TWM536969U - Building blocks assembly structure - Google Patents
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本創作係為一種積木組結構，特別係指一種可提昇組裝變化範圍及速度之積木結構。 This creation is a block structure, especially a block structure that can improve the range and speed of assembly changes.
按，積木是玩具產業中相當常見之玩具，且可供組裝者依自己的想像力及創意，將複數個積木組合出各種預定造型；然而，因積木的玩法與組合方式沒有一致性，玩法相當多樣化且自由度相當高，可發揮個人的想像空間及創造力，所以廣受各年齡層人士的喜愛。故，組合積木一直是市場上相當流行熱門的玩具，尤其是家長選購玩具給孩童，組合積木通常是首選標的。 According to the building blocks, the building blocks are quite common toys in the toy industry, and the assemblers can combine multiple building blocks into various predetermined shapes according to their imagination and creativity. However, due to the inconsistent play and combination of the building blocks, the gameplay is quite diverse. With a high degree of freedom and a personal imagination and creativity, it is widely loved by people of all ages. Therefore, the combination of building blocks has always been a popular toy on the market, especially for parents to buy toys for children, the combination of building blocks is usually the preferred target.
一般市面上常見的積木種類眾多，從早期的木頭材質積木，到目前採用塑膠材質的塑膠組合積木，其組合方式不外乎採取凹部與凸部之嵌接技術，或以不同幾何圖型之塊狀體進行堆疊；由於各廠牌所製的積木，基本結構及尺寸不盡相同，因此，在組合上並不容易，且組接方向通常僅限於水平及垂直向，並無法產生萬向組接之立體型態，亦因此限制了積木玩家的創意發揮。為改善積木在組接創意的提昇，積木界者特別發展出萬向接頭之單元積木，該接頭積木雖可銜接各角度的積木，但接頭之組接係採卡扣方式，在組裝上較為費力，拆卸上更是不易，常造成積木的損害，並無法提供更精細與更多元化的創作樂趣。 There are many types of building blocks commonly found in the market. From the early wood material building blocks to the plastic building blocks that are currently made of plastic materials, the combination method is nothing more than the use of the recessed and convex joints, or the blocks of different geometric patterns. The stacking of the shapes; the basic structure and size of the blocks made by the labels are not the same, so it is not easy to combine, and the joining direction is usually limited to the horizontal and vertical directions, and the universal joint cannot be produced. The three-dimensional shape also limits the creative play of the building block players. In order to improve the building blocks in the improvement of the building blocks, the building blocks have specially developed the unit blocks of the universal joints. Although the joint blocks can be connected to the blocks of various angles, the joints of the joints are snapped and difficult to assemble. It is not easy to disassemble, often causing damage to the building blocks, and it is impossible to provide more elaborate and more diversified creative fun.
緣是，創作人有鑑於此，針對上述之缺失問題再予以研究改良，特別提供一種易拆裝及提昇創意領域之組合積木，以期達到更佳的實用價值。 The reason is that the creators have made research and improvement on the above-mentioned missing problems in view of this, and in particular, provide a combination building block that is easy to disassemble and enhance the creative field, in order to achieve better practical value.
本創作之主要目的在於提供一種積木組結構，其構成包含複數個機能積木，利用積木頂面及底面分別設有至少一個之組接部，該組接部並由一圓透孔貫穿，使積木頂面或底面產生至少一個組接壁面及凹槽部，以該組接壁面對應組合該凹槽部，藉使將容置於圓透孔內之轉接積木獲得限位而無法分離，逐步組構完成所預定之創作造型，達到快速組裝及多元化創意之效能。 The main purpose of the present invention is to provide a building block structure, which comprises a plurality of functional building blocks, wherein at least one of the connecting portions is respectively provided by the top surface and the bottom surface of the building block, and the connecting portion is penetrated by a circular through hole to make the building block top. Forming at least one wall surface and a groove portion on the surface or the bottom surface, and the groove portion is correspondingly combined with the groove portion, so that the transfer block that is accommodated in the circular through hole can be separated and cannot be separated, and the structure is gradually formed. Completing the intended creation style to achieve rapid assembly and diversified creative performance.
