WO2013000433A1 - 一种清洗器 - Google Patents

一种清洗器 Download PDF

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Publication number
WO2013000433A1
WO2013000433A1 PCT/CN2012/077917 CN2012077917W WO2013000433A1 WO 2013000433 A1 WO2013000433 A1 WO 2013000433A1 CN 2012077917 W CN2012077917 W CN 2012077917W WO 2013000433 A1 WO2013000433 A1 WO 2013000433A1
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WO
WIPO (PCT)
Prior art keywords
water
high pressure
brush head
motor
rotor
Prior art date
Application number
PCT/CN2012/077917
Other languages
English (en)
French (fr)
Inventor
张良
王波
Original Assignee
Zhang Liang
Wang Bo
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 Zhang Liang, Wang Bo filed Critical Zhang Liang
Publication of WO2013000433A1 publication Critical patent/WO2013000433A1/zh

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B60VEHICLES IN GENERAL
    • B60SSERVICING, CLEANING, REPAIRING, SUPPORTING, LIFTING, OR MANOEUVRING OF VEHICLES, NOT OTHERWISE PROVIDED FOR
    • B60S3/00Vehicle cleaning apparatus not integral with vehicles
    • B60S3/04Vehicle cleaning apparatus not integral with vehicles for exteriors of land vehicles
    • B60S3/045Other hand-held cleaning arrangements, e.g. with sponges, brushes, scrapers or the like
    • B60S3/048Other hand-held cleaning arrangements, e.g. with sponges, brushes, scrapers or the like with rotary or vibratory bodies contacting the vehicle
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B60VEHICLES IN GENERAL
    • B60SSERVICING, CLEANING, REPAIRING, SUPPORTING, LIFTING, OR MANOEUVRING OF VEHICLES, NOT OTHERWISE PROVIDED FOR
    • B60S3/00Vehicle cleaning apparatus not integral with vehicles
    • B60S3/04Vehicle cleaning apparatus not integral with vehicles for exteriors of land vehicles
    • B60S3/045Other hand-held cleaning arrangements, e.g. with sponges, brushes, scrapers or the like
    • B60S3/047Other hand-held cleaning arrangements, e.g. with sponges, brushes, scrapers or the like using liquid or gas distributing means

