of the bottom plate 61 is integrally provided with a rectangular small plate 63 which is parallel to the bottom plate 61 and which is slightly smaller than the bottom plate 61 in plan view.
  • a circular insertion hole 64 penetrating both the small plate 63 and the bottom plate 61 in the vertical direction Z is formed at the center position of the small plate 63 in plan view.
  • the two risers 62 of the respective stabilizing members 13 are disposed to be orthogonal to the bottom plate 61 and orthogonal to each other without being in contact with each other.
  • Long holes 65 long in the vertical direction Z of the riser 62 in the thickness direction of the riser 62 are formed one by one in each of the risers 62.
  • the stabilizing members 13 disposed at the joint portions of the rear side vertical wall 42 and the right side vertical wall 49 are on the one side riser 62 from the front side X1 along the rear side vertical wall 42 and the other side riser 62 from the left side Y1 is along the state of the right vertical wall 49.
  • the shaft portion of one of the screws 66 on the one side is inserted into the long hole 65 from the front side X1, and the through hole (not shown) of the right side Y2 of the rear side vertical wall 42 is screwed into the through hole.
  • the back side X2 of the nut 43 is threaded into the hole.
  • the shaft portion of one screw 66 is inserted into the long hole 65 from the left side Y1, and passes through the through hole (not shown) of the rear side X2 of the right vertical wall 49, Screw into the threaded hole of the nut 50 of the right side Y2 of the through hole.
  • Each of the screws 66 is tightened by the nuts 43, 50, and is positioned in the up and down direction Z, and On the other hand, it is in a state of being inserted into the long hole 65 of the riser 62 with play in the up and down direction Z. Therefore, in a state where the respective screws 66 are slack, by moving the respective vertical plates 62 relative to the screws 66 in the up-and-down direction Z, the stabilizing member 13 can be adjusted in height so that the bottom plate 61 can approach or move away from S.
  • the stabilizing members 13 disposed at the joint portions of the rear side vertical wall 42 and the left side vertical wall 46 are on the one side riser 62 from the rear side X2 along the rear side vertical wall 42, and the other side riser 62 from the right side Y2 The state of the left vertical wall 46 is shown.
  • the shaft portion of one of the screws 66 on the one side of the vertical plate 62 is inserted into the long hole 65 from the front side X1 and screwed into the threaded hole of the nut 43 of the left side Y1 of the rear side vertical wall 42.
  • the shaft portion of one screw 66 is inserted into the long hole 65 from the right side Y2, and screwed into the threaded hole of the nut 47 of the rear side X2 of the left vertical wall 46.
  • the stabilizing member 13 is also the same as the stabilizing member 13 disposed at the connecting portion of the rear side vertical wall 42 and the right side vertical wall 49, the height can be adjusted in a state where the respective screws 66 are slack, and is fixed by fastening the screws 66. Relative movement is not possible with respect to the main body portion 12.
  • the stabilizing members 13 disposed at the joint portions of the front side vertical wall 40 and the left side vertical wall 46 are on the one side riser 62 from the rear side X2 along the front side vertical wall 40, and the other side riser 62 from the right side Y2 along The state of the left vertical wall 46 is shown.
  • the shaft portion of one of the screws 66 on the one side of the vertical plate 62 is inserted into the long hole 65 from the rear side X2 and screwed into the threaded hole of the nut 41 of the left side Y1 of the front side vertical wall 40.
  • the shaft portion of one screw 66 is inserted into the long hole 65 from the right side Y2, and screwed into the threaded hole of the nut 47 of the front side X1 of the left vertical wall 46.
  • the stabilizing member 13 is also the same as the stabilizing member 13 disposed at the connecting portion of the rear side vertical wall 42 and the right side vertical wall 49, the height can be adjusted in a state where the respective screws 66 are slack, and is fixed by fastening the screws 66. Relative movement is not possible with respect to the main body portion 12.
  • the shaft portion of one screw 66 in the other side riser 62 is inserted into the long hole 65 from the left side Y1, and screwed into the threaded hole of the nut 50 of the front side X1 of the right vertical wall 49.
  • the stabilizing member 13 is also the same as all of the other stabilizing members 13, and the height can be adjusted in a state where the respective screws 66 are slack, and fixed to the main body portion 12 by fastening the screws 66. Relative movement is not possible.
  • the four stabilizing members 13 disposed one by one at the four connecting portions can be independently adjusted in height, and independently fixed so as not to be relatively movable with respect to the main body portion 12.
  • Each of the adjustment legs 14 includes a substantially conical base portion 70 that is tapered toward the upper side Z1 at its lower end portion, and extends from the upper end to the upper side Z1 of the base portion 70, and has a spiral threaded portion formed on the outer circumferential surface.
  • the adjustment leg 14 is in a state in which the base portion 70, the shaft portion 71, and the fixing nut 72 are integrated.
  • the movable nut 73 is screwed or loosened by a tool such as a wrench, so that the vertical direction Z on the shaft portion 71 can be shifted. s position.
  • Two of the four adjustment legs 14 are assembled one by one at both end portions in the front-rear direction X of the left lower wall 38. Specifically, the shaft portion 71 of the adjustment leg 14 is inserted into the through hole (not shown) at both end portions from the lower side Z2, and is screwed into the screw hole of the nut 45 located on the upper side Z1 of the through hole.
  • the remaining two adjustment legs 14 of the four adjustment legs 14 are assembled one by one at both end portions in the front-rear direction X of the right lower wall 39. Specifically, the shaft portion 71 of the adjustment leg 14 is inserted into the through hole (not shown) of the both end portions from the lower side Z2, and is screwed into the screw hole of the nut 48 located on the upper side Z1 of the through hole.
  • each of the adjustment legs 14 is located at a lower side Z2 than the bottom surface 51,
  • the base bottom 70 abuts the ground S from the upper side. That is, each of the adjustment legs 14 is provided to protrude from the bottom surface 51 toward the lower side Z2 and abut against the ground surface S from the upper side Z1.
  • the fixing nut 72 is tightened or loosened by a tool such as a wrench to tighten the entire adjustment leg 14, the coupling position of the shaft portion 71 and the nuts 45, 48 on both sides of the main body portion 1 is changed. Thereby, the amount of protrusion of each of the adjustment legs 14 protruding from the bottom surface 51 to the ground S can be independently adjusted.
  • FIG. 4(a) is a plan view of the holder 10
  • FIG. 4(b) is a cross-sectional view taken along line B-B of FIG. 4(a)
  • FIG. 4(c) is an enlarged view of a portion surrounded by a broken line circle in FIG. 4(b).
  • 4(c) for convenience of explanation, the nut 48 of the main body portion 12 and the shaft portion 71 of the adjustment leg 14 are shown by broken lines.
  • FIG. 4 illustrates the base D with the ground S of the bracket 10 as the upper surface.
  • the base D is made of, for example, concrete.
  • the description will be made on the assumption that the ground S is slightly inclined with respect to the horizontal direction H and is not horizontal.
  • four fixing screws 75 having the same number as the stabilizing members 13 of the bracket 10 are embedded in the base D, and as shown in FIG. 4(c), the upper end portions of the respective stabilizing screws 75 are exposed from the ground S to the upper side Z1. status.
  • the upper end portions of the four stabilizing screws 75 are arranged to constitute an imaginary quadrangle apex in plan view. Therefore, The layout of the four stabilizing screws in plan view is consistent with the layout of the four stabilizing members 13.
  • the bracket 10 is placed on the floor S such that the base portion 70 of all the adjustment legs 14 abuts against the floor S from the upper side Z1.
  • the upper end portions of the four stabilizing screws 75 exposed from the floor S are inserted into the bottom plate 61 of the four stabilizing members 13 of the bracket 10 and the insertion of the small plates 63 one by one from the lower side Z2 as shown in Fig. 4(c).
  • the hole 64 is exposed to the upper side Z1 of the insertion hole 64.
  • the level of the mounting surface 25 of the main body portion 12 is adjusted by adjusting the amount of protrusion that protrudes toward the floor S of each of the adjustment legs 14.
  • the mounting surface 25 becomes a flat surface along the horizontal direction H (refer FIG. 4 (b)). Therefore, as will be described later, the inclination of the laundry room device 11 placed on the mounting surface 25 can be prevented.
  • each of the stabilizing members 13 is adjusted to be close to the ground S.
  • the two screws 66 of the respective stabilizer members 13 are loosened, and the respective stabilizer members 13 are independently raised and lowered, and the lower surface of the bottom plate 61 of the stabilizing member 13 is brought into surface contact with the floor surface S from the upper side Z1.
  • the screw 66 is tightened to fix the fixing member 13 to the main body portion 12, and the height adjustment of the stabilizing member 13 is ended.
  • each of the stabilizing members 13 After the height adjustment of all the stabilizing members 13 is performed, in each of the stabilizing members 13, the nut 76 is screwed from the upper side Z1 into the stud screws 75 exposed from the insertion holes 64 of the bottom plate 61 and the small plate 63 to the upper side Z1. Upper end. The nut 76 is screwed in, and the bottom plate 61 and the small plate 63 of each of the stabilizing members 13 are pressed against the ground S. Thereby, the stabilizing member 13 is fixed to be pulled to the lower side Z2 with respect to the floor S.
  • the entire bracket 10 is fixed so as not to be relatively movable with respect to the ground S.
  • the bracket 10 does not wobble, and the position of the bracket 10 is not shifted up, front, back, left, and right.
