WO2015078401A1 - 网式保温护理床 - Google Patents

网式保温护理床 Download PDF

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Publication number
WO2015078401A1
WO2015078401A1 PCT/CN2014/092442 CN2014092442W WO2015078401A1 WO 2015078401 A1 WO2015078401 A1 WO 2015078401A1 CN 2014092442 W CN2014092442 W CN 2014092442W WO 2015078401 A1 WO2015078401 A1 WO 2015078401A1
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WO
WIPO (PCT)
Prior art keywords
mesh
auxiliary
frame
bearing layer
bed
Prior art date
Application number
PCT/CN2014/092442
Other languages
English (en)
French (fr)
Inventor
王厦定
Original Assignee
王厦定
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 王厦定 filed Critical 王厦定
Priority to JP2016532617A priority Critical patent/JP6427188B2/ja
Priority to ES14865235.7T priority patent/ES2642733T3/es
Priority to EP14865235.7A priority patent/EP3075366B1/en
Publication of WO2015078401A1 publication Critical patent/WO2015078401A1/zh
Priority to US15/166,234 priority patent/US10383781B2/en

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Classifications

    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/05—Parts, details or accessories of beds
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47C—CHAIRS; SOFAS; BEDS
    • A47C23/00—Spring mattresses with rigid frame or forming part of the bedstead, e.g. box springs; Divan bases; Slatted bed bases
    • A47C23/12—Spring mattresses with rigid frame or forming part of the bedstead, e.g. box springs; Divan bases; Slatted bed bases using tensioned springs, e.g. flat type
    • A47C23/18—Spring mattresses with rigid frame or forming part of the bedstead, e.g. box springs; Divan bases; Slatted bed bases using tensioned springs, e.g. flat type of resilient webbing
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/002—Beds specially adapted for nursing; Devices for lifting patients or disabled persons having adjustable mattress frame
    • A61G7/015—Beds specially adapted for nursing; Devices for lifting patients or disabled persons having adjustable mattress frame divided into different adjustable sections, e.g. for Gatch position
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/047—Beds for special sanitary purposes, e.g. for giving enemas, irrigations, flushings
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61G—TRANSPORT, PERSONAL CONVEYANCES, OR ACCOMMODATION SPECIALLY ADAPTED FOR PATIENTS OR DISABLED PERSONS; OPERATING TABLES OR CHAIRS; CHAIRS FOR DENTISTRY; FUNERAL DEVICES
    • A61G7/00—Beds specially adapted for nursing; Devices for lifting patients or disabled persons
    • A61G7/002—Beds specially adapted for nursing; Devices for lifting patients or disabled persons having adjustable mattress frame
    • A61G7/018—Control or drive mechanisms

Definitions

  • the invention relates to a mesh type thermal nursing bed, which has the advantages of being breathable, easy to wash and heat-insulating, and is especially suitable for burns, hemorrhoids or other long-term bed rest, and naked and large patients can not take care of themselves.
  • the object of the present invention is to address the above-mentioned deficiencies of the prior art, and to provide an auxiliary load-bearing layer under the mesh fabric, which is suitable for both burns and acne patients as well as for general long-term bed rest, large and small urination can not take care of themselves.
  • a mesh type thermal care nursing bed mainly comprises a bed frame, a mesh fabric, a spray pipe, a heat preservation drainage bottom cover and a base; the heat insulation drainage bottom cover is arranged at a lower part of the bed frame, the net
  • the fabric has at least two sides suspended between the opposite sides of the bed frame to form a mutual positioning structure; and the auxiliary fabric layer is provided under the mesh fabric, and the auxiliary bearing layer is a mesh support with mesh Body, the width of the grid support on the side of the mesh fabric is 0.3mm Between -3mm, the diameter of the inscribed circle of the mesh is between 5mm and 60mm; the auxiliary bearing layer is installed in the auxiliary bearing frame, and is installed on the inner side of the bed frame by the auxiliary bearing frame, and the auxiliary bearing frame and the bed frame form an adjustable positioning structure.
  • the distance between the mesh fabric and the auxiliary load-bearing layer is greater than 15 mm.
  • the upper part of the human body is covered by quilts and the like; the thermal insulation drainage bottom cover is formed with a concave funnel-shaped structure corresponding to the lower part of the buttocks, and the lowermost space of the funnel is provided with a drainage opening; the thermal insulation drainage bottom cover comprises a reinforcing layer and an insulating material.
