JP2012019954A - Structure of dish draining rack - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a draining rack that has a multistage structure with all parts, except for leg frames on both sides, consisting of metal wires, and can be assembled and disassembled easily and stably and is inexpensive and is light-weight thus easy to handle and use.SOLUTION: The draining rack comprises a pair of support legs 5 constituted by bridging and joining coupling bridges 4 in multiple stages of upper and lower parts of one side of between the two legs 1, 2 in a leg frames 3 in which two legs 1, 2 is made of a rod material or a pipe material and a plurality of draining racks 12, 13, ... in which frame wires 8, 9 of a net body 6 on the lower side and of a frame body 7 on the upper side overlap in the vertical direction at least in coupling areas 8a, 9a on both sides toward the two legs 1, 2 of the support leg 5 on the corresponding side and which has coupling frame portions 11, each of which has crossovers 11a laid vertically bridged and jointed at two sites in frame wires 8, 9 directions of in the coupling areas 8a, 9a, and overhangs in the shape of a frame below the net body 6 and is hung on the rack coupling bridges 4 from above between the two legs 1, 2 on the corresponding side to couple the support legs and the draining racks. The draining racks 12, 13, ... have a different size between the coupling areas 8a, 9a.

Description

  The present invention relates to a drainage shelf structure for tableware, for example, which is placed around a kitchen and is suitable for receiving and draining tableware, and more specifically, a tableware provided with a drainage shelf using a metal wire. It is related with the draining shelf structure.

  Draining shelves using metal wires are widely used together with draining troughs using metal wires. The following Patent Document 1 discloses a technique in which a drainage basin is provided with a fulcrum for seesaw motion at the center in the longitudinal direction of the bottom of the draining basin, and drains from both ends of the bottom of the longitudinal direction in which the draining basin moves. It is used in one stage because of the deep form of storing the target tableware.

  On the other hand, the following Patent Documents 2 to 4 disclose techniques used in a single stage although they are draining shelves. The technique disclosed in Patent Document 2 is to receive a flat draining shelf on a water tray with a swinging drain connected to the bottom, place it on a sink, place dishes on it, drain the water, We have proposed a draining material receptacle as a tray that is received in a tray and drained into a sink through a drainage basin whose orientation is adjusted. The technique disclosed in Patent Document 3 is used in a single combination so that one can be taken in and out with respect to the other while using two draining shelves. The technique disclosed in Patent Document 4 uses a draining shelf placed in a single stage in a sink.

  Furthermore, the following Patent Documents 5 to 8 disclose technologies for draining water using draining shelves in multiple stages. In any of the technologies described in Patent Documents 5 to 7, draining rods are arranged to form a draining shelf, and the draining shelf described in Patent Document 5 includes a storage shelf that is suspended and installed on a sink in multiple stages. ing. The draining shelf described in Patent Document 6 is configured so that the lower stage where the sliders are erected on both sides and the upper stage where the guides that fit the sliders are suspended on both sides can be adjusted in height by fitting the sliders and the guides. is doing. The draining shelf described in Patent Document 7 is configured such that a long hole is formed in almost the entire length of the center of both side plates, and is screwed through support shafts provided on both sides of the upper and lower draining shelves at an appropriate position of the long hole. Yes.

  Patent Document 8 discloses a technique in which a drain shelf using a metal wire is integrally formed in two upper and lower stages.

JP 2009-233072 A JP 2004-267285 A JP 2005-31844 A JP 2008-206602 A JP 2001-104669 A JP 2001-104081 A JP 2003-102564 A JP 2006-158414 A