  • the vibration of the laundry room device 11 is difficult to transmit to the bracket 10 that is fixed in a stable state, and the fixed bracket 10 can weaken the vibration itself of the laundry room device 11.
  • the adjustment leg 14 is ejected toward the ground S, thereby preventing the looseness between the shaft portion 71 of the adjustment leg 14 and the nuts 45 and 48 (refer to FIG. 3) of the main body portion 12.
  • the vibration of the laundry room 11 and the bracket 10 during the operation of the laundry room device 11 can be weakened, and the state of the bracket 10 during the operation of the laundry room device 11 is brought close to the unloaded laundry room device. 11 o'clock status.
  • FIG. 5 is a perspective view of the bracket 10 for explaining the arrangement of the laundry room apparatus 11.
  • the bracket 10 further includes a second positioning portion 80 attached to the mounting surface 25 of the main body portion 12.
  • the second positioning portion 80 is a member for positioning the laundry room device 11, and there are two to constitute a pair of right and left.
  • each of the second positioning portions 80 integrally includes: a left rib 81, a right rib 82, and a front rib 83 extending in the up and down direction Z; a cover portion 84; a left convex portion Edge 85; and right flange 86.
  • the left rib 81 and the right rib 82 are thin pieces which are thin in the left-right direction Y and have a long dimension in the front-rear direction X as viewed from the left-right direction Y, and are arranged to face each other at intervals in the left-right direction Y.
  • the front rib 83 is a thin rectangular piece having a small dimension in the front-rear direction X and a long dimension in the left-right direction Y viewed from the front-rear direction X, and is stretched between the left ribs 81 and the front end edges of the right ribs 82.
  • Each of the second positioning portions 80 has an inlet 87 defined by the left rear edge of the left rib 81 and the right rib 82, and a storage space 88 defined by the integrated left rib 81, the right rib 82, and the front rib 83.
  • the inlet 87 is a rectangular opening having a long dimension in the left-right direction Y, and faces the rear side X2.
  • the storage space 88 is a rectangular parallelepiped space in the vertical direction Z, and is recessed from the inlet 87 toward the front side X1.
  • the lid portion 84 has a thin plate shape in the vertical direction Z, and is formed in a substantially U-shape as viewed from the upper side Z1 by forming a recessed portion 89 having a substantially U-shape by slitting the rear end edge thereof on the front side X1.
  • the lid portion 84 is connected to the upper end edges of the left ribs 81, the right ribs 82, and the front ribs 83, and covers the storage space 88 from the upper side Z1.
  • the second positioning portion 80 is alone, since the storage space 88 is not blocked from the lower side Z2, the storage space 88 as a whole is opened from the inlet 87 to the rear side X2, and also to the lower side Z2.
  • the left flange 85 and the right flange 86 are formed in a rectangular plate shape which is thin in the vertical direction Z and has a long dimension in the front-rear direction X as viewed from the vertical direction Z.
  • the left flange 85 is from the lower end edge of the left rib 81 to the left side Y1 Extendingly, the front end portion of the left flange 85 is disposed to be exposed to the front side X1 of the left rib 81.
  • the right flange 86 extends from the lower end edge of the right rib 82 to the right side Y2, and the front end portion of the right flange 86 is disposed closer to the front side X1 than the right rib 82.
  • Circular insertion holes 90 penetrating the respective flanges in the vertical direction Z are formed one by one at the front end portions of the left flange 85 and the right flange 86, respectively.
  • the claws 91 projecting toward the rear side X2 which are bent at a substantially right angle from the rear end edge to the lower side Z2 are formed one by one at the rear end edges of the left flange 85 and the right flange 86, respectively.
  • Each of the claws 91 is smaller than each of the through holes 55 in the front end portion of the mounting surface 25 of the main body portion 12 in plan view.
  • FIG. 5 a method of installing the laundry room device 11 facing the rack 10 disposed behind the floor S will be described with reference to FIG. 5.
  • four legs 95 protruding from the four corners of the substantially rectangular bottom surface of the laundry room device 11 toward the lower side Z2 are shown in a solid line in the state after the end of the setting, and are performed by a broken line in the middle of the installation. Illustration. Since the four legs 95 are in a state of being fixed to the bottom surface of the laundry room device 11, the relative positions of the four legs 95 are fixed.
  • Each leg 95 integrally includes a substantially disk-shaped base portion 96 that is flat in the vertical direction Z constituting the lower end thereof, and a shaft portion 97 that protrudes from the center of the base portion 96 toward the upper side Z1 in plan view.
  • the base portion 96 is made of, for example, a resin
  • the shaft portion 97 is made of, for example, metal.
  • the leg 95 of the laundry room apparatus 11 is placed at an appropriate position on the mounting surface 25 of the main body portion 12 of the bracket 10 from the upper side Z1 as indicated by a broken line in FIG. At the office. At this time, in the four legs 95, at least the base portion 96 of the legs 95 of the rear side X2 is not exposed to the placement surface 25, and the base portion 96 of the two legs 95 of the remaining front side X1 is exposed. Face 25 is also available.
  • the leg 95 of the left side Y1 is placed on the mounting surface 25 of the rear end portion of the left upper wall 21 of the main body portion 12, and is located at the first positioning portion 27 of the left side Y1.
  • the state of the front side X1 of the inlet 32 is placed on the mounting surface 25 of the rear end portion of the right upper wall 22 of the main body portion 12, and is located at the first positioning portion 27 of the right side Y2.
  • each leg 95 is slid on the mounting surface 25 to the back side X2. Even though the leg 95 slides, the leg 95 of the left side Y1 is shifted to the right side Y2, and since the fall prevention member 26 of the left side Y1 exists there, the left and right legs 95 which slide on the mounting surface 25 are also prevented by the fall prevention member 26. Dropped from the mounting surface 25 to the right side Y2.
  • the fall prevention member 26 has a function of guiding the laundry room device 11 that moves to the rear side X2 in order to be placed on the bracket 10.
  • the base portion 96 is shown at the entrance 32 of the first positioning portion 27 on the same side in the left-right direction Y by the legs 95 of the rear side X2.
  • the shaft portion 97 is inserted into the recessed portion 34 of the lid portion 31 of the first positioning portion 27 into the housing space 33.
  • the lid portion 31 is guided by the inclined portion 35 on the left and right sides of the recess portion 34, and is inserted into the recess portion 34.
  • the accommodating space 33 has a shape recessed from the inlet 32 toward the rear side X2, and since it is in a state of being blocked by the rear rib 30 from the rear side X2, when the base portion 96 is put into the accommodating space 33 from the inlet 32, the rear side X2
  • the two legs 95 cannot move too much to the rear side X2, nor can they move to the left and right direction Y.
  • the two legs 95 of the rear side X2 are positioned by the corresponding first positioning portions 27 in the front-rear direction X and the left-right direction Y.
  • the base portion 96 of the left leg 95 is shown on the front side as shown by the solid line.
  • the mounting surface 25 of the left end portion of the wall 19 is in a state of being located between the pair of right and left through holes 55.
  • the base portion 96 of the leg 95 on the right side of the two legs 95 of the front side X1 is shown by a solid line, and is placed on the pair of right and left through holes 55 on the mounting surface 25 at the right end portion of the front side upper wall 19. The state between.
  • a pair of left and right second positioning portions 80 are attached to the mounting surface 25 at positions deviated from the respective first positioning portions 27 toward the front side X1.
  • the second positioning portions 80 are placed one by one on the mounting surface 25 of the left and right end portions of the front upper wall 19 from the upper side Z1.
  • each of the second positioning portions 80 is disposed so as to cover the base portion 96 of the two legs 95 located at the front side X1 of the both end portions from the upper side Z1.
  • the base portion 96 is partially housed in the housing space 88 of the second positioning portion 80, and the shaft portion 97 is inserted into the recess 89 of the lid portion 84 from the rear side X2. status.
  • the pair of right and left claws 91 are The upper side Z1 is inserted one by one into the pair of left and right through holes 55 of the mounting surface 25, and the pair of left and right insertion holes 90 are in the The pair of left and right screw holes 56 in the mounting surface 25 are shifted to the front side X1. Therefore, when the second positioning portions 80 are slightly shifted to the rear side X2, the pair of right and left claws 91 are prevented from being displaced from the rear side X2 while being inserted into the through hole 55, thereby being separated from the through hole 55, left and right.
  • the pair of insertion holes 90 coincide with the pair of right and left screw holes 56 one by one in plan view.
  • the screws 98 are inserted into the pair of right and left insertion holes 90 one by one from the upper side Z1, and screwed into the screw holes 56 on the side of the main body portion 12, and the second positioning portions 80 are fixed to the main body portion 12. Further, the screw 98 is a component constituting the bracket 10.
  • Figure 6 (a) is a perspective view of the bracket 10 and the laundry room apparatus 11 provided on the bracket 10
  • Figure 6 (b) is an enlarged view of a portion surrounded by a dotted circle in Figure 6 (a)
  • Figure 6 (c) is A portion surrounded by a one-dot chain line in Fig. 6(a) is enlarged and viewed from other directions.
  • the base portion 96 of the two legs 95 of the front side X1 is completely housed in the second positioning portion 80 as shown in FIG. 6(c).
  • the base portion 96 accommodated in the storage space 88 can be removed from the storage space 88 only from the inlet 87 opened to the rear side X2.
  • the two legs 95 of the rear side X2 positioned by the first positioning portion 27 are in a state in which they cannot move to the rear side X2 (refer to FIG.