Definitions

  • the present invention relates to the field of automobiles, floor cleaning, and high and low pressure water technologies, and more specifically to a washer.
  • Cikon No. 02124580.0 discloses an automatic high pressure water gun which utilizes water flow pressure to generate high pressure without power supply, mainly by a gun casing, a gun body, a water jet joint, a splitter, a fixed plate, an impeller group, a movable block, a trigger and water. Connector and other components. This type of equipment is unreasonable in design, lacks a rotating mechanism, and the brush head is single, so the operation is inconvenient.
  • the present invention has been made to overcome the above disadvantages and to provide a novel structure cleaner according to the mechanical technical principle.
  • the pressure of the high pressure water is converted into a mechanical energy output by a motor.
  • the motor drives the brush head to rotate, and the surface of the object is cleaned by a brush, which brings convenience to the operator, greatly improves the operator's working efficiency, effectively shortens the cleaning time, and saves valuable water source.
  • a washer is designed, including a high pressure water handle, an inlet pipe, and a handpiece, which are characterized by:
  • One end of the water inlet aluminum tube is installed on the top of the handle, the other end of the aluminum tube is connected to the water inlet end of the high pressure valve, and the water outlet end of the high pressure valve is provided with a high pressure tube 1 and an aluminum tube.
  • the valve has a trigger structure, and the lower part of the handle has a cylindrical structure.
  • the male and female joints are inserted into the bracket connected to the base, and the high pressure water pipe 2 and the aluminum pipe 2 are arranged in the cavity of the base bracket.
  • High pressure water pipe 2, aluminum pipe 2 and high pressure The water pipe 1 and the aluminum pipe 1 are correspondingly docked, and a lower part of the base bracket is provided with a rotating head mechanism, and a lower part of the rotating head mechanism is provided with a gear type knob mechanism, and the knob controls the rotation angle of the machine head, and the knob is
  • the lower part of the base is provided with a base of a motor.
  • the top of the rotating shaft of the motor is provided with a spur gear reduction box or a bevel gear (the two types of reduction gears do not need to be used at the same time, any type of deceleration can be suitable for the machine), the lower part of the reduction case
  • a spur gear reduction box or a bevel gear the two types of reduction gears do not need to be used at the same time, any type of deceleration can be suitable for the machine
  • the lower part of the reduction case There are two bevel gears, two bevel gears are respectively provided with universal joint parts, a brush head bracket is arranged on the universal joint parts, and a brush head is arranged on the brush head bracket;
  • the high pressure water motor is composed of a front end cover (19), a cylinder liner assembly (20), a rear end cover (21), a rotor (22), a vane (23), and a bearing (24); a front end cover (19) and a rear end
  • the cover (21), the bearing (24) and the cylinder liner assembly (20) form a unitary body, and the shafts of the two ends of the rotor (22) form a seal with the cylinder liner assembly (20) under the support and positioning of the bearing (24).
  • the blade (23) is placed in the groove of the rotor (22), and the inner end surface of the front end cover (19) and the rear end cover (21) is provided with a water guide, and the high pressure water passes through the water guide into the rotor (22).
  • the blade (23) is pushed out; the blade (23), the rotor (22) forms a sealing line with the cylinder liner assembly (20),
  • the trigger When the trigger is opened, when the water at the water outlet end of the high pressure valve enters from the water inlet end of the motor, the blade (23) is pushed out to form a seal with the cylinder liner assembly (20), so that the rotor (22) is rotated in a fixed direction. When the blade (23) is turned to the drain, the pressurized water is discharged.
  • the base of the brush head adopts a conical shape, and the left and right brush heads are arranged flat on the machine, so that the bottom surfaces of the two conical brush heads are straight, increasing the cleaning area, and the brush head base There is a flap on the seat.
  • the high pressure valve is provided with a pressure regulating valve.
  • the regulating valve When the working pressure is greater than the specified value, the regulating valve is automatically opened to remove the pressure higher than the standard value, and then the regulating valve is automatically closed.
  • the rotating shaft of the large gear (27) of the left and right bevel gears is provided with a circular brush head or a tapered brush head, and the high pressure water can be replaced with low pressure water.
  • the invention has novel structure and unique shape.
  • the tapered brush head is used interchangeably with the round brush head.
  • the round brush head is used to clean the surface of the object, and the tapered brush head cleans the small pits and small holes to improve the cleaning effect; While rotating, there is cleaning water and participate in cleaning. It can clean the stains attached to the surface of the object at one time, shorten the working time and save the water source.
