TWI488600B - Storage box - Google Patents

Description

storage box

The present invention relates to a storage cabinet having a drawer, and more particularly to a storage cabinet that can prevent damage to a stored object or the like stored in the drawer and easily take out the stored object.

The conditioning utensils used in the kitchen utensils include: simmering, washing baskets, spoons with longitudinal shapes (long handle spoons), long chopsticks, cling film, seasonings, etc., kitchen knives, and the like. In order to accommodate the objects to be stored such as the conditioning tools, conventionally, a hanging cabinet is provided above the kitchen utensils, or a storage cabinet having a cabinet door and a drawer is provided under the kitchen utensils.

Among them, in particular, a storage cabinet having a drawer can easily store the objects to be stored in the drawer from above, and can provide high space efficiency by juxtaposing a plurality of drawers in the horizontal and vertical directions. In addition to the above-mentioned conditioning apparatus, tableware such as bowls, plates, cups, etc., large conditioning equipment such as pots and pans, seasonings such as salt and pepper, bottled or canned containers such as foods and seasonings, etc. All kinds of large and small objects are easily stored from above.

However, in the case where a plurality of drawers are arranged side by side in the vertical direction, the user must take in order to take out the stored objects stored in the drawer which is disposed at a position lower than the waist of the user (hereinafter referred to as "lower"). Bend and bend. It is quite annoying for the user who performs the work in the state of being chased by the time before the kitchen utensils, and it is quite annoying to perform such an operation every time the object is taken out, and the work efficiency is lowered.

In addition, the above actions impose a great burden on the waist. Therefore, in the case of a user, if the person is a healthy person, the burden may not be so large, but in the case of an elderly person whose physical ability is deteriorated or the body is inflexible, such an action imposes a large burden.

In order to solve the above problem, for example, Patent Document 1 discloses a floor-standing kitchen cabinet having a drawer that can be freely moved in the front-rear direction at a lower portion of the cabinet body, and a storage rack that can be lifted up and down in the drawer.

According to the floor-standing kitchen cabinet described in Patent Document 1, since the storage rack that can be lifted up and down is provided in the drawer, the storage rack can be raised even if the drawer is lowered in the lower position (the lower side), thereby allowing the storage rack to be stored. Items are easily accessed in the upper position (above).

Further, according to the floor-standing kitchen cabinet described in Patent Document 1, a connecting piece is disposed on the left and right sides of the storage rack, and the rear end thereof is pivotally supported on the inner side surface of the drawer, and the front end thereof is pivotally connected to the outer wall surface of the storage rack. Connecting a drawer and a storage rack; and providing a balance mechanism for extending a tension spring between the front end of the extending portion extending from the connecting piece and the drawer to press the storage frame upward Thus, the raising operation of the storage rack can be easily performed even by manual operation.

[Patent Document 1] Japanese Patent Laid-Open Publication No. 2007-330564

However, in the floor-standing kitchen cabinet described in Patent Document 1, in order to raise the storage rack, it is necessary to pull the drawer out of the cabinet body and then manually pull the storage rack up. The operation of pulling the drawer out of the kitchen cabinet and pulling the storage rack up are independent of each other. If the storage rack is pulled up before being completely pulled out of the kitchen cabinet, etc., according to the user's operation, there will be The storage rack or the stored object collides with the top surface of the kitchen cabinet body or the like.

In particular, when the user is an elderly person or the like as described above, it is too demanding to require the user to perform the operations correctly, and the operation of pulling up the storage rack may cause a greater burden than the bending operation.

Further, the balance mechanism described in Patent Document 1 is a lifting operation in which the elastic pressure of the tension spring is added to the storage rack. However, according to the principle of the lever, the attachment position of the tension spring cannot be effectively biased.

The present invention has been made in view of the above-described problems, and an object of the present invention is to provide a storage cabinet that can prevent a stored object or the like from colliding with a top surface or the like in the storage cabinet, thereby reducing the burden on the body and improving the convenience.

In order to solve the problem, the representative structure of the present invention is a storage cabinet in which a drawer that can accommodate a stored object is slidably accommodated, and is provided in a drawer and can be placed in a drawer. a mounting member and an elevating mechanism for moving the mounting member up and down; the elevating mechanism includes: a rail disposed on a wall surface of the storage cabinet; and a pulley guided by the rail; the rail having a direction in which the drawer is pulled out The inclined portion of the force that is converted into the direction in which the placing member is raised, and the horizontal portion that is provided on the inner side of the inclined portion continuously from the inclined portion; the starting point to the horizontal portion and the inclined portion of the inner side where the pulley is located when the drawer is stored The length from the rising point of the intersection of the parts is longer than the depth of the mounting member.

