M442834 五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種可供使用者躺臥其上的氣墊床，尤 指一種可偵測體重之氣墊床。 【先前技術】 有許多種疾病的患者需要定時量測及紀錄體重，以便 醫師追蹤及判斷患者的病情；然而，對於需要如此作為的 φ患者來說，多半係難以自身移動的病患，甚至可能是身體 綠療或植物人；對於該類型的患者而言，現有技術之量測 方式為使用一種結合體重機及起重機的機具，將患者全身 吊起來以量測其體重’但該種方式不僅需要特殊機具並且 操作不便，對於被吊起的患者來說，除了生理上感到不適， 心理上亦同樣感到不舒服，因此該量測體重之方式實有待 加以改良。 【新型内容】 ® 有鏗於前述現有技術對於不便移動的患者的量測體重 方式’其操作不便且患者容易感到不適的缺點及不足，本 創作提供一種可偵測體重之氣墊床，其無需移動患者便可 直接量測及紀錄體重。 為達到上述的創作目的，本創作所採用的技術手段為 設計一種可偵測體重之氣墊床，其中包含： 一底座； 至少一感測單元，其設於底座上，各感測單元包含有 一氣囊袋、一管線及一感應器，管線一端與氣囊袋相連接 i 3 M442834 且相通，管線另一端連接感應器； 一控制系統，其與各感測單元的感應器成電連接； 一氣墊組’其設於各感測單元上。 本創作之優點在於，使用時，使用者躺在氣墊組上， 而使用者的體重則透過氣墊組而壓迫到下方的感測單元的 氣囊袋，氣囊袋受到壓迫而致使内部的氣體往相通的管線的 另一端移動，而連接管線端部的感應器便會感受到壓力差， 與感應器成電連接的控制系統便可藉由壓力差的數據而轉 換成體重及其變化；本創作藉此無須移動使用者，便可直接 量測及紀錄使用者的體重。 進一步而言，所述之可偵測體重之氣墊床，其中氣塾 組包含有複數氣墊，該等氣墊直線排列設置。或者是，所 述之可偵測體重之氣墊床，其中：氣墊組包含有_第一氣 墊組及一第二氣墊組’第一氣墊組及第二氣墊組分別包含 有複數氣塾’第一氣墊組及第二氣墊組的氣墊交錯排列設 置；進一步包含有一泵浦，泵浦包含有兩出氣口，該兩出 氣口分別以氣管連接第一氣墊組及第二氣塾組。或者是， 所述之可偵測體重之氣塾床，其中：氣塾組包含有一第一 氣塾組、一第二氣墊組及一底氣塾組，第一氣墊組、第二 氣墊組及底氣墊組分別包含有複數氣墊，第一氣墊組及第 二氣塾組的氣墊交錯排列設置，底氣墊組的各氣墊位於第 一氣塾組或第二氣墊組的其中一氣墊的下方；進一步包含 有栗'甫’泵浦包含有三出氣口，該三個出氣口分別以氣 官連接第一氣墊組、第二氣墊組及底氣墊組。藉由將氣墊 組分成第一氣墊組及第二氣墊組，以可使該等氣墊組輪流 M442834 •洩氣至一定程度，而洩氣之氣墊組與使用者之間具有—定 之空隙，該等空隙便可使空氣流通，進而避免使用者長期 躺臥於床上而產生褥瘡等疾病。 進一步而言，所述之可偵測體重之氣墊床，其中各感 測單元的氣囊袋為長條形。 進一步而言，所述之可偵測體重之氣墊床，其中包含 有三個感測單元，該三個感測單元間隔設置。藉由設置複 數感測單元，並且該等感測單元設於不同之位置，以可同 籲時將使用者位於床上的不同位置所造成的誤差，一併納入 控制系統的計算考量，進而可獲得更準確的體重紀錄。 進一步而言’所述之可偵測體重之氣墊床，其中底座 包含有一内部空間及一上端開口；各感測單元及氣墊組設 於底座内’氣墊組的頂側高於底座的上端開口周緣。 進一步而言，所述之可偵測體重之氣墊床，其中進一 步包含有一外罩’外罩罩設氣墊組及底座。 # 【實施方式】 以下配合圖示及本創作之較佳實施例，進—步闡述本 創作為達成預定創作目的所採取的技術手段。 凊參閱圖1及圖2所示，本創作之可偵測體重之氣墊 床包含有一底座10、至少一感測單元2〇、一控制系統3〇 及一氣墊組40 ;在本實施例中，進一步包含有一泵浦5〇 及一外罩60。 清參閱圖2及圖3所示，前述之底座10在本實施例中 外圍輪廓為長方型，且包含有一内部空間及一上端開口， 底座10的一侧壁面貫穿設有一穿孔11。 5 M44Z5J4 閱圖2至圖4所不，前述之感測單元20設於底座 二上，各感測單元20包含有一氣囊袋21、—管線22及一 3 ’管線22 —端與氣囊袋21相連接且相通，管線 22另一端連接感應器23;在本實施例中包含有三個感測單 2 ’該二個感測單元2〇平行間隔設置；各感測單元20 吕又於底座1 0内，且營始9 〇办ϊ s線22穿出於底座1〇的穿孔11 ;氣 囊k 21為長條形。 則述之控制系統30與各感測單元2〇的感應器Μ成電 連接。 :述之氣塾組40設於各感測單元20上；在本實施例 中丄氣，組40包含有—第—氣墊組41、—第二氣塾組π 及一底氣墊组43，第一廣執細哲-友+ 乳垫、41、第一氧墊組42及底氣 分別包含有複數長條形的氣墊4”、421、431，第 一氣塾組41及第二氣塾組42的氣墊411、421沿著底座 1〇的長邊方向交錯排列設置，底氣塾組43的各氣塾431 位於第-氣塾…第二氣塾組42的其中一氣=1 421的下方；氣塾組40設於底座10内’第一氣塾組41及 第二氣墊組42的頂側高於底座10的上端開口周緣。 —前述之栗浦50包含有三出氣口，該三個出氣口分別以 亂官51連接第—氣独41、第二氣塾組42及底氣塾組 43,果浦50與控制系統3〇裝設在一起，並且兩者5〇、3〇 成電連接。 前述之外罩6〇罩設氣墊組4〇及底座彳〇，外罩6〇之 -側貫穿有—穿孔61，該穿孔61供感測單元2〇的管線Μ 及泵浦50的氣管51穿設通過。 11442834 -月參閱圖2至圖4所示’本創作使用時，使用者躺在 外罩60上，使用者的體重則透過氣墊組而壓迫到下方 的感測單元20的氣囊袋21，氣囊袋21受到壓迫而致使内 部的氣體往相通的管線22的另一端移動（如圖4所示），而 g'線2該端上的感應器23便會感受到管線22内的壓力提 升；當使用者的體重增加時，氣囊袋21受到更大的壓迫， 因此官線22内的壓力會提升至相對應的程度；而當使用者 的體重減輕時，氣囊袋21本身的材質會對應減輕的程度而 籲使氣囊袋21朝原始的形狀及體積回復’氣囊袋21的體積 變大，管線22内的壓力便會相對地減少；而與感應器23 成電連接的控制系統30便可藉由壓力及其變化的數據而轉 換成體重及其變化；本創作藉此無須移動使用者，便可直 接量測及紀錄使用者的體重。 此外’藉由同時使用複數感測單元20，並且該等感測 單元20設於不同之位置，以可同時將使用者位於床上的不 同位置所造成的誤差’一併納入控制系統3〇的計算考量， 進而可獲得更準確的體重紀錄。 凊參閱圖3及圖4所示’再者’本創作使用時，另外 可藉由泵浦50使第一氣墊組41或第二氣墊組42的氣墊 41 1、421消氣至一定程度，藉此使用者與消氣之氣墊間便 會具有一定之間隙’而該間隙便可讓空氣通過流通，進而 有效避免使用者因長期臥床而產生褥瘡等疾病；而控制系 統3 0使果浦5 0讓第一氣塾組41及第二氣塾組4 2定時且 交替地消氣’藉此以有效避免患者背部的各個部位產生褥 瘡；又，底氣墊組43不論何時，皆會處於飽滿之狀態，以 7 M442834 維持一定之支撐及躺臥之舒適度。 以上所述僅是本創作的較佳實施例而已，並非對本創 作做任何形式上的限制’雖然、本創作已以較佳實施例揭露 如上，然而並非用以限定本創作，任何所屬技術領域中具 有通常知識者，在不脫離本創作技術方案的範圍内，當^ 利用域揭示的技術内容作出些許更動或修飾為等同:化 的等效貫施例，但凡是未脫離本創作技術方案的内六 據本創作的技術實質對以上實施例所作的任何簡單=依 等同變化與修飾，均仍屬於本創作技術方案的範圍内〃、 【圖式簡單說明】 圖1係本創作之立體外觀示意圖。 圖2係本創作之元件分解示意圖。 圖3係本創作之侧視剖面示意圖。 圖4係本創作使用時之放大側視剖面示意圖。 