M405205 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種床墊結構，特別是指一種可調整床塾之彈性支撑 力，據此達到針對不同使用者卻可提供相同舒適度之床構。 【先前技術】 在科技時代的帶弓丨下，人們生活的步調漸漸加快，並於忙碌的生活工 商社會中，各種外在因素的壓力也在生活當中如影隨行，在—天的疲勞之 後，每個人都希望能有良好的睡眠品f，以調節身碰復充分的放鬆。 現在人們除了 作及日常生活’人的_生有三分之—的時間都在睡眠 中渡過’固舰關乎著生活品質，更會直接影響身體健康，所以人們對 於床墊的要求，也是現代社會的需求與趨勢，然而，以往的床塾多是一體 成型，為了可⑽到舰個人的喜好，細整床鱗構的軟硬程度，且必 須花大筆的金錢去做調整的更換，乃存在諸多的麻煩與不便；目前習用床 墊結構係包含床墊本體及設置於床墊本體内之彈性體，惟目前習用之床墊 結構於使用時，仍存在諸多缺失，茲分述如下： 1. 當床墊使用一段時間後，會造成床墊内部彈性體的損壞，使其形成局 部凹陷狀，並使睡眠品質受到影響。 2. 習用床墊於使用時，其表面各位置之彈性程度均相同，並不能做更 換，且無法達到依個人喜好及睡眠習慣，來調整床墊的彈性程度，使習用 床墊内之彈性體會依照所承受的重量而壓縮，並無具備人體支撐的功效。 3. 習用床墊於使用時，彈性體係為一體成型，所以會產生連動效應，且 於雙人床上使用時，若兩人有不同的睡眠習慣時，會在睡眠時造成一人翻 3 M405205 身而影響到他人的情形，間接影響睡眠品質，若欲解決此情形就必須另 行購買另一組較適合兩人之床墊，造成成本上之負擔。 【新型内容】 本創作之目的係可調整活動板之上、下移動的位置，致使活動板上的 第二彈性體可增加第一彈性體的彈性係數，導致床墊之彈性支撐力係可被 調整，以針對不同的使用者，提供不同的彈性支撐，當使用者躺於床墊上， 即可控制床墊下沉的幅度，進而達到人體支撐之床墊結構。 為了達此一目的，本創作係包含有固定於床墊本體内之固定板，固定 板上戍有至少一個以上之第一彈性體，並於第一彈性體底端則設有彈性體 谷置礼，使得下述第二彈性體可自第一彈性體内部由下往上活動設置；固 定板下方則設有一活動板，並於活動板上設有與彈性容置孔相對應之第二 彈性體，活動板底部設有至少一組以上之升降裝置，該升降裝置包含馬達 及設置於馬達上並與活動板相互連接之動力輸出轴，使得活動板透過動力 輸出軸之帶動而得以上、下移動。 當升降裝置將活動板朝固定板方向上移時，活動板上之第二彈性體則 穿過彈性體容置孔上移，此時使用者若平躺於床塾時，除第一彈性體受到 使用者之重量而壓縮並支撐外，第二彈性體亦相同提供使用者支撐之力 量，藉此&尚床塾之彈性支揮力；反之，若使用者欲減少床塾之彈性支撐 力時，則可透過升降裝置將活動板下移，降低第二彈性體之高度’使其避 免與平躺於床墊之使用者接觸’達到降低床墊支撑力之效。 於一實施例中，該彈性體容置孔除可設置於第一彈性體内部底端外， 更可設置於兩第一彈性體間，使得第二彈性體透過活動板上升時，係位於 M405205 兩第一彈性體間’仍可達到調整床墊彈性支撐力之目的β 於一實施例中，該升降裝置係設置於活動板四個角落。 於一實施例中’該升降裝置係設置於活動板中央位置。 於一實施例中，該升降裴置之動力輸出軸係可為螺桿。 於-實施例中’該第-彈性體與第二彈性體之位置配置係為蜂巢狀排 列設置。 於-實施例中，該第-雜體與第二彈性體之位置配置係為平行排列 設置。 於-實施例中，該第-彈性體與第二彈性體之仅置配置係為規律交錯 排列設置。 於-實施财，該第-彈性體之上表層係設娜性層，並於綠本體 外緣包覆一床包’藉此提高使用者舒眠之效。 於-實施例中，該升降裝置係連接設有遙控接收器與遙控發射器，提 供使用者透過遙控發㈣發射訊號至遙控接收器，進而透過遙控接收器控 制升降裝置之升降作動。 於-實施例中，該第-彈性體與第二彈性體之間隙係設有導引體。 【貫施方式】 請參閱第-®至第三_^為本創作所提供之床钱構之立體分解 結構、立體組合結構'側面結構及第二彈性體於側面結構之作動示意圖， 該床墊本體1中包含有： 一固定板2，顧定板制定於床私體丨中爾板2上設置有複數 彈性體容置孔22，每-雜體容置孔22頂面外緣㈣合有1 一彈性體 5 M405205 21，使彈性容置孔22與第一彈性體21中空内部相對應； 一活動板3，該活動板3上結合有與固定板2之彈性容置孔22相對應 的第二彈性體31，活動板3係設置於固定板2下方，使第二彈性體31與彈 性容置孔22相對應，致使第二彈性體31可自第一彈性體2丨内部由下往上 活動； 至少一組以上之升降裝置5，該升降裝置5係設置於活動板3底部，於 本實施例中，該升降裝置5係分別設置於活動板3底部之四個角落惟需 注意的是並不以此位置為限，亦可設置於活動板3底部之中央位置該升 降裝置5包含馬達51及設置於馬達51上並與活動板3相互連接之動力輸 出軸52，該動力輸出軸52係為螺桿，當馬達51轉動時，透過螺桿之轉動 使得活動板3透過動力輸出轴52之帶動而得以上、下移動；此外本創作 之升降裝置5係可連接遙控裝置（圖中未標示），該遙控|置包含—遙控接 收器與遙控發射器（圖中未標示），該遙控接收H係、與馬達51相互電性連 接，並接收來自遙控發射器之訊號，據此得以控制馬達51之運轉而遙控 發射器則至少可發出開啟、上升或τ降之訊號至遙控接收器上，提供使用 者透過遙控發射H發射訊號至遙控接收器而控浙降裝置5之升降作動。 一彈性層4，係設置在第一彈性體21之表層； 一床包6，係將固定板2、第一彈性體21、活動板3、第二彈性體31 及升降裝置5包覆。 上述透過遙控裝置控制升降裝置5的作動僅為本案之較加實施方式， 有用以侷限本案之專利範圍，無論以手動或自動方式控制升降裝置動 作’皆應包含在本案之申請專利範圍中。 M405205 4參閱第四圖及第五圖所示，為本創作所提供之床墊結構之第二彈性 體於側面結構之作動示意圖及側面結構實施示意圖；當使用者欲提高床墊 之彈性支樓力時，係啟動升降裝置5之馬達51，使得馬達51帶動動力輸出 轴52將活動板3朝固定板2方向上移時，活動板3上之第二彈性體μ則 穿過彈性體谷置孔22上移，此時使用者若平躺於床墊時，除第一彈性體21 又到使用者之重量而壓縮並支料，第二彈性體31亦相同提供使用者支撐 之力里’藉此提高絲之彈性續力；反之，若使用者欲減少床塾之彈性 支推力時’則可透過升降裝置5之馬達M作動將活動板3下移，降低第二 彈性體31之高度，使其使用者平躺於床塾時，僅與第一彈性體21接觸， 達到降低床墊彈性支撐力。 另外’該活動板3上移的距離可交由使用者自行控制，使用者可選擇 ϋ的將活動板3上之第二彈性體31上移至第—彈性體U之Μ位置處或 I/2位置處或Μ的位置處或將第二彈性體W上移至與第—彈性趙^等高 或任一位置處’無論何種形式，第—彈簧21於承受重量時會產生不同下沉 幅度及彈性支撐。 請參閱第六圖所示，為本創作床墊結構之另—實施立體結構示意圖； :本實施财a置於固定板2上之雜體容置孔22除與第—彈性體2ι 中空内部相對應外，亦可設置於兩第—彈性體21間，換句話說，使得第二 彈性體Μ可交錯設置於兩第—彈性體21之間，當制者欲提高床塾本體！ 之彈性支撑力時’係啟動升降裝置5之馬達51，使得馬達51帶動動力輸出 ㈣將活動板3朝固定板2方向上移時，活動板3上之第二彈㈣Μ則 穿過彈_置孔22上移，並位於耐―雜21 Μ，此日細者若平 M405205 躺於床塾時’除第-彈性體21受到使用者之重量而壓縮並支料，第二彈 性體31亦相同提供使用者支撐之力量，藉此提高床墊之彈性支撐力·,反之， 若使用者欲減少床墊之彈性支撐力時，則可透過升降裝置5之馬達Μ作動 將活動板3下移’降低第二彈性體31之高度，使其使用者平躺於床塾時， 僅與第一彈性體21接觸，達到降低床墊彈性支撐力。 