TWM250594U - Elevating accepting apparatus - Google Patents

Description

The technical field to which the new type belongs] The new field The present invention relates to a lifting method and a method for lifting the storage part, which can lower the storage part to a lower position when necessary, and make it difficult to pick up and move the storage part. ㈣Method of lifting storage device. The new background knows that the method of raising and lowering the storage portion between the upper position and the lower position is considered to make the storage portion rise and fall on a straight line. However, as the weight of the items stored in the storage portion increases, It is difficult to raise it. Therefore, a lifting device of a storage portion that can be raised by lighter force by rotating the lifter is proposed. Item 28 shows a conventional example of raising and lowering the seat by rotation, and it can be raised and lowered by the structure of the rotation storage part of the link mechanism. ^ This lifting assembly is shown in item 28. The storage section a, which is arranged above the operation D such as the washing table d in the kitchen and is stored in the food shed ^, can be raised and lowered from the lower position. The storage section a is stored in the food stall e, and the work is not affected when the washing table d is used. If necessary, open the door of the food stall c and pull down the storage part a, and then lower it to a lower position where it can be freely taken out. Since the storage part a is supported by the free end of the parallel link dagger installed in the freely rotatable M250594 捌, a new type of food shed, so ::: In such a kitchen, the upper space is used as a storage place for articles, and food sheds are arranged. Since there is no way to get in and out without using a step platform, so if it can be raised and lowered, go up. "Make the storage unit 3 The use of results can be managed by the storage department of the Fanggong Workshop. 15: In the above structure, 'the height of the lifting height is too small, so there is a problem that the food stall e cannot be arranged at a relatively high position. Point. In addition, when the weight of the storage unit 3 is increased by using the storage object, it is necessary to increase the strength in order to operate the lift. It will be difficult for female discs without strength to use it. Further, because the storage unit a Since the front side of the food shed C becomes a lowered position, when the storage section a is lowered, it becomes impossible to work on a workbench such as a washing table. 〃 [What's new] Originality Purpose of the purpose of this creation is to provide a storage unit lifting method that can lift the storage unit from above. It can be lifted to a position directly below it, and the lifting storage unit can report the loosening of the storage unit and use the side to In order to achieve the above purpose, the method of lifting the storage section of this creation is 7 M250594. The new explanation is that by lifting the storage section between the upper position and the lower position, it is easy to take out the storage items. And the storage section is easy to use. 5 After the storage section is raised and lowered between the upper position and the lower position in this way, the lifting distance becomes larger. Even if the upper position is set to a higher position, if he is lowered, he can take it freely. In addition, if the lower position of the lower part is positive τ of the upper position, it will not protrude to the front of the storage part, even if there is a work table or the like in the lower position. Minimal Obstacles = Work can be carried out while taking items to and from the storage area.

10 The method of lifting and lowering is characterized by rotating at 15 fulcrum points and lifting between the upper position and the lower position; or retracting the lowering device with a storage portion, and cutting the storage portion at the free end to surround the spiral shape. ， A supporting member for lifting and lowering the accommodating part in the ± pure and lowered position of the halberd; or a lifting accommodating device having the arbor parts arranged up and down, and the accommodating part and the second accommodating part of the support fulcrum branch of the halberd A supporting member which is connected and rotates by a rotating fulcrum between the set fulcrum points. In this way, by rotating the storage portion, it can be lowered from the upper position to the lower position. Since the lifting from the upper position to the lower position directly below it is not performed by a button, it is performed by rotation, so it is straight to t The descent movement in the direction can be performed easily compared to the ascent movement, especially the movement to the ascent side. Reading method for raising and lowering °, by borrowing the first storage period

8 20 Turn! (, The new description of the movement, the second storage unit moved 2 storage unit interchangeable. And the first storage unit and the first words, because the interchangeable, Xi Na Bu Na frequently used items in the 2 = placement relationship 'so You can place the receiving section 2 storage section in an easy-to-receive position: store the items that are not used often in the first! The storage section, if necessary, swap the position of the second storage section, so the first section] The west can be easily picked up and delivered. In addition, each storage unit is arranged in the upper and lower rows of M and 2; the support structure supports each storage unit at the selected support point, and connects the first storage unit and the second storage unit. , And between the fulcrum points set, the fulcrum is rotated; the sliding cutting part, which supports and supports the rotation fulcrum at right angles to its axis, and can be moved in the horizontal direction. The sliding branch section whose axis is at a right angle and can be moved horizontally. Since the sliding support point can be horizontally moved by the sliding support section, the support member can move the fulcrum and rotate each storage section. By changing the lifting movement and the lifting path in a limited space, it is possible to exchange the positions of the upper and lower positions of the storage sections in the storage section without having to provide extra space. In addition, the storage sections are arranged in the first row above and below. 2nd row; slightly horizontally supporting the 4 preparation '心 支 #mentioned the first} storage section, between the above-mentioned arrangement position and the 4th arrangement position, to move in a slightly horizontal direction; the first lifting support device, which supports the Slightly horizontal support, so that it can be lifted M250594 捌, a new type of description; the second support lifting equipment, the second storage section of the branch building, between the upper position and the lower position, so that it can lift. This structure arranges the second storage unit from the top to the bottom, and moves the first storage unit from the arrangement position to the detached position ^ "Separate lifting and lowering_ are paralleled, so the first! Storage unit and brother 2 The storage sections are raised and lowered in opposite directions to each other, and are interchanged up and down at the same time. Ίο The lifting storage rack includes a connecting shaft connected to the two sides of the branch storage section by a pair of supporting members, and _Rotate to connect the two sides. The component is so 'because the connection shaft is connected to the two support members, the support member rotates at the same time and performs a smooth rotating movement. 15 ㈣Juicing drop storage device' It is equipped with a restricted posture ，，， The position of one or both sides in the interior restricts the position. ^ This' Because the posture of the storage unit during rotation 1 restricts the fixed posture by the posture, and the storage unit can rotate it to maintain a posture. μ, can prevent the storage items from flying out of the storage section, and at the same time, k 嶋 嶋, 卩 nenner section is tilted, ϋ to provide a safer lifting storage device. Lifting the lifting device, which is provided with the work of the money 收纳 丨 storage section Let the second storage unit act as a linkage device for the lifting action. 2 This is a mistake to interlock the lifting action of the first storage part, and make the first and second linkage devices for the lifting action 'lifting action for — Fang Shu 10 20 M250594 捌, The new type explains the decline of the storage part, and the other storage part rises. Because it is balanced by lifting in opposite directions, the load on the rising side is added to the falling side to suppress the rapid decline. In other respects, the weight of the falling side is added to the rising side, so that the ascent becomes more comfortable, and the lifting operation of the storage portion becomes easier. In addition, there is provided an interlocking device that interlocks the lifting operation of the first storage portion and allows the second storage portion to perform the lifting operation. 10 In this way, by setting the lifting movement of the first enclosing unit and the second storage unit as the continuous movement of the lifting movement, the lifting device is lowered to the other storage unit, and the other storage unit is raised due to the borrowing of opposite directions. Lifting balances it, so the load on the rising side is added to the falling side to suppress the rapid decline, and the weight of the chin is added to the rising side to make it easier to ascend, and the lifting operation of the storage unit is easier. In addition, it is provided with a stop position limiter for stopping the rotation of the support member in the upper and lower alignment positions of the receiving parts of the second unit. 15