  • the leg 95 other than the leg 95 positioned by the first positioning portion 27 is in a state of being positioned by the second positioning portion 80 in the two directions of the front-rear direction X and the left-right direction Y.
  • the setting of the laundry room device 11 on the stand 10 is ended.
  • the laundry room device 11 in which the installation is completed since all the legs 95 are positioned by the first positioning portion 27 and the second positioning portion 80 and cannot move in the front-rear direction X and the left-right direction Y, the laundry room device 11 as a whole is set. The relative movement of the holder 10 in the front-back direction X and the left-right direction Y is not possible.
  • the operator who performs the installation temporarily slides the leg 95 of the laundry room device 11 at an appropriate position on the placement surface 25, and then slides it on the placement surface 25, even if the state of lifting the laundry room device is not maintained.
  • the positioning is performed by the first positioning portion 27, and then the second positioning portion 80 is mounted on the mounting surface 25 and the other legs 95 are positioned, so that the laundry room device 11 can also be placed on the bracket 10 with less burden. As a result, the setting performance of the laundry room device 11 can be improved.
  • the lid portion 31 as a part of the first positioning portion 27 covers the storage space 33 from the upper side Z1, the base portion 96 of the leg 95 in the housing space 33 can be prevented from being accommodated.
  • the space 33 is moved away from the upper side Z1, so that the leg 95 can be prevented from being removed from the storage space 33 to the upper side Z1.
  • the laundry room 11 is dropped and tipped over.
  • the peripheral portion of the concave portion 34 of the lid portion 31 of the first positioning portion 27 is in a state of being non-contact with the shaft portion 97 of the leg 95 on the rear side X2 positioned by the first positioning portion 27.
  • the leg 95 is broken by the metal fatigue caused by the contact with the lid portion 31 while vibrating, and to prevent the vibration of the leg 95 from being transmitted to the holder via the cover portion 31.
  • the base portion 96 of the leg 95 is accommodated in the storage space 33 with a little play, it is possible to prevent the vibration from being excessively transmitted from the leg 95 to the holder 10 during the operation of the laundry room apparatus 11. Therefore, the base portion 96 is also the same as the shaft portion 97, and is preferably not in contact with the first positioning portion 27.
  • the lid portion 84 of the second positioning portion 80 covers the storage space 88 from the upper side Z1, the base of the leg 95 in the accommodation space 88 can be prevented. Since the portion 96 is removed from the storage space 88 to the upper side Z1, it is possible to prevent the laundry room 11 from falling and falling over due to the removal of the leg 95 from the storage space 88 to the upper side Z1.
  • the shaft portion 97 is in a state of being non-contact with the peripheral portion of the concave portion 89 of the lid portion 84.
  • the base portion 96 of the leg 95 is accommodated in the storage space 88 with some play, the vibration can be prevented from being excessively transmitted from the leg 95 to the holder 10 during the operation of the laundry room device 11. Therefore, the base portion 96 is also the same as the shaft portion 97, and is preferably not in contact with the second positioning portion 80.
  • each leg 95 of the laundry room apparatus 11 can adjust the amount of protrusion protruding toward the lower side Z2, and can also adjust the level of the laundry room apparatus 11 on the stand 10 by adjusting the amount of protrusion of each leg 95.
  • the legs 95 of the laundry room apparatus 11 are all set to four, the two legs 95 of the rear side X2 are positioned by the first positioning portion 27, and the two legs 95 of the front side X1 are second.
  • the positioning portion 80 is positioned, however, other legs 95 may be present between the front and rear legs 95, between the two legs 95 of the front side X1, and between the two legs 95 of the rear side X2.