請參閱第七圖A、B、C所示，為本創作床墊結構第一彈性體及第二彈 ft體之第-平面、第二平面、第三平面配置示意圖，此三張示意圖係分別 顯示第-瓶體2丨與第二雜體31設置於雜本體〗時之排顺置位置， 第七圖A係顯示第一彈性體21與第二彈性體31間係為蜂巢狀排列設置， 亦即第-彈性體21與第二彈性體31間係為緊密且相互翅之排列方式， 如同蜂巢之排列方式型態；第七圖B麵示第_彈性趙21與第二彈性體 31間係為相互平行之湖設置；第七圖c臟示第—彈性體21與第二彈 f生體31之位ig己置係為規律交錯排列設置，此排列設置係第一彈性體刀 與第二彈⑽31為平行排顺置，然而在平行制設置之位置上將第-彈 性體21與第二彈性體31交錯排列；無論第-彈性體21及第二彈性體31 係透過何種方讀列，其係皆可制調整床塾彈性支射之效。 請參閱第八圖所示，為本創作床墊結構之又一實施立體結構示意圖； 於本實施例中’為了避免第二彈性體31上移至第-彈性體21内時，因角 度偏差造成第二彈性體31與第_彈性體U間之碰撞變形因此於第一彈 性體21與第二彈性體31之間隙設有導引體7,具此可導引第二彈性體31 之位移作動方向，同時避免第二彈性體31或第-彈性體21因碰推而產生 之變形。上述之導㈣7可為泡棉。 M405205 本創作與習用產品相較下，並具有以下優點： 本創作係可調整活動板之上、下移動的位置，致使活動板上的第二彈 性體可增加第-彈性體的雜紐，導致床势之彈性支擇力係可被調整， 以針對不_制者’提供不_彈性支撑，t使用者躺於床墊上，即可 控制床墊下沉的幅度，進而達到人體支撐之目的。 【圖式簡單說明】 第一圖為本創作床墊結構之立體分解結構示意圖。 第一圖為本創作床墊結構之立體組合結構示意圖。 第二圖為本創作床墊結構之側面結構示意圖。 第四圖為本創作床塾結構之第二彈性體於側面結構之作動示意圖。 第五圖為本創作床墊結構之側面結構實施示意圖。M405205 V. New description: [New technical field] This creation is about the mattress structure, especially the elastic support force of the adjustable mattress, which can provide the same comfort for different users. Bed structure. [Prior Art] In the era of science and technology, the pace of people's life is gradually accelerating, and in the busy life of the business community, the pressure of various external factors is also accompanied by life, after the fatigue of the day Everyone wants to have a good sleep product f to adjust the body to fully relax. Nowadays, people have to spend the rest of their lives in the daily life of 'the human being's life.' The solid ship is related to the quality of life, and it will directly affect the health of the body. Therefore, people's requirements for mattresses are also modern society. Demands and trends, however, the previous bed mattresses are mostly integrated, in order to (10) to the ship's personal preferences, to fine the bed's soft and hard scale, and must spend a lot of money to make adjustments, there are many The trouble and inconvenience; the conventional mattress structure includes the mattress body and the elastic body disposed in the mattress body. However, there are still many defects in the conventional mattress structure when used, and the following are as follows: 1. When After the mattress is used for a period of time, it will cause damage to the elastomer inside the mattress, causing it to form a partial depression and affecting the quality of sleep. 2. When using the mattress, the elasticity of each position on the surface of the mattress is the same, and it cannot be replaced, and it is not possible to adjust the elasticity of the mattress according to personal preference and sleep habits, so that the elastic body in the mattress is used. Compressed according to the weight it bears, it does not have the effect of human body support. 3. When the mattress is used, the elastic system is integrally formed, so it will have a linkage effect. When the double bed is used, if the two have different sleep habits, it will cause one person to turn 3 M405205 while sleeping. In the case of other people, the quality of sleep is indirectly affected. If you want to solve this situation, you must purchase another set of mattresses that are more suitable for two people, resulting in a cost burden. [New content] The purpose of this creation is to adjust the position of the upper and lower movement of the movable plate, so that the second elastic body on the movable plate can increase the elastic coefficient of the first elastic body, so that the elastic supporting force of the mattress can be The adjustment is to provide different elastic