In this way, by setting a stop position limiting device,

In the storage section where the card t is not in the upper position, it is easy to use and pick up items, and it can be stored in a predetermined position in the storage section. The other one is a person who moves the fulcrum from the set position to the above-mentioned set position of the sliding branch. In this way, by providing a fulcrum return device, even if the lifting movement is cancelled before the storage unit reaches the fixed position such as the up-and-down position, the rotating fulcrum automatically returns to the predetermined position, and the position stops during the lifting. θ 11 20 Introducing the new type of abduction method In addition, the lifting path restriction device, which is the lifting path of the confinement department, can be lifted and retracted in the limited space according to the desired opening when waiting in the second and second storage sections. 〇 ^ / 、 Juicing path. Those who offset the rotation torque. σ sets the reduction wheel or so, and by working on the rotation torque of the supporting pin, κΙΛ_ is closed.卩, set to reduce or prevent the turning torque, regardless of what is stored in the storage section to allow it to perform safe lifting. Bali, both

ί] J 10 Detailed description of Che Fujia ’s embodiment [Example] The following is a reference to this article for the creation of this creation — Ming 'for understanding this creation ^ Λ & I say that the method of raising and lowering the part of this creation is borrowed Rotate the position of the Na part M and perform the lifting movement between the positions directly below it; to: describe its implementation. [Embodiment 1] Fig. 1 is a side view illustrating the structure and operation of the lifting storage device of this embodiment. The lifting storage device A is arranged above the conditioning table 6 provided along the soil removal 4 as shown in the figure! As shown in (a), the storage section 1 'stored in the storage section 5 uses the position as the rising position and rotates the rotation mechanism 2 in the order of (a) to (e) at about 180 degrees in the positive direction of the storage section 5. The lowering position rotates and moves downwards. On the contrary, the lowering position rotates and moves 12 20 to fJ. 5 February '"The receiving portion 5 is formed into a food shed shape with front and lower sides open, and the open portion on the front side is opened and closed by the door 5a. When the storage unit i is taken out, if the right opening door 5a is opened, the front part is opened, and the storage unit 1 can be freely taken out, which will not damage the beauty hidden in the storage unit 5, and prevent the intrusion of dust and the like. Rotating mechanism 2 of the machine broadcasting ^ receiving ^ 1 juice falling between the ascending position and the descending position, picture? $ 甘 加 ， 10 口 Z Z is an enlarged illustration composition. =, The rotation mechanism 2 includes: a support member 7 attached to the rotation; Γ and the rotation fulcrum of the inner wall surface on both sides of the portion 5; 〇; fixed wheel 8, concentric non-rotation set at 15 points P; slewing wheel 9, is concentric to the front, 刖, 4 ^ M ^ 11 fulcrum 0 and the storage unit 1 turn sideways, female potential The maintenance belt is hung horizontally between the ln u 疋 wheel and the yoke runner g; the force wheel 1◦ is connected to the fixed wheel 8 mentioned above. The rotation mechanism 2 is provided in the left-right symmetrical position as shown in FIG. , 20 With the aforementioned connecting axis— = the rotating mechanisms 2L, 2R 'are rotated simultaneously among the individual. M 疋 The rotating mechanisms 2L and 2R make it possible for the storage unit 1 to move from the front position i /, as shown in FIG. 1 (a). If there is a handle 1κ receiving part 5 at the bottom, and it is pulled down, 'Because 13 turns 5, the new description 5 10, the support member 7 cuts and rotates, so the rotation is about ⑽ degrees as shown in Figure 1 (e), The lowering position can be lowered to the lowering position directly below the containing part 5. The lowering position is between the berth 6 and the containing part 5, and it is set according to the sight level of the beauty girl Height, picking up and sending items to the storage section 丨 especially: it is easy to do. In addition, in the lowered position, the larger the exposed portion of the storage section i from the lower end of the receiving order 邛 5, the easier it is to pick up and send the item, but the amount of exposure The larger the part of the rotating mechanism 2 is exposed on the external appearance, it is indecent. As shown in the figure, the height dimension of the receiving section 5 is to store the ba ... Arm length of 7 The turning radius of the receiving part 1 is to make it move toward the receiving part when rotating! Its: the square vibration output is small, and it is easy to rotate the operation. State :: A As shown in Figure 2, the supporting fulcrum 0 'of the storage unit 1 has a storage space of 15/3. The security of / 3 I is not maintained in a horizontal position, ^ ^ 〇 AA B With the storage position, the last posture also changes. In order to keep the :: _ 1 posture regardless of the rotation position, the = mechanism 2 is provided with a posture limiting device. This posture restricts the posture, and the position of the fixed wheel 8, the rotating wheel 9, and the position at the month J will be described with reference to Figs. 2 and 4. ^ Constituted, the moving shaft, in ^, set the rotation support point P of the storage portion 5 as 1 and install a support ㈣ on the inner side of the storage portion 5; —The end is fixed concentrically with the supporting shaft 14 and the other side is fixed at —] the supporting fulcrum of the complete surface 〇14 20 M250594 新型, the new type of rotating bearing 15 is set at the other end of the branch member 7, at The rotation shaft 7a 'is freely supported for rotation, and the rotation wheel 9 is fixed concentrically on the bearing 15 with the rotation shaft ^, as shown in FIG. The storage unit U rotating wheel 9 is fixed to the storage unit 5 through the posture maintaining belt η and is connected to the fixed wheel 8. Therefore, it will not rotate in the oblique direction centered on the fulcrum G of the support building. This state can be maintained when the storage portion is rotated around the fulcrum p. Therefore, it can maintain a horizontal state even by rotating between the raised position and the lowered position. . The configuration of the posture maintaining device is not a combination of a gear (a fixed wheel 8 and a fixed wheel 9) and a belt (a combination of posture maintaining belts) as described above, but also a combination of a gear, a timing belt, and a chain. And the support member 7, because a pair of 'is provided on both sides of the storage section], so in order to allow these to rotate at the same time, as shown in Figure 4 and the fulcrum? Concentric to the support shaft 14 fixed to the support member 7 under the rotation of the linkage The shaft 1Q is rotatably arranged between the joint shafts 13 on opposite sides of the receiving portion 5 and hangs the linkage belt a, and simultaneously rotates the supporting members 7 on both sides. In addition, due to the aforementioned connection | From 13 ^ the external control is set to be smaller than the outer diameter of the interlocking wheel], so the torque of the deceleration control method and the torque of the turning speed plus the support member 7 under the storage section] and the weight of the storage section] control the sharp drop. Going one step further, on the connecting shaft 13 or the supporting member 7, a balance device j is provided by the turn plate and the spring to control the rotation speed of the storage portion 1 when it is lowered, and by reducing the rotation torque when it is ascended, it decreases and rises with the plan. Rotation twist The uniformity of the moments,] 5 20 M250594 新型, the new description can make the ascending action easier. The balancing device can control the rotation torque of the support member 7 itself, and can also be installed on both sides of the receiving part 5 to form a 彳 t plate. In addition, the connection motor is connected to the connection shaft 13 as a rotation auxiliary power for the storage section, and the brake is added to make it work, or it can be raised and lowered by electric power. The arrangement position of the shaft 13 is shown in FIG. 2 or FIG. 2. The upper corner of the rear part of the receiving part 5 is best, or the remaining space in the quiet part 5 is increased at other positions, and the height of the receiving part must be reduced. In the upper corner of the rear of the storage portion 5, the storage portion i rotates to the lower position in the opposite direction. As shown in FIG. 1 (a), even when the space in the storage portion 5 is full, the storage portion i is not wasted. It is sufficient to form only a cutout portion behind the upper portion to avoid the connecting shaft 13. Since the rear portion of the upper portion of the storage portion i easily becomes the last space portion of the storage portion, the cutout does not greatly affect the reduction of the storage space. 15