  • the layer and the waterproof layer on the inner surface; the closed space between the heat insulation layer and the human body is connected by a constant temperature and humidity device for conveying fresh air, and is controlled by constant temperature and constant humidity.
  • the grid support body of the auxiliary load-bearing layer is composed of a rigid body and an elastic body, and the mesh on the auxiliary load-bearing layer has an inverted cone-shaped structure, which is large and small.
  • the rigid body edge of the auxiliary bearing layer has a hanging hole, and the auxiliary bearing frame is provided with a hanging column, and the auxiliary bearing layer is installed through the hanging hole and the hanging column of the auxiliary bearing frame; in order to make the hanging shape of the auxiliary bearing layer and the human body
  • the curves are consistent, and the respective suspension columns on the auxiliary bearing frame can be independently adjusted in the vertical direction with respect to the auxiliary bearing frame, and the displacement of the vertical adjustment is not more than 7 cm.
  • the mesh support body of the auxiliary load-bearing layer is composed of a stainless steel wire and a limiting plate arranged in an equidistant manner, and the two ends of the stainless steel wire are respectively fastened through the small hole of the limiting plate and fastened to one end of the spring, and the spring is further One end is fixed on the auxiliary bearing frame; the outer surface of the stainless steel wire is wrapped with an elastic waterproof layer; the distance between the limiting plate and the auxiliary bearing frame can be adjusted and can be fixed at a selected position.
  • the outer vertical surface of the auxiliary bearing frame is arranged with the indicator bar moving synchronously with the hanging column; the mesh fabric corresponding to the range from the shoulder to the knee of the human body is subjected to a large pressure change, so only need
  • An auxiliary load-bearing layer and an auxiliary load-bearing frame are disposed below the position, and the auxiliary load-bearing layer and the auxiliary load-bearing frame may be disposed only below the position corresponding to the buttocks.
  • the length of the auxiliary load bearing layer and the auxiliary load bearing frame is less than 60% of the total length of the bed.
  • the auxiliary bearing frame and the bed frame form an adjustable positioning structure, and the maximum range in which the auxiliary bearing frame can be raised and lowered in the vertical direction is not more than 8 cm.
  • the diameter of the inscribed circle of the mesh or the mesh of the mesh fabric is 2 to 6 times the diameter of the warp and weft of the mesh, and the diameter of the mesh and the weft constituting the mesh is less than 0.55 mm, and the diameter of the mesh or The inscribed circle diameter of the mesh is less than 1.5 mm, the mesh opening area of one mesh unit accounts for 35% to 78% of the total area of the mesh unit; the thickness of the mesh fabric is less than 1.1 mm;
  • the fabric has at least two sides suspended between opposite sides of the bed frame to form a mutual positioning structure.
  • the mesh fabric is interwoven with a single warp and weft.
  • the intersection of the single warp and weft threads is bonded. Since the diameter of the warp and weft is less than 0.55 mm, the area of the intersection is small, no matter what The bonding method is not firm and can be easily detached.
  • the bonding method of the present invention is as follows:
  • the mesh fabric has an interlaced strip composed of dense warp or weft in one direction or two directions of warp or weft, and the interlaced strip is composed of 2 to 5 closely arranged warp or weft, the interwoven strip
  • the comb or grid-like stripe is uniformly distributed on the mesh fabric, the minimum spacing of two adjacent interlaced strips is 3 mm, and the maximum spacing is 50 mm; since the radial cross section of the warp or weft is circular or Similar to a circular shape, the surface of the interlaced strips arranged by dense warp or weft threads has grooves, and the surface of the interlaced strip is coated and filled with a waterproof adhesive substance to achieve a firm bonding.
  • This grid-like bonding method allows the latitude and longitude rupture to occur only in a square surrounded by interlaced strips. Greatly improve the durability of the mesh fabric.
  • the spray pipe is installed between the mesh fabric and the auxiliary load-bearing layer, and the installation position is in the spray pipe slot of the bed frame or the auxiliary load-bearing frame, and the spray pipe is hidden in the spray pipe groove when not in use.
  • the force applied by the mesh fabric is transmitted to the bed frame, and the forces received by the auxiliary load bearing layer are all transmitted to the auxiliary load-bearing frame.