support for different users. When the user lies on the mattress, the amplitude of the sinking of the mattress can be controlled, thereby achieving the structure of the mattress supported by the human body. In order to achieve the purpose, the present invention comprises a fixing plate fixed in the mattress body, the fixing plate is provided with at least one first elastic body, and the bottom end of the first elastic body is provided with an elastic body valley. The second elastic body can be arranged from the bottom to the top of the first elastic body; a movable plate is disposed under the fixing plate, and a second elastic corresponding to the elastic receiving hole is disposed on the movable plate. The bottom of the movable plate is provided with at least one set of lifting devices, and the lifting device comprises a motor and a power output shaft disposed on the motor and connected to the movable plate, so that the movable plate can be driven up and down through the power output shaft mobile. When the lifting device moves the movable plate upward in the direction of the fixing plate, the second elastic body on the movable plate moves up through the elastic body receiving hole, and the user removes the first elastic body when lying flat on the mattress. The second elastic body also provides the strength of the user's support by the weight of the user, and the elastic force of the bed is also provided; otherwise, if the user wants to reduce the elastic support force of the mattress At the same time, the movable plate can be moved down by the lifting device to lower the height of the second elastic body 'to avoid contact with the user lying on the mattress' to reduce the support force of the mattress. In one embodiment, the elastic accommodating hole may be disposed outside the inner bottom end of the first elastic body, and may be disposed between the two first elastic bodies, so that when the second elastic body is raised through the movable plate, it is located at M405205. The purpose of adjusting the elastic support force of the mattress can still be achieved between the two first elastomers. In one embodiment, the lifting device is disposed at four corners of the movable panel. In an embodiment, the lifting device is disposed at a central position of the movable panel. In an embodiment, the power output shaft of the lifting device can be a screw. In the embodiment, the positional arrangement of the first elastomer and the second elastomer is arranged in a honeycomb arrangement. In the embodiment, the positional arrangement of the first and second elastomers is arranged in parallel. In the embodiment, the first configuration of the first elastomer and the second elastomer is arranged in a regular staggered arrangement. In the implementation, the surface layer of the first elastomer is provided with a layer of a layer and a bag is coated on the outer edge of the green body to enhance the user's sleep. In the embodiment, the lifting device is connected with a remote control receiver and a remote control transmitter, and the user is provided with a remote control (four) transmitting a signal to the remote control receiver, and then controlling the lifting device by the remote control receiver. In the embodiment, the gap between the first elastic body and the second elastic body is provided with a guiding body. [Comprehensive method] Please refer to the third to third