Eighth, the above-mentioned branch storage device A can be used not only in the kitchen for receiving food and food, but also as a storage place for electrical equipment. h In addition, the storage section i can also be composed of a food arranging section with a dewatering rack and a water tray, and a food dryer provided with a warm air generator in the storage section 5. The closer section is, the storage section i is usually formed from the front to the back. If it is in the shape of a bracket, the storage section can be further developed by both the kitchen side and the canteen. The structure is further developed, as shown in Figure 5 *, and the storage section 5 16 20 M250594 can be turned? Description of the new type Hanging between the kitchen and the canteen, the storage room side and the canteen can be rotated so that it can be lifted more than the two riding cans. [Embodiment 2] 5 Next, the second embodiment will be described in this work. However, the description of the portions that overlap with the first embodiment will be omitted. Fig. 6 illustrates the configuration and lifting structure of the lifting device in this embodiment: the working surface ® 'lifting device holding device β is arranged along the wall surface above the conditioning console 6, and Jiang Chu 1 ^ Fang Jiedi 1 is housed The part 21 and the second accommodating part 22 are exchanged for raising and lowering between the raised position and the lowered position. For example, when this item is placed on a work table such as the processing table 6, as shown in the figure, take 2 to set the depth dimension of the second storage section 22 to be smaller than the size of the second storage section M ', even if it is directly above the processing table 6. Influential operations: The second storage unit 22 stores frequently used seasonings, 15 temples for conditioning, and the first storage unit 21 stores infrequently used food utensils and steel conditioning equipment, so that they can be used separately. The first storage section 21 and the second storage _ are often shown in FIG. 6 (a), and the first storage section is stored in the storage section 5 if necessary. The storage section ... Sequentially, make a rotation of about 1 degree and turn it into the pick-up and delivery position of the mouth just below the receiving part 5, so that it can be moved to the lowered position. At this time, the storage part 22 is linked to the rotation of the first storage part to make a straight line. Ascend, ^ interchange with the 1 storage unit 21 to raise it to the storage unit 5. Conversely, ⑴ ...) The first phase] closing】 2] from the lowered position to the rotation 17 20 捌, when the new description turns to the raised position 'The second accommodating portion 22 descends in conjunction with this. 5 FIG. 7 shows the above-mentioned lifting mechanism 23, the rotating fulcrum P of the two side wall surfaces of the receiving portion 5 is read under its free rotation, and includes a support member 7, which is rotated at its free end. The supporting fulcrum on both sides of the outer wall surface of the first accommodating part 2! Of the lower branch freely; the fixed wheel 8, which is concentrically and non-rotatably set at the aforementioned rotating fulcrum p; the rotating wheel 9, which is the same as the other supporting fulcrum. It rotates integrally with the storage unit 21, and the posture :: holding belt: is located between the fixed wheel δ and the rotating wheel 9, and the interlocking wheel 10 7 -Γ) 'is concentric with the fixed wheel 8 and is Saluting member = 疋 turn, linked 12 'is hung on the linked wheel] 〇 and the connecting shaft w; the lifting wheel 25' is coaxially rotated with the connecting shaft 13 and fixed to the end of the second storage part 22-rolled up Lifting line 24; Storage section 22 moves up and down, [... Material 2 Symmetric position — The lifting mechanism 23 is a 15-axis left-right m-pair rotation mechanism, 23R, which can be connected simultaneously with the first knot The rotating mechanisms 23L and 23R are operated. As shown in Fig. 6 (a), 'storage ㈤21' is set down, so that it is widened from the ascending position, and the door 5a of the accommodating section 5 is opened, and the handle provided at the lowermost part of the section 21 is opened. When Gu Yan 5 is pulled out, the rotation Γ 卩 21 of 20 degrees is rotated by the support member 7 and is set at about 180 degrees. It can be lowered to the descent position immediately below the containing section 5 by rotating the first storage, 91 士 #, then © 心 1 ^ / 支 楼 项 Cut _7 rotation of the α set "疋 pivot point P branch building components 7 linkage wheel 1018 M250594 turn 1 !, the new description also rotates, by hanging horizontally between the item and the connecting shaft 13 connecting shaft 13, by fixing on the connecting belt 12 rotation

The Pm shaft 13 is coaxially lifted by a lifting wheel 25, which is connected to the rail 26 of the lifting line 24 and slides upward. Therefore, as shown in Figures 6⑷ to ⑺, the moon movement 5 moves the second storage unit by rotating the moving portion 21 and the linear movement to "cross the opposite direction of each other." In order to make it simultaneously with the upper and lower front corners of the second storage unit : The bottom corner part of the lower part 21 makes the 苴 contact, Μ Λ, the knife, as shown in the figure, leaving the cut-out part ο ο ~ such a cross-section frequency, so it is expected that the wave 1 = the second storage part 22 above and below each other The bottom corner of the upper part of the storage unit 22 of U 21 and the second brother _ knife 0 is to make the lifting mechanisms on both sides thin and 23L move simultaneously, and to avoid wasting space with the connecting shaft 13. 15 Herein, the above-mentioned storage unit 2] its posture always maintains a certain posture regardless of the rotation position, and the posture restriction # 局 十 〃Do not mention the same as described in the embodiment. # Or the above-mentioned posture maintaining device and support member 7, because A pair is provided on both sides of the receiving portion 21 of the Hedi 1, so it is necessary to support the same at the same time as the above-mentioned Embodiment 1 under the rotation freely fixed the same tooth 4 to the linking wheel of the supporting member 7], Connection between the two sides opposite to the freely-arranged register trough section 5 Between the shafts 13, the supporting members 7 on both sides of the linkage Γ12 are horizontally rotated and rotated simultaneously. Moreover, since the outside diameter of the aforementioned 13 is set to be smaller than the outside diameter of the linkage shaft 10, the speed is reduced by 19 20 丄 V 丄 厶 捌, The new description of the torque of the rotation speed plus the ^ storage section 21 of the branch member 7 step: even Γ1 storage section 2 "◊ weight control sharply decreases the heart balance step 1 13 or the support member 7's rotating seeding plate and spring settings rise The younger brother 1 _ Department 21 controls the rotation speed of the dragon when descending, so that even if the rotation torque is reduced, the connection between the descending and rising rotational torque can also be reported. In addition, as mentioned above, it can also be used as a supplementary power for the lifting operation or a braking error. 10 wheels 2 Γ by shaft two: both ends, as shown in Figure 8, installation lift = rotation τ drop 'and rotation of the connecting shaft 2 center the second storage section 22 on the slide rail, 26: roll up and lift Thread and jog the rail 26 to make it slide up. By pulling up the second handle Kun 99 七 丄 Θ link shaft 13, link belt 12: far V force! It is through the lifting wheels 25 and 15 that the interlocking wheels 10 and the support member 7 are added, and the storage section 21 of the younger brother controls the rapid rotation by its weight. In addition, as shown in the figure, a pair of M pairs of bees 27 and 27 are installed between the central portion of the back surface of the second storage portion 22 and the inner surface of the back of the storage portion 5. When the second storage portion 22 is in the lowered position, as shown in FIG.示 假相 # In the state of no pain, the bomb will be long as it rises, and it will become the state shown in the ascending position, giving the second storage portion 22 the ascending resistance. It acts as a resistance and ascends. The resistance of the springs 27 and 27 is fine. , By the side; by the reading wheel 25, the connection ㈣, the linkage belt〗 〖7 1st storage section ― transformed into a rotation speed with braking control degree. On the contrary, it will increase the 20th storage section η 20 20 turn 5 In the new description, the contraction force of the springs 27 and 27 acts due to the second accommodating portion 22 and the falling weight, and the rotation in the upward direction of the 丨 accommodating portion 21 can be performed very happily. It is preferable that the corner above the rear of the receiving portion 5 becomes a space for increasing waste in the receiving portion 5. The corner above the rear of the receiving portion 5 is the corner. The receiving portion M is the opposite side of the rotation in the direction of the lowering position. , As shown in the figure, even if buried in the workshop within 4 5 'When the first storage section 21 is stored without waste, it can be located behind the upper part of the first storage section 21', avoiding the connecting shaft 13 and forming only a cutout portion 3, and the second storage section 22 enters the storage section 25 when it rises. In the same way, the upper rear corner is cut in the same way. Since the i-th storage section 21 and the upper rear section of the 2nd storage section 22 are easy to become the last space of the storage, the gap will not greatly reduce the storage space. In addition, the second storage section 22 is not limited to a container for storing articles, and can be made into a shed-like shape and a roof that can assist in work, ensuring not only a storage space but also a small working space. As shown in FIG. 10, the lifting storage device BB is shown in the example of the storage unit lifting method in the storage food shed, and the storage food shed 28 is divided into upper, middle, and ^, and stands among them. The storage space is located between the upper storage F 21 and the second storage 22 in the middle. If it is configured, it can be placed between the positions. Because of the lifting structure and the above-mentioned lifting storage device β M250594 新型, new description The same is slightly omitted. In the entrance of the lifting storage device B1, the 2nd / 1st storage unit 21 is larger than the size of the storage unit 21. By applying this creation, the size of the two storage units cannot be arbitrarily set. Ground: To the food storage shed that is high on the back of the patio, you should take it from the storage workshop at a high position: the article has its inconveniences. AU j W constitutes an arbitrarily-used, inward-looking household shed. In addition, when the place is not a food tent but a storage space, the same can also be applied to the lifting part of the lifting part I [Embodiment 3] ίο Second 'in this creation Although the third embodiment is described in the above, the description of the second embodiment is omitted in the second embodiment. 15 FIG. 11 is a diagram showing the structure and operation sequence of the spoon of the lifting storage device in this embodiment mode. The first storage portion 31 and the second storage portion are in the storage portion 4G in the state of Γ in the front and rear directions in the left-right direction as shown in the figure. Arranged in an up-and-down manner, the supporting points P2 and P2 are connected with branches = 34, and the intermediate point of the supporting member 34 is supported at a P 40 as a rotating fulcrum 0 ′ on both sides to rotate freely. Each of the storage portions 31 and 32 is supported by the storage portion 40. Place the i-th storage portion 31 or the second. The storage unit 32 is pulled out in the front or rear direction to rotate. Since it is connected to the other side by the branch member 34, the rotation is also performed. As shown in the order of (a) to ⑷, the rotation can be interchanged by rotating by 180 degrees. The portion 31 and the second storage portion 62 are positioned up and down. In the above configuration, the lower position is set to the storage position of the storage object. 22 20 M250594 After turning [|, the new description is placed, it is difficult to take the storage position from the upper position, because the rotation can be interchanged with the upper and lower positions as described above. 'Therefore, it can be effectively used regardless of the storage part. This structure uses a simple structure to make up and down movements, and the positions of the storage sections can be interchanged. In addition, if the feeding ports are provided on both 5 sides of each storage section 31, 32, it can be picked up from the front and the back. Furthermore, since the desired direction of free rotation can be obtained, it has the advantage of being able to be interchanged up and down easily. However, it has the disadvantage that the rear surface of the trough portion 40 which is added to the wall surface cannot be installed in a general arrangement state. Next, the structure of the lifting storage arrangement which does not protrude will be described by rotating or rotating the storage W portion 'behind the lifting and lowering. [Embodiment Example 4] Next, in this creation, the fourth embodiment will be described, but the description of the same points as the first, second, and third embodiments will be omitted. 15