  • This product can be used with different pressure and flow water sources. Work under the occasion, such as: washing the car, washing the floor, wall, etc.
  • FIG. 1 is a schematic structural view of a high pressure water cleaner created by the present invention
  • FIG. 2 is a schematic structural view of a low pressure water cleaner created by the present invention
  • FIG. 3 is a schematic structural view of a motor structure in a washer created by the present invention.
  • the structure of the product is composed of two parts: the head assembly and the handle assembly. After the insertion of the male connector and the female connector, the locking sleeve and the locking sleeve are screwed.
  • the two parts of the head assembly and the handle assembly are cast or extruded by a plastic material or a rubber material or a resin material.
  • the handle assembly is composed of a handle (1), a trigger (2), a high pressure valve assembly (3), a high pressure tube (5), an aluminum tube (4), a fixed sleeve (7), and a female connector (6).
  • One end of the handle (1) is provided with an aluminum tube (4)
  • one end of the aluminum tube (4) is provided with a fixing sleeve (7) and a female connector (6)
  • the high pressure tube (5) is placed in the aluminum tube (4)
  • One end of (5) is connected to the water outlet of the high pressure valve assembly (3), and the other end is connected to the female connector (6);
  • the trigger (2) controls the opening or closing of the high pressure valve assembly (3), when the high pressure valve assembly (3)
  • the water is opened from the water inlet of the high pressure valve assembly (3) through the high pressure pipe (5) from the water outlet of the female connector (6).
  • the head assembly consists of a male connector (8), a locking sleeve (9), an aluminum tube 2 (11), a high pressure tube 2 (10), a rotor (12), a knob (13), a motor assembly (14),
  • the brush head (15), the brush head bracket (16), the universal joint assembly (17), the bevel gear (18), the casing (19); the male connector (8), fixed to the aluminum tube 2 (11)
  • the outlet end of the male connector (8) is connected to the high pressure pipe 2 (10), and the other end of the high pressure pipe 2 (10) enters the casing (19) and is connected to the inner motor assembly (14), and the water finally passes through the water guiding pipe.
  • the other end of the aluminum tube 2 (11) is fixed with the rotor (12), the knob (13) and the casing (19); the motor casing (19) is placed inside the casing (14) ), the bevel gear (18), the motor assembly (14) is placed on the casing (19), the driving bevel gear (18) is rotated, and the outer side of the casing (19) is provided with a brush head bracket (16).
  • the universal joint assembly (17) is coupled to the bevel gear (18) under the positioning of the brush head bracket (16), and the brush head (15) is mounted to the universal joint assembly (17); at this time, the motor assembly (14) ) will rotate with Bevel gear (18), the gimbal assembly (17), the bristles (15) followed by a rotation.
  • the handle (1) is placed inside the high pressure valve assembly (3), the valve assembly (3) is controlled to open or close by the trigger (2); the handle (1) and the aluminum tube (4), the valve assembly (3), high pressure Tube (5), female connector (6) and fixing sleeve (7) are fixed as a whole; aluminum tube 2 (11) and male connector (8), rotor (12), high pressure tube 2 (10) and locking sleeve (9) Integral, the two tube assemblies are connected by the locking sleeve (9) and the fixing sleeve (7), and can be quickly disassembled; the aluminum tube 2 (11) and the rotating head (12), the knob (13) Case
  • the head part can be rotated at different angles under the control of the knob (13);
  • the motor assembly (14) is placed inside the casing (the motor end interface and the aluminum tube 2 (11) inner high pressure tube 2 ( 10) Connection, tap water enters the motor through the pipe, thus driving the motor to work), pinion (26), large gear
  • the power of the motor assembly (14) is transmitted to the circular brush head (28) and the tapered brush head (29) through the pinion (26) and the large gear (27), in the bracket and the casing. Under the positioning, the rotation of the brush head is finally realized; while the brush head rotates, the clean water source continuously flows out through the water guide to participate in cleaning the object.
  • the water motor is composed of a motor front end cover (20), a cylinder liner assembly (21), a motor rear end cover (22), a rotor (23), a vane (24), and a bearing (25); a motor front end cover (20) ) with motor rear end cover
  • the bearing (25) and the cylinder liner assembly (21) form a whole, and the shafts at both ends of the rotor (23) form a sealing line with the cylinder sleeve assembly (21) under the support and positioning of the bearing (25).
  • the blade (24) is placed in the groove of the rotor (22), and the inner end surface of the motor front end cover (20) and the motor rear end cover (22) is provided with a water guide, and the tap water enters the rotor (23) through the water guide tank. Blade (24) pushed out; blade
  • a seal line is formed between the rotor (23) and the cylinder liner assembly (21).
  • the blade (24) is pushed out to form a seal with the liner assembly (21). So that (23) rotated in a predetermined direction, when the blade (24) go to the discharge port, said casing being discharged water using a plastic material or rubber material or resin cast molding or extrusion molding (