【主要元件符號說明】 1 〇底座 11穿孔 20感測單元 21氣囊袋 22管線 23感應器 3〇控制系統 40氣墊組 41第一氣墊組 411氣墊 42第二氣墊組 421氣墊 43底氣墊組 431氣墊 50泵浦 51氣管 60外罩 61穿孔M442834 V. New Description: [New Technology Area] This creation relates to an air bed that allows the user to lie on it, especially an air bed that can detect weight. [Prior Art] Patients with many kinds of diseases need to regularly measure and record their weight so that the doctor can track and judge the patient's condition; however, for patients with φ who need to do this, most of them are patients who are difficult to move by themselves, and may even It is a body green therapy or a vegetative person; for this type of patient, the prior art measurement method is to use a machine that combines a weight machine and a crane to hoist the patient to measure its weight', but this method requires not only special The machine is inconvenient to operate, and the patient who is being lifted is psychologically uncomfortable in addition to physical discomfort, so the method of measuring the weight needs to be improved. [New Content] ® In contrast to the above-mentioned prior art techniques for measuring the weight of a patient who is inconvenient to move, which is inconvenient and difficult for the patient to feel uncomfortable, the present invention provides an air-cushion bed that can detect weight without moving. The patient can directly measure and record the weight. In order to achieve the above-mentioned creative purpose, the technical means adopted in the present invention is to design a air bed capable of detecting weight, comprising: a base; at least one sensing unit, which is disposed on the base, each sensing unit includes an air bag a bag, a pipeline and a sensor, one end of the pipeline is connected to the airbag bag and connected to the airbag bag, and the other end of the pipeline is connected to the inductor; a control system is electrically connected with the sensors of the sensing units; an air cushion group' It is arranged on each sensing unit. The advantage of this creation is that, in use, the user lies on the air cushion group, and the weight of the user is pressed through the air cushion group to the airbag bag of the sensing unit below, and the airbag bag is pressed to cause the internal gas to communicate with each other. The other end of the pipeline moves, and the sensor connected to the end of the pipeline senses the pressure difference. The control system that is electrically connected to the inductor can be converted into weight and its change by the pressure difference data. You can directly measure and record the user's weight without moving the user. Further, the air-cushion bed capable of detecting weight, wherein the air-steam group comprises a plurality of air cushions arranged in a straight line. Or the air cushion bed capable of detecting the weight, wherein: the air cushion group comprises a first air cushion group and a second air cushion group, the first air cushion group and the second air cushion group respectively comprise a plurality of air cushions, the first air cushion The air cushions of the group and the second air cushion group are staggered; further comprising a pump, the pump includes two air outlets, and the two air outlets are respectively connected by the air tube to the first air cushion group and the second air cushion group. Alternatively, the air squatting machine can detect the weight, wherein the air smashing group comprises a first air smashing group, a second air cushioning group and a bottom air smashing group, and the first air cushion group, the second air cushion group and the bottom air cushion group respectively Including a plurality of air cushions, the air cushions of the first air cushion group and the second air cushion group are staggered, and the air cushions of the bottom air cushion group are located below one of the air cushions of the first air cushion group or the second air cushion group; further including a chestnut '甫' The pump includes three air outlets, and the three air outlets respectively connect the first air cushion group, the second air cushion group and the bottom air cushion group with a gas officer. By forming the air cushion component into the first air cushion group and the second air cushion group, the air cushion