structure of the bed structure provided by the author, the three-dimensional structure of the three-dimensional structure and the side structure of the second elastic body, the mattress The main body 1 comprises: a fixing plate 2, the Guding plate is formed on the bed private body, the middle plate 2 is provided with a plurality of elastic body accommodating holes 22, and the outer edge (four) of each top of the miscellaneous body accommodating hole 22 is combined 1 an elastic body 5 M405205 21, the elastic receiving hole 22 corresponds to the hollow interior of the first elastic body 21; a movable plate 3 to which the movable receiving plate 3 is coupled with the elastic receiving hole 22 of the fixed plate 2 The second elastic body 31 is disposed below the fixing plate 2, so that the second elastic body 31 corresponds to the elastic receiving hole 22, so that the second elastic body 31 can be moved from the inside to the inside of the first elastic body 2 At least one or more lifting devices 5 are disposed on the bottom of the movable panel 3. In the present embodiment, the lifting devices 5 are respectively disposed at four corners of the bottom of the movable panel 3, but only attention is required. It is not limited to this position, and it can also be placed at the center of the bottom of the movable panel 3. The lifting device 5 includes a motor 51 and a power output shaft 52 disposed on the motor 51 and connected to the movable plate 3. The power output shaft 52 is a screw. When the motor 51 rotates, the movable plate 3 transmits power through the rotation of the screw. The output shaft 52 is driven to move up and down; in addition, the lifting device 5 of the present invention can be connected to a remote control device (not shown), and the remote control device includes a remote control receiver and a remote control transmitter (not shown) The remote control receives the H system, is electrically connected to the motor 51, and receives a signal from the remote control transmitter, thereby controlling the operation of the motor 51, and the remote control transmitter can send at least a signal of opening, rising or τ drop to the remote control. On the receiver, the user is provided to remotely transmit the H-transmitted signal to the remote-controlled receiver to control the lifting operation of the Zhejiang-lowering device 5. An elastic layer 4 is disposed on the surface layer of the first elastic body 21; a bed package 6 covers the fixing plate 2, the first elastic body 21, the movable plate 3, the second elastic body 31, and the lifting device 5. The above-mentioned operation of controlling the lifting device 5 through the remote control device is only an embodiment of the present invention, and the patent scope for limiting the case, whether the manual operation or the automatic control of the lifting device operation is included in the patent application scope of the present application. M405205 4 refers to the fourth and fifth figures, which is a schematic diagram of the operation of the second elastic body of the mattress structure provided by the creation of the side structure and the side structure; when the user wants to improve the elastic branch of the mattress When the force is applied, the motor 51 of the lifting device 5 is activated, so that when the motor 51 drives the power output shaft 52 to move the movable plate 3 upward toward the fixed plate 