  • the mesh fabric suspended between the bed frames is elastically stretched under the force of the human body. After the stretched length exceeds the set value, the mesh fabric is in contact with the auxiliary load-bearing layer below, and the weight of the human body is shared by the auxiliary load-bearing layer. The fabric will not continue to be stretched. Changing the distance between the mesh fabric and the auxiliary load layer changes the set value of the stretch length of the mesh fabric.
  • the mesh fabric must work in an elastically stretched state, so the mesh fabric must bear a part of the weight of the human body, and the auxiliary layer only Sharing the remaining portion of the weight is an important difference between the present invention and the known bed.
  • the known bed does not have the working state described in the present invention.
  • the present invention is not allowed to work in a state in which when a person lies on the care bed, the distance between the mesh fabric and the auxiliary load-bearing layer is too small, the mesh fabric has no or little share of the weight of the human body, and the mesh fabric has no Elastic stretching occurs, and all or most of the weight of the human body is carried by the auxiliary load-bearing layer. Because the auxiliary bearing layer is a large mesh structure, the skin will be trapped in the mesh of the auxiliary bearing layer, and the long-term maintenance of this working state will result in the human body. s damage.
  • FIG. 1 Schematic diagram of three-dimensional decomposition of mesh insulation care bed
  • FIG. 3 Schematic diagram of the auxiliary bearing layer
  • FIG. 6 Schematic diagram of the simple auxiliary bearing layer
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • a mesh type insulation care bed mainly comprises a bed frame 1, a mesh fabric 2, a spray pipe 3, an insulation drainage bottom cover 4, a base 5 and an auxiliary load-bearing layer 6.
  • the base 5 is The form of the support foot appears, and the grounding part of the support foot on both sides can also be installed on the roller so that the nursing bed can push forward;
  • the thermal insulation bottom cover 4 is disposed at the lower part of the bed frame 1, and the mesh fabric 2 has at least two sides suspended between the opposite two opposite sides of the bed frame 1 to form a mutual positioning structure; more specifically, two long sides of the mesh fabric 2 Positioned on the bed frame 1 by the suspended structure; the auxiliary load-bearing layer 6 is disposed under the mesh fabric 2, and the spray pipe 3 is installed between the mesh fabric 2 and the auxiliary load-bearing layer 6, and the installation position is in the bed frame 1 or the auxiliary In the shower pipe groove 31 of the load-bearing frame 61, the shower pipe 3 is concealed in the shower pipe groove 31 when not in use.
  • the spray pipe 3 protrudes from the spray pipe groove 31, and is fan-shaped in the horizontal direction, and the swing angle is within 170 degrees.
  • the water flow is sprayed upward and downward to clean the mesh fabric 2
  • the posture of the human body on the bed should be changed.
  • the human body can be cleaned to the left side, and the lower surface of the mesh fabric 2 including the middle portion on the right side and the upper surface of the auxiliary bearing layer 6 can be cleaned; otherwise, the human body can be cleaned to the left side. Includes the middle section.
  • the auxiliary load-bearing layer 6 is composed of a rigid body 63 having a mesh 62 and an elastic body 64.
  • the outer surface of the elastic body 64 may also be covered with a waterproof and stain-resistant surface layer; the auxiliary bearing layer 6
  • the upper mesh 62 has an inverted cone-shaped structure, which is large and small, and the inner diameter of the mesh 62 is between 5 mm and 60 mm.
  • the elastic body 64 separated by the mesh 62 constitutes a mesh support which can be placed under the mesh fabric 2.
  • the grid line width D of the mesh support body toward one side of the mesh fabric is 0.3 mm Between -3mm; the auxiliary load-bearing layer 6 is installed in the auxiliary load-bearing frame 61, and is installed on the inner side of the bed frame 1 by means of the auxiliary load-bearing frame 61, and the auxiliary load-bearing frame 61 and the bed frame 1 form an adjustable positioning structure, and the mesh fabric is idling at no load.
  • the distance between the support surface of the grid is greater than 15 mm; more specifically, the edge of the rigid body 63 of the auxiliary load-bearing layer 6 has a hanging hole, and the auxiliary load-bearing frame 61 is provided with a hanging column 65, and the auxiliary bearing layer 6 passes through the hanging hole and
  • the suspension pillars 65 of the auxiliary load-bearing frame 61 are installed together; the suspension pillars 65 on the auxiliary load-bearing frame 61 can be independently adjusted in the vertical direction with respect to the auxiliary load-bearing frame 61, and the displacement of the vertical adjustment is not more than 7 cm.