group can be ventilated to a certain extent, and the air cushion group and the user have a certain gap, and the gaps are The air can be circulated, thereby preventing the user from lying on the bed for a long time and causing diseases such as acne. Further, the air-cushion bed capable of detecting the weight, wherein the airbag bag of each sensing unit is elongated. Further, the air bed capable of detecting body weight comprises three sensing units, and the three sensing units are spaced apart. By providing a plurality of sensing units, and the sensing units are disposed at different positions, the errors caused by the user's different positions on the bed can be included in the calculation of the control system. A more accurate weight record. Further, the air-cushion bed capable of detecting the weight, wherein the base comprises an inner space and an upper end opening; each sensing unit and the air cushion group are disposed in the base; the top side of the air cushion group is higher than the upper end opening edge of the base . Further, the air-cushion bed capable of detecting weight, further comprising an outer cover s covering the air cushion set and the base. # [Embodiment] The following is a description of the preferred embodiment of the present invention and the technical means taken by the author for the purpose of achieving the intended creation. As shown in FIG. 1 and FIG. 2, the air-cushion bed of the present invention includes a base 10, at least one sensing unit 2, a control system 3A, and an air cushion set 40; in this embodiment, Further included is a pump 5 〇 and a cover 60. As shown in FIG. 2 and FIG. 3, in the embodiment, the base 10 has a rectangular outer periphery and includes an inner space and an upper end opening. A side wall of the base 10 is provided with a through hole 11 . 5 M44Z5J4 Referring to FIG. 2 to FIG. 4, the sensing unit 20 is disposed on the base 2. Each sensing unit 20 includes an airbag bag 21, a pipeline 22, and a 3' pipeline 22 end connected to the airbag pocket 21. Connected and connected, the other end of the pipeline 22 is connected to the inductor 23; in this embodiment, three sensing units 2' are included; the two sensing units 2 are arranged in parallel; each sensing unit 20 is in the base 10 And the squad 22 is pierced by the perforation 11 of the base 1; the airbag k 21 is elongated. The control system 30 is then electrically connected to the sensors of each of the sensing units 2A. The gas group 40 is disposed on each sensing unit 20; in the present embodiment, the group 40 includes a - air cushion group 41, a second air group π and a bottom air cushion group 43, the first wide The syllabus-friend+milk pad 41, the first oxygen pad group 42 and the bottom gas respectively comprise a plurality of elongated air cushions 4", 421, 431, an air cushion 411 of the first air enthalpy group 41 and the second air enthalpy group 42, 421 are staggered along the longitudinal direction of the base 1〇, and the respective air 塾 431 of the bottom air enthalpy group 43 is located below the first air enthalpy of the second air enthalpy group 42; the air enthalpy group 40 is disposed in the base 10 The top side of the first air cushion group 41 and the second air cushion group 42 is higher than the upper end opening edge of the base 10. The aforementioned Lipu 50 includes three air outlets, and the three air outlets are respectively connected by the chaotic officer 51. The second gas group 42 and the bottom gas group 43, the fruit pump 50 and the control system 3 are installed together, and the two are connected to each other 5〇, 3〇. The outer cover 6 is covered with an air cushion group 4〇 and a base. The through hole 61 is penetrated through the outer side of the outer cover 6 to penetrate the line Μ of the sensing unit 2〇 and the air tube 51 of the pump 50. 