  • the other leg 95 can either position the bracket 10 or only place it on the mounting surface 25 of the bracket 10 without positioning.
  • first positioning portion 27 and the second positioning portion 80 are each set to be left and right, they are only provided to the left. A one-sided structure in the right direction Y is also possible.
  • the front-rear direction and the left-right direction of the stent 10 may be reversed from the orientation described so far, and the front-back direction and the left-right direction of the stent 10 may be replaced.

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
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Abstract

本发明提供一种能实现洗衣房设备的设置性能提高的洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法。支架(10)包括主体部(12)、第一定位部(27)以及第二定位部(80)。主体部(12)具有从上侧(Z1)放置洗衣房设备(11)的腿(95)的平坦的载置面(25)，并设置于地面(S)上。第一定位部(27)设置于载置面(25)上，并具有面对前侧(X1)的入口(32)和从入口(32)朝着后侧(X2)凹陷的收纳空间(33)，将为了设置在载置面(25)上滑动的腿(95)从入口(32)放入收纳空间(33)内并进行定位。第二定位部(80)安装在载置面(25)上从第一定位部(27)往前侧(X1)偏离的位置上，并将在定位洗衣房设备(11)中由第一定位部(27)定位的腿(95)以外的腿(95)进行定位。

Description

洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法 技术领域
本发明涉及洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法。
背景技术
在洗衣机以及烘干机这种洗衣房设备中，有在其侧面设有洗涤物的取出口的设备。可以设想在该构成的情况下，对于使用者来说取出口变低，使用者为了通过取出口进行洗涤物的取出投入工作，必须弯下腰。于是，为了提高使用者的方便性，通过在地面上设置支架，并在该支架上载置洗衣房设备，来抬高取出口的高度。在图1中，图示出现有的支架1。支架1例如形成为俯视时构成矩形的框架状，并在上下方向上具有规定的厚度。支架1的上表面为载置洗衣房设备的腿的载置面2。
在载置面2的四角的每一个中设有以俯视时构成L字状的方式从载置面2往上侧突出的一对筋3。一对筋3对置地配置成俯视时整体形成大致矩形，在载置面2的四角的每一个中，在一对筋3之间划分出收纳空间4。收纳空间4形成为往下侧凹陷的凹状，并往上侧打开。
在支架1的底面5的四角的每一个中一个一个地设有调整腿6。各调整腿6从底面5往下侧突出并从上侧与地面抵接。通过调整各调整腿6的往地面突出的突出量，能调整载置面2的水平度。
在将支架1设置在地面上，接着调整载置面2的水平度后，通过将洗衣房设备的腿一个一个地从上侧插入载置面2的四角的各个收纳空间4中，从而在支架1上设置洗衣房设备。
发明内容
发明所要解决的问题
在现有的支架1上设置洗衣房设备的情况下，操作者必须在维持抬起洗衣房设备的状态下，以使俯视时洗衣房设备的各腿与各收纳空间4一致的方式， 将洗衣房设备精确地在水平方向上定位，接着将洗衣房设备放下并将各腿从上侧插入各收纳空间4中。该操作在例如像商用那样的大型且重的洗衣房设备的情况下，对操作者强加了大量的负担。
另外，当在支架1上设置洗衣房设备时，洗衣房设备的重心位置变高。由此，会有洗衣房设备的运转过程中的振动增大的隐患。而且，由于支架1只通过调整腿6与地面接触，不能说是固定在地面上，因此在洗衣房设备的运转过程中，由于支架1本身会移动或摇晃，因此会有进一步增大振动的隐患。
另外，当过度产生这样的振动或人体靠在洗衣房设备上时，由于洗衣房设备的腿脱离支架1的收纳空间4，因此会有洗衣房设备从支架1掉落或在支架1上翻倒的隐患。
本发明鉴于这样的背景而完成，其目的在于，提供一种能实现洗衣房设备的设置性能提高的洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法。
另外，本发明的目的在于，提供一种能减弱洗衣房设备的运转过程中的振动，并能防止洗衣房设备的掉落、翻倒的洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法。
用于解决问题的方案
本发明为一种洗衣房设备用的支架，其特征在于，包括：主体部，具有从上侧放置洗衣房设备的腿的平坦的载置面，并设置于地面上；第一定位部，具有设置于所述载置面上且面对沿着所述载置面的规定方向的一侧的入口和在所述规定方向上朝着与所述一侧相反的另一侧且从所述入口凹陷的收纳空间，并且将为了设置而在所述载置面上滑动的洗衣房设备的腿从所述入口放入所述收纳空间内进行定位；以及第二定位部，安装在所述载置面上从所述第一定位部往所述一侧偏离的位置上，并且将在洗衣房设备中由所述第一定位部定位的腿以外的腿进行定位。
另外，本发明的特征在于，包括：防落构件，从所述载置面往上侧突出并往所述规定方向延伸，防止在所述载置面上滑动的洗衣房设备的腿从所述载置面掉落。
另外，本发明的特征在于，包括：盖体部，在与由所述第一定位部定位的洗衣房设备的腿非接触的状态下，作为所述第一定位部的一部分从上侧覆盖所述收纳空间。
另外，本发明的特征在于，包括：稳固构件，设置于所述主体部，可调整高度以使其能接近地面，固定成在高度调整后相对于地面被往下侧拉；以及调整腿，设置成从所述主体部的底面往下侧突出并从上侧与地面抵接，为了调整所述载置面的水平度而能调整往地面突出的突出量，并且在所述稳固构件固定于地面上的状态下朝地面顶出。
另外，本发明的特征在于，所述主体部是具有上下贯穿所述主体部的内部空间的中空体，所述稳固构件配置于所述内部空间。
另外，本发明为一种洗衣房设备用的支架的设置方法，其特征在于，其为以上的洗衣房设备用的支架的设置方法，包括：将所述支架设置在地面上的步骤；通过调整所述调整腿的往地面突出的突出量来调整所述载置面的水平度的步骤；调整所述稳固构件的高度并将其固定在地面上的步骤；以及使所述调整腿朝地面顶出的步骤。
另外，本发明为一种往洗衣房设备用的支架上的洗衣房设备的设置方法，其特征在于，其为往以上的洗衣房设备用的支架上的洗衣房设备的设置方法，包括：使洗衣房设备的腿从上侧放置于所述载置面上的步骤；使洗衣房设备的腿，通过在所述载置面上滑动，并从所述入口插入所述收纳空间内，从而由所述第一定位部进行定位的步骤；以及将所述第二定位部安装在所述载置面上，由所述第二定位部定位洗衣房设备中由所述第一定位部进行定位的腿以外的腿的步骤。
发明效果
根据本发明，在洗衣房设备用的支架中，设置于在地面上设置的主体部的平坦的载置面上的第一定位部具有放入洗衣房设备的腿的收纳空间。在收纳空间中入口面对沿着载置面的规定方向的一侧。另外，在载置面上，在从第一定位部往一侧偏离的位置上安装有第二定位部。
在该支架设置洗衣房设备时，首先，使洗衣房设备的腿从上侧放置于载置面的适当的位置上。然后，使腿在载置面上朝着与一侧相反的另一侧滑动，从入口插入收纳空间。由于收纳空间为从入口朝着另一侧凹陷的形状，所以由于放入收纳空间的腿无法往另一侧移动太多，因此由第一定位部进行定位。
接着，安装第二定位部。当安装了第二定位部时，洗衣房设备中由第一定位部定位的腿以外的腿，由第二定位部进行定位。由此，洗衣房设备整体设置成相对于支架无法进行相对移动。
也就是说，进行设置的操作者即使不维持抬起洗衣房设备的状态，通过暂时使洗衣房设备的腿放置于载置面的适当位置上，再使其在载置面上滑动并由第一定位部定位，然后将第二定位部安装在载置面上并定位其它的腿，从而也能以较少的负担将洗衣房设备设置在支架上。
其结果是，能实现洗衣房设备的设置性能的提高。
另外，根据本发明，由于从载置面往上侧突出并往规定方向延伸的防落构件，能防止在载置面上滑动的洗衣房设备的腿从载置面掉落，因此能防止往支架上设置过程中的洗衣房设备的掉落。
另外，根据本发明，由于通过作为第一定位部的一部分的盖体部从上侧覆盖收纳空间，所以能防止收纳空间内的洗衣房设备的腿从收纳空间向上侧脱离，因此能防止由于腿从收纳空间向上侧脱离而导致的洗衣房设备的掉落、翻倒。另外，由于盖体部处于与由第一定位部定位的洗衣房设备的腿非接触的状态，所以能防止腿在洗衣房设备的运转过程中由于一边震动一边与盖体部接触而疲劳破损，并能防止腿的振动经由盖体部传递给支架。
另外，根据本发明，在地面不水平的情况下，由于通过调整设置于支架的主体部的底面的调整腿的往地面突出的突出量，能调整载置面的水平度，因此能防止放置于载置面上的洗衣房设备的倾斜。而且，由于设置于主体部的稳固构件在以接近地面的方式进行高度调整后再固定于地面上，因此支架整体固定成相对于地面无法进行相对移动。由此，洗衣房设备的振动难以传递给固定的支架，并且固定的支架能减弱洗衣房设备的振动本身。