  • auxiliary load-bearing frame 61 and the bed frame 1 form a positioning structure with adjustable spacing, and the maximum range of the auxiliary bearing frame 61 can be raised and lowered in the vertical direction is not more than 8 cm, so as to be according to doctor's requirements and personal habits. The optimum spacing of the auxiliary load-bearing layer 6 from the mesh fabric 2 is adjusted.
  • the mesh 22 of the mesh fabric 2 is straight or the inscribed circle diameter of the mesh 22 is 2 to 6 times the diameter of the warp and weft 21 constituting the mesh, and the diameter and the weft 21 of the mesh are formed.
  • the diameter of the mesh 22 is less than 1.5 mm, and the diameter of the mesh of the mesh 22 is less than 1.5 mm, and the opening area of the cell of one mesh 22 is 35% to 78% of the total area of the mesh unit;
  • the thickness is less than 1.1mm.
  • the mesh fabric 2 has an interlaced strip 23 composed of dense warp or weft in one direction or two directions of the warp or weft, and the interlaced strip 23 is composed of 2 to 5 closely arranged warp or weft.
  • the interlaced strips 23 are uniformly distributed on the mesh fabric 2 in a comb-like or grid-like stripe.
  • the minimum spacing between two adjacent interlaced strips 23 is 3 mm, and the maximum spacing is 50 mm; in the interwoven strip 23
  • the surface grooves are coated and filled with a water-repellent bonding substance.
  • Embodiment 2 is a diagrammatic representation of Embodiment 1:
  • the stainless steel wires 66 are arranged equidistantly in the direction parallel to the long side and the short side of the auxiliary load-bearing frame 61, and the arrangement pitch is 5 mm to 60 mm; the stainless steel wire 66 is from the limit plate.
  • the small hole of 67 is fastened and connected to one end of the spring 68, and the other end of the spring 68 is tightly connected with the auxiliary bearing frame 61; the stainless steel wire 66 forms a sliding fit with the small hole of the limiting plate 67, but the spring 68 cannot pass the limit.