11442834 - month, as shown in Fig. 2 to Fig. 4, when the user uses the present invention, the user lies on the outer cover 60, and the weight of the user is pressed through the air cushion group to the airbag bag 21 of the sensing unit 20 below, the airbag bag. 21 is pressed to cause the internal gas to move to the other end of the communicating line 22 (as shown in Figure 4), and the inductor 23 at the end of the g' line 2 senses the pressure rise in the line 22; When the weight of the person is increased, the airbag bag 21 is subjected to greater compression, so the pressure in the official line 22 is raised to a corresponding extent; and when the weight of the user is reduced, the material of the airbag bag 21 itself is correspondingly reduced. While the airbag bag 21 is urged to return to the original shape and volume, the volume of the airbag bag 21 becomes larger, and the pressure in the line 22 is relatively reduced; and the control system 30 electrically connected to the inductor 23 can be pressurized. And its changing data is converted into weight and its changes; this creation can directly measure and record the user's weight without moving the user. In addition, by using the complex sensing unit 20 at the same time, and the sense Measuring unit 20 is located at different positions, so that the error caused by the user's different positions on the bed can be included in the calculation of the control system, and a more accurate weight record can be obtained. 图 See Figure 3 and Figure 4. When the present invention is used, the air cushions 41 1 and 421 of the first air cushion group 41 or the second air cushion group 42 can be degassed to a certain extent by the pump 50, thereby the user and the air cushion. There will be a certain gap' and the gap will allow air to pass through, which will effectively prevent the user from acne and other diseases caused by prolonged bed rest; and the control system 30 makes the fruit pump 50 make the first gas group 41 and the second The air-breathing group 4 2 periodically and alternately degassed 'to effectively avoid the occurrence of hemorrhoids in various parts of the patient's back; in addition, the bottom air cushion group 43 will be full at any time, maintaining a certain support and lying at 7 M442834. Comfort. The above description is only a preferred embodiment of the present invention, and does not impose any form limitation on the present invention. Although the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the present invention, and any technical field is Those who have the usual knowledge, within the scope of this technical solution, use the technical content revealed by the domain to make some changes or modifications to the equivalent: the equivalent of the embodiment, but not within the technical solution of this creation According to the technical essence of the present invention, any simple changes and modifications made to the above embodiments are still within the scope of the technical solution of the present invention. [Simplified description of the drawings] FIG. 1 is a schematic diagram of the three-dimensional appearance of the present invention. Figure 2 is a schematic exploded view of the components of the present invention. Figure 3 is a side cross-sectional view of the creation. Figure 4 is an enlarged side elevational cross-sectional view of the present invention. [Main component symbol description] 1 〇 base 11 perforation 20 sensing unit 21 airbag bag 22 pipeline 23 sensor 3 〇 control system 40 air cushion group 41 first air cushion group 411 air cushion 42 second air cushion group 421 air cushion 43 bottom air cushion group 431 air cushion 50 pump 51 air pipe 60 cover 61 perforation