  However, regardless of whether the bowl type disclosed in Patent Document 1 or the shelf type disclosed in Patent Documents 2 and 3, the number of dishes handled in a one-stage system is not limited to using on a narrow sink or in a sink. There is a problem that is greatly limited. In order to cope with this by providing multi-stage draining shelves, if the storage shelves are configured as described in Patent Document 5, it becomes a kitchen installation and becomes large and expensive. Or can not be used easily. In addition, although the thing of patent document 3 is 1 step | paragraph, although two draining shelves can pull out the other with respect to one side, it can respond to some of the tableware handled, but the space which can be used on a sink or a sink There is no change in receiving the restrictions. Although the draining shelves described in Patent Documents 6 and 7 have a two-stage configuration of direct placement, the one described in Patent Document 6 is a box frame type and has a complicated and large structure. The connecting structure of the upper drainage shelf and the lower drainage shelf by the slider and the guide is complicated and large in size, combined with a stopper mechanism, is not easy to handle and is not suitable for simple use on a narrow sink. The draining shelf described in Patent Document 7 is greatly simplified compared to that described in Patent Document 6, but the assembly of both side plates and the two draining shelves is complicated and laborious, including alignment and screwing. Therefore, it is inconvenient to use it while it is repeatedly assembled and disassembled. In addition, since the structure does not depend on a metal wire, it is expensive for a small-sized one with a small number of tableware.

  In view of such problems, the present invention has a simple structure in which a plurality of draining shelves are all metal wires except for the leg frames on both sides, and can be easily and stably assembled and disassembled. The purpose is to provide a shelf structure.

  In order to achieve the above object, the draining shelf structure of the present invention has a leg frame in which both legs are formed by bending a bar or pipe material into a gate shape, and a plurality of upper and lower sides on one side between the legs of the leg frame are formed. A pair of support legs joined with a shelf connecting bridge made of metal wire across the steps, and a frame line between the lower mesh body made of metal wire and the upper frame body are at least on the corresponding side of each support leg. In the connecting area on both sides connected to both feet, it overlaps with an interval in the vertical direction, and has a connecting part that is connected to the connecting area extending vertically in the frame line direction of these connecting areas, and below the net Protruding into a frame shape, provided with a connecting frame part that hooks both legs to the connecting area of the net and the frame body by hooking from the upper side to the joint side to the both legs of the shelf connecting bridge between the corresponding side legs, and connecting each other. A plurality of draining shelves, and the plurality of draining shelves It is characterized in that the dimension between connecting zone was set to at least the size two ways.

  In such a configuration, a plurality of draining shelves made of all metal wires, and a support leg in which a shelf support bridge made of metal wires is joined to a plurality of upper and lower steps between both legs formed by a leg frame bent into a gate shape, and Thus, a multistage draining shelf structure that is simple and lightweight and has a small bulk to the tableware storage area can be obtained. In the plurality of draining shelves, the frame lines between the lower mesh body and the upper frame body are joined by connecting the connecting frame portion at the upper and lower positions at two locations in the frame line direction of the connecting area on both sides. Therefore, the net body that receives and supports the tableware and the frame body that prevents the tableware received from the net body from dropping out enhance each other's shape retention through the connecting frame portion. Combined. As a result, each draining shelf is hooked from above on both sides of the support legs facing each other on the joint side of the shelf support bridge by hooking the connecting frame portions on both sides to the shelf support bridge on the same step from above. Since both legs of the support leg are attracted to the connection area of both the net and the frame line of the frame, only one draining shelf and the support leg can be stably connected to each other. Increases stability. In addition, the drainage shelves with large dimensions between the connection areas on both sides and the small drainage shelves cause a deviation corresponding to the dimensional difference in the highly rigid connection position with the support legs via the shelf support bridge, which is in the connection part. By exerting a twisting pressure, the rigidity against distortion, shaking, and twisting can be sufficiently increased, and the resistance to disconnection can be appropriately increased. Further, the connection can be released simply by removing the hook of the support leg of the connection frame portion of each draining shelf to the shelf support bridge against the moderate resistance of the connection release. Furthermore, even if the draining shelves separated from each other overlap each other and two flat support legs are combined, they can be gathered together in a low bulk. In this case, the difference in the dimensions between the connecting areas on both sides of the draining shelf is regulated in terms of the overlapping position with the larger dimension on the smaller dimension side, or stabilized in an overlapping state due to elastic expansion. Can be used for

  Further, in the above, each draining shelf has one side of both sides without a connection area as the entry / exit side, and after the opposite entry / exit side transfer portions of the connection frames on both sides rise, it is above and below the return / intake side of the frame line of the frame body. An auxiliary frame that overlaps with an interval may be formed.