  • the small hole of the position plate 67; the combination of the stainless steel wire 66, the spring 68 and the limiting plate 67 form an elastic connection and a mutual positioning relationship with the auxiliary bearing frame 61; the tensile length of the stainless steel wire 66 is negligible, and the expansion and contraction value of the spring 68
  • the distance between the limiting plate 67 and the auxiliary load-bearing frame 61 is determined, and the distance between the two increases, and the expansion and contraction value of the spring 68 increases.
  • the stainless steel wire 66, the spring 68, and the limit plate 67 are combined to form the auxiliary load-bearing layer 6.

Abstract

一种网式保温护理床，主要包括床框（1）、网状织物（2）、喷淋管（3）、保温排水底罩（4）和底座（5），保温排水底罩（4）设置在床框（1）下部，网状织物（2）至少有两条边悬挂于床框（1）相对的两对应边之间，形成相互定位结构。在网状织物（2）的下方设置有辅承重层（6），辅承重层（6）安装在辅承重框（61）内，借助辅承重框（61）安装在床框（1）内侧，辅承重框（61）与床框（1）形成间距可调节的定位结构。该网式保温护理床在网状织物（2）下方的床框（1）内侧增加一辅承重层（6），借助该辅承重层（6）对患者改变睡姿造成的局部重力增加起到辅助支撑，既不能让局部产生的重力损坏网状织物（2）组织结构，又能对患者起到有效支撑。

Description

网式保温护理床
技术领域
本发明涉及一种网式保温护理床，其具有透气、易洗、保温，尤其适用于烧伤、褥疮或其它长期卧床，大、小便不能自理的裸体病人。
背景技术
人躺在经纬线直径较细的网式床上时，在人体重力作用下，经纬线会产生弹性拉伸，网式床上的病人从卧姿改变为坐姿时，位于臀部位置的网状织物受到的重力增加几倍，因此臀部位置的网状织物 有时 产生塑性拉伸，使床体形状产生改变，网状织物容易损坏。
发明内容
本发明的目的是针对上述现有技术的不足，发明一种在网状织物下方，设有辅承重层，其既适用于烧伤、褥疮病人也适用于一般长期卧床，大、小便不能自理的裸体病人，具有半自动清洗功能的网式保温护理床。
本发明技术方案是这样实现的：一种网式保温护理床，主要包括床框、网状织物、喷淋管、保温排水底罩、底座；所述保温排水底罩设置在床框下部，所述网状织物至少有二条边悬挂于床框相对的二对应边之间，形成相互定位结构；其特征是在所述网状织物的下方设置有辅承重层，该辅承重层为具有网眼的网格支撑体，网格支撑体朝网状织物一面的网格线宽度在0.3mm -3mm之间，网眼内切圆直径在5mm-60mm之间；所述辅承重层安装在辅承重框内，借助辅承重框安装在床框内侧，辅承重框与床框形成间距可调节的定位结构，空载时，网状织物与辅承重层之间的距离大于15mm。而人体上部即由棉被等物覆盖；保温排水底罩对应于臀部位置的下方成下凹漏斗状结构，漏斗最低位开设有排水口；所述的保温排水底罩包括有加强层、保温材料层和处于内表面的防水层；保温层与人体之间的封闭空间内，有输送新鲜空气作用的恒温恒湿装置连通，进行恒温、恒湿控制。
所述辅承重层的网格支撑体由刚性体和弹性体组合而成，所述辅承重层上的网眼成倒锥状结构，上大下小。
所述辅承重层的刚性体边沿具有悬挂孔，辅承重框上设有悬挂柱，辅承重层通过悬挂孔与辅承重框的悬挂柱安装在一起；为了使辅承重层的悬挂形状与人体的曲线相吻合，所述辅承重框上的各个悬挂柱，能相对辅承重框作垂直方向的独立调节，垂直调节的位移量不大于7cm。
所述辅承重层的网格支撑体由纵横等距排列的不锈钢丝和限位板组合而成，所述的不锈钢丝两端分别穿过限位板小孔后与弹簧一端紧固，弹簧另一端固定在辅承重框上；所述的不锈钢丝外围包裹着弹性防水层;所述的限位板与辅承重框之间的距离可调整并且可以在选定位置被固定。