為達成上述之目的，本創作公開之積木組結構，主要包含：數個組立積木，為整組積木組之基礎單元，包含一積木本體及穿設於積木本體中央軸線之圓透孔和自圓透孔周圍凸伸至少一個組接壁面之組接部；該圓透孔並依機能於適當方位與一缺口空間相互貫通；數連接積木，用以增加組立長度或厚度，包括一積木本體及貫穿積木本體中央軸線之圓透孔、設於積木本體頂面具有至少一個組接壁面之組接部和設於積木本體底面可與組立積木之組接壁面相互組立之凹槽部；數轉接積木，作為積木轉向組立之用，包含一軸桿及自軸桿兩側端結合之兩圓球體，以該圓球體透過積木本體具有之缺口空間容置入圓透孔內，產生移位及轉向之效果，可連接各項機能積木。數飾邊積木，作為積木組立收尾之用，包括一積木本體及貫通積木本體之圓透孔，該積木本體一側設為封閉的修飾面，另側則形成可與組接壁面 相互組立之凹槽部，該圓透孔並與一缺口空間相互貫通，供轉接積木之軸桿容入；藉此，將轉接積木受各組立積木或連接積木之組立，限位於圓透孔空間內依創意所需旋動轉向而連接不同機能積木，逐步完成設定之創意造型。 In order to achieve the above objectives, the building block structure disclosed in the present invention mainly comprises: a plurality of building blocks, which are the basic units of the whole set of building blocks, and comprise a building block body and a circular through hole and a self-circle which are arranged on the central axis of the building block body. An assembly portion of at least one of the assembled wall surfaces is protruded around the through hole; the circular through hole is mutually penetrated with a notch space in an appropriate orientation; and the number of connecting blocks is used to increase the length or thickness of the assembly, including a building block body and a through-hole a circular through hole of the central axis of the building block, a connecting portion provided on the top surface of the building block body having at least one assembled wall surface, and a groove portion disposed on the bottom surface of the building block body and the assembled wall surface of the assembled building block; the number of connecting blocks As a building block steering assembly, the utility model comprises a shaft and two spherical spheres combined from the two ends of the shaft, wherein the spherical body is accommodated in the circular through hole through the notch space of the building body body, thereby generating displacement and steering effects. , can be connected to various functional building blocks. The number of trimming blocks is used as a finishing block for the building blocks, and includes a building block body and a circular through hole penetrating the main body of the building block. The side of the building block body is a closed decorative surface, and the other side is formed to be connected to the wall surface. a groove portion which is mutually formed, and the circular through hole is penetrated with a notch space for receiving the shaft of the transfer block; thereby, the transfer block is assembled by each group of building blocks or connecting blocks, and is limited to a round through In the hole space, the functional building blocks are connected according to the spiraling of the creativity, and the creative shape is gradually completed.
1‧‧‧頭部 1‧‧‧ head
2‧‧‧身軀上半部 2‧‧‧The upper half of the body
3‧‧‧身軀下半部 3‧‧‧The lower half of the body
4‧‧‧手部 4‧‧‧Hands
5‧‧‧足部 5‧‧‧foot
6‧‧‧組立積木 6‧‧‧Building blocks
60‧‧‧積木本體 60‧‧‧Building block
600‧‧‧圓透孔 600‧‧‧ round through hole
61‧‧‧組接壁面 61‧‧‧Group wall
610‧‧‧內弧面 610‧‧‧Inside curved surface
611‧‧‧外弧面 611‧‧‧outer curved surface
62‧‧‧凹槽部 62‧‧‧ Groove
63‧‧‧缺口空間 63‧‧‧ gap space
64‧‧‧積木本體 64‧‧‧Building block
640‧‧‧頂面 640‧‧‧ top surface
641‧‧‧圓透孔 641‧‧‧ Round hole
642‧‧‧組接壁面 642‧‧‧Group wall
643‧‧‧弧形底部 643‧‧‧ curved bottom
644‧‧‧凹槽部 644‧‧‧ Groove
645‧‧‧缺口空間 645‧‧‧ gap space
7‧‧‧連接積木 7‧‧‧Connecting blocks
70‧‧‧圓透孔 70‧‧‧ round through hole
71‧‧‧頂面 71‧‧‧ top surface
72‧‧‧底面 72‧‧‧ bottom
73‧‧‧組接壁面 73‧‧‧Group wall
74‧‧‧組接壁面 74‧‧‧Group wall
8‧‧‧飾邊積木 8‧‧‧ trimming blocks
80‧‧‧修飾面 80‧‧‧Modified noodles
800‧‧‧圓透孔 800‧‧‧ round through hole
81‧‧‧凹槽部 81‧‧‧ Groove
82‧‧‧缺口空間 82‧‧‧ gap space
9‧‧‧轉接積木 9‧‧‧Transfer blocks
90‧‧‧軸桿 90‧‧‧ shaft
91‧‧‧圓球體 91‧‧‧ sphere
92‧‧‧圓球體 92‧‧‧ sphere
93‧‧‧組接結構 93‧‧‧Connection structure
94‧‧‧組接結構 94‧‧‧Connection structure
第1圖係本創作積木組立完成之立體圖。 The first picture is a perspective view of the completion of the creation of the building blocks.