  In such a configuration, in addition to the above, the side of each draining shelf is shallow, and it is easy to put in and out dishes, and the side to be put in and out is deeper than the side with the auxiliary frame on the frame and washed. It is easy to receive tableware that is pushed in excessively on the counter-in / out side as the tableware is sequentially inserted from the side in / out, and it is difficult for a tableware that is vertically long to fall or fall on the counter-in / out side. In addition, each draining shelf becomes bulky only on the back and forth side, but each draining shelf is in two sets, and when the stacking side is aligned so that the back and forth side is opposite, Can absorb bulk. In this case, both side rising parts of the auxiliary frame part that rises from the connecting frame part of the small draining shelf are positioned at a predetermined overlapping position by abutting with the frame part of the large draining shelf, or The frame portion of the shelf is received between the rising portions with the elastic displacement of the shelf, and is elastically stabilized in a predetermined overlapping state.

  In the above, the position where the portion that rises from the connecting frame portion of the auxiliary frame and heads toward the retraction / intrusion side overlaps the frame line of the frame portion, bypassing the foot from the foot side of the shelf support bridge joined to one side of the foot A detour shape that leads to

  In such a configuration, in addition to the above, a shape that bypasses the foot, which is indispensable because the connecting frame portion joined to the foot side of the shelf support bridge extends upward and overlaps the frame line of the frame body. By doing so, the auxiliary frame can be projected to the side of the insertion / removal rather than the foot.

  In the above, the dimension from the rising part of the auxiliary frame of the draining shelf on the upper side to the loading / unloading side is smaller than the dimension from the rising part of the auxiliary frame of the draining shelf on the lower stage to the loading / unloading side. can do.

  In such a configuration, in addition to the above, the upper and lower drainage shelves are overlapped in the upper and lower sides, and the upper and lower sides are in a positional relationship where the upper stage is retracted to the opposite side, so the lower drainage shelves On the other hand, the upper drain shelf is less likely to get in the way to put in and out dishes.

  According to the dish draining shelf structure of the tableware of the present invention, a multistage draining shelf that is simple and lightweight, and is made of a metal wire except for the leg frame of the support leg and is less bulky with respect to the tableware receiving area can be obtained at low cost, and a narrow sink It is suitable for draining a large amount of tableware on the top or in the sink. Further, the plurality of draining shelves are coupled with each other by enhancing both the shape-retaining properties by joining both the frame lines of the net body and the frame body and the connecting frame portions, so that they do not lose their shape and are easy to handle. Each draining shelf simply hooks the connecting frame part on both sides to the shelf support bridge on each stage between the support legs on both sides, and the legs that are joined and joined to the shelf support bridge are attached to the nets and frames on each stage. In addition to being able to be attracted and connected with high stability, each draining shelf exerts a squeezing pressure on the connecting part due to a deviation corresponding to the dimensional difference at the connecting position with the support leg via the shelf support bridge with high rigidity. Thus, the rigidity against distortion, shaking, and twisting can be sufficiently increased, and the resistance against disconnection can be increased moderately, so that it is possible to stably achieve the drainage of tableware in multiple stages without wobbling. In addition, it is possible to release the connection by simply removing the hooks of the support legs of the connecting frame portions of the draining shelves against the moderate resistance of the disconnection, and the separated draining shelves overlap each other and are flattened. Even if two support legs are combined, they can be gathered together and are convenient for transportation and storage. In addition, the difference in dimensions between the connecting areas on both sides of the draining shelf can be regulated by restricting the overlapping position with the larger dimension on the smaller dimension side, or by being elastically spread and stabilized in the overlapping state. Available to:

The perspective view which shows the draining shelf structure of the tableware of this invention in an assembly state. The disassembled perspective view of the draining shelf structure. The perspective view which shows the state which piled up each draining shelf which the same draining shelf structure separated. The top view in the assembly state of the draining shelf structure. The bottom view in the assembly state of the draining shelf structure. The front view in the assembly state of the drainer shelf structure. The side view in the assembly state of the drainer shelf structure. Sectional drawing of the half part which shows typically the influence on the connection part of the difference in the dimension of each draining shelf in the assembly state of the draining shelf structure. The front view of the half part which shows the influence by the difference in the dimension in the state which accumulated each draining shelf of the same draining shelf structure. The top view of the half part which shows the influence by the difference in the dimension in the state which accumulated each draining shelf of the same draining shelf structure.

  A specific example of a draining shelf structure for tableware according to an embodiment of the present invention will be described with reference to FIGS. 1 to 10 for the understanding of the present invention. The following description is a specific example of the present invention and does not limit the matters described in the claims.

  A draining shelf structure 100 shown in FIG. 1 and FIG. 2 has a leg frame 3 in which both legs 1 and 2 are formed by bending a bar or pipe material into a gate shape, and between the legs 1 and 2 of the leg frame 3. Frame lines 8 and 9 between a pair of support legs 5 joined with a shelf connecting bridge 4 made of metal wire on a plurality of upper and lower stages on one side, and a lower net 6 made of metal wire and an upper frame 7 Are overlapped at intervals S in the vertical direction at the connecting areas 8a and 9a on both sides connected to the legs 1 and 2 on the corresponding side of each support leg 5, and the frame lines of the connecting areas 8a and 9a. Two legs 1 and 2 of the shelf-connecting bridge 4 between the corresponding legs 1 and 2 are provided in the direction of two frames, and have a transfer portion 11a that is connected to the upper and lower sides. The two legs 1 and 2 are hooked from above on the joining side to the mesh 6 and the connecting area 8a of the frame 7 A plurality of draining shelves 12, 13,... Provided with a connecting frame portion 11 that attracts and couples to 9 a, and the plurality of draining shelves 12, 13,. Are set to at least two sizes.

  Thereby, as shown in FIG. 1 and FIG. 2, a plurality of draining shelves 12, 13,... Made of all metal wires and between the legs 1 and 2 formed by the leg frame 3 bent into a gate shape are formed. A multi-stage draining shelf structure 100 that is simple and lightweight and has a small bulk to the tableware storage area is obtained by the support legs 5 in which the shelf connecting bridges 4 made of metal wires are joined to the upper and lower stages. The plurality of draining shelves 12, 13,... Are arranged at two places in the frame line direction of the connection areas 8 a, 9 a on both sides of the frame lines 8, 9 of the lower mesh body 6 and the upper frame body 7. The transfer frame 11a of the connecting frame 11 is vertically transferred and joined, so that the net body 6 that receives and supports the dishes and the frame that prevents the dishes received on the net body 6 from dropping off. The body 7 is coupled to each other through the connecting frame portion 11 with the shape retention improved. Therefore, each draining shelf 12, 13,... Corresponds to the connecting frame portion 11 on both sides to the shelf connecting bridge 4 on the same stage between the support legs 5 on both sides facing each other on the joining side of the shelf connecting bridge 4. By hooking from above, the legs 1 and 2 of the support legs 5 on both sides are attracted to the connecting areas 8a and 9a of the frame lines 8 and 9 of the frame body 6 and the frame body 7 respectively. Only one and the support legs 5 and 5 can stably connect each other, and since this connection is performed in two or more stages, stability is increased. In addition, the drainage shelf 12 having a large dimension L between the connecting areas 8a, 9a and 8a, 9a on both sides and the small draining shelf 13 have a high rigidity with the support legs 5, 5 via the shelf connection bridge 4. A shift corresponding to the dimensional difference ΔL shown in FIG. 8 occurs in the connecting position from the state shown by the phantom line in FIG. 8 to the state shown by the solid line. This exerts a twisting pressure on the connecting part to increase the rigidity against distortion, shaking, and twisting. It can be sufficiently increased and the resistance to disconnection can be increased moderately. Moreover, a connection can be cancelled | released only by removing the hook to the shelf connection bridge | bridging 4 of the support legs 5 and 5 of the connection frame part 11 of each draining shelf 12 and 13 against the moderate resistance of the said connection cancellation | release. Further, the separated draining shelves 12, 13,... Are stacked together even if the two flat support legs 5, 5 are overlapped with each other as shown in FIG. In this case, the difference in the dimension L between the connecting areas 8a, 9a and 8a, 9a on both sides of the draining shelves 12, 13,... It can be used to stabilize the overlapping state by receiving elastic expansion.