此处，由于固定于地面的稳固构件处于被往下侧拉的状态，因此对支架作用向下的拉力。另一方面，稳固构件在固定于地面的状态下，由于调整腿朝地面顶出，因此也对支架作用与来自地面的反作用力对应的向上的拉力。这些向下的拉力以及向上的拉力使从支架传递给洗衣房设备的振动减弱。
根据如上所述，能减弱洗衣房设备的运转过程中的洗衣房设备以及支架的整体中的振动。
另外，根据本发明，由于稳固构件通过配置于主体部的内部空间中，从而不往主体部外突出，因此能使支架的形状紧凑，并且能使外观具有自由度。
另外，根据本发明，作为支架的设置方法，首先，将支架设置在地面上，再通过将调整腿的往地面突出的突出量进行调整来调整载置面的水平度。由此，能防止之后放置于载置面上的洗衣房设备的倾斜。
接着，通过将稳固构件进行高度调整并固定于地面，从而支架整体固定成相对于地面无法进行相对移动。由此，设置于支架的洗衣房设备的振动难以传递给固定的支架，固定的支架能减弱洗衣房设备的振动本身。
最后，使调整腿朝地面顶出，支架的设置就结束了。
在设置后的支架中，由于固定于地面的稳固构件处于被往下侧拉的状态，因此对支架作用向下的拉力。另一方面，稳固构件在固定于地面的状态下，由于调整腿朝地面顶出，因此也对支架作用与来自地面的反作用力对应的向上的拉力。这些向下的拉力以及向上的拉力使从支架传递给洗衣房设备的振动减弱。
根据如上所述，能减弱洗衣房设备的运转过程中的洗衣房设备以及支架的整体中的振动。
另外，根据本发明，作为往支架上的洗衣房设备的设置方法，首先，使洗衣房设备的腿从上侧放置于支架的载置面的适当位置上。然后，使腿通过在载置面上滑动并从入口插入收纳空间内，从而由第一定位部进行定位。最后，将第二定位部安装在载置面上，由第二定位部定位洗衣房设备中由第一定位部进行定位的腿以外的腿，洗衣房设备的设置就结束。
也就是说，进行设置的操作者即使不维持抬起洗衣房设备的状态，通过暂时使洗衣房设备的腿放置于载置面的适当位置上，再使其在载置面上滑动并由第一定位部进行定位，然后将第二定位部安装在载置面上并定位其它的腿，从而也能以较少的负担将洗衣房设备设置在支架上。
其结果是，能实现洗衣房设备的设置性能的提高。
附图说明
图1是现有的支架1的立体图。
图2是本发明的实施方式的支架10的立体图。
图3是将实际上隐藏不可见的部分以虚线示出的支架10立体图。
图4(a)是支架10的俯视图，图4(b)是图4(a)的B-B向视剖视图，图4(c)是图4(b)中由虚线圆包围的部分的放大图。
图5是用于说明洗衣房设备11的设置的支架10的立体图。
图6(a)是支架10以及设置于支架10的洗衣房设备11的立体图，图6(b)是图6(a)中由虚线圆包围的部分的放大图，图6(c)是将图6(a)中由单点划线圆包围的部分放大并从其它方向观察到的图。
具体实施方式
以下，参照图2～图6，就本发明的实施方式进行具体说明。
图2是本发明的实施方式的支架10的立体图。在图2中图示出了从左上侧观察时的支架10。以下，将支架10的前后方向称为前后方向X，并且前后方向X中，将前侧称为前侧X1，将后侧称为后侧X2。然后，以从前侧X1观察时为基准来规定支架10的左右方向Y。左右方向Y中，将左侧称为左侧Y1，将右侧称为右侧Y2。另外，支架10的上下方向Z中，将上侧称为上侧Z1，将下侧称为下侧Z2。以下，使用前后方向X、左右方向Y以及上下方向Z进行说明。
参照图2，支架10是洗衣机、烘干机、洗涤烘干机等洗衣房设备11用的支架，洗衣房设备11(图2中未图示)从上侧Z1放置于支架10上。此外，洗衣房设备11既可以是家庭用的小型洗衣机，也可以是投币洗衣房中使用的商用大型洗衣机，然而不管是哪一种，在其前表面都设有洗涤物的取出口11A(参照后述的图6(a))。
支架10从上侧Z1观察的俯视时形成矩形的边框形状，在上下方向Z上具有规定的厚度。此外，上下方向Z是支架10的高度方向。支架10包含主体部12、设置于主体部12的稳固构件13以及调整腿14。支架10的构成部件全部都是金属制。
主体部12构成支架10的大部分，在使用支架10时，设置于地面S上。此外，此处的地面S不仅是室内的地面也包含室外的地面。主体部12与支架10相同，俯视时形成矩形的边框形状，在上下方向Z上具有规定的厚度。因此，主体部12是具有上下贯穿主体部12的内部空间12A的中空体。主体部12通过折弯加工钢板而形成。此外，主体部12也可以通过以焊接等方式将折弯加工了的多个部件一体化而构成。
主体部12一体地包含沿着上下方向Z延伸的前壁15、后壁16、左壁17以及右壁18。
前壁15以及后壁16从前后方向X观察形成左右方向Y上的尺寸长的长方形，在前后方向X上为薄板状，以呈相互平行的状态在前后方向X上隔开间隔对置地配置。后壁16中形成有在前后方向X上贯穿后壁16的圆形状的插入孔16A。插入孔16A中穿过设置于支架10的洗衣房设备11的布线、软管等(未图示)。
左壁17以及右壁18从左右方向Y观察形成前后方向X上的尺寸长的长方形，在左右方向Y上为薄板状，以呈相互平行的状态在左右方向Y上隔开间隔对置地配置。左壁17架设于前壁15以及后壁16的左端缘之间，右壁18架设于前壁15以及后壁16的右端缘之间。
主体部12作为主体部12的上侧Z1的构成，一体地包含前侧上壁19、后侧上壁20、左侧上壁21以及右侧上壁22。
前侧上壁19为上下方向Z上薄且左右方向Y上细长的带状，并且从前壁15的上端缘的左右方向Y的整个区域折弯成大致直角而往后侧X2延伸。后侧上壁20为上下方向Z上薄且左右方向Y上细长的带状，并且从后壁16的上端缘的左右方向Y的整个区域折弯成大致直角而往前侧X1延伸。
在前侧上壁19的后端缘处一体地设置有前侧凸缘部23。前侧凸缘部23为前后方向X上薄且左右方向Y上细长的带状，并且从前侧上壁19的后端缘的左右方向Y的整个区域折弯成大致直角而往下侧Z2延伸。在后侧上壁20的前端缘处一体地设置有后侧凸缘部24。后侧凸缘部24为前后方向X上薄且左右方向Y上细长的带状，并且从后侧上壁20的前端缘的左右方向Y的整个区域折弯成大致直角而往下侧Z2延伸。前侧凸缘部23以及后侧凸缘部24各自架设于左壁17以及右壁18之间。由此，能实现主体部12的强化。
左侧上壁21为上下方向Z上薄且前后方向X上细长的带状，并且在左壁17的上端缘处从前后方向X的两端部之间的区域折弯成大致直角而往右侧Y2延伸。右侧上壁22为上下方向Z上薄且前后方向X上细长的带状，并且在右壁18的上端缘处从前后方向X的两端部之间的区域折弯成大致直角而往左侧Y1延伸。
左侧上壁21架设于前侧上壁19以及后侧上壁20的左端部之间，右侧上壁22架设于前侧上壁19以及后侧上壁20的右端部之间。左侧上壁21以及右侧上壁22各自的上表面与前侧上壁19以及后侧上壁20各自的上表面以在同一水平面的状态接续。前侧上壁19、后侧上壁20、左侧上壁21以及右侧上壁22各自的上表面变成一体而构成框状的载置面25。
载置面25为主体部12的上表面，在前后方向X以及左右方向Y的双方向都平坦。此处，前后方向X为沿着载置面25的规定方向，前侧X1为该规定方向上的一侧，后侧X2为该规定方向上的与该一侧相反的另一侧。由框状的载置面25所包围的区域为主体部12的内部空间12A中的上端区域。
在左侧上壁21的右端缘以及右侧上壁22的左端缘的每一处一体地设置有防落构件26。也就是说，在主体部12中设有左右一对的防落构件26。各防落构件26是从载置面25往上侧Z1突出，并遍及左侧上壁21以及右侧上壁22各自的前后方向X的整个区域而往前后方向X延伸的竖壁。关于防落构件26的作用，之后进行叙述。
在后侧上壁20中的载置面25上，在左右方向Y的两端部的每一处一个一个地设置有用于定位洗衣房设备11的后侧部分的第一定位部27。左右一对的第一定位部27处于通过焊接等方式与主体部12一体化的状态。参照左侧Y1的第一定位部27，各第一定位部27一体地包含：从载置面25往上侧Z1突出的左筋28、右筋29以及后筋30；以及盖体部31。
左筋28以及右筋29为左右方向Y上薄且从左右方向Y观察在前后方向X上的尺寸长的长方形小片，在左右方向Y上隔开间隔对置地配置。后筋30为前后方向X上薄且从前后方向X观察在左右方向Y上的尺寸长的长方形小片，架设于左筋28以及右筋29的后端缘之间。
各第一定位部27具有：由左筋28以及右筋29的前端缘划分出的入口32；以及由一体化的左筋28、右筋29以及后筋30划分出的收纳空间33。入口32为左右方向Y上的尺寸长的长方形的开口，并且面对前侧X1。左侧上壁21中的载置面25位于左侧Y1的第一定位部27的入口32所面对处，右侧上壁22中的载置面25位于右侧Y2的第一定位部27的入口32所面对处。收纳空间33为上下方向Z上扁平的长方体状的空间，从入口32朝着后侧X2凹陷。
盖体部31为上下方向Z上的薄板状，通过将其前端缘在后侧X2切口形成大致U字状的凹部34，从而从上侧Z1观察形成为大致U字状。在盖体部31的前端缘处，左右方向Y的凹部34的两侧部分随着接近凹部34，形成往前后方向X以及左右方向Y双方向倾斜的倾斜部35。盖体部31通过与左筋28、右筋29以及后筋30各自的上端缘连接而构成第一定位部27的一部分，并从上侧Z1覆盖收纳空间33。
虽然在图2中未作图示，但是在前侧上壁19中的载置面25上，左右方向Y的两端部的每一处形成有左右一对的贯穿孔55和比左右一对的贯穿孔55更位于前侧X1的左右一对的螺纹孔56(参照后述的图4(a))。各贯穿孔55俯视时形成四角形，在上下方向Z上贯穿前侧上壁19。各螺纹孔56俯视时形成圆形，在上下方向Z上贯穿前侧上壁19。各螺纹孔56的内圆周面上形成有螺旋状的螺 纹部(未图示)。
图3是将实际上隐藏不可见的部分以虚线示出的支架10的立体图。参照图3，作为主体部12中的下侧Z2的结构，主体部12一体地包含：前侧下壁36、后侧下壁37、左侧下壁38以及右侧下壁39。