Fig. 12 is a side view (a) and a front view (b) showing the structure of the fourth embodiment of the present invention, including the lifting and lowering mechanism, and the underwear setting.

In FIG. 12 (a), the lifting storage device 'of the fourth embodiment includes: f 1 storage section 31 and second storage section 32, which are the upper and middle layers of the upper and lower rows of the food shed 33; the lifting mechanism 36 In order to interchange the up and down positions of each of the storage portions 31 and 32, the lifting operation is performed. Among them, the lowering mechanism 36 includes: a support # member%, which is connected between the first storage section fulcrum pi and the second storage section 32 of the fulcrum p2; the moon support section 35 is horizontal The freely moving support is installed on the food storage shed M — I ,,, and the rotation support point of the support member 34 is described in the first position (23 20 捌, the new description is closed at 31）), and the first system is maintained regardless of the rotation angle. Device) n posture; 帛 2 posture maintenance unit (level of posture limit 5: the second storage unit 32 is maintained at a closed rotation angle, and the fixed storage is equal to the potential 3, as shown in the above-mentioned "ascending and descending: descending path" the elevating mechanism 36 is shown in the figure. 2⑴ The right support 1Γ R, 36L is equipped in the left and right symmetrical position, and the left pivot 34 has 0 rotation fulcrum points, and the left and right lifting mechanisms _, 36L are connected to the shaft 37 to make them move at the same time. I is the enlarged enlarged picture of the lifting mechanism as shown in Figure 12⑴. Turned from: τ ^ member 3 4 is unscrewed at the middle of the rotation fulcrum ... supporting the connecting shaft ... at each of 31 teeth located at each storage section 3b 32 3 / points P, P2, both ends support the rollers of each storage portion 15 under free rotation The two ends of the knot shaft 37 are arranged up and down, and a 35b 'is embedded in the zigzag-shaped cross-section-shaped recess formed above and below the sliding support portion, so that the sliding support portion = smoothly moves in the horizontal direction. . Further-step, the fixed wheel "a, the mouth is fixed on the connecting shaft 37 'is fixed to the fulcrum fulcrum ㈣ of each storage section 3, 32, and the rotating wheel 43a, and a separate belt is set up between the food stalls, which form the first posture maintenance section. 4. The second posture maintaining unit 42. In the above-mentioned configuration, it is preferable that the rotation fulcrum Q is provided at an intermediate position between the two doors of each support fulcrum. 'It can be stored in the food storage shed 33 without providing an extra space, so that Storage rotation, No.! Storage section 3] Rear side upper and lower corners' 2nd storage section 32 front side upper and lower corners, 24 20 torsion fJ, new description As shown in the figure, the cutouts do not make contact with each other to form each storage. Sections 31 and 32. Regarding the ascending and descending operations of each of the accommodating sections 31, which form the above-mentioned structure by using the ascending and descending storage device, the state of the ascending and descending operations is shown in the order of steps (a) to (g), and will be described below with reference to FIG. 14. Description: The food storage shed 33 is set in the front 33a, at the position of the first accommodating brother 1 and the upper and lower positions of the inner rim 31 and the second accommodating portion 32, open the door 32a and i as shown in FIG. 14 (a), and pull the first accommodating portion 31 forward so that After its continuous rotation, the first storage portion 31 is centered on the support fulcrum P! And the support member 34 is rotated, and the second storage portion 32 is also rotated behind the support fulcrum P2. … On the side of the second storage portion of the support member 34, so the support member 31 rotates to move the fulcrum of the support member 34 in the sliding support portion 35 to move it horizontally, as shown in FIG. 14 (b) As shown in ⑷, the second storage portion 32 rises in the vertical direction as the i-th storage portion 31 rotates. The maximum point for horizontal movement of the support member 34 by the link 38 is shown in FIG. 14 (a). The i-th storage portion 31 and the second storage portion 32 are juxtaposed in the horizontal direction, and the support member 34 forms a horizontal state, further improving the first storage portion. After 31 rotation, due to the use of the connecting rod%, the action direction of the support member 34 is changed, and the rotation fulcrum moves in the original direction, as shown in FIG. 14 (e) ~ ⑴, the first; [the storage section 31 rotates and then invades the food storage shed 33 Below the inner part, the second storage portion 32 rises more vertically. As shown in FIG. 14 (g), when the second} storage portion 31 enters the array M250594 5 10 新型, and the new type is described below the second storage portion 32, The second storage portion 32 is raised to the row! The position above the first storage portion 31 is interchanged with the arrangement position of the first storage portion 31 and the second storage portion 32. After pulling the first storage section 3 from the state shown in FIG. 14 (g) and rotating it in the opposite direction to the above operation: the second storage section 32 descends and moves in the opposite direction of FIG. 14⑴ to ⑷ to return it to The original arrangement position. Use the lower position as the height position for easy pick-up and storage of items. For example, after the shirt is at a visual level, the storage section located in the upper position that is difficult to remove can also be moved to the lower position at any time. As the space for receiving I above the silk M, it can also be effectively used in accordance with the above structure.