为了直观观察辅承重层的悬挂曲线，辅承重框的外垂直面设置与悬挂柱同步移动的指示条；对应于人体肩部至膝盖的范围内的网状织物受到压力变化较大，所以只需要在这个位置的下方设置辅承重层和辅承重框，也可以只在对应于臀部位置的下方设置辅承重层和辅承重框。辅承重层和辅承重框的长度小于床的总长度的60%。
所述辅承重框与床框形成间距可调节的定位结构，辅承重框垂直方向可以升降的最大范围不大于8cm。
所述网状织物的网孔直经或网孔的内切圆直径是构成网孔的经、纬线直径的2倍至6倍，构成网孔的径、纬线直径小于0.55mm，网孔直径或网孔的内切圆直径小于1.5mm，一个网孔单元的网孔开口面积占该网孔单元总面积的35%至78%；所述的网状织物的厚度小于1.1mm；所述的网状织物至少有二边悬挂于床框相对的二对应边之间，形成相互定位结构。
网状织物用单根经纬线交织而成，为了提高网状织物使用寿命，要对单根经纬线的交点进行粘结，由于经纬线的直径小于0.55mm，交点的面积很小，无论采用何种工艺方法进行粘结，都是不牢固的，很容易脱开。本发明的粘结方法如下所述：
所述网状织物沿经线或纬线之一方向或者两个方向，具有密集经线或者纬线组成的交织条，所述的交织条由2至5根紧密排列的经线或者纬线组成，所述的交织条呈梳状或格栅状条纹均匀分布于所述的网状织物上，二个相邻的交织条的最小间距是3mm，最大间距是50mm；由于经线或者纬线的径向截面是圆形或者是类似圆形，所以由密集经线或者纬线排列的交织条表面具有沟槽，在所述的交织条表面沟槽涂覆并填充防水的粘结物质，就可以达到牢固粘结的目的。这种格栅状的粘结方法可以使经纬线断裂情况只发生在一个由交织条围成的方格内。大大提高网状织物的耐用性。
所述喷淋管安装在网状织物与辅承重层之间，安装的位置在床框或者辅承重框的喷淋管槽内，喷淋管不用时隐藏于喷淋管槽内。
本发明工作原理如下：
网状织物承受的力传递到床框，而辅承重层承受的力全部传递到辅承重框。
悬挂于床框之间的网状织物在人体重力作用下产生弹性拉伸，拉伸长度超过设定值以后，网状织物与下方的辅承重层接触，这时人体重量被辅承重层分担，网状织物不会继续被拉伸。 改变 网状织物与辅 承重层之间的距离，就会改变 网状织物拉伸长度的设定值。
网状织物必须工作在被弹性拉伸的状态，因此网状织物必须承担人体的一部分重量，辅 承重层只 分担剩下的那部分重量，这是本发明与公知床的重要区别。而公知的床没有本发明所述的这种工作状态。
本发明不允许工作在如下状态：人躺在所述的护理床上时，因网状织物与辅承重层之间的距离太小，网状织物没有或者很少分担人体的重量，网状织物没有产生弹性拉伸，人体重量全部或者绝大部分被辅承重层承担，因为辅承重层是大网眼结构，所以会产生皮肉陷进辅承重层的网眼内，长期保持这种工作状态会造成对人体的伤害。
附图说明
下面结合具体图例对本发明做进一步说明：
图1 网式保温护理床立体示意图
图2 网式保温护理床立体分解示意图
图3 辅承重层示意图
图4 图3A-A剖面示意图
图5 网状织物示意图
图6 简易型辅承重层示意图
其中
1 -床框； 2- 网状织物； 21 -经、纬线； 22 -网孔；
23 -交织条； 3 -喷淋管； 31 -喷淋槽； 4 -保温排水底罩；
5 -底座； 6 -辅承重层； 61 -辅承重框； 62 -网眼；
63 -刚性体； 64 -弹性体； 65 -悬挂柱； 66 -不锈钢丝；
67 -限位板； 68 -弹簧； D -网格线宽度。
具体实施方式
实施例一：
参照图1和图2，一种网式保温护理床，主要包括床框1、网状织物2、喷淋管3、保温排水底罩4、底座5和辅承重层6，本实例中底座5以支撑脚的形式出现，也可以在两侧支撑脚的着地部安装在滚轮，以使护理床能推动前行；
保温排水底罩4设置在床框1下部，网状织物2至少有二条边悬挂于床框1相对的二对应边之间，形成相互定位结构；更具体地说是网状织物2的两条长边，通过悬挂的结构定位在床框1上；辅承重层6设置在网状织物2的下方，喷淋管3安装在网状织物2与辅承重层6之间，安装的位置在床框1或者辅承重框61的喷淋管槽31内，喷淋管3不用时隐藏于喷淋管槽31内。工作时喷淋管3从喷淋管槽31内伸出，在水平方向作扇形摆动，摆动角度170度以内，摆动时喷淋管3向上、下等各方向喷射水流清洗网状织物2的下表面与辅承重层6的上表面。清洗时要改变人体在床上的姿势，人体向左侧身，可以清洗右边包括中间部分的网状织物2的下表面与辅承重层6的上表面；反之，人体向右侧身，可以清洗左边包括中间部分。
参照图1至图4，所述辅承重层6由具有网眼62的刚性体63和弹性体64组合而成，在弹性体64外侧也可包裹有防水防污的表层；所述辅承重层6上的网眼62成倒锥状结构，上大下小，网眼62内切圆直径在5mm-60mm之间，由网眼62分隔出的弹性体64构成能衬托在网状织物2下方的网格支撑体，该网格支撑体朝网状织物一面的网格线宽度D在0.3mm -3mm之间；辅承重层6安装在辅承重框61内，借助辅承重框61安装在床框1内侧，辅承重框61与床框1形成间距可调节的定位结构，空载时，网状织物2与网格支撑面之间的距离大于15mm；更具体地说，辅承重层6的刚性体63边沿具有悬挂孔，辅承重框61上设有悬挂柱65，辅承重层6通过悬挂孔与辅承重框61的悬挂柱65安装在一起；所述辅承重框61上的各个悬挂柱65，能相对辅承重框61作垂直方向的独立调节，垂直调节的位移量不大于7cm。