前侧下壁36为上下方向Z上薄且左右方向Y上细长的带状，并且从前壁15的下端缘的左右方向Y的两端部之间的区域折弯成大致直角而往后侧X2延伸。
前侧下壁36的后端缘处一体地设有前侧竖壁40。前侧竖壁40为前后方向X上薄且左右方向Y上细长的带状，并且从前侧下壁36的后端缘的左右方向Y的整个区域折弯成大致直角而往上侧Z1延伸。螺母41将其螺纹孔(未图示)朝着前后方向X，通过焊接等一个一个地固定在前侧竖壁40的前表面的左右方向Y的两端部。在该两端部处一个一个地形成有在前后方向X上贯穿前侧竖壁40并从后侧X2与螺母41的螺纹孔连通的圆形的贯穿孔(未图示)。
后侧下壁37为上下方向Z上薄且左右方向Y上细长的带状，并且从后壁16的下端缘的左右方向Y的两端部之间的区域折弯成大致直角而往前侧X1延伸。
后侧下壁37的前端缘处一体地设有后侧竖壁42。后侧竖壁42为前后方向X上薄且左右方向Y上细长的带状，并且从后侧下壁37的前端缘的左右方向Y的整个区域折弯成大致直角而往上侧Z1延伸。螺母43将其螺纹孔(未图示)朝着前后方向X，通过焊接等一个一个地固定在后侧竖壁42的后表面的左右方向Y的两端部处。在该两端部处一个一个地形成有在前后方向X上贯穿后侧竖壁42并从前侧X1与螺母43的螺纹孔连通的圆形的贯穿孔(未图示)。
在后侧竖壁42的上端缘的左右方向Y的两端部之间的区域，设有从该区域折弯成大致直角而往后侧X2延伸的凸缘部44。此外，凸缘部44也可以设于前侧竖壁40的上端缘。
左侧下壁38为上下方向Z上薄且前后方向X上细长的带状，并且从左壁17的下端缘的前后方向X的整个区域折弯成大致直角而往右侧Y2延伸。螺母45将其螺纹孔(未图示)朝着上下方向Z，通过焊接等一个一个地固定在左侧下壁38的上表面的前后方向X的两端部处。在该两端部处一个一个地形成有在上下方向Z上贯穿左侧下壁38并从下侧Z2与螺母45的螺纹孔连通的圆形的贯穿孔(未图示)。
在左侧下壁38的右端缘处，一体地设有左侧竖壁46。左侧竖壁46为左右方向Y上薄且前后方向X上细长的带状，并且从左侧下壁38的右端缘的前后方向X的整个区域折弯成大致直角而往上侧Z1延伸。左侧竖壁46架设于前壁15以及后壁16的左端部之间。由此，能实现主体部12的强化。
在左侧竖壁46的前端部，前侧竖壁40的左端缘从右侧Y2与比左侧竖壁46的前端缘更往后侧X2处连接，在左侧竖壁46的后端部，后侧竖壁42的左端缘从右侧Y2与比左侧竖壁46的后端缘更往前侧X1处连接。在左侧竖壁46的左表面上，螺母47将其螺纹孔(未图示)朝着左右方向Y，通过焊接等一个一个地固定在由前侧竖壁40以及后侧竖壁42所夹持的部分的前后方向X上的两端部。在该两端部处一个一个地形成有在左右方向Y上贯穿左侧竖壁46并从右侧Y2与螺母47的螺纹孔连通的圆形的贯穿孔(未图示)。
右侧下壁39为上下方向Z上薄且前后方向X上细长的带状，并且从右壁18的下端缘的前后方向X的整个区域折弯成大致直角而往左侧Y1延伸。螺母48将其螺纹孔(未图示)朝着上下方向Z，通过焊接等一个一个地固定在右侧下壁39的上表面的前后方向X的两端部处。在该两端部处一个一个地形成有在上下方向Z上贯穿右侧下壁39并从下侧Z2与螺母48的螺纹孔连通的圆形的贯穿孔(未图示)。
在右侧下壁39的左端缘处，一体地形成有右侧竖壁49。右侧竖壁49为左右方向Y上薄且前后方向X上细长的带状，并且从右侧下壁39的左端缘的前后方向X的整个区域折弯成大致直角而往上侧Z1延伸。右侧竖壁49架设于前壁15以及后壁16的右端部之间。由此，能实现主体部12的强化。
在右侧竖壁49的前端部，前侧竖壁40的右端缘从左侧Y1与比右侧竖壁49的前端缘更往后侧X2处连接，在右侧竖壁49的后端部，后侧竖壁42的右端缘从左侧Y1与比右侧竖壁49的后端缘更往前侧X1处连接。在右侧竖壁49的右表面上，螺母50将其螺纹孔(未图示)朝着左右方向Y，通过焊接等一个一个地固定在由前侧竖壁40以及后侧竖壁42所夹持的部分的前后方向X上的两端部。在该两端部处一个一个地形成有在左右方向Y上贯穿右侧竖壁49并从左侧Y1与螺母50的螺纹孔连通的圆形的贯穿孔(未图示)。
左侧下壁38以及右侧下壁39各自的下表面与前侧下壁36以及后侧下壁37各自的下表面以在同一水平面的状态接续。前侧下壁36、后侧下壁37、左侧下壁38以及右侧下壁39各自的下表面变成一体而构成主体部12的框状的底面51。 底面51从上侧Z1与设置主体部12的地面S对置。
稳固构件13存在四个。稳固构件13一个一个地配置于前侧竖壁40和左侧竖壁46的连接部分、前侧竖壁40和右侧竖壁49的连接部分、后侧竖壁42和左侧竖壁46的连接部分、以及后侧竖壁42和右侧竖壁49的连接部分这四个连接部分的每一处。这四个连接部分为主体部12的框状的底面51的内侧四角。由框状的底面51所包围的区域为主体部12的内部空间12A中的下端区域。
为此，配置于这四个连接部分处的稳固构件13被配置在主体部12的内部空间12A中。因此，稳固构件13由于俯视时不突出到主体部12之外，所以能使支架10的外形紧凑，并且使外观具有自由度。
参照图3中配置于后侧竖壁42和右侧竖壁49的连接部分处并以实线示出的稳固构件13，各个稳固构件13一体地包含：从上侧Z1观察形成为大致矩形且上下方向Z上薄的底板61；以及从底板61的四个边中相邻的两个边往上侧Z1立起的两枚竖板62。底板61以及竖板62中的边角部分根据需要也可以倒圆。
底板61配置成比主体部12的底面51更往下侧Z2露出。底板61的下表面以及上表面为沿着前后方向X以及左右方向Y的平坦面。底板61的上表面上一体地设有与底板61平行且俯视时比底板61小一圈的矩形的小板63。在俯视时小板63的中心位置处，形成有一个在上下方向Z上贯穿小板63以及底板61双方的圆形的插入孔64。
各个稳固构件13的两枚竖板62配置成与底板61正交，并且俯视时相互不接触地正交。在各竖板62中一个一个地形成有在竖板62的板厚方向上贯穿竖板62的上下方向Z上长的长孔65。
各个稳固构件13通过作为支架10的构成部件的两颗螺钉66安装于主体部12。
具体地，配置于后侧竖壁42和右侧竖壁49的连接部分处的稳固构件13处于一侧竖板62从前侧X1沿着后侧竖壁42、另一侧竖板62从左侧Y1沿着右侧竖壁49的状态。在该一侧的竖板62中一颗螺钉66的轴部从前侧X1插入长孔65，穿过后侧竖壁42的右侧Y2的所述贯穿孔(未图示)，拧入该贯穿孔的后侧X2的螺母43的螺纹孔中。而且，在该另一侧的竖板62中一颗螺钉66的轴部从左侧Y1插入长孔65，穿过右侧竖壁49的后侧X2的所述贯穿孔(未图示)，拧入该贯穿孔的右侧Y2的螺母50的螺纹孔中。
各螺钉66通过由螺母43、50拧紧，处于定位于上下方向Z上的状态，另 一方面，处于在上下方向Z上有游隙地插入竖板62的长孔65的状态。因此，在各螺钉66松弛的状态下，通过使各竖板62相对于螺钉66在上下方向Z上进行相对移动，从而稳固构件13能调整高度以使其底板61能接近或远离S。
当结束稳固构件13的高度调整后，再紧固各螺钉66时，由于在螺钉66的头部和该螺钉66所拧紧的螺母43、50之间牢固地夹持后侧竖壁42以及右侧竖壁49的每一个、以及对应的竖板62，所以稳固构件13被固定成相对于主体部12无法进行相对移动。在该状态下，稳固构件13相对于主体部12，在包含上下方向Z的任一个方向上都无法进行相对移动。
配置于后侧竖壁42和左侧竖壁46的连接部分处的稳固构件13处于一侧竖板62从后侧X2沿着后侧竖壁42，另一侧竖板62从右侧Y2沿着左侧竖壁46的状态。在该一侧的竖板62中一颗螺钉66的轴部从前侧X1插入长孔65，拧入后侧竖壁42的左侧Y1的螺母43的螺纹孔中。而且，在该另一侧的竖板62中一颗螺钉66的轴部从右侧Y2插入长孔65，拧入左侧竖壁46的后侧X2的螺母47的螺纹孔中。该稳固构件13也与配置于后侧竖壁42和右侧竖壁49的连接部分处的稳固构件13相同，在各螺钉66松弛的状态下能调整高度，并且通过紧固各螺钉66而固定成相对于主体部12无法进行相对移动。
配置于前侧竖壁40和左侧竖壁46的连接部分处的稳固构件13处于一侧竖板62从后侧X2沿着前侧竖壁40，另一侧竖板62从右侧Y2沿着左侧竖壁46的状态。在该一侧的竖板62中一颗螺钉66的轴部从后侧X2插入长孔65，拧入前侧竖壁40的左侧Y1的螺母41的螺纹孔中。而且，在该另一侧的竖板62中一颗螺钉66的轴部从右侧Y2插入长孔65，拧入左侧竖壁46的前侧X1的螺母47的螺纹孔中。该稳固构件13也与配置于后侧竖壁42和右侧竖壁49的连接部分处的稳固构件13相同，在各螺钉66松弛的状态下能调整高度，并且通过紧固各螺钉66而固定成相对于主体部12无法进行相对移动。
配置于前侧竖壁40和右侧竖壁49的连接部分处的稳固构件13处于一侧竖板62从后侧X2沿着前侧竖壁40，另一侧竖板62从左侧Y1沿着右侧竖壁49的状态。在该一侧的竖板62中一颗螺钉66的轴部从后侧X2插入长孔65，拧入前侧竖壁40的右侧Y2的螺母41的螺纹孔中。而且，在该另一侧竖板62中一颗螺钉66的轴部从左侧Y1插入长孔65，拧入右侧竖壁49的前侧X1的螺母50的螺纹孔中。该稳固构件13也与其它所有的稳固构件13相同，在各螺钉66松弛的状态下能调整高度，并且通过紧固各螺钉66而固定成相对于主体部12 无法进行相对移动。
这样，在所述四个连接部分处一个一个地配置的四个稳固构件13各自能独立地调整高度，独立地固定成相对于主体部12无法进行相对移动。
调整腿14存在四个，一个一个地设置于主体部12的框状的底面51的四角。各个调整腿14包含：作为其下端部朝着上侧Z1变细的大致圆锥状的基底部70；从基底部70的上端往上侧Z1延伸，在外圆周面上形成有螺旋状的螺纹部的轴部71；固定于轴部71的下端的固定螺母72；以及比固定螺母72更往上侧Z1且拧入轴部71的可动螺母73(参照后述的图4(c))。调整腿14处于基底部70、轴部71、以及固定螺母72一体化的状态，另一方面可动螺母73通过利用扳手等工具进行拧紧或松动，从而能错开轴部71上的上下方向Z上的位置。