The 15 storage units 31 and 32 can be tilted by using the supporting structure 34 with one axis of each supporting fulcrum P1 and P2 at the angle of rotation of the freely lower supporting building. 〇, since each posture turning part is provided separately, 'irrelevant rotation angle is often maintained-a constant horizontal posture. The configuration and operation of each of the posture maintaining units 41 and 42 will be described with reference to FIG. 15.

In 5, the respective support pivots Π fixed to the first storage part 31 and the second storage part 32, the rotation wheels 43a of P2, the gate of the peach, and the connecting shaft (not shown) fixed to the rotation fulcrum 0 (not shown) ) Of the fixed wheel, between the belt shirt, Gajah are hung between the rotation · Gamma and the fixed wheel him 'and the rotating wheel Gamma and fixed wheel shirt 26 20 M250594 5 10 15 新型, a new type of explanation room. On the other hand, since each of the storage portions 31 and 32 'is centered around each supporting fulcrum and the rotation is free. Therefore, when the supporting member 34 rotates the rotation fulcrum 0 as the center, the support fulcrums P1 and P2 of the storage sections 31 and 32 are rotated and the storage sections 3 and 32 are rotated with varying support angles. However, since the storage sections 31 , 32 are connected to each of the rotating wheels 43a, 43b and each of the fixed wheels 44a, 44b by belts 45a, 4 north. Even if the support member 34_ is used, only the rotating wheels 43a, 43b and each fixed Wheels 44a, 44b and belts 45a, inscribed positions of 'boring ㈣., 45b's close friction each storage section 3, 32, then each support fulcrum P2, P2, as the towel ^' job level ㈣ tilted, and especially Rotate or lift in horizontal posture. In the above-mentioned configuration, the second storage section is caused to rotate around the fulcrum 0, and along with this, in order to move the storage section 31 up and down, Lien 38 is used as the lifting path restriction device. However, for this lifting path restriction Other embodiments will be described below.

The clever people will store the food shed 33 in the wind, and will be the structural diagram of the lifting and lowering path restriction device. As shown in FIG. 16, a roll is installed on the back surface of the first storage portion 32, and is connected to the back wall surface 3 3 b of the food shed 33 by the buckle, so that the structure can be raised and lowered. The moving sequence of 42 is also quite clear. By restricting the 2nd = 2nd up and down along the back surface of the food storage shed 33, the storage portion 31 'makes it possible to move on the support member 3 ... sliding point of the pivot point 0. 35 position. 27 20 Turning, new explanation 5 The state shown in FIG. 16 is a state where the first storage portion 31 is moved to a lower position, but the first storage portion is pulled out again and rotated outside the food storage shed 33. In order to restrict the movement of the supporting member% in the direction of rotation of the second storage portion 32 side by the back wall surface 3 3 b, the rotation fulcrum and 〇 are horizontally adjusted on the sliding support portion 35 as the first storage portion 31 rotates. mobile. Since other structures and operations are the same as those described above, descriptions are omitted. 10 15 Figure Π is a movement path of the end of the second storage portion 32 of the support member 3 4 2 side, the structure of the lifting path restriction device shown, the roller (engagement portion) 4 8 is installed in The second storage portion 3 2 side of the support member 34 is: the end portion 'revolves into the rotation guide (guide portion) 47 of the roller 48, and the side wall surface of the food storage shed 33 is installed. The rotating guide ο guides the roller f 48 to form a groove. "When the upper and lower ends of the storage unit 3 and 32 are located on the wrong line, the upper and lower positions are located at a distance from the rotation fulcrum 0 of the support member 35 to the roller μ." The horizontal line at the position of the support portion 35 is moved from the distance of the fulcrum to the shortest shape. Therefore, when the support member 34 is rotated by the rotation of the storage section W, in order to guide the movement of the rollers by the rotation guide 47, the rotation fulcrum 0 is leveled on the milk of the sliding branch section 20: the movement is accompanied by the first! The rotation of the storage portion 31 causes the second storage portion 32 to move up and down. FIG. 18 shows another example of the lifting path limiting device. The lifting path limiting device is shown in FIG. 18, and the two ends of the support member 34 are respectively embedded with the rollers 48, 49, and 48. 49。 Rotary guides 50, 28 揦, new description 5, side wall surface of Anhong storage food shed 33. The two ends of the two rotation guides are opened 5H in the rotation direction of each storage portion MW. The storage portions 3 and 3 are rotated in the direction of the symbol shown in the figure. When the support member 34 is rotated, the second storage portion 32 side The rollers are separated from the open portion 50a above the rotary guide 50, and the roller 49 'on the side of the first storage portion 31 is moved toward the center in the rotary guide 5G. With this operation, the second shank portion 32 is rotated around the rotation fulcrum 0, and the first storage portion 31 is moved upward by the movement in the sliding support portion 35 of the rotation fulcrum.进 进 — 10 7 After the second storage portion 32 is rotated, the roll is opened 5Qb from below the rotation guide 50, and when the rotation guide is inside, the support 34 is placed in the vertical direction, and the first— In the upper position: ― In the aforementioned structure, the first and second positions between the first storage section and the second storage section 32 are turned upside down and interchanged with the 15th position that will be in the upper position. Or the second storage portion 32, which rotates in the -direction of the pull-down direction, to set a rotation support ㈣ can be rotated down to 36G degrees = turn, by often pulling down each storage portion 3], guilty ', to The swap operation is performed. Therefore, it can be reported easily. 'According to the occasion of this composition, the notch forms each corner. When going to one,' ^ 31, 32 are as shown in the figure. The corners do not touch. In order to make it double in the above-mentioned configuration, each receiving di 32 is located at its 29 20 M250594 新型, when the upper and lower positions of the new description, in order to stop the position in a stable manner, as shown in Figure 19, you can set a stop position limit The device is used to lock the rotation of the branch member 34. As shown in FIG. 19, the stop position is restricted by installing 5 rollers 5b 51 on both ends of the support 34, as shown in FIG. I9 (b). The recesses are provided with the locking portions M and 52, so that the support member 34 stops at the side of the food shed π of the storage portion. Each storage portion 32 and 32 move up and down. When moving to their respective up and down = fixed positions, The operation of rotating the first accommodating portion 31 by adding 10 to the stopped state, since the rollers 51 and 51 are separated from each other due to the embedded state of the locking portions 52 and 52, there is no obstacle to the lifting operation. This stop position limiting device is not only configured as described in item 19, but other configurations are also applicable. In addition, as shown in FIG. 19, a lifting operation device 53, [5] may be provided on the sliding support portion 35 to directly select the supporting member 34 is moved. The ascending and descending operating device 53 includes: Recording 54, a sliding support for moving and moving. Within 35, a moving plate 55 supports the roller 54 and is simultaneously connected to the support member 34. An operating lever 56 is provided from Roller 54 of the moving plate 55. The position of the ceremony is extended. The direction of the door 33a of the shed 33. In the configuration of the present structure, if the operation lever% is pulled, the movement 55 is moved by the rotation of the roller 54 and the sliding branch portion 35, and the supporting support material is rotated = rotation The fulcrum G 'is horizontally moved on the sliding cut 35. The horizontal movement of the fulcrum 0 of the support member 34, the support member 34 30 M250594 之一, one of the new descriptions is by the roller 54 and the rotation guide. Limitation, as the first storage section 32 supported on the other end is rotated, the second storage section 32 TF ^ $ is structured so that the arrangement positions of the storage sections 31 and 32 are relatively large, especially the first storage section which becomes the main body of the lifting. When the part 31 is in the upper position, the operation of _5 is lower than the operation lever 56 of the recording, so that the lifting operation can be performed for a pleasant lifting operation. The reset device makes the pivot fulcrum of the ox-34 to automatically return to the position set by the heart 10 15-疋. Doors 57a, 57b are provided on both sides of the storage food store 35 to help support one. Make any side of the back of Hachibei openable so that by rotating in two directions, each storage section 3ij can be moved up and down to Store food shed ^ The money of shed 57 is supported by the sliding support opening P 35 of the extension 卩 4 * point n 疋 pivot point Q, and springs 58 and 58 are assigned to both sides of the rotating branch 〇 Do you think that a is the pivot of the ox, so that it stands at the set position, in