According to the above configuration, since the entire mounting member can be pulled out from the storage cabinet and then raised, it is possible to prevent the mounting member or the stored object from rising in the storage cabinet and colliding with the top surface of the storage cabinet. Further, since the operation of pulling out the drawer and the operation of raising the placing member are integrated, the user can raise the placing member by performing a simple operation of pulling out the drawer.

The depth of the mounting member may be a length from a front surface of the front panel of the drawer to a rear end on the back side of the mounting member. In this way, it is possible to reliably prevent the mounting member or the stored object from rising up and colliding with the top surface of the storage cabinet or the bottom surface of the upper side of the upper drawer, etc. before being completely pulled out from the storage cabinet.

The pulley is pivotally connected to a portion extending rearward of a support member to be described later, whereby the placing member and the pulley are integrally guided by the rail, and can be raised along the inclined portion. Further, the pulley may include: a pulley disposed on an upper side and a rear side near the rail, and a pulley disposed on a lower side of the rail and a lower side of the front side. By arranging the pulleys in this manner, the two pulleys can be simultaneously guided in the up and down direction and the interval between the two pulleys can be set, so that the level of the arms can be maintained.

The inner starting point may be located on the horizontal portion. In this way, since the placing member is horizontally moved from the start of pulling out to the start of the lifting, it is possible to prevent the placing member or the stored object from contacting the bottom plate of the storage cabinet and the bottom surface of the upper drawer when the placing member or the stored object moves in the storage cabinet.

In order to solve the above problems, another representative structure of the present invention is a storage cabinet in which a drawer that can accommodate a stored object is slidably accommodated, and is provided in a drawer and can be placed and stored. a placing member for lifting the object and an elevating mechanism for elevating and lowering the placing member in the vertical direction; the elevating mechanism includes: a rail disposed on a wall surface of the storage cabinet; and a pulley guided by the rail; the rail having: a drawer to be pulled out The direction of the force is converted into an inclined portion of the force in the direction in which the placing member is raised, and a horizontal portion that is provided on the inner side of the inclined portion continuously from the inclined portion; the pulley is located when the drawer is pulled out most from the storage cabinet The length from the starting point of the front side to the starting point of the intersection of the horizontal portion and the inclined portion is shorter than the length of the drawer when the drawer is pulled out most, minus the depth of the placing member.

According to the above configuration, when the drawer to be pulled out is pushed into the recovery cabinet, since the mounting member enters the storage cabinet after the end of the lowering, it is possible to prevent the back of the mounting member or the object to be collided from colliding with the front panel of the storage cabinet. The front of the front or the front of the upper drawer, etc.

The amount of protrusion of the drawer may be the length from the front of the front panel of the drawer at the time of storage to the front of the front panel of the drawer when the drawer is most outwardly pulled out. Further, the depth of the placing member may be a length from the front surface of the front plate of the drawer to the back surface of the mounting member. Thereby, it is possible to reliably prevent the back surface of either the mounting member or the object to be stored or the double-sided back surface from colliding with the front surface of the front panel of the storage cabinet or the front surface of the upper drawer front panel.

The pulley is pivotally connected to a portion extending rearward of a support member to be described later, whereby the placing member and the pulley are integrally guided by the rail, and can be lowered along the inclined portion. Further, the pulley may include: a pulley disposed on an upper side and a rear side near the rail, and a pulley disposed on a lower side of the rail and a lower side of the front side. By arranging the pulleys in this manner, the two pulleys can be simultaneously guided in the up and down direction and the interval between the two pulleys can be set, so that the level of the arms can be maintained.

The drawer may further include a support member for supporting the mounting member, and the mounting member may be detachably attached to the support member, and the elevating mechanism may raise or lower the mounting member by moving the support member in the vertical direction.

According to the above configuration, the mounting member can be arbitrarily replaced, and the storage member can be detached or the like in order to accommodate the large-sized object to be stored in the drawer, thereby providing a versatile storage cabinet.

The drawer may further include: a column member adjacent to the support member; a spring for connecting the support member and the column member; and a spring having an upper end coupled to the column member and a lower end coupled to the support member; and a lifting mechanism for attaching the restoring force of the spring The mounting member is raised by the force that moves the support member upward.

According to the above configuration, the restoring force of the spring is added to the rising of the placing member by the inclined portion, and the load caused by the raising of the placing member during the operation of pulling out the drawer can be reduced, and the burden on the user can be reduced.

