M354664 五、新型說明· 【新型所屬之技術領域】 本創作係有關於一種彈簧結構，尤其是指一種具有 並聯之主彈性體與副彈性體，可達到長期之使用而不劣 化之彈簧結構。 【先前技術】 按，繁忙的上班族，總是承受著上級與同事間的無 形壓力，若再加上睡眠品質不佳，長期累積下來對健康 的影響真的不容忽視，因為一般人如果睡眠不良就容易 產生知覺能力降低、記憶力的問題、體能狀況衰退、難 以集中注意力、容易發怒等現象，可見睡眠對人體健康 實在扮演著非常重要的角色，當結束一整天之忙碌而回 到家之後，最令人期待的是晚上可以睡一個安穩的好 覺，而想得到一個好睡眠的關鍵因素是有一個適合的 床，以獲得良好之睡眠品質，且床不僅跟睡眠品質息息 相關，同時也影響到使用者的健康，其中之彈簧床因為 具有極佳之支撐力，普遍受到使用者之青睞。 上述之彈簧床，可參我國公告第M328227號「彈簧 結構改良」專利案，請參照第九圖所示，該彈簧床之成 型係由若干縱橫排列之彈性元件（3)所構成，該彈性元 件（3)之上、下端各連設一固定部（31)與一由鋼性材之 彈簧（32)呈環繞方式螺旋成型，而彈簧（32)之中段位置 3 M354664 係圈設有一較大徑且具補强及緩衝作用之承載圈段 (33)，使彈性元件（3)受力壓縮時即可藉由彈簧（32)之 承載圈段（33)而可收餘衝擊力，令彈簧（32)之受力面積 及彈性力均保持壓縮為水平狀態。 然而’上述之彈簧在實際使用的時候，無法隨著身 體之自然曲線變化而承受身體各部位之不同重量，往往 會給予使用者一種床鋪過硬之感受，令使用者之身體血 管因平躺產生之壓力，而造成血液不流暢、酸麻不適等 症狀，長期使用下之腰酸背痛〔血液循環不好〕、失眠 等不良影響。 另一種型式之彈簀，請參照第十圖所示，該彈簧係 具有一底板（4)與一頂板（5)，底板（4)與頂板之間一 體連設有一彈性體（6)，彈性體（6)設有連續之彎弧段 (61) 與連接段（62)而呈波浪狀，且於各彎弧段（61)之中 央處分別開設有-鏤空部⑻），*位於中央處之連接段 (62) 係/、同連5又有一頂撐部（64)，以避免彈性體（6)受 到過度之壓迫。 然而，上述之彈簧在實際使用的時候會有下列之缺 失： 1.上述之彈簧僅係於底板與頂板之間一體連設有一彈 生體以提供彈力’但由於單—之彈性體係具有其彈性 限度，容易會產生彈性疲乏之情形而失去作用。 M354664 2.上述之彈簧由於各彎弧段之中央處分別開設有一鏤 空部，導致於各彎弧段僅係以其二端提供彈力，往往 會發生斷裂、損壞。 【新型内容】 是故，本創作鑑於上述之缺點，以提供一種彈簀結 構，該彈簧結構係具有主彈性體與副彈性體，並由於主 彈性體與副彈性體係呈並聯狀態，且主彈性體與副彈性 體之連接段係呈交又狀，可達到較高之等效彈性係數以 負荷外力，並可達到長期之使用而不劣化。 本創作之彈簧結構較佳實施例的特徵在於，其主要 係具有一底板，底板開設有數穿孔，穿孔分別穿設有一 螺固元件，以供鎖固於該彈簧床之支撐桿，而底板頂端 面之t央處一體連設有一主彈性體，主彈性體之二側對 應連設有一副彈性體，並於主彈性體與副彈性體皆設有 連續之彎弧段與連接段而呈波浪狀，且主彈性體與副彈 性體之連接段係朝向不同之方向而呈交叉狀，亦即是 說，主彈性體與副彈性體係呈並聯狀態，可達到較高之 等效彈性係數，以負荷一較高之外力，且交叉狀之主彈 性體與副彈性體又可進一步的提高彈性係數，並於主彈 性體與副彈性體之頂端一體連設有一頂板，且主彈性體 與副彈性體皆係以彎弧段之末端與底板、頂板之中央處 相連設，並於頂板之頂端面形成有數結合柱，以供裝設 5 M354664 該彈簧床之頂撐面板，再於底板之頂端與頂板之底端對 應凸設有數頂撐部，以避免主彈性體與副彈性體受到過 度之壓迫。 根據本創作之彈簧結構其一較佳實施例，該主彈性 體與副彈性體之彎弧段與連接段分別形成有厚度較大 之補強部，而各連接段亦可呈彎弧狀，以藉此增加彈簧 本體之彈力。 【實施方式】 為令本創作所運用之技術内容、創作目的及其達成 之功效有更完整且清楚的揭露，茲於下詳細說明之，並 請一併參閱所揭之圖式及圖號： 首先，請參照第一圖以及第二圖所示，係本創作彈 簧結構其一較佳實施例之示意圖，其係將複數個彈簧本 體（1)裝設於一彈簧床（2)，其中： 該彈簧本體（1)係具有一底板（11)，底板（11)開設 有數穿孔（111)，穿孔（111)分別穿設有一螺固元件 (112)，以供鎖固於該彈簧床（2)之支撐桿（21)，而底板 (11)頂端面之中央處一體連設有一主彈性體（12)，主彈 性體02)之二側對應連設有一副彈性體（13)，請一併參 照第三圖所示，主彈性體（12)與副彈性體（13)皆設有連 續之彎弧段（121)、（131)與連接段（122)、（132)而呈波 浪狀，且主彈性體（12)與副彈性體（13)之連接段 6 M354664 (122)、（132)係朝向不同之方向而呈交叉狀〔主彈性體 (12)與副彈性體（13)之連接段（丨22)、（132)係可於交又 處相連接或非相連接〕，亦即是說，主彈性體（12)與副 彈性體（13)係呈並聯狀態，可達職高之等效彈性係 數，以負荷一較高之外力，且交叉狀之主彈性體（12) 與副彈性體（13)又可進一步的提高彈性係數，再於主彈 性體（12)與副彈性體（13)之彎弧段（121)、（131)與連接 段（122)、（132)分別形成有厚度較大之補強部，而連接 段（122)、（132)亦可呈彎弧狀，以藉此增加彈力，並於 主彈性體（12)與副彈性體（13)之頂端一體連設有一頂 板（14)，且主彈性體（12)與副彈性體（13)皆係以彎弧段 (121)、（131)之末端與底板（u)、頂板（μ)之中央處相 連設，並於頂板（14)之頂端面形成有數結合柱（141)， 以供裝設該彈簀床（2)之頂撐面板（22)，再於底板（11；) 之頂端與頂板（14)之底端對應凸設有數頂撐部（ία)、 (142)，以避免主彈性體（12)與副彈性體（13)受到過度 之壓迫； 該彈簧床（2)係橫設有數多支撐桿（21)，支撐桿（21) 分別開設有數螺孔（211)，以供裝設該彈簧本體（丨），並 於該彈簧本體（1)之頂端分別固設有一頂撐面板（22)， 可共同支撐一床板，且頂撐面板（22)之中央係對應於該 頂板（14)頂端面之各結合柱（141)而分別開設有數結合 7 M354664 孔（221)，以供卡固該結合柱G41)。 於實施組裝時，請參閱第一圖〜第五圖，其係將彈 簧本體（1)之底板（11)上之各穿孔（Π1)分別與支撐桿 (21)之各螺孔（211)相對應後’將螺固元件（112)分別鎖 設於相對應之各穿孔（111)與各螺孔（211)，以將各彈簧 本體（1)固定於彈簧床（2)的支撐桿（21)上，且各支撐桿 (21)上之彈簧本體（1)係呈相互對應之排列方式，並將 數頂撐面板（22)中央之各結合孔（221)與頂板（14)之結 合枉（141)相卡固，即可於各頂撐面板（22)之頂端放置 一床板，此時若是受到壓力之情況下，請一併參照第六 圖所示’由於各彈簀本體（1)之主彈性體（12)與副彈性 體（13)係呈並聯狀態，且主彈性體（12)與副彈性體〇3) 之連接段（122)、（132)係呈交叉狀’可達到較高之等效 彈性係數以負何外力’並由於底板（11)之頂端與頂板 (14)之底端對應凸設有數頂撐部（113)、（142)，可於受 到過大之壓力時互相頂撐，以避免主彈性體（12)與副彈 性體（13)党到過度之壓迫，所以使用者躺臥於彈簧床〇 之床板上時，可利用各彈簧本體（1)達到極佳之彈性與 支撐力’即㈣到直接的多肖度料亦不變形，藉此承 又使用者身體各部位之不同重量，將使用者之全身重量 隨著身體自然曲線變化之特性減低身體壓力，避免身體 血吕因平躺產生之壓力’而造成血液不流暢、酸麻不適 8 M354664 等症狀，達到全身放鬆之休息目的，營造最佳之休息環 境，且由於主彈性體（12)與副彈性體（13)之彎弧段 (121) ' (131)與連接段（122)、（132)分別形成有厚度較 大之補強部，而連接段（122)、（132)亦可呈彎弧狀以增 加彈力，使得各彈簧本體（1)係可達到長期之使用而不 劣化，請一併參照第七圖所示，其係將彈簧本體（1)與 頂撐面板（22)以相互交錯之排列方式裝設於各支撐桿 (21)上，可提高彈簧本體（1)之負荷量。 