Each storage section 31, 3? Silks Ding also dedicated his efforts to make the forces to the heart guard, according to the direction of rotation to resist the spring 58, 58 receiving parts 31, 32 can go up and down, and each received a change. Before turning to the position where i rotates, the girth ## will release the pressure from the wrong manpower at ij, and then the pivot point will be automatically turned, and the "58'58" position will move. Return to the predetermined position. The above-mentioned settings are such that the respective storage sections 3], 32 are arranged in the upper and lower positions and are set at arbitrary positions. Xia Ren can go even further. In each structure, the balance by connecting the rotating baffle and the like 31 20 torsion fJ, a new type of explanation The device is installed on the connecting shaft 37, and the weight of the items in each of the storage sections 31 and 32 is completely missing! When the heavier side becomes the lowering direction, the lifting operation becomes the _state '. If the sharp lowering is suppressed, it can be made to perform a stable ascending I3 cow action. In addition, the connection motor is connected to the connection shaft 37 as an auxiliary power source for the ascending and descending operation, and the ascending and descending operation can be performed by electric power. Further, Fig. 21 shows the constitution and lifting operation of the hoisting and lowering storage device with the retractable sliding support portion 59, and it can also be applied to food storage sheds 6 with a small depth. 10 15 Fig. 21 shows the sliding support part 59 set in the lifting storage device = as shown in Fig. 22 'The extension part 59b is inserted into the main body with free advancement and retraction =. Each storage section 31, 32 also cooperates with the food storage shed 60 to reduce the vertical size, and each storage section 3 and 32 are arranged in the up and down position (a) or in the state shown in the above-mentioned 'sliding support section 59' is stored in the food storage section = The contracted state is accompanied by the rotation of the storage unit 31, and the rotation fulcrum of the support member 34 pushed out by the ^ is extended by the end of the sliding extension 59b to check the coffee press = the support portion 59 is extended to the food storage shed 6 〇, move it to the rotation point < point G (C) ~ (e). The first storage portion 31 moves into the lower part: Rotate the fulcrum ° by the action of the link 38 to face the storage food shed. 'Since the opposite side end is bolted into the entry direction, because Γ comes to Γ__ body 59a, The sliding support portion 59 is contracted to the original size. In this way, 'the storage sections 31 and 32 are arranged in the up and down position', since the sliding branch section 59 is stored in the storage 32 20 M250594, the door 60a can be closed. * The structure of each of the lifting storage devices described above is shown as a form of being placed in a storage shed, but it may be arranged above a work table or the like. As shown in Fig. 23, each of the storage sections 3 and 2 of the second and third storages are stored in the receiving section 62 installed on the upper wall surface of the work platform 61 added to the arranged wall surface. If this lower position is set to the level of vision, you can ensure a barrier-free space when working above Zhayekou 61, if necessary

If the upper and lower positions of the storage sections 31 and 32 are exchanged at this time, the storage position can be easily taken out from the upper position where it is difficult to pick up the goods, and it can be effectively used as a necessary storage section during operation. / [Example 5] To explain, there are no more points. Secondly, in this creation, the fifth embodiment is added to the second, third, and fourth embodiments, and the description is omitted. 15

Figure 24 is a diagram illustrating the structure of the lifting storage device according to this embodiment; and a side view of the operation, 'Lifting storage device D, arranged in the upper position, interchangeable between the lower arranged position,' so that the structure is stored in the food shed; the first The first storage section 70 and the second storage section 7 and the food shed 72 are the lower part of the lower part which has a height of 1/3, and the upper part of the upper part, which is approximately 2/3, is called "0th < Yitui" The two are spaced apart and are at their former Gengmen. In the upper space, the} storage section and the second storage section 71 of the lifting storage device D are arranged up and down, and the receiving section is stored in the upper position, and the second storage section 71 is stored in the lower 33 20 5 捌. The description will be used to interchange the upside down position. The institutions are explained next. The square arrangement position can be supported by the first storage unit 70 when necessary to exchange the arrangement position. The first storage portion 70 is supported by the horizontally supporting team Niri 3 (horizontal support clothes) on the opposite side. The supporting member 73 It is a lifting guide (first lifting device) which is fixed on the opposite two inner side surfaces of the food shed 72 in the lower direction when the juice drops freely. Elsewhere, the second storage 邛 71 is provided with a slide plate 75 on its back, and the slide plate 75 slides up and down.

Freely supports a sliding rail 76 (second lifting device) fixed to the back inner surface of the food shed 72 in the vertical direction 10. In addition, the upper ends of the two opposite sides of the second support portion 71 of the aforementioned horizontal support member 73 are connected by a lifting line (linkage device) 77. The lifting line 77 is installed on the food shed 72 as a gift in a hanging manner. And straddles the first and second pulleys 78 and 79. &

5 The above lifting mechanism, as shown in the front view of FIG. 25, is provided on the left and right-right, because the i-th pulley 78 and 78 in the left and right positions are connected by a connecting shaft 80 and rotate at the same time. Lifting action. If the connecting shaft 80 is disposed at an upper corner portion on the opposite side of the i-th storage yoke 70 of the food shed 72 from the pulling direction, even if the 120th storage unit 70 and the second storage yoke are configured to be stored in food For the entire space in the shed 72, the upper corners of each of the storage sections 70 and 71 are located behind, and the extra space cannot be formed only by the gap. Regarding the ascending and descending operation of the ascending / descending storage device D having the above-mentioned configuration, 34 M250594 新型, new type description With reference to FIGS. 24 (a) to ⑷, the description is located at the upper position = 7. , Swap operation with the second storage-row position, which is located in the lower position. 5 I first 'Open the food shed and open the front of the food shed 72 from the state shown in FIG. 24 (a), and pull out the 10 2 7 ^ 7G located at the upper position. Support the level of the first storage section 70 Support structure ^ As shown in FIG. 26, the telescopic arm 73b and the second telescopic arm 73c are supported on the lifting body portion 73a supporting the lifting guide. The extension is fixed to the side of the storage portion 70, and is on the 15th port. Pulling force in the horizontal direction, miscellaneous materials, he retracted his arm, pulled out the second telescopic arm 73c from the first telescopic arm 73b, ^ the storage section 70, as shown in FIG. By shifting the upper and lower positions of the first storage section 70 and the second storage section 71, it becomes possible to obtain the ability to raise and lower both of them at the same time. From the state shown in FIG. 24 (b), 'down the first storage section 70' If it is pulled down, the horizontal cutting member 73 slides on the lifting guide 74 because the lifting line 77 is connected to the horizontal support member 73. Therefore, following the lowering operation of the brother 1 storage section 7, the lifting line 77 borrows the second pulley ... Brother 1 pulley 78 'pulls out the second storage portion 71 < in the main ascent direction. After the second Γ71 is pulled by the lifting line 77 and a pulling force is applied, the slide The plate 75 slides and rises on the movable rail 76. That is, the first storage portion 70 and the first storage portion 71 are raised and lowered in opposite directions to each other. The horizontal support member 73 reaches the lowermost portion 35 20 of the lifting guide 74. (2) When the first storage section 70 is lowered, as shown in FIG. 24 (c), the slide plate 75 also reaches the uppermost part of the slide rail, and then the upper part is raised to the upper position by the holding system. Next, it will be lowered. After the i-th storage section ^ is pushed into the food shed 72, 'the horizontal support member 3 shrinks the second telescopic arms 73b, 73c, and enters the lifting main body. Therefore, as shown in FIG. The storage section 70 moves horizontally and moves to the lower alignment position. 10 According to the above-mentioned operation procedure, the arrangement positions of the first storage section 70 and the second storage section M are interchanged. ^ Can return to the state shown in ffl24 (a). 15