  As a result, multi-stage draining shelves 12, 13,... That are simple and light, all of the support legs 5, 5 except for the leg frame 3 are made of metal wires and are less bulky with respect to the tableware storage area are obtained. It is suitable for draining a large amount of tableware at the top or sink. The plurality of draining shelves 12, 13,... Are joined to each other by enhancing the shape retention by joining the frame lines 8 and 9 of the net body 6 and the frame body 7 and the connecting frame portion 11. So it does not lose shape and is easy to handle. The draining shelves 12, 13,... Are simply passed between the support legs 5, 5 on both sides, and the shelf connecting bridges 4 are passed over and joined to the shelf connecting bridges 4 on each stage. The two legs 1 and 2 are attracted to the net body 6 and the frame body 7 of each step and can be connected with high stability, and the support legs 5, 5 through the shelf connection bridge 4 by the draining shelves 12, 13,. The torsional pressure that accompanies the displacement corresponding to each other's dimensional difference is exerted on the connecting part at the connecting position with high rigidity, and the rigidity against distortion, shaking, and twisting is sufficiently increased, and the resistance to disconnection is moderately Since it can be raised, it is possible to achieve stable draining of tableware in multiple stages without wobbling. In addition, it is possible to release the connection by simply removing the hooks of the support legs 5 and 5 of the connection frame portion 11 of the draining shelves 12, 13,... To the shelf connection bridge 4 against the moderate resistance of the connection release, Even if the separated draining shelves 12, 13,... Are overlapped with each other and the two flat support legs 5, 5 are combined, they can be gathered together at a low height, which is convenient for transportation and storage. Further, the difference in the dimension L between the connecting areas 8a, 9a and 8a, 9a on both sides of the draining shelves 12, 13,... Is restricted, and the overlapping position between the small dimension L side and the large dimension L side is restricted. It can be used to stabilize the overlapping state by receiving elastic expansion.

  In the illustrated example, the upper and lower draining shelves 12 and 13 are combined, the dimension L has two sizes, the size difference ΔL is about 1 mm, and the left and right connecting portions are bent by a shift of 0.5 mm, The appropriate resistance can be obtained. However, the present invention is not limited to this, and the dimensional difference ΔL may be set with a width of about 0.5 mm to 1.5 mm. In particular, it is preferable to decrease the dimensional difference ΔL as the distance between the upper and lower draining shelves 12 and 13 decreases, and to increase the dimensional difference ΔL as the distance increases. In the illustrated example, the lower drainage shelf 13 is made smaller and the upper drainage shelf 12 is made larger, but it may be reversed. When the number of shelves is three or more, the size may be increased from the lower level to the upper level and vice versa, but the same effect can be obtained by arranging the dimensions in two different sizes and connecting them sequentially. It is done.