請再參照第八圖所示，係本創作彈簧結構其二較佳 實施例之示意圖，其與其一較佳實施例的差異處係在於 該彈簧本體（1)之主彈性體（12)與副彈性體（13)皆係以 彎弧段（121)、（131)之末端與底板（Π)、頂板（14)之邊 緣處相連設，然而前述之實施例或圖式並非限定本創作 之產品態樣、組合結構或使用方式，任何所屬技術領域 中具有通常知識者之適當變化或修飾，皆應視為不脫離 本創作之專利範嚕。 由上述之元件組成與實施說明可知，本創作與現有 結構相較之下，本創作具有以下之優點： 1.本創作之彈簧本體係具有主彈性體與副彈性體，並由 於主彈性體與副彈性體係呈並聯狀態，且主彈性體與 副彈性體之連接段係呈交叉狀，可達到較高之等效彈 性係數以負荷外力，並可達到長期之使用而不劣化。 9 M354664 2. 本創作之彈簧本體可於主彈性體與副彈性體之彎弧 段與連接段分別形成有厚度較大之補強部，而各連接 段亦可呈彎弧狀，以藉此增加彈簧本體之彈力。 3. 本創作之彈簧本體係於底板之頂端與頂板之底端對 應凸設有數頂撐部，以避免主彈性體與副彈性體受到 過度之壓迫。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定 與要求，爰依法提出新型專利之申請，懇請惠予審查， 並賜准專利，則實感德便。 M354664 【圖式簡單說明】 第一圖：本創作之其一組設狀態圖 第二圖：本創作其一實施例之立體分解圖 第三圖：本創作其一實施例之彈簧本體側視放大圖 第四圖：本創作其一實施例之立體組合圖 第五圖：本創作其一實施例之組合剖視圖 第六圖：本創作其一實施例之受力狀態圖 第七圖：本創作之其二組設狀態圖 第八圖：本創作其二實施例之組合剖視圖 第九圖：其一現有之立體圖 第十圖：其二現有之立體圖 【主要元件符號說明】 <本創作> (1) 彈簧本體 (11) 底板 (111) 穿孔 (112) 螺固元件 (113) 頂撐部 (12) 主彈性體 (121) 彎弧段 (122) 連接段 (13) 副彈性體 (131) 彎弧段 (132) 連接段 (14) 頂板 (141) 結合柱 (142) 頂撐部 (2) 彈簧床 (21) 支撐桿 (211) 螺孔 (22) 頂撐面板 (221) 結合孔 11 M354664 <現 有> (3) 彈性元件 (31) 固定部 (32) 彈簧 (33) 承載圈段 (4) 底板 (5) 頂板 (6) 彈性體 (61) 彎弧段 (62) 連接段 (63) 鏤空部 (64) 頂撐部M354664 V. New description · [New technical field] This creation is about a spring structure, especially a spring structure with a parallel main elastomer and a secondary elastomer that can be used for a long time without being degraded. [Previous technology] Press, busy office workers always suffer from the invisible pressure between superiors and colleagues. If the quality of sleep is not good, the long-term accumulation of health effects can not be ignored, because most people sleep poorly. It is easy to produce problems of decreased perception, memory, decline in physical fitness, difficulty in concentration, and irritability. It can be seen that sleep plays a very important role in human health. When you return home after a busy day, the most What is expected is to have a good night's sleep, and the key factor to get a good sleep is to have a suitable bed to get a good sleep quality, and the bed is not only related to the quality of sleep, but also affects the user. The health of the spring bed, which has excellent support, is generally favored by users. The above-mentioned spring bed can be referred to the "Spring Structure Improvement" patent case of China Announcement No. M328227. Please refer to the ninth figure, the spring bed is formed by a plurality of longitudinal and horizontal elastic elements (3), the elastic element (3) A fixing portion (31) is connected to the upper end and the lower end, and a spring (32) of the steel material is spirally formed, and a middle portion of the spring (32) is provided with a larger diameter. The bearing ring segment (33) with reinforcing and cushioning function can make the elastic element (3) compress the residual force by the bearing ring segment (33) of the spring (32), so that the spring ( 32) The force area and elastic force are kept compressed to a horizontal state. However, the above-mentioned springs cannot withstand the different weights of various parts of the body as the natural curve of the body changes during actual use, and often give the user a feeling of hard bed, which causes the user's body blood vessels to be flat. Stress, resulting in blood not smooth, sour