The post office shed 72 is a containment as high as the back from the floor to the top; :: 第!装 部 7。 Storage section 7. Or the arrangement position below the second storage section 71 ^ Visual level, the items stored in the lower arrangement position = extremely convenient 'but the items in the upper arrangement position are not available for pick-up and delivery _: However, if it is raised and lowered according to this storage section The method is as above :: Because of free interchange No.〗 Storing section 7. The second and third positions can be arranged up and down, and the "storage section 'section can use the storage space of both sides to pick up and send items blindly, and the position of K k shed The stepping platform can not be used. As the #XI storage section lifting method, it can be effective—I Haimen Φ ^ It can more effectively use limited space with the upper storage of six seconds. The action is to bring down the first storage ㈣ or 36 20 turn! (, The new description of the operation to raise, let the second storage section M storage section 70 and the second storage 邛 71 work 3 drop 'because of the balance of the first drop " In order to make the first storage unit 70 under the load, in order to give the second storage unit 71 the weight of each, the load of the stylist is raised to suppress the decline with 5… Ao, he is making it rise. 2Second accommodating adjacent 7 1 卩 夂 卩 夂 AA 4 T 'Because the falling weight of β-receiving 71 is added, the ascension can be made even more. In the first accommodating section 70, the 2nd-L weight 1 occurs. A big difference, = changes occur, but the balance of people who are not on _ = , Α drops. In response to this, 10 mai. The common function of the lifting mechanism on both sides ^ Shift version of the buffer function n 'additional square 疋 27, n kinds of effective devices. For example, as shown in Figure 1. After moving the connecting shaft 80, the rotating gear β9, and the M-axis 80 to the rotary broadcasting plate, the connection shaft δ83 is suppressed by ^ 83, and the connection is 〇4t. The coupling shaft δ is hunted using the oil's viscosity resistance. It can make the lifting action uneasy with the change of 15. It can reset the balance and change the equipment in the lifting storage device described above, but it can also be shown in the food shed 72. [Creative effect] ^ Above the work table, etc. As explained above, if the storage section is raised and lowered according to the error between the upper position and the lower position, the storage section is easy to use, so it is easy to remove. ° 卩 The drop distance changes, P will make the upper position "at a higher freedom to take the stored items and lower it, you can go up mm and 4 if the lower position is down, it will not move towards 37 20 10 15 Turn! I. New type description Is there any work state, which only brings minimal obstacles? Second, it is for bank operations that are working during descent.-It can be accompanied by taking and sending items to and from the storage unit, and let the storage unit move up and down between the rotating position and the lower position, / ^, In order to raise and lower it in the upper position, it will not move downward from the upper position of the storage unit, so it will move with the vertical line. Instead, it will be performed by rotation. The movement can be easily carried out. In addition, the movement of the first storage section can be used to make the first storage section and the second storage section interchangeable due to the interchange of the first storage section, so that the first storage section for frequently used items can be stored. 2 the storage section is arranged below ^ Guyi 'to store infrequently used items in the first storage section' if necessary ', the position of the second storage section is interchanged, so that the contents of the first storage section can be used It's easy to pick up. 、 /, There is a rotating support point called α moving support, and it is at right angles to its axis, so that it can move in the horizontal direction. Therefore, the support member can move the rotating fulcrum and rotate each storage part, so it can be used in a limited space. The change of the lifting movement and the lifting path can be exchanged between the upper and lower positions of each storage section in the storage section without having to set multiple ^ ΛΑ ^ Λ

There is more than 20 spaces. In addition, a storage section lifting method is characterized in that it can move horizontally and move the ith storage section, and the second storage section can be moved up and down. The first storage section is separated from the previously arranged position. Position making water 38 M250594 ίο 15 Turning, the new type of explanation, move horizontally, make it move up and down from the residual state, and then move the second storage unit ^ to accept the original position moved by the second storage unit In the arrangement position, the first storage section is horizontally moved, and the arrangement positions of the second storage section and the second storage section are interchanged up and down. After the second storage section is arranged from top to bottom, and the} th storage section is horizontally moved to a position away from the alignment position, since the sacrifice shafts are formed side by side, the i-th storage section and the second storage section can be aligned. The storage units are opposite to each other = to the material '. If the lifting and lowering movements are linked, you can pull up the other side by adding-Fang Da Jie Zhi: Qin Zhi: Zuo. Therefore, it is necessary to use a large report: force it to make juice, and the movement in the upward direction can be reported easily. 2 Borrow the weight at the time of the decline. In the state of rapid decline, it is possible to achieve a good balance in suppressing the rise and fall of other directions. . Thanks!疋 移动 Horizontal movement ’The upper and lower positions of the second storage section 2 are moved by lifting and lowering. After the 帛 2 storage section is moved to the original position,“ the position can be exchanged. & Place for horizontal movement. In addition, by borrowing the opposite side of the support and storage parts of the supporting members: Yes: the pair of supporting members rotates at the same time and connects the two parties. , Cut and cut the square and make a smooth rotation. T 1 In addition, since the minus side or both sides of the storage unit are restricted to a predetermined position and the position is restricted, the posture of the storage unit during rotation can be rotated by the two-potential system to maintain the predetermined posture of the current posture. Can prevent L Yu Ke,-dagger to prevent the storage object from flying out of the storage section, or the same limitation factor 39 20 M250594 新型, the new description of the weight of the storage section inside the storage section, the storage section is tilted, it can provide more Safe lifting storage device. In addition, because the interlocking device for interlocking the first accommodating part and the second accommodating part is provided, the elevating operation lowers one accommodating part and causes the other accommodating part to rise. Due to the position of each storage unit in the top and bottom, the stop position limiting device that stops the rotation of the branch members, and the storage unit in the position listed above are engaged with the stable stop tenders ... Chengguyi can also be stored in a predetermined position in the storage unit. a Eight mouths also set a private rotation pivot to balance the lifting of 15 and add a load on the falling side to the lower side to suppress the sharp decline. It becomes Rong ^, Qian Qian's lifting movement also becomes more pleasant. The rotation and restoring device set to the sliding support and the aforementioned material position. The storage unit is at the same position as the up-and-down position. The meaning of the lifting movement is called automatic rotation due to the rotation fulcrum, and it will not stop at the midway position. When the storage section is raised and lowered, the storage section can be actuated as desired, because the storage section acts on the supporting member: In addition, because of the restriction device for restricting the lifting path of the second section, the storage section is started. Set its lifting path. The device that offsets the rotating torque may not; = :, set to reduce or reduce the weight of the product to perform a stable lifting operation =, "the contents of the department 40 20 新型, the new type description [图 明] Figure 1 A side view for explaining the structure and operation of the lifting storage device in the first embodiment of the present invention. Fig. 2 is a side view showing the elevator mechanism constituting the first embodiment of the present invention. Fig. 3 is a front view showing the elevator mechanism constituting the first embodiment of the present invention. Fig. 4 is a diagram showing a part of the elevator mechanism constituting the first embodiment of the present invention. Fig. 5 is a side view showing a possible configuration of rotating the storage unit in two directions with respect to the first embodiment of the present invention. Fig. 6 is a side view illustrating the structure and operation of the lifting storage device according to the first embodiment of the present invention. Fig. 7 is a structural diagram showing a lifting mechanism constituting a lifting receiving device according to a second embodiment of the present invention. Fig. 8 is a front view showing the opposite structure of the elevating mechanism constituting the elevating receiving device according to the second embodiment of the present invention. Fig. 9 is a structural diagram showing a part of an attitude limiting device and an interlocking device constituting a lifting receiving device according to a second embodiment of the present invention. Fig. 10 is a side view showing a second embodiment of the present invention in which a lifting storage device is constructed in a food shed. Fig. 11 is a side view illustrating the structure and operation of a lifting device according to a third embodiment of the present invention. M250594 Abduction 1J, description of new model Fig. 12 is a structural view of the fourth embodiment of the present invention viewed from the side (a) and the front (b) of the lifting device. Fig. 13 is a configuration diagram showing an enlarged view of a lifting mechanism constituting a lifting storage device in a fourth embodiment of the present invention. 5 FIG. 14 is a side view illustrating the operation sequence of the lifting storage device according to the fourth embodiment of the present invention. Fig. 15 is a side configuration diagram illustrating a posture restriction device of the lifting storage device according to the fourth embodiment of the present invention. FIG. 16 is a side configuration view showing a lifting path restriction device for a lifting storage device 10 according to a fourth embodiment of the present invention. Figure Π is the composition of the side and front of the elevator storage device in the fourth embodiment of this creation. Figure 0 r ^ VO ^