  The draining shelves 12 and 13 in the illustrated example also have the connecting areas 8a and 9a and the connecting frame portion 11 that are straight when viewed in plan view, and thus the connecting frame portion 11 is hooked on the straight shelf connecting bridge 4 as well. It is suitable for achieving easy attraction between the feet 1 and 2 and the connection areas 8a and 9a without play, and the connection areas 8a and 9a on one side and the connection areas 8a and 9a on the other side are in plan view. By being parallel to each other, as shown in FIG. 1, the supporting legs 5 and 5 on both sides can be connected in a state of facing each other in plan view. Both sides without the connecting areas 8a, 9a are also in a straight shape parallel to each other in plan view, and have a substantially rectangular flat shape connected to the connecting areas 8a, 9a on both sides via a curved portion, with one side of the both sides being in and out 14 and the connecting / removing side passing portions 11a of the connecting areas 8a and 9a on both sides rise as shown in FIGS. The overlapping auxiliary frame 15 is formed. However, it is not limited to such a form.

  Thus, the draining shelves 12 and 13 are shallow on the loading / unloading side 14 for easy loading / unloading of the dishes, and the counter-loading / unloading side is deeper than the loading / unloading side 14 by the auxiliary frame 15 on the frame 7 so that the washed dishes are removed. It is easy to receive dishes that are excessively pushed into the counter-in / out side as they are put in and out from the side in and out, and it is difficult for a long tableware to fall or fall to the counter-in / out side. The draining shelves 12 and 13 are bulky only on the retreating side, but each draining shelves 12 and 13 are in pairs, so that the retreating side is opposite as shown in FIG. When overlapped so as to be matched on the 7 side, the bulkiness of the auxiliary frame 15 portion can be superimposed and absorbed between the net body 6 and the frame body 7. In this case, both side rising portions 15a of the auxiliary frame 15 rising from the connecting frame portion 11 of the draining shelf 13 having a small dimension L are brought into contact with the frame portion 7 of the draining shelf 12 having a large size by ΔL shown in FIG. 3 and positioned at predetermined overlapping positions indicated by phantom lines in FIG. 10, or the frame portion 7 of the draining shelf 12 having a large size is moved between the rising portions 15a with elastic displacement by these positions. It is received and elastically stabilized in a predetermined overlapping state.

  Further, the portion of the auxiliary frame 15 that goes to the retreating / inserting side through the rising portion 15a from the transfer portion 11a of the connecting frame portion 11 is connected to the foot 1 from the foot 1 side of the shelf connecting bridge 4 joined to one side of the foot 2. A detour shape is formed to detour and reach the overlapping position of the frame portion 7 with the frame line 9. As a result, the bending that is indispensable for the connecting frame portion 11 joined to the foot 1 side of the shelf connecting bridge 4 to extend upward and overlap the frame line 9 of the frame body 7 has a shape that bypasses the foot 1. Thus, the auxiliary frame 15 can be projected from the foot 1 toward the retreating side as shown in FIGS. 1, 4, 5, and 7. Note that this detour shape is common to the upper and lower draining shelves 12 and 13 and aims to unify the processing. From the same meaning, it is basically preferable to use a common form except for the difference in dimension L.

  However, in the illustrated example, as shown in FIGS. 1 and 7, the auxiliary drainage shelf 12 on the upper side is larger than the dimension from the rising portion 15 a of the auxiliary frame 15 of the drainage shelf 13 on the lower side to the loading / unloading side 14. The dimension from the rising portion 15a of the frame 15 to the loading / unloading side is made smaller. As a result, the upper and lower drainage shelves 12 and 13 with the protective frame 15 on the upper and lower sides overlap vertically, and the upper and lower sides of the upper and lower sides with respect to the upper and lower sides are in a positional relationship. On the other hand, the upper draining shelf 12 is less likely to get in the way to put in and out tableware.