and discomfort and other symptoms, long-term use of back pain (poor circulation), insomnia and other adverse effects. Another type of magazine, please refer to the tenth figure, the spring has a bottom plate (4) and a top plate (5), and an elastic body (6) is integrally connected between the bottom plate (4) and the top plate, and the elastic The body (6) is provided with a continuous curved arc segment (61) and a connecting portion (62) and has a wave shape, and a hollow portion (8) is respectively opened at the center of each curved arc segment (61), and * is located at the center The connecting section (62) is connected to the same connector 5 (64) to prevent the elastic body (6) from being excessively pressed. However, the above-mentioned springs have the following defects in actual use: 1. The above-mentioned spring is only connected with an elastic body integrally provided between the bottom plate and the top plate to provide elastic force 'but the elastic system with single elasticity has its elasticity Limits, it is easy to cause elastic fatigue and lose its effect. M354664 2. The above-mentioned spring has a hollow portion at the center of each curved section, which causes the elastic force to be provided only at the two ends of each curved section, and breakage and damage often occur. [New content] Therefore, in view of the above disadvantages, the present invention provides a magazine structure having a main elastic body and a secondary elastic body, and the main elastic body and the secondary elastic system are in parallel state, and the main elasticity The connecting section of the body and the secondary elastomer is in the form of a cross and a shape, which can achieve a higher equivalent elastic modulus to load external force, and can be used for a long period of time without deterioration. The preferred embodiment of the spring structure of the present invention is characterized in that it mainly has a bottom plate, the bottom plate is provided with a plurality of perforations, and the perforations are respectively provided with a screwing member for locking on the support rod of the spring bed, and the top end surface of the bottom plate The main body of the main body is integrally connected with a main elastic body, and the two sides of the main elastic body are respectively provided with a pair of elastic bodies, and the main elastic body and the secondary elastic body are provided with continuous curved arc segments and connecting segments and are wavy. And the connecting section of the main elastic body and the secondary elastic body are crossed in different directions, that is, the main elastic body and the secondary elastic system are in parallel state, and a higher equivalent elastic coefficient can be achieved to load a higher external force, and the cross-shaped main elastic body and the secondary elastic body can further improve the elastic modulus, and a top plate is integrally connected to the top end of the main elastic body and the secondary elastic body, and the main elastic body and the secondary elastic body The ends of the curved arc are connected to the bottom of the bottom plate and the top plate, and a plurality of binding columns are formed on the top surface of the top plate for mounting the top frame of the spring bed of 5 M354664, and then at the top of the