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Brushes (AREA)

Abstract

一种用于汽车、地面清洗和高、低压水技术领域的一种清洗器,包括高压水手柄(1)、进水管、机头等部件,进水铝管一端安装于手柄(1)顶部,铝管的另一端连接高压阀门进水端,阀门上设扳机式结构(2),手柄(1)的下部为柱形结构,通过公母接头(8,6)插入连接机座支架,机座支架下设一个转头机构(12),转头机构(12)下设齿轮式旋钮机构(13),旋钮机构(13)的基座下设马达(14)的基座,马达转动轴上设有直齿轮减速箱或锥齿轮,减速箱下设左右锥齿轮,锥齿轮上分别设万向节部件(17),万向节部件(17)上设毛刷头支架(16),毛刷头支架(16)上装毛刷头(15),打开扳机(2),水从马达进水口端进入,叶片(24)被推出与缸套组件(21)形成密封,转子(23)固定方向旋转,叶片(24)转至排水口时水被排出。

Description

一种清洗器
[技术领域] 本发明创造涉及汽车、 地面清洗和高、 低压水技术领域, 具体的说是一种 清洗器。
[背景技术] 现有的清洗设备一般由电机和水泵分别传动, 故而机体笨重, 体积大, 设 计不合理, 使用和携带不方便。
中国专利 02124580.0公开了一种自动高压水枪, 该枪是利用水流压力产生 高压, 无需电源, 主要由枪壳、 枪体、 喷水接头、 分流器、 固定板、 叶轮组、 活动块、 扳机和水接头等组成。 这种设备由于设计不合理, 缺乏转动机构, 而 且毛刷头是单一的, 所以操作不方便。
[发明内容] 本发明创造为克服上述缺点, 根据机械技术原理, 提供一种结构新颖的清 洗器。 通过马达将高压水的压力转换为机械能输出。 马达驱动毛刷头旋转, 用 毛刷清洗物体表面, 给操作者带来方便, 大大提高了操作者的工作效率, 使清 洗时间得到有效的縮短, 并节约了宝贵的水源。 为实现上述目的, 设计一种清洗器, 包括高压水手柄、 进水管、 机头, 其 特征在于:
A、 手柄右侧空腔内设有进水铝管, 进水铝管一端安装于手柄顶部, 铝管的另一 端连接高压阀门进水端, 高压阀门的出水端设有高压管 1和铝管 1, 所述的阀门 上设有扳机式结构, 手柄的下部为柱形结构, 通过公母接头插入连接机座的支 架,在机座支架的空腔内设有高压水管 2和铝管 2, 高压水管 2、 铝管 2和高压 水管 1、 铝管 1相应对接, 机座支架的下部设有一个转头机构, 所述的转头机构 的下部设有一个齿轮式旋钮机构, 所述的旋钮控制机器头部旋转角度, 在旋钮 基座的下部设有一个马达的基座, 马达转动轴的上面设有直齿轮减速箱或锥齿 轮 (两种减速箱无需同时使用, 任何一种减速方式都可适合该机器), 减速箱下 部设有两个锥齿轮, 两个锥齿轮上分别设有万向节部件, 在万向节部件上设有 毛刷头支架, 毛刷头支架上装有毛刷头;
B、 高压水马达由前端盖 (19)、 缸套组件 (20)、 后端盖 (21 )、 转子 (22)、叶 片 (23 )、 轴承 (24) 组成; 前端盖 (19) 与后端盖 (21 )、 轴承 (24) 及缸套 组件 (20) 构成一整体, 转子 (22 ) 的两端轴在轴承 (24) 的支撑及定位下与 缸套组件 (20) 之间形成一条密封线; 叶片 (23 ) 放置在转子 (22 ) 的槽内, 前端盖 (19) 与后端盖 (21 ) 的内端面上设有导水槽, 高压水通过导水槽进入 转子 (22) 槽内将叶片 (23 ) 推出; 叶片 (23 ), 转子 (22) 与缸套组件 (20) 之间形成一条密封线,
C、 当打开扳机时, 高压阀门出水端的水从马达进水口端进入时, 此时叶片(23) 被推出与缸套组件 (20) 之间形成密封, 故使转子 (22 ) 向固定方向旋转, 当 叶片 (23 ) 转至排水口时, 压力水被排出。 所述毛刷头基座采用锥形形状, 左右两个毛刷头在机器上采用平直摆放, 使两个锥形毛刷头的底面为一条直线, 增大清洗面积, 毛刷头基座上面设有挡 水板。 所述高压阀门上设有压力调节阀, 当工作压力大于规定值时, 调节阀自动 打开将高于标准值的压力卸掉, 然后调节阀自动关闭。 所述左右两个锥齿轮的大齿轮 (27 ) 的转动轴上设有圆形毛刷头或锥形毛 刷头, 所述的高压水可以替换为低压水。 本发明创造同现有技术相比, 结构新颖、 造型独特。 锥形的毛刷头与圆型 毛刷头互换使用, 采用圆型毛刷头清洗物体表面, 锥形的毛刷头清洗较小的凹 坑及小孔, 提高了清洗效果; 毛刷在做旋转的同时有清洗水同时参与清洗, 可 以一次性清洗掉附着在物体表面的污渍, 縮短工作时间的同时节约了水源; 本 产品可以与不同压力、 流量的水源相互配合使用, 可在多种场合下工作, 如: 洗车、 洗地面、 墙面等。
[附图说明] 图 1是本发明创造的高压水清洗器的结构示意图;
图 2是本发明创造的低压水清洗器的结构示意图;
图 3是本发明创造的清洗器中的马达结构的结构示意图;