2, the second elastic body μ on the movable plate 3 passes through the elastic valley. The hole 22 is moved upward. When the user lies flat on the mattress, the first elastic body 21 is compressed and supported by the weight of the user, and the second elastic body 31 is also provided with the force of the user's support. Thereby, the elastic continuation force of the wire is increased; on the contrary, if the user wants to reduce the elastic supporting force of the mattress, the movable plate 3 can be moved downward by the motor M of the lifting device 5 to lower the height of the second elastic body 31, When the user is lying on the mattress, only the first elastic body 21 is in contact with each other to reduce the elastic supporting force of the mattress. In addition, the distance moved by the movable panel 3 can be controlled by the user, and the user can select the second elastic body 31 on the movable panel 3 to move to the position of the first elastic body U or I/. 2 position or Μ position or move the second elastic body W up to the same height as the first elastic ^ ^ or any position 'no matter what form, the first spring 21 will produce different sinking when subjected to weight Amplitude and elastic support. Please refer to the sixth figure, which is a schematic diagram of the three-dimensional structure of the mattress structure of the present invention; the heterogeneous accommodating hole 22 disposed on the fixing plate 2 of the present invention is divided into the hollow inner phase of the first elastic body 2 Correspondingly, it can also be disposed between the two first elastic bodies 21, in other words, the second elastic body Μ can be alternately disposed between the two first elastic bodies 21, when the maker wants to raise the bed body! When the elastic supporting force is used, the motor 51 of the lifting device 5 is activated, so that the motor 51 drives the power output (4) to move the movable plate 3 upward in the direction of the fixed plate 2, and the second bullet (four) on the movable plate 3 passes through the elastic The hole 22 is moved up and located at the end of the resistance, and the second elastic body 31 is the same as the first elastic body 21 is compressed and supported by the user's weight when the M405205 is lying on the mattress. Providing the strength of the user's support, thereby increasing the elastic supporting force of the mattress. Conversely, if the user wants to reduce the elastic supporting force of the mattress, the movable plate 3 can be moved down by the motor of the lifting device 5' The height of the second elastic body 31 is lowered so that the user can only contact the first elastic body 21 when lying flat on the mattress, thereby reducing the elastic supporting force of the mattress. Please refer to the seventh figure A, B, C, which is a schematic diagram of the first plane, the second plane and the third plane of the first elastic body and the second elastic body of the mattress structure, and the three schematic diagrams are respectively The arrangement of the first bottle body 2 and the second body 31 is shown in the arrangement of the miscellaneous body, and the seventh figure A shows that the first body 21 and the second body 31 are arranged in a honeycomb arrangement. That is, the first elastic body 21 and the second elastic body 31 are closely arranged and arranged in a mutually fin shape, like the