另外，辅承重框61与床框1形成间距可调节的定位结构，该辅承重框61垂直方向可以升降的最大范围不大于8cm，以便根据 医生要求和个人习惯 ，调节辅承重层6与网状织物2的最佳间距。
参照图5，所述网状织物2的网孔22直经或网孔22的内切圆直径是构成网孔的经、纬线21直径的2倍至6倍，构成网孔的径、纬线21直径小于0.55mm，网孔22直径或网孔的内切圆直径小于1.5mm，一个网孔22单元的网孔开口面积占该网孔单元总面积的35%至78%；网状织物2的厚度小于1.1mm。另外，网状织物2沿经线或纬线之一方向或者两个方向，具有密集经线或者纬线组成的交织条23，所述的交织条23由2至5根紧密排列的经线或者纬线组成，所述的交织条23呈梳状或格栅状条纹均匀分布于所述的网状织物2上，二个相邻的交织条23的最小间距是3mm，最大间距是50mm；在所述的交织条23表面沟槽涂覆并填充防水的粘结物质。
实施例二：
参照图6，在所述辅承重框61内，沿平行于辅承重框61的长边和短边的方向，纵横等距排列不锈钢丝66，排列间距5mm至60mm；不锈钢丝66从限位板67的小孔穿过后与弹簧68的一端紧固连接，弹簧68的另一端与辅承重框61紧固连接；不锈钢丝66与限位板67的小孔形成滑动配合，但是弹簧68无法通过限位板67的小孔；不锈钢丝66、弹簧68、限位板67三者组合与辅承重框61形成弹性连接和相互定位关系；不锈钢丝66的拉伸长度可以忽略不计，弹簧68的伸缩数值由限位板67与辅承重框61之间的距离决定，二者之间的距离增加，则弹簧68的伸缩数值增加。不锈钢丝66、弹簧68、限位板67三者组合构成辅承重层6。

Claims (8)

  1. 一种网式保温护理床，主要包括床框、网状织物、喷淋管、保温排水底罩、底座；所述保温排水底罩设置在床框下部，所述网状织物至少有二条边悬挂于床框相对的二对应边之间，形成相互定位结构；其特征是在所述网状织物的下方设置有辅承重层，该辅承重层为具有网眼的网格支撑体，网格支撑体朝网状织物一面的网格线宽度在0.3mm-3mm之间，网眼内切圆直径在5mm-60mm之间，所述辅承重层安装在辅承重框内，借助辅承重框安装在床框内侧，辅承重框与床框形成间距可调节的定位结构，空载时，网状织物与辅承重层之间的距离大于15mm。
  2. 根据权利要求1所述的网式保温护理床，其特征是该辅承重层的网格支撑体由刚性体和弹性体组合而成，所述辅承重层上的网眼成倒锥状结构，上大下小。
  3. 根据权利要求1或2所述的网式保温护理床，其特征是辅承重层的刚性体边沿具有悬挂孔，辅承重框上设有悬挂柱，辅承重层通过悬挂孔与辅承重框的悬挂柱安装在一起；所述辅承重框上的各个悬挂柱，能相对辅承重框作垂直方向的独立调节，垂直调节的位移量不大于7cm。
  4. 根据权利要求1所述的网式保温护理床，其特征是该辅承重层的网格支撑体由纵横等距排列的不锈钢丝和限位板组合而成，所述的不锈钢丝两端分别穿过限位板小孔后与弹簧一端紧固，弹簧另一端固定在辅承重框上；所述的限位板与辅承重框之间的距离可调整并且可以在选定位置被固定。
  5. 根据权利要求1、2或4所述的网式保温护理床，其特征是辅承重框与床框形成间距可调节的定位结构，辅承重框垂直方向可以升降的最大范围不大于8cm。
  6. 根据权利要求1所述的网式保温护理床，其特征是网状织物的网孔直经或网孔的内切圆直径是构成网孔的经、纬线直径的2倍至6倍，构成网孔的径、纬线直径小于0.55mm，网孔直径或网孔的内切圆直径小于1.5mm，一个网孔单元的网孔开口面积占该网孔单元总面积的35%至78%；所述的网状织物的厚度小于1.1mm；所述的网状织物至少有二边悬挂于床框相对的二对应边之间，形成相互定位结构。
  7. 根据权利要求1或6所述的网式保温护理床，其特征是网状织物沿经线或纬线之一方向或者两个方向，具有密集经线或者纬线组成的交织条，所述的交织条由2至5根紧密排列的经线或者纬线组成，所述的交织条呈梳状或格栅状条纹均匀分布于所述的网状织物上，二个相邻的交织条的最小间距是3mm，最大间距是50mm；在所述的交织条表面沟槽涂覆并填充防水的粘结物质。
  8. 根据权利要求1所述的网式保温护理床，其特征是喷淋管安装在网状织物与辅承重层之间，安装的位置在床框或者辅承重框的喷淋管槽内，喷淋管不用时隐藏于喷淋管槽内。
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