第2圖係本創作圓形組立積木之立體圖。 The second picture is a perspective view of the circular building blocks of the present creation.
第3圖係本創作圓形組立積木之底部立體圖。。 The third picture is a bottom perspective view of the circular building blocks of the present creation. .
第4圖係本創作長形體組立積木之立體圖。 Figure 4 is a perspective view of the building blocks of the long body.
第5圖係本創作長形體組立積木之剖視圖。 Figure 5 is a cross-sectional view of the building blocks of the present elongated body.
第6圖係本創作圓形連接積木之立體圖。 Figure 6 is a perspective view of the circular connecting block of the present creation.
第7圖係本創作圓形連接積木之剖視圖。 Figure 7 is a cross-sectional view of the circular connecting block of the present creation.
第8圖係本創作圓形連接積木之組立示意圖。 Figure 8 is a schematic diagram of the assembly of the circular connecting blocks.
第9圖係本創作圓形飾邊積木之立體圖。 Figure 9 is a perspective view of the circular trimming blocks.
第10圖係本創作圓形飾邊積木之底部立體圖。 Figure 10 is a bottom perspective view of the circularly decorated building blocks.
第11圖係本創作圓形飾邊積木之組立示意圖。 Figure 11 is a schematic diagram of the assembly of the rounded decorative blocks.
第12圖係本創作轉接積木之組立圖。 Figure 12 is a group diagram of the creative transfer blocks.
第13圖係本創作轉接積木之立體圖。 Figure 13 is a perspective view of the creative transfer block.
第14圖係本創作身軀部份積木組立剖視圖。 Figure 14 is a cross-sectional view of the building blocks of the body.
第15圖係本創作身軀部份積木組立示意圖。 Figure 15 is a schematic diagram of the building blocks of the body.
第16圖係本創作手足部份積木組立剖視圖。 Figure 16 is a cross-sectional view of the building blocks of the hand and foot.
第17圖本創作手足部份積木組立示意圖。 Figure 17 shows a schematic diagram of the building blocks of the hand and foot.
以下將描述具體之實施例以說明本創作之實施態樣，惟其並非用以限制本創作所欲保護之範疇。 The specific embodiments are described below to illustrate the implementation of the present invention, but are not intended to limit the scope of the present invention.
請參閱第1圖所示，本創作係以一生肖馬擬人化的外型作實施例說明，該外型係包含頭部1、身軀上半部2、身軀下半部3及手部4和足部5，各部位係由組立積木6、連接積木7及飾邊積木8和轉接積木9等不同機能積木加以組立完成。 Referring to FIG. 1 , the present invention is described by using an anthropomorphic appearance of a living animal, which includes a head 1 , an upper half of the body 2 , a lower half 3 of the body, and a hand 4 . The foot 5, each part is assembled by assembling functional blocks 6, connecting building blocks 7 and trimming blocks 8 and transfer blocks 9 and other functional building blocks.
其中該組立積木6(參閱第2、3圖)設有圓形體及長形體積木結構，該圓形體組立積木於積木本體60的中央軸線係開設一階梯狀的圓透孔600貫通前後，該積木頂面由圓透孔600外緣高凸至少一個組接壁面61之組接部，該組接壁面61之內弧面610係與圓透孔600同弧面延伸，而外弧面611則與圓透孔600同弧形；而積木底面則內凹一較大直徑可與組接壁面61對應組立之凹槽部62，透過組接壁面61與凹槽部62之組立形成緊配合。另積木外緣係依機能於適當方位開設一缺口空間63，並連通該圓透孔600；而該長形體積木(參閱第4、5圖)係於積木本體64的頂面640設有一個以上的組接部，該組接部包含一階梯狀的圓透孔641貫通前後(圖示為三孔)，且由該圓透孔641外緣高凸至少一個組接壁面642所構成，圓透孔641除直徑較小外，更形成為弧形底部643(如第5圖)，而底面則內凹一可與組接壁面642對應組立之凹槽部644，透過組接壁面642與凹槽部644之組立形成緊配合，組接其他機能積木；另長形體積木外緣兩側並開設有供轉接 積木9通過容入圓透孔641內之缺口空間645。 The set of standing blocks 6 (see FIGS. 2 and 3) is provided with a circular body and an elongated volumetric wooden structure. The circular body assembling building blocks are formed in a central circular axis of the building block body 60 to form a stepped circular through hole 600. The top surface of the building block is protruded from the outer edge of the circular through hole 600 by at least one assembly portion of the assembled wall surface 61. The inner curved surface 610 of the combined wall surface 61 extends along the curved surface of the circular through hole 600, and the outer curved surface 611 Then, the circular through hole 600 has the same arc shape; and the bottom surface of the brick is recessed with a groove portion 62 having a larger diameter and corresponding to the assembled wall surface 61, and the assembly of the wall portion 61 and the groove portion 62 forms a tight fit. The outer edge of the building block is provided with a notch space 63 in an appropriate orientation and communicates with the circular through hole 600; and the elongated veneer (see Figures 4 and 5) is provided on the top surface 640 of the building block body 64. The assembly portion includes a stepped circular through hole 641 extending through the front and rear (three holes as shown), and the outer edge of the circular through hole 641 is convexly formed by at least one of the assembled wall surfaces 642. The hole 641 is formed into a curved bottom portion 643 (as shown in FIG. 5) in addition to the smaller diameter, and the bottom surface is recessed into a groove portion 644 corresponding to the assembled wall surface 642, and penetrates the wall portion 642 and the groove. The assembly of the part 644 forms a tight fit, and the other functional building blocks are assembled; and the outer edges of the elongated shaped wooden wood are opened and provided for transfer. The block 9 passes through the notch space 645 in the circular through hole 641.