四个调整腿14中的两个调整腿14一个一个地组装于左侧下壁38的前后方向X上的两端部处。具体地说，调整腿14的轴部71从下侧Z2插入该两端部的所述贯穿孔(未图示)，拧入位于该贯穿孔的上侧Z1的螺母45的螺纹孔。
四个调整腿14中的剩余两个调整腿14一个一个地组装于右侧下壁39的前后方向X上的两端部处。具体地说，调整腿14的轴部71从下侧Z2插入该两端部的所述贯穿孔(未图示)，拧入位于该贯穿孔的上侧Z1的螺母48的螺纹孔。
在如此安装于主体部12的底面51上的四个调整腿14中，基底部70、轴部71的下侧部分、固定螺母72以及可动螺母73处于比底面51更往下侧Z2处，基底部70从上侧与地面S抵接。也就是说，各调整腿14设成从底面51往下侧Z2突出并从上侧Z1与地面S抵接。当通过利用扳手等工具将固定螺母72拧紧或松动从而紧固调整腿14整体时，轴部71和主体部1两侧的螺母45、48的连结位置发生变化。由此，能独立地调整从底面51往地面S突出的各个调整腿14的突出量。
图4(a)是支架10的俯视图，图4(b)是图4(a)的B-B向视剖视图，图4(c)是图4(b)中由虚线圆包围的部分的放大图。此外，图4(c)为了方便说明，以虚线示出主体部12的螺母48和调整腿14的轴部71。
图4图示了以设置支架10的地面S为上表面的底座D。底座D为例如混凝土制。以下，以地面S相对于水平方向H多少有些倾斜、不水平为前提进行说明。另外，底座D中埋入与支架10的稳固构件13的数目相同的四颗稳固螺钉75，如图4(c)所示，各稳固螺钉75的上端部处于从地面S往上侧Z1露出的状态。四颗稳固螺钉75的上端部配置成俯视时构成假想的四角形的顶点。因此， 俯视时四颗稳固螺钉的布局与四个稳固构件13的布局一致。
以下，就支架10的设置方法进行说明。首先，将支架10以所有的调整腿14的基底部70从上侧Z1与地面S抵接的方式设置于地面S。此时，使从地面S露出的四颗稳固螺钉75的上端部如图4(c)所示从下侧Z2一个一个地插入支架10的四个稳固构件13的底板61以及小板63的插入孔64，使其露出到比插入孔64更上侧Z1处。
接下来，通过调整往各调整腿14的地面S突出的突出量从而调整主体部12的载置面25的水平度。由此，载置面25成为沿着水平方向H的平坦面(参照图4(b))。因此，如后述那样，能防止载置于载置面25的洗衣房设备11的倾斜。
然后，调整各稳固构件13的高度以接近地面S。详细地说，将各稳固构件13的两颗螺钉66松动，独立地使各稳固构件13上升下降，使稳固构件13的底板61的下表面从上侧Z1与地面S进行面接触。当在底板61的下表面与地面S进行面接触的状态下，紧固螺钉66而将稳固构件13固定于主体部12时，结束稳固构件13的高度调整。
在进行了所有的稳固构件13的高度调整之后，在各稳固构件13中，从上侧Z1将螺母76拧入从底板61以及小板63的插入孔64往上侧Z1露出的稳固螺钉75的上端部。将螺母76使劲拧进去，各稳固构件13的底板61以及小板63就会被压向地面S。由此，稳固构件13固定成相对于地面S被往下侧Z2拉。
其结果是，支架10整体被固定成相对于地面S无法进行相对移动。由此，支架10不会摇晃，支架10的位置不会上下前后左右错开。另外，洗衣房设备11的振动难以传递给被固定而成稳固状态的支架10，固定的支架10能减弱洗衣房设备11的振动本身。
在稳固构件13固定于地面S的状态下，最后，在各调整腿14中，通过利用扳手等工具将可动螺母73紧固，从而仅使可动螺母73往上侧Z1移动。然后，当在可动螺母73从下侧Z2与主体部12的底面51接触后，再进一步拧紧可动螺母73时，通过调整腿14的基底部70被压向下侧Z2，从而各调整腿14朝地面S顶出。根据以上所述，结束支架10的设置。
此外，通过进一步拧紧可动螺母73使调整腿14朝地面S顶出，从而防止调整腿14的轴部71和主体部12的螺母45以及48(图3参照)之间的松动。
此处，由于固定于地面S的稳固构件13处于被拉向下侧Z2的状态，因此 对支架10作用向下的拉力T1。另一方面，由于在稳固构件13固定于地面S的状态下，调整腿14朝地面S顶出，因此还对支架10作用与来自地面S的反作用力对应的向上的拉力T2。这些向下的拉力T1以及向上的拉力T2使从洗衣房设备11传递给支架10的振动减弱。详细地说，即使从洗衣房设备11将振动传递给支架10，由于这些逆向的两个拉力T1以及T2维持在相互平衡的状态，因此可见其为迅速减弱输入的振动的结构。
根据以上所述，能减弱洗衣房设备11的运转过程中的洗衣房设备11以及支架10的整体的振动，并使洗衣房设备11的运转过程中的支架10的状态接近未载置洗衣房设备11时的状态。
图5是用于说明洗衣房设备11的设置的支架10的立体图。参照图5，支架10还包含安装于主体部12的载置面25的第二定位部80。第二定位部80是用于定位洗衣房设备11的部件，存在两个以构成左右一对。
参照图5中的左侧Y1的第二定位部80，各第二定位部80一体地包含：往上下方向Z延伸的左筋81、右筋82以及前筋83；盖体部84；左凸缘85；以及右凸缘86。
左筋81以及右筋82为左右方向Y上薄且从左右方向Y观察在前后方向X上的尺寸长的长方形小片，在左右方向Y上隔开间隔对置地配置。前筋83为前后方向X上薄且从前后方向X观察在左右方向Y上的尺寸长的长方形小片状，架设于左筋81以及右筋82的前端缘之间。
各第二定位部80具有：由左筋81以及右筋82的后端缘划分出的入口87；以及由一体化的左筋81、右筋82以及前筋83划分出的收纳空间88。入口87为左右方向Y上的尺寸长的长方形的开口，并且面对后侧X2。收纳空间88为上下方向Z上扁平的长方体状的空间，从入口87朝着前侧X1凹陷。
盖体部84为上下方向Z上的薄板状，通过将其后端缘在前侧X1切口形成大致U字状的凹部89，从而从上侧Z1观察形成为大致U字状。盖体部84与左筋81、右筋82以及前筋83各自的上端缘连接，从上侧Z1覆盖收纳空间88。另一方面，在第二定位部80单独存在的状态下，由于收纳空间88不被从下侧Z2堵塞，因此收纳空间88整体从入口87往后侧X2打开，并且也往下侧Z2打开。
左凸缘85以及右凸缘86为形成上下方向Z上薄且从上下方向Z观察在前后方向X上的尺寸长的长方形的板状。左凸缘85从左筋81的下端缘往左侧Y1 延伸，左凸缘85的前端部配置成露出到比左筋81更往前侧X1处。右凸缘86从右筋82的下端缘往右侧Y2延伸，右凸缘86的前端部比右筋82更往前侧X1露出地配置。
左凸缘85以及右凸缘86各自的前端部处一个一个地形成有在上下方向Z上贯穿各凸缘的圆形的插入孔90。左凸缘85以及右凸缘86各自的后端缘处一个一个地形成有从该后端缘往下侧Z2延伸之后折弯成大致直角的往后侧X2突出的爪91。俯视时，各爪91比主体部12的载置面25的前端部中的各贯穿孔55小。
以下，参照图5，对朝向设置在地面S之后的支架10上的洗衣房设备11的设置方法进行说明。在图5中，在设置结束后的状态下以实线图示出从洗衣房设备11的大致矩形的底面的四角往下侧Z2突出的四个腿95，在设置中途的状态下由虚线进行图示。由于四个腿95处于固定于洗衣房设备11的底面的状态，因此四只腿95的相对位置为固定。
各腿95一体地包含：构成其下端的上下方向Z上扁平的大致圆盘状的基底部96；以及俯视时从基底部96的中央往上侧Z1突出的轴部97。基底部96例如为树脂制，轴部97例如为金属制。
在支架10上设置洗衣房设备11时，首先，如图5中由虚线所示，从上侧Z1使洗衣房设备11的腿95放置于支架10的主体部12的载置面25的适当位置处。此时，在四只腿95中，只要使至少后侧X2的两腿95的基底部96不露出载置面25即可，剩余的前侧X1的两只腿95的基底部96露出载置面25也可以。
只要四只腿95全都被放置于载置面25，操作者就能暂时将手从洗衣房设备11拿开。但是，只要至少后侧X2的两只腿95放置于载置面25，即使在前侧X1的两只腿95脱离载置面25的状态下，操作者也能以很小的力气支起洗衣房设备11。
后侧X2的两只腿95之中，左侧Y1的腿95处于放置于主体部12的左侧上壁21的后端部的载置面25，并位于左侧Y1的第一定位部27的入口32的前侧X1的状态。后侧X2的两个腿95之中，右侧Y2的腿95处于放置于主体部12的右侧上壁22的后端部的载置面25，并位于右侧Y2的第一定位部27的入口32的前侧X1的状态。
接下来，通过抬起洗衣房设备11的前侧X1的一部分并往后侧X2推，为了进行洗衣房设备11的设置，使各腿95在载置面25上往后侧X2滑动。即使在 腿95滑动时，左侧Y1的腿95往右侧Y2错开，由于该处存在左侧Y1的防落构件26，因此也会通过防落构件26防止在载置面25上滑动的左右腿95从载置面25往右侧Y2掉落。另一方面，即使在腿95滑动时，右侧Y2的腿95往左侧Y1错开，由于该处存在右侧Y2的防落构件26，因此也会通过防落构件26防止在载置面25上滑动的左右腿95从载置面25往左侧Y1掉落。因此，能防止往支架10上设置过程中的洗衣房设备11的掉落。此外，防落构件26兼具为了往支架10上设置而引导往后侧X2移动的洗衣房设备11的功能。
而且，通过使各腿95继续滑动，从而在后侧X2的两只腿95中，将基底部96，如实线所示，从在左右方向Y上处于同一侧的第一定位部27的入口32插入收纳空间33内，将轴部97插入第一定位部27的盖体部31的凹部34内。轴部97在左右方向Y上错位的情况下，在盖体部31中，通过由凹部34的左右两侧的倾斜部35引导，从而插入凹部34内。
收纳空间33为从入口32朝着后侧X2凹陷的形状，并且由于处于从后侧X2由后筋30堵塞的状态，因此当基底部96从入口32放入收纳空间33内时，后侧X2的两只腿95无法往后侧X2移动太多，也不能往左右方向Y移动。由此，后侧X2的两只腿95由对应的第一定位部27在前后方向X以及左右方向Y上进行定位。