In addition, the other side constitutional diagram of the constitution of the ascending and descending path restriction device. Fig. 19 is a diagram showing the configuration of the stop position limiting device and the lifting operation device of the lifting and lowering position of the fourth embodiment of the present invention, which are composed of side (a) and front (b). Fig. 20 is a side view of a rotating fulcrum restoring device showing the creation of the present invention. Fig. 21 is a side view showing a sliding support portion and a sequence of movements of the "M'100" structure used in the lifting storage device in the form of the F Le 4 Besch form lifting storage. / 42 20 新型 Explanation of new model Figure 22 is a plan view showing an example of a sliding support portion of a telescopic structure of a lifting storage device according to a fourth embodiment of the present invention. Fig. 23 is a side view showing an example in which the elevating and accommodating device according to the fourth embodiment of the present invention is placed on a work table. Fig. 24 is a side view showing the structure and operation of the lifting storage device in the fifth embodiment of the present invention.

Fig. 25 is a front view showing a fifth embodiment of the present invention in a lifting storage device, showing a mechanical lifting mechanism. Fig. 26 is a perspective view showing a horizontal support member constituting a lifting storage device of a lifting storage device according to a fifth embodiment of the present invention. Fig. 27 is a perspective view showing an example of a baffle structure provided on the coupling shaft of the lifting and lowering storage device side's juice drop storage device according to the fifth embodiment of the present invention.

Fig. 28 is a side view showing a schematic configuration of a lifting storage device according to a conventional example. [Representative symbol table of main components of the figure] la handle 2 rotating mechanism 4 wall surface 5 receiving section 305a door 6 conditioner 7 support member 8 fixed wheel A lifting storage split B lifting storage device 20 D lifting storage split a storage Section b Parallel link c Food stall d Washing table 25 1 Storage section 43 M250594 捌, new description 9 Rotating wheel 42 Second posture maintaining section 10 Linking wheel 43a, 43b Rotating shaft 11 Posture maintaining belt 44a, 44b Fixed wheel 12 Interlocking belt 35 45a, 45b Belt 5 13 Connecting shaft 0 Rotating fulcrum 14 Support shaft 46 Roller 15 Bearing 47 Rotation guide 21 First storage portion 48 Roller 22 Second storage portion 40 49 Roller 10 23 Retracting mechanism 50 rotation Guides 23L, 23R Rotating mechanism 50a, 50b Opening part 24 Lifting line 51 Roller 25 Lifting wheel 52 Locking part 26 Slide handle 45 53 Lifting operation device 15 27 Spring 54 Wave column 28 Food storage shed 55 Moving plate 31 No. 1 Storage section 56 Operating lever 32 Second storage section 57a, 57b Door 33 Storage shed 50 58 Spring 20 33a Door 59 Slide support section 33b Part wall surface 59a Body 34 Support member 59b Extension 35 Slide support 59c End bolts 35a, 35b Roller 55 59d Opposite end bolts 25 36 Lifting mechanism 60 Food storage shed 36R, 36L Lifting mechanism 60a Door 37 Connecting shaft 61 Workbench 38 Connecting rod 62 Receiving section Π, P2 Support fulcrum 60 70 First receiving section 30 40 Receiving section 71 Second receiving section 41 First posture maintaining section 72 Food shed M250594 新型, new description 72a door 79 second pulley 73 Horizontal support member 80 Connecting shaft 73a Main body part 82, 83 Rotating gear 73b First telescopic arm 84 Rotating baffle 73c Second telescopic arm 15 74 Lifting guide 75 Slide plate 76 Slide rail 77 Lifting line 78 First pulley 45

Claims (1)

范围. Patent application scope L A lifting storage device having first and second storage sections arranged in an up-and-down manner, and a support member that can rotate freely with its approximate towel as a rotating support black; and a component-made device ' The second storage unit is supported by the support, and the movement of the support member is adjusted in conjunction with the tr to make the lifting operation of the second storage unit to eliminate the rotation of the support member for 5 days to restrict the first, second, and Each of the accommodating sections is in a predetermined posture. 10 2 · A lifting storage device, comprising: a storage portion, and a pair of support devices, each of which is a support member; turn, ΐ rm with its end as a support _ for 180 ° rotation can = the other end of the component The storage section is set up, so that the 15 :: position and the lower position substantially directly below the upper position are linked up and down to _ > with the rotation of the support member = limit brother i, the second storage part Security-restricting devices for each storage section. Text '= Please lift the storage device of the patent scope item 1 or 2, which has the storage part from the top # $ & b ^ j 20 ψ Department. A storage device that is pulled out in a square position and accommodated and stored 4. A lifting storage device has a storage section, and the storage section can open the storage section in the storage direction and the bottom of the storage section. And ~ 46 玖, a range of patent applications, a pair of supporting devices, each composed of a supporting member; the gift-giving member is made of the VJU ΑΓ7 VL, ',, and parts as the fulcrum for 180-degree rotation, and the other of the supporting member — # Regardless of the position of the sensory section, the storage section can be placed directly below the storage position and the storage position, and the storage section can be accessed from the lower end of the storage section. Positions are raised and lowered, and at the same time, there is a posture restriction device that can be linked with the rotation of the support member to restrict each of the first and second storage sections in a predetermined posture. 5 · If the scope of patent application is No. 丨, 2 or 4 The lifting storage device of the item, wherein the storage portion has a door in the front, and the storage portion and the supporting member are formed on the inner surface of the door in a state where the lowered storage portion is in the pick-and-place position. The rear position, and the door can be closed. 6. If the lifting and storage device of the scope of patent application No. 1, 2 or 4, the supporting member is a supporting arm, and the posture limiting device is: concentric with the rotation fulcrum and The fixed wheel set to be non-rotating is constituted by a rotating wheel 'which is concentric with a supporting fulcrum of a supporting member of the storage unit and rotates integrally with the storage unit, and a belt which is mounted on the fixed wheel and the rotating wheel.