bottom plate. The bottom end of the top plate is provided with projections corresponding to the number of the top supporting portion to prevent the sub-main elastomer and elastomer been subjected to compression degrees. According to a preferred embodiment of the spring structure of the present invention, the curved portion and the connecting portion of the main elastic body and the secondary elastic body respectively form a reinforcing portion having a larger thickness, and each connecting portion may also be curved and curved. Thereby increasing the spring force of the spring body. [Embodiment] In order to make the technical content, creative purpose and the effect achieved by this creation more complete and clear, please elaborate below, and please refer to the drawings and drawings: First, please refer to the first figure and the second figure, which is a schematic view of a preferred embodiment of the spring structure, which is provided with a plurality of spring bodies (1) mounted on a spring bed (2), wherein: The spring body (1) has a bottom plate (11), and the bottom plate (11) is provided with a plurality of perforations (111), and the through holes (111) are respectively provided with a screwing member (112) for locking to the spring bed (2). a support rod (21), and a main elastic body (12) is integrally connected to the center of the top end surface of the bottom plate (11), and a pair of elastic bodies (13) are connected to the two sides of the main elastic body 02). Referring to the third figure, the main elastic body (12) and the secondary elastic body (13) are provided with continuous curved segments (121), (131) and connecting segments (122), (132) and are wavy. And the connecting section 6 of the main elastic body (12) and the secondary elastic body (13) M354664 (122), (132) are presented in different directions [The connection sections (丨22) and (132) of the main elastomer (12) and the secondary elastomer (13) may be connected or non-connected at the intersection, that is, the main elastomer (12) ) in parallel with the secondary elastomer (13), to reach the equivalent elastic coefficient of the service level, with a higher load and a higher external force, and the cross-shaped main elastic body (12) and the secondary elastic body (13) Further, the elastic modulus is further increased, and the thicker portions of the main elastic body (12) and the secondary elastic body (13) are respectively formed with a thicker reinforcing portion (121), (131) and the connecting portions (122) and (132). And the connecting sections (122) and (132) may also be curved to thereby increase the elastic force, and a top plate (14) is integrally connected to the top ends of the main elastic body (12) and the secondary elastic body (13). And the main elastic body (12) and the secondary elastic body (13) are connected with the end of the curved arc segments (121) and (131) and the bottom plate (u) and the top plate (μ), and are disposed on the top plate ( 14) The top end surface is formed with a plurality of binding columns (141) for mounting the top support panel (22) of the magazine bed (2), and corresponding to the bottom end of the top plate (11) at the top end of the bottom plate (11) Convex The top support (ία), (142), to avoid excessive compression of the main elastic body (12) and the secondary elastic body (13); the spring bed (2) is horizontally provided with a plurality of support rods (21), support rods (21) A plurality of screw holes (211) are respectively provided for mounting the spring body (丨), and a top support panel (22) is respectively fixed on the top end of the spring body (1) to jointly support a bed plate. And the center of the top support panel (22) corresponds to each of the binding posts (141) of the top end surface of the top plate (14), and a plurality of 7 M354664 holes (221) are respectively opened for clamping the binding post G41). For the assembly, please refer to the first to fifth figures, which respectively introduce the perforations (Π1) on the bottom plate (11) of the spring body (1) with the screw holes (211) of the support rod (21). Correspondingly, 'the screwing elements (112) are respectively locked to the corresponding perforations (111) and the respective screw holes (211) to fix the spring bodies (1) to the support rods of the spring bed (2) (21) And the spring bodies (1) on the support rods (21) are arranged in a corresponding manner, and the joint holes (221) in the center of the plurality of struts (22) are combined with the top plate (14). (141) When the phase is clamped, a bed plate can be placed on the top of each of the top support panels (22). If the pressure is applied, please refer to the sixth figure as shown in the figure below. The main elastic body (12) and the secondary elastic body (13) are in parallel, and the connecting sections (122) and (132) of the main elastic body (12) and the secondary elastic body )3) are crossed. The higher equivalent elastic coefficient is negative to the external force' and because the top end of the bottom plate (11) and the bottom end of the top plate (14) are convexly provided with a plurality of struts (113), (142), When the pressure is large, the tops are supported to avoid excessive compression of the main elastic body (12) and the secondary elastic body (13), so that the user can use the spring body when lying on the bed of the spring mattress. ) to achieve excellent flexibility and support force 'that is, (4) to the direct multi-dimensional material is not deformed, thereby bearing the different weight of the user's body parts, the user's body weight changes with the body's natural curve Reduce the body pressure, avoid the pressure of the body blood due to lying flat, and cause the blood to be fluent, the symptoms of numbness and discomfort 8 M354664, to achieve the rest of the body, to create the best rest environment, and because of the main elastic body (12) The curved portion (121) ' (131) of the secondary elastic body (13) and the connecting portions (122) and (132) respectively form a reinforcing portion having a larger thickness, and the connecting portions (122) and (132) may also be Curved to increase the elastic force, so that each spring body (1) can be used for a long time without deterioration. Please refer to the seventh figure together, which is to use the spring body (1) and the top support panel (22). Arranged in a staggered arrangement on each support rod (21), the load of the spring body (1) can be increased. Referring to FIG. 8 again, there is shown a schematic view of a second preferred embodiment of the spring structure, which differs from a preferred embodiment in the main elastic body (12) and