arrangement pattern of the honeycomb; the seventh drawing B shows the between the first elastic spring 21 and the second elastic body 31. The system is arranged in parallel with each other; the seventh figure c shows that the first elastic body 21 and the second elastic body 31 are arranged in a regular staggered arrangement, and the arrangement is the first elastic body knife and the first The second projectile (10) 31 is parallel to the parallel row, but the first elastic body 21 and the second elastic body 31 are staggered at the position where the parallel spring is disposed; regardless of the square-elastic body 21 and the second elastic body 31 Columns, all of which can be adjusted to adjust the elastic force of the mattress. Please refer to FIG. 8 , which is a schematic perspective view of another embodiment of the mattress structure of the present invention. In the embodiment, in order to prevent the second elastic body 31 from moving up into the first elastic body 21 , the angle deviation is caused. The collision between the second elastic body 31 and the first elastic body U is thus provided with a guiding body 7 in the gap between the first elastic body 21 and the second elastic body 31, so as to guide the displacement of the second elastic body 31. The direction while avoiding deformation of the second elastic body 31 or the first elastic body 21 due to the pushing. The above guide (4) 7 can be foam. M405205 This creation has the following advantages compared with the conventional products: This creation department can adjust the position of the upper and lower movement of the movable plate, so that the second elastic body on the movable plate can increase the hybrid of the first-elastic body, resulting in The elastic force of the bed can be adjusted to provide non-elastic support for the non-manufacturer. When the user lies on the mattress, the amplitude of the mattress can be controlled to achieve the support of the human body. . [Simple description of the diagram] The first figure is a schematic exploded view of the structure of the mattress. The first figure is a schematic diagram of the three-dimensional combination structure of the mattress structure. The second figure is a schematic view of the side structure of the mattress structure. The fourth figure is a schematic diagram of the action of the second elastic body on the side structure of the creation bed structure. The fifth figure is a schematic diagram of the side structure of the mattress structure.
第七圖A為本創作床墊結構第—彈 彈性體及第二彈性體之第__平面& 第七圖B為本創作床塾·結構第一 示意圖。 第七圖C為本創作床塾結構第— 彈性體及第二雜體之第二平面配置 示意圖。 第八圖為本創作床墊結構又_ 彈性體及第二彈性體之第三平 【主要元件符號說明】 實施立體結構示意圖。 i床墊本體 固定板 9 2 M405205 21第一彈性體 22彈性體容置孔 3活動板 31第二彈性體 4彈性層 5升降裝置 51馬達 52動力輸出軸 6床包 7導引體The seventh figure A is the first schematic diagram of the first mattress structure and the first elastic body and the second elastic body. The seventh figure C is a schematic diagram of the second plane configuration of the first elastic body and the second hybrid body. The eighth figure is the third structure of the mattress structure and the elastic body and the second elastic body. [Main component symbol description] The three-dimensional structure is implemented. i mattress body fixing plate 9 2 M405205 21 first elastic body 22 elastic body accommodating hole 3 movable plate 31 second elastic body 4 elastic layer 5 lifting device 51 motor 52 power output shaft 6 bed bag 7 guide body