另外，在后侧X2的两只腿95由第一定位部27进行定位时，前侧X1的两只腿95之中，左侧的腿95的基底部96如实线所示，在前侧上壁19的左端部的载置面25上处于位于左右一对的贯穿孔55之间的状态。另外，前侧X1的两只腿95的右侧的腿95的基底部96如实线所示，在前侧上壁19的右端部的载置面25上处于位于左右一对的贯穿孔55之间的状态。
最后，在载置面25上将左右一对的第二定位部80安装在从各第一定位部27往前侧X1偏离的位置。具体地说，从上侧Z1使第二定位部80一个一个地放置于前侧上壁19的左右两端部的载置面25。此时，各第二定位部80配置成从上侧Z1覆盖位于该两端部的前侧X1的两只腿95的基底部96。由此，在前侧X1的两只腿95各自之中，基底部96被部分收纳于第二定位部80的收纳空间88中，轴部97成为从后侧X2插入盖体部84的凹部89的状态。
另外，在仅仅使第二定位部80放置于载置面25的状态下，在前侧上壁19的左右两端部的各自之中，在第二定位部80中，左右一对爪91从上侧Z1一个一个地嵌入载置面25的左右一对的贯穿孔55中，左右一对的插入孔90处于从 载置面25中的左右一对的螺纹孔56往前侧X1错开的状态。因此，当将各第二定位部80往后侧X2稍微错开时，左右一对的爪91在维持嵌入贯穿孔55的状态下，变得不能通过往后侧X2错开从而脱离贯穿孔55，左右一对的插入孔90俯视时一个一个地与左右一对的螺纹孔56一致。在该状态下，从上侧Z1将螺钉98一个一个地插入左右一对的插入孔90，拧入主体部12侧的螺纹孔56中，各第二定位部80就会固定于主体部12。此外，螺钉98为构成支架10的部件。
图6(a)是支架10以及设置在支架10上的洗衣房设备11的立体图，图6(b)是图6(a)中由虚线圆包围的部分的放大图，图6(c)是将图6(a)中由单点划线圆包围的部分放大并从其它方向观察的图。
当像上述那样将第二定位部80安装在载置面25上时，前侧X1的两只腿95的基底部96如图6(c)所示，成为完全收纳于第二定位部80的收纳空间88中的状态。收纳于收纳空间88中的基底部96能只从往后侧X2打开的入口87移出收纳空间88之外。另一方面，由于由第一定位部27进行了定位的后侧X2的两只腿95处于无法往后侧X2移动的状态(参照图6(b))，且所有的四只根腿95的相对位置固定，因此前侧X1的两只腿95的基底部96无法从第二定位部80的入口87往前侧X1移出。因此，在洗衣房设备11中，由第一定位部27进行定位的腿95以外的腿95成为在前后方向X以及左右方向Y这两个方向上由第二定位部80进行定位的状态。
到这里，结束往支架10上的洗衣房设备11的设置。在设置结束的洗衣房设备11中，由于所有的腿95由第一定位部27、第二定位部80进行定位，无法在前后方向X以及左右方向Y上移动，因此洗衣房设备11整体成为设置成相对于支架10在前后方向X以及左右方向Y的任一个方向上都无法进行相对移动的状态。
像上述那样，进行设置的操作者即使不维持抬起洗衣房设备的状态，通过暂时使洗衣房设备11的腿95放置于载置面25的适当位置，再使其在载置面25上滑动并由第一定位部27进行定位，然后将第二定位部80安装在载置面25上并定位其它的腿95，从而也能以较少的负担将洗衣房设备11设置在支架10上。其结果是，能实现洗衣房设备11的设置性能的提高。
另外，如图6(b)所示，由于通过作为第一定位部27的一部分的盖体部31从上侧Z1覆盖收纳空间33，能防止收纳空间33内的腿95的基底部96从收纳空间33往上侧Z1移开，因此能防止腿95从收纳空间33往上侧Z1移开所导 致的洗衣房设备11的掉落以及翻倒。
另外，第一定位部27的盖体部31的凹部34的周边部处于与由第一定位部27进行了定位的后侧X2的腿95的轴部97非接触的状态。由此，在洗衣房设备11的运转过程中，能防止腿95由于一边振动一边与盖体部31接触所导致的金属疲劳而破损，还能防止腿95的振动经由盖体部31传递给支架10。另外，由于腿95的基底部96多少有些游隙地收纳于收纳空间33内，因此在洗衣房设备11的运转过程中能防止振动从腿95过度地传递给支架10。因此，基底部96也与轴部97相同，优选与第一定位部27非接触。
与第一定位部27相同，如图6(c)所示，由于第二定位部80的盖体部84通过从上侧Z1覆盖收纳空间88，所以能防止收纳空间88内的腿95的基底部96从收纳空间88往上侧Z1移开，因此能防止腿95从收纳空间88往上侧Z1移开所导致的洗衣房设备11的掉落以及翻倒。
另外，在由第二定位部80进行了定位的前侧X1的两只腿95中，轴部97处于与盖体部84的凹部89的周边部非接触的状态。由此，在洗衣房设备11的运转过程中，能防止腿95由于一边振动一边与盖体部84接触所导致的金属疲劳而破损，还能防止腿95的振动经由盖体部84传递给支架10。另外，由于腿95的基底部96多少有些游隙地收纳于收纳空间88内，因此在洗衣房设备11的运转过程中能防止振动从腿95过度地传递给支架10。因此，基底部96也与轴部97相同，优选与第二定位部80非接触。
本发明不限于以上说明的实施方式，可以在权利要求所述的范围内进行各种变更。
例如，洗衣房设备11的各腿95能调整往下侧Z2突出的突出量，并且也可以通过调整各腿95的突出量，从而调整支架10上的洗衣房设备11的水平度。
另外，虽然将洗衣房设备11的腿95设为全部为四只，将后侧X2的两只腿95由第一定位部27进行了定位，将前侧X1的两只个腿95由第二定位部80进行了定位，然而在这些前后的腿95之间、前侧X1的两只腿95之间、以及后侧X2的两只腿95之间，也可以存在其它的腿95。在洗衣房设备11设置于支架10上的状态下，该其它的腿95既可以对支架10进行定位，也可以不进行定位而仅仅放置于支架10的载置面25。
另外，能在支架10上任意改变稳固构件13、调整腿14的数目。另外，虽然将第一定位部27以及第二定位部80各自设为了左右一对，然而只设置在左 右方向Y的单侧的结构也是可行的。
另外，根据支架10的设置状况，有时将支架10的前后朝向、左右朝向做成与目前说明的朝向相反，有时替换支架10的前后朝向和左右朝向。
附图标记说明
10：支架；11：洗衣房设备；12：主体部；12A：内部空间；13：稳固构件；14：调整腿；25：载置面；26：防落构件；27：第一定位部；31：盖体部；32：入口；33：收纳空间；51：底面；80：第二定位部；95：腿；S：地面；X：前后方向；X1：前侧；X2：后侧；Z1：上侧；Z2：下侧。

Claims (7)

  1. 一种洗衣房设备用的支架，其特征在于，包括：
    主体部，具有从上侧放置洗衣房设备的腿的平坦的载置面，并设置于地面上；
    第一定位部，具有设置于所述载置面上且面对沿着所述载置面的规定方向的一侧的入口和在所述规定方向上朝着与所述一侧相反的另一侧且从所述入口凹陷的收纳空间，并且将为了设置而在所述载置面上滑动的洗衣房设备的腿从所述入口放入所述收纳空间内进行定位；以及
    第二定位部，安装在所述载置面上从所述第一定位部往所述一侧偏离的位置上，并且将在洗衣房设备中由所述第一定位部定位的腿以外的腿进行定位。
  2. 根据权利要求1所述的洗衣房设备用的支架，其特征在于，包括：防落构件，从所述载置面往上侧突出并往所述规定方向延伸，防止在所述载置面上滑动的洗衣房设备的腿从所述载置面掉落。
  3. 根据权利要求1或2所述的洗衣房设备用的支架，其特征在于，包括：盖体部，在与由所述第一定位部定位的洗衣房设备的腿非接触的状态下，作为所述第一定位部的一部分从上侧覆盖所述收纳空间。
  4. 根据权利要求1～3的任一项所述的洗衣房设备用的支架，其特征在于，包括：
    稳固构件，设置于所述主体部，可调整高度以使其能接近地面，固定成在高度调整后相对于地面被往下侧拉；以及
    调整腿，设置成从所述主体部的底面往下侧突出并从上侧与地面抵接，为了调整所述载置面的水平度而能调整往地面突出的突出量，并且在所述稳固构件固定于地面上的状态下朝地面顶出。
  5. 根据权利要求4所述的洗衣房设备用的支架，其特征在于，
    所述主体部是具有上下贯穿所述主体部的内部空间的中空体，
    所述稳固构件配置于所述内部空间。
  6. 一种洗衣房设备用的支架的设置方法，其特征在于，
    其为权利要求4或5所述的洗衣房设备用的支架的设置方法，
    包括：
    将所述支架设置在地面上的步骤；
    通过调整所述调整腿的往地面突出的突出量来调整所述载置面的水平度的步骤；
    调整所述稳固构件的高度并将其固定在地面上的步骤；以及
    使所述调整腿朝地面顶出的步骤。
  7. 一种往洗衣房设备用的支架上的洗衣房设备的设置方法，其特征在于，
    其为往权利要求1～5所述的洗衣房设备用的支架上的洗衣房设备的设置方法，
    包括：
    使洗衣房设备的腿从上侧放置于所述载置面上的步骤；
    使洗衣房设备的腿，通过在所述载置面上滑动，并从所述入口插入所述收纳空间内，从而由所述第一定位部进行定位的步骤；以及
    将所述第二定位部安装在所述载置面上，由所述第二定位部定位洗衣房设备中由所述第一定位部进行定位的腿以外的腿的步骤。
PCT/CN2014/095886 2014-05-16 2014-12-31 洗衣房设备用的支架、支架的设置方法以及往支架上的洗衣房设备的设置方法 WO2015172571A1 (zh)

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US11795606B2 (en) 2020-11-30 2023-10-24 Whirlpool Corporation Pedestal assemblies for laundry appliances

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