  As shown in FIGS. 1 and 6, the support legs 5 and 5 are positioned slightly above the auxiliary frame 15 of the lower draining shelf 13 supported and connected to the lower shelf connecting bridge 4. An auxiliary support bridge 16 is provided, and a small water draining rod 17 such as chopsticks is supported by hooking the hook portion 17a as shown in FIG. 8, and the net body 6 falls off or fits into the mesh to make it difficult to handle. I try to avoid it. The auxiliary support bridge 16 is joined from the same side as the shelf connection bridge 4 of both feet 1 and 2, but joined so as to wrap around the diameter line of both feet 1 and 2. As a result, the small-sized water draining rod 17 can be hung from the outside of the support leg 5 as shown by the phantom line in FIG. In particular, when hooked from the inside, the accessory draining rod 17 can be used in the draining shelf 13 and can be prevented from being bulky around the outside. Further, the mesh body 6 is joined by connecting a large number of mesh wires 18 in parallel between both sides of the frame wire 8 on the loading / unloading side 14 and the reverse loading / unloading side, and a reinforcing wire 19 is attached to the center of all the mesh wires 18 from below. The both ends of the reinforcing wire 19 are joined to the lower side of the center position of the connection area 8a of the frame wire 8. Since the upper and lower draining shelves 12 and 13 are connected to the support legs 5 and 5 on both sides, the connection area 8a is placed on the shelf connection bridge 4, so that the frame line of the reinforcing wire 19 is placed on the shelf connection bridge 4. The local bending part 4a which escapes the junction end to 8 is formed. Furthermore, when the draining shelf structure 100 is received and used as shown by the phantom line in FIG. 1 with the water receiving tray 21 as disclosed in the above-mentioned Patent Document 2, it is placed next to the sink of the sink, and the drain port 22 By adjusting the direction of a drainage tub (not shown) that can turn around the sink to the sink side, water falling from the dishes stored in the draining shelves 12 and 13 is received by the water tray 21 and drained to the sink through the drainage basin. Rubber caps 23 are attached to the grounding ends of both legs 1 and 2 of the leg frame 3 to prevent slippage and damage to the installation site. Although the connection frame part 11 is made into the rectangle, it is not restricted to this.

  INDUSTRIAL APPLICABILITY The present invention can be put to practical use as a draining shelf structure having a sufficient rigidity with respect to the tableware storage area with a metal wire other than the leg frame of the support leg, being inexpensive and easy to assemble and disassemble.

1, 2 legs 3 leg frame 4 shelf connecting bridge 5 support leg 6 net body 7 frame body 8, 9 frame line 8 a, 9 a connection area 11 connection frame part 11 a handing part 12, draining shelf 14 loading / unloading side 15 auxiliary frame 15 a rising Part 16 Auxiliary support bridge 17 Small drainer

Claims (4)

  A pair of supports having a leg frame in which both legs are formed by bending a bar or pipe material into a gate shape, and connecting a shelf connecting bridge made of metal wires to multiple steps above and below one side between the legs of the leg frame The frame lines between the legs, the lower mesh body made of metal wire, and the upper frame body have a vertical space at least in the connecting areas on both sides that connect to the corresponding legs of each supporting leg. Overlapping and extending in a frame shape below the net body with a connecting portion that is joined to the connection area in the frame line direction two places in the upper and lower direction, A plurality of draining shelves provided with connecting frame portions that are hooked from the upper side to the joint side to both feet to attract both feet to the connecting area of the net body and the frame body and connect them to each other. The dimensions between the connecting areas should be set to at least two sizes Draining shelf structure of tableware characterized by.   Each draining shelf has one side of both sides with no connection area as the entry / exit side, and after the opposite entry / exit side transfer part of the connection frame on both sides rises, there is a space above and below the return / intake side of the frame line of the frame body. The tableware draining shelf structure according to claim 1, which forms an overlapping auxiliary frame.   The part that rises from the connecting frame part of the auxiliary frame and goes to the back side is detoured from the foot side of the shelf connecting bridge joined to one side of the foot to the position where it overlaps with the frame line of the frame part The drainage shelf structure for tableware according to any one of claims 1 and 2.   The dimensions from the rising part of the auxiliary frame of the draining shelf on the upper side to the loading / unloading side are smaller than the dimension from the rising part of the auxiliary frame of the draining shelf on the lower side to the loading / unloading side. The drainage shelf structure for tableware according to any one of 3.