参见图 1、 图 2和图 3 : 1为手柄, 2为扳机, 3为阀门组件, 4为铝管, 5为高 压管 6为母接头, 7为固定套, 8为公接头, 9为锁紧套, 10为高压管 2, ,11为 铝管 2, 12为转头, 13为旋钮, 14为马达总成, 15为毛刷头, 16为毛刷头支 架, 17为万向节部件, 18为锥齿轮, 19为机壳, 20为前端盖, 21为缸套组件, 22为后端盖, 23为转子, 24为叶片, 25为轴承, 26小齿轮, 27为大齿轮, 28 为圆形毛刷头, 29为锥形毛刷头。
[具体实施方式] 以下结合附图, 对本发明创造做进一步详细说明, 这种制造装配技术对本专 业的人来说是非常清楚的。 参见图 1给出的产品结构示意图, 由机头组件和手柄组件两个部分组成, 通 过公接头和母接头的插入后, 由锁紧套和锁紧固定套通过螺纹连接。 所述的头 组件和手柄组件两个部分壳体采用塑料材料或橡胶材料或树脂材料浇注成型或 挤塑成型。
手柄组件, 由手柄 (1) 空腔内设有、 扳机 (2)、 高压阀门组件 (3); 高压 管 (5)、 铝管 (4)、 固定套 (7)、 母接头 (6) 组成;手柄 (1) 的一端安置铝管 (4), 铝管 (4) 的一端安置固定套 (7) 及母接头 (6), 高压管 (5) 放置在铝 管 (4) 内, 高压管 (5) 的一端与高压阀门组件 (3) 的出水端连接, 另一端与 母接头 (6) 连接; 扳机 (2) 控制高压阀门组件 (3) 的开或关, 当高压阀门组 件(3)打开水则从与高压阀门组件(3)的进水端经过高压管(5)从母接头(6) 的出水口流出。
机头组件, 由公接头 (8)、 锁紧套 (9)、 铝管 2 (11)、 高压管 2 (10)、 转 头 (12)、 旋钮 (13)、 马达总成 (14)、 毛刷头 (15)、 毛刷头支架 (16)、 万向 节组件(17)、 锥齿轮(18)、 机壳(19)组成; 公接头(8), 固定在铝管 2 (11) 的一端, 公接头 (8) 的出水端与高压管 2 (10) 连接, 高压管 2 (10) 的另一 端进入机壳(19)与内马达总成(14)连接, 水最终经导水槽进入毛刷头(15), 铝管 2 (11) 的另一端与转头 (12)、 旋钮 (13) 及机壳 (19) 固定为一体; 机 壳 (19) 内部放置马达总成 (14)、 锥齿轮 (18), 马达总成 (14) 放置于机壳 (19) 上, 驱动锥齿轮 (18) 旋转, 机壳 (19) 的外侧两侧面安装有毛刷头支 架(16), 万向节组件(17)在毛刷头支架(16) 的定位下与锥齿轮(18)连接, 毛刷头 (15) 安装在万向节组件 (17); 此时当马达总成 (14) 转动就会带动锥 齿轮 (18)、 万向节组件 (17)、 毛刷头 (15) 跟着一块转动。
当把手柄组件部分与机头组件部分组装到一块, 开动扳机 (2) 高压水源通 过相关进水管道进入马达总成 (14), 使马达总成 (14) 旋转, 此时相关传动部 件将旋转动了传至毛刷头 (15), 使毛刷头 (15) 跟着旋转的同时水源通过走水 槽进入毛刷头 (15) —起参与清洗物体。
参见图 2, 手柄(1)内部放置高压阀门组件(3), 阀门组件(3) 由扳机(2) 控制开或关; 手柄 (1) 与铝管 (4)、 阀门组件(3)、 高压管 (5)、 母接头 (6) 及固定套 (7) 固定为一整体; 铝管 2 (11) 与公接头 (8)、 转头 (12)、 高压管 2 (10) 及锁紧套 (9) 组成一体, 两节管子组件通过锁紧套 (9) 及固定套 (7) 连接为一体, 同时可以快速拆开; 铝管 2 (11) 与转头 (12)、 旋钮 (13)、 机壳
(19) 固定为一体, 机头部分在旋钮 (13) 的控制下可以旋转不同的角度; 机 壳内部放置马达总成 (14) (马达一端接口与铝管 2 (11) 内高压管 2 (10) 连 接, 自来水源通过管道进入马达, 从而驱动马达工作)、 小齿轮 (26)、 大齿轮
(27), 马达总成 (14) 的动力通过小齿轮 (26)、 大齿轮 (27) 传至圆型毛刷 头 (28) 及锥形毛刷头 (29), 在支架及机壳的定位下, 最终实现毛刷头旋转运 动; 在毛刷头旋转的同时, 清洁的水源, 通过导水槽源源不断的流出一起参与 清洗物体。 参见图 3, 水马达由马达前端盖(20)、缸套组件(21)、 马达后端盖(22)、 转子 (23) 、 叶片 (24) 、 轴承 (25) 组成; 马达前端盖 (20) 与马达后端盖
(22) 、 轴承 (25) 及缸套组件 (21) 构成一整体, 转子 (23) 的两端轴在轴 承 (25) 的支撑及定位下与缸套组件 (21) 之间形成一条密封线; 叶片 (24) 放置在转子 (22) 的槽内, 马达前端盖 (20) 与马达后端盖 (22) 的内端面上 设有导水槽, 自来水通过导水槽进入转子 (23) 槽内将叶片 (24) 推出; 叶片
(24) , 转子 (23) 与缸套组件 (21) 之间形成一条密封线, 当自来水从马达 进水口进入时, 此时叶片(24)被推出 与缸套组件 (21) 之间形成密封, 故使 (23) 向固定方向旋转, 当叶片 (24) 转至排水口时, 自来水被排出 述的机壳采用塑料材料或橡胶材料或树脂浇注成型或挤塑成型 (