該連接積木7(參閱第6、7圖)，相同可設有圓形體或長形體之積木結構，其中該圓形體積木結構上與組立積木6相同開設至少一個圓透孔70，貫通積木頂面71及底面72，在積木頂面71及底面72之透孔處係自透孔緣邊各別高凸至少一個組接壁面73、74，透過各凸伸之組接壁面73、74，可與組立積木6之凹槽部62相互組立而延長厚度或長度(如第8圖)。 The connecting building block 7 (see FIGS. 6 and 7) can be provided with a circular or elongated body building block structure, wherein the circular volume wooden structure is identical to the assembling building block 6 and at least one circular through hole 70 is formed through the building block. The top surface 71 and the bottom surface 72 are respectively highly convex at least one of the set wall surfaces 73, 74 at the through holes of the top surface 71 and the bottom surface 72 of the building block, and through the protruding wall surfaces 73, 74 of the respective protruding portions. The groove portions 62 of the assembled blocks 6 are stacked to each other to extend the thickness or length (as shown in Fig. 8).
該飾邊積木8(參閱第9、10圖所示)相同設有半球體及長形體之積木結構，其中半球體結構(如第9圖)中央軸線係開設一圓透孔800貫通前後，該半球體結構一側設為封閉結構之修飾面80，而另側則設有可供組立積木6組接壁面61相互組接之凹槽部81，又半球體結構外緣端並開設一缺口空間82，該缺口空間82之弧形槽可供一轉接積木9之軸桿90容置，透過組立積木6組接部之組接壁面61與凹槽部81相互組接，使容置於該透孔內之連接積木獲得限位而無法分離(參閱第11圖所示)，完成組立效果。 The trimming block 8 (see FIGS. 9 and 10) is similarly provided with a building block structure of a hemisphere and an elongated body, wherein the central axis of the hemispherical structure (such as FIG. 9) defines a circular through hole 800 through which the hemisphere is inserted. One side of the body structure is defined as a modified surface 80 of the closed structure, and the other side is provided with a groove portion 81 for assembling the set of wall faces 61 of the assembled building blocks 61, and the outer edge of the hemispherical structure is provided with a notch space 82. The arcuate groove of the notch space 82 can be accommodated by the shaft 90 of the adapter block 9, and the assembly wall 61 and the groove portion 81 of the assembly block 6 are assembled to each other. The connecting blocks in the hole are limited and cannot be separated (see Figure 11) to complete the assembly effect.
而轉接積木9(參閱第12、13圖所示)作為積木轉向之用，包含一軸桿90及兩側端結之兩圓球體91、92，其中該軸桿90之桿端另設有組接結構93、94，用以將圓球體91、92結合在軸桿90兩端形成一體結構(參閱第13圖所示)。 The transfer block 9 (shown in Figures 12 and 13) is used as a steering block for the building block, and includes a shaft 90 and two spherical bodies 91 and 92 at both ends, wherein the shaft end of the shaft 90 is further provided with a group The joint structures 93, 94 are used to join the spherical bodies 91, 92 to the ends of the shaft 90 to form an integral structure (see Fig. 13).