the pair of the spring body (1). The elastic body (13) is connected to the edge of the bottom plate (Π) and the top plate (14) with the ends of the curved segments (121) and (131), but the foregoing embodiments or drawings do not limit the products of the present invention. Appropriate changes or modifications of the subject matter, combinations, or usages of any one of ordinary skill in the art should be considered as not departing from the scope of the invention. It can be seen from the above components and implementation description that this creation has the following advantages compared with the existing structure: 1. The spring system of the present invention has a main elastic body and a secondary elastic body, and due to the main elastic body and The secondary elastic system is in a parallel state, and the connecting sections of the primary elastic body and the secondary elastic body are in a cross shape, which can achieve a higher equivalent elastic coefficient to load external force, and can be used for a long period of time without deterioration. 9 M354664 2. The spring body of the present invention can form a reinforcing portion with a larger thickness in the curved portion and the connecting portion of the main elastic body and the secondary elastic body, and each connecting portion can also be curved, thereby increasing The spring force of the spring body. 3. The spring system of the present invention has a plurality of struts at the top end of the bottom plate corresponding to the bottom end of the top plate to prevent the main elastic body and the secondary elastic body from being excessively pressed. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. And the request, the application for a new type of patent in accordance with the law, please give us a review, and grant a patent, it is really sensible. M354664 [Simplified description of the drawings] The first picture: a set of state diagrams of the present creation, the second figure: an exploded perspective view of an embodiment of the present invention: a third view of the spring body of the present embodiment Figure 4 is a perspective view of a third embodiment of the present invention: a combined sectional view of an embodiment of the present invention: a sixth diagram of the force state diagram of an embodiment of the present invention: the creation of the present invention The second set of state diagrams is shown in the eighth diagram: the ninth diagram of the combined cross-sectional view of the second embodiment of the present invention: the first perspective view of the existing perspective view: the second existing perspective view [the main component symbol description] <this creation> 1) Spring body (11) Base plate (111) Perforation (112) Screw-solid element (113) Top support (12) Main elastomer (121) Curved section (122) Connection section (13) Secondary elastomer (131) Curved section (132) Connection section (14) Top plate (141) Bonding column (142) Supporting part (2) Spring bed (21) Support rod (211) Screw hole (22) Top support panel (221) Bonding hole 11 M354664 <Existing> (3) Elastic element (31) Fixing part (32) Spring (33) Bearing ring section (4) Base plate (5) Top plate (6) Elastomer (61) Curved section (62) Connection section (63) Hollow part (64) Top support
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