Claims

1. 一种清洗器, 包括高压水手柄、 进水管、 机头, 其特征在于:
A、 手柄右侧空腔内设有进水铝管, 进水铝管一端安装于手柄顶部, 铝管的另一 端连接高压阀门进水端, 高压阀门的出水端设有高压管 1和铝管 1, 所述的阀门 上设有扳机式结构, 手柄的下部为柱形结构, 通过公母接头插入连接机座的支 架, 在机座支架的空腔内设有高压水管 2和铝管 2, 高压水管 2、 铝管 2和高压 水管 1、 铝管 1相应对接, 机座支架的下部设有一个转头机构, 所述的转头机构 的下部设有一个齿轮式旋钮机构, 所述的旋钮控制机器头部旋转的角度, 在旋 钮基座的下部设有一个马达的基座, 马达转动轴的上面设有直齿轮减速箱或锥 齿轮, 减速箱下部设有万向节部件, 在万向节部件上设有毛刷头支架, 毛刷头 支架上装有毛刷头;
B、 高压水马达由前端盖 (19)、 缸套组件 (20)、 后端盖 (21)、 转子 (22)、叶 片 (23)、 轴承 (24) 组成; 前端盖 (19) 与后端盖 (21)、 轴承 (24) 及缸套 组件 (20) 构成一整体, 转子 (22) 的两端轴在轴承 (24) 的支撑及定位下与 缸套组件 (20) 之间形成一条密封线; 叶片 (23) 放置在转子 (22) 的槽内, 前端盖 (19) 与后端盖 (21) 的内端面上设有导水槽, 高压水通过导水槽进入 转子 (22) 槽内将叶片 (23) 推出; 叶片 (23), 转子 (22) 与缸套组件 (20) 之间形成一条密封线,
C、 当打开扳机时, 高压阀门出水端的水从马达进水口端进入时, 此时叶片(23) 被推出与缸套组件 (20) 之间形成密封, 故使转子 (22) 向固定方向旋转, 当 叶片 (23) 转至排水口时, 压力水被排出。
2. 如权利要求 1所述的.一种清洗器, 其特征在于毛刷头基座采用锥形形状, 左 右两个毛刷头在机器上采用平直摆放,使两个锥形毛刷头的底面为一条直线, 增大清洗面积, 毛刷头基座上面设有挡水板。
3. 如权利要求 1所述的.一种清洗器, 其特征在于高压阀门上设有压力调节阀, 当工作压力大于规定值时, 调节阀自动打开将高于标准值的压力卸掉, 然后 调节阀自动关闭。
4. 如权利要求 1-3所述的一种清洗器, 其特征在于所述左右两个锥齿轮的大齿 轮 (27) 的转动轴上设有圆形毛刷头或锥形毛刷头, 所述的高压水可以替换 为低压水。
PCT/CN2012/077917 2011-06-29 2012-06-29 一种清洗器 WO2013000433A1 (zh)

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CN102390360B (zh) * 2011-06-29 2013-08-21 张良 一种清洗器
CN102697433B (zh) * 2012-04-01 2015-09-09 张良 一种电动清洗器及其清洗方法
CN203343121U (zh) * 2013-02-17 2013-12-18 潘燕 清洗设备
CN107559381A (zh) * 2017-09-30 2018-01-09 上海丰禾精密机械有限公司 一种简易主轴结构
CN111452759B (zh) * 2019-12-03 2021-08-17 王靖宗 一种新能源汽车轮毂清洁设备

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