組立說明，請參閱第14圖所示，關於本創作生肖馬實施例之身軀部位組立方式，係將三塊長形體的組立積木6，以頂面之組接壁面61對應底面之凹槽部62，相互組接完成一厚度積木型態，再將轉接積木 9之軸桿90由缺口空間放入，使轉接積木9之圓球體92剛好位在圓透孔641之弧形底部643空間內，最後再以飾邊積木8之凹槽部81蓋合於組立積木6，並因此將轉接積木9定位，只能作旋轉或轉上轉下的動作，不會與飾邊積木8及組立積木6分離，如此即完成身軀部位之積木組立(如第15圖)，隨即，再利用身軀部位之積木組立型態，所凸伸之轉接積木9再組立手足部位。 For the description of the assembly, please refer to FIG. 14 , the assembly method of the body part of the embodiment of the creation of the zodiac horse is to form the block 6 of the three elongated bodies, and the wall portion 61 of the top surface corresponds to the groove portion 62 of the bottom surface. , set up each other to complete a thickness of the building block type, and then transfer the building blocks The shaft 90 of the 9 is placed in the gap space, so that the spherical body 92 of the transfer block 9 is positioned in the arc-shaped bottom 643 of the circular through hole 641, and finally covered with the groove portion 81 of the trimming block 8. The building blocks 6 are assembled, and thus the transfer block 9 is positioned, and can only be rotated or turned up and down, and will not be separated from the trimming blocks 8 and the assembled building blocks 6, so that the building blocks of the body parts are completed (such as the 15th Figure), then, the building blocks of the body part are used again, and the protruding block 9 is formed to form the hand and foot parts.
關於手足部位之積木組立(參閱第16圖所示)係藉由連接積木7之頂面及底面各別凸伸之組接壁面73、74，供兩組立積木6以具有之凹槽部62直接組立而連結，再將所需角度之轉接積木9之軸桿90由缺口空間放入，使轉接積木9之圓球體91放入在圓透孔空間內，再透過飾邊積木8以凹槽部81組立其組立積木6而連結，並使轉接積木9之另一圓球體92外露，以便其他積木再連接，且因此將轉接積木9定位，只能作旋轉或轉上轉下之動作，不會與飾邊積木8分離。 The building blocks of the hand and foot parts (see Fig. 16) are formed by connecting the wall surfaces 73, 74 of the top and bottom surfaces of the connecting block 7 for the two sets of standing blocks 6 to directly form the groove portion 62. And connecting, then inserting the shaft 90 of the desired angle of the building block 9 into the notch space, so that the spherical body 91 of the transfer block 9 is placed in the circular through-hole space, and then through the decorative block 8 to the groove The part 81 is assembled by assembling the building blocks 6 and the other spherical body 92 of the transfer block 9 is exposed, so that the other building blocks are reconnected, and thus the transfer block 9 is positioned, and only the rotation or the turning up and down movement can be performed. Will not be separated from the trimming blocks 8.
當各部份之積木組立完成後，再將頭部直接朝凸伸之轉接積木9結合，即完成生肖馬擬人化之外形積木(再參閱第1圖所示)。 When the building blocks of each part are completed, the head is directly joined to the protruding connecting block 9 to complete the anthropomorphic building blocks of the zodiac horse (see also Figure 1).
由上所述，藉由本創作積木結構可有效增加積木的連接角度範圍，使創意在不受任何限制的情況下，而可任意組裝出自己所想要的積木外觀。 As described above, the artificial building block structure can effectively increase the connection angle range of the building blocks, so that the creativity can be arbitrarily assembled without any restriction, and the appearance of the building blocks desired can be arbitrarily assembled.
1‧‧‧頭部 1‧‧‧ head
2‧‧‧身軀上半部 2‧‧‧The upper half of the body
3‧‧‧身軀下半部 3‧‧‧The lower half of the body
4‧‧‧手部 4‧‧‧Hands
5‧‧‧足部 5‧‧‧foot
6‧‧‧組立積木 6‧‧‧Building blocks
7‧‧‧連接積木 7‧‧‧Connecting blocks
8‧‧‧飾邊積木 8‧‧‧ trimming blocks
9‧‧‧轉接積木 9‧‧‧Transfer blocks
Claims (7)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105213686U TWM536969U (en) | 2016-09-06 | 2016-09-06 | Building blocks assembly structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105213686U TWM536969U (en) | 2016-09-06 | 2016-09-06 | Building blocks assembly structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM536969U true TWM536969U (en) | 2017-02-21 |
Family
ID=58608025
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW105213686U TWM536969U (en) | 2016-09-06 | 2016-09-06 | Building blocks assembly structure |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM536969U (en) |
-
2016
- 2016-09-06 TW TW105213686U patent/TWM536969U/en not_active IP Right Cessation
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