Springs enable singular or multiple springs to be removable. Thereby, the force for raising the placing member can be adjusted, and the weight of the object to be stored assumed in accordance with the position and size of the drawer can be appropriately supported.

The mounting member may have a box shape in which the top surface is open. In this way, a small-sized conditioning tool such as a long chopstick which is easily dispersed in the drawer can be placed on the placing member, and a large-sized conditioning tool such as a pan can be accommodated in the space in the drawer other than the placing member, thereby performing the inside of the drawer. Organize and rectify.

The placing member may be disposed at a position adjacent to the back surface of the front panel of the drawer. According to this configuration, the placing member is disposed at the forefront in the drawer. Therefore, the stored object in the mounting member can be taken out efficiently, and the convenience can be improved.

Two or more mounting members may be provided. According to this configuration, a plurality of mounting members can be flexibly used in accordance with the conditions in the objects to be stored and the drawers, and the convenience can be further improved.

According to the storage cabinet provided by the present invention, it is possible to prevent the stored object or the like from colliding with the top surface of the storage cabinet, and the stored object can be raised by a simple mechanism and an easy operation.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings. The dimensions, materials, and other specific numerical values disclosed in the embodiments are merely examples for the purpose of facilitating the understanding of the invention, and are not intended to limit the invention unless otherwise specified. In the specification and the drawings, elements that have substantially the same functions and structures are denoted by the same reference numerals, and the repeated description thereof is omitted, and the elements that are not directly related to the present invention are omitted.

Fig. 1 is an explanatory view showing the overall structure of a system kitchenware including a storage cabinet according to the present embodiment. As shown in Fig. 1, the system kitchenware 100 (hereinafter referred to as the kitchen utensil 100) is provided with a top plate 110 (also referred to as a table top) covering the entire upper surface of the kitchenware. In the present embodiment, the top plate 110 is formed using a synthetic resin material (artificial marble). However, the present invention is not limited thereto, and a stainless steel material can also be used.

On the upper surface of the top plate 110, there are provided: a conditioning furnace 112 embedded in the installation, a conditioning space 114, and an integrated water tank 116. Below the top plate 110, there are provided a conditioning oven cabinet 120 provided with a conditioning oven 112, a basic cabinet 130 having a conditioning space 114, and a sink cabinet 140 provided with a water tank 116. Each of the kitchen cabinets has a function of a storage cabinet, and the remaining space in the cabinet houses the wiring of the conditioning furnace 112, the water supply and drainage pipes that connect the water tank 116 and the faucet, and the like.

In this manner, although the top plate 110 is continuous throughout the system kitchenware 100, a plurality of cabinets are provided below the top plate 110 in accordance with the respective configurations of the conditioning furnace 112 and the water tank 116 on the top plate 110. Thus, even if the system kitchenware 100 is to have a different configuration, it is only necessary to prepare parts such as a drawer and a front plate in units of cabinets, thereby improving production efficiency. The configuration of the system kitchenware herein is, for example, the conditioning space 114, the width of the water tank 116, and the like.

In each of the cabinets, in the present embodiment, drawers of various sizes capable of accommodating the objects to be stored are slidably provided. For example, the conditioning furnace cabinet 120 is provided with a hob 112a and an operation panel 112b of the conditioning furnace 112 at the upper portion, and a small drawer (scented box 122) for storing small items such as seasonings is disposed on the side portion. A large drawer 124 is disposed in the central portion of the conditioning cabinet 120, that is, below the hob 112a, in which a large conditioning apparatus such as a pan or a pot can be stored. Further, a drawer type foot storage cabinet 126 is disposed near the floor of the lower portion of the conditioning furnace cabinet 120.

Similarly, in the basic cabinet 130, there are sequentially a drawer 131 having a shallow bottom, a large drawer 132 having a deep bottom, and a foot storage cabinet 136. Further, the sink cabinet 140 is provided with a drawer 144 having a tall front panel (extending from the foot storage cabinet 146 to the top panel 110).

Next, the internal structure of the drawer and the lifting mechanism will be described. Although the drawer 132 provided in the basic kitchen cabinet 130 shown in FIG. 1 is taken as an example, other drawers may be provided with an elevating mechanism.

The second drawing is a perspective view from the inside of the basic kitchen cabinet 130, and is an internal structure for explaining the drawer 132 having the lifting mechanism. In the drawer 132, the placing member 150 on which the object to be stored is placed is placed at a position adjacent to the back surface of the front panel of the drawer 132, and the drawer 132 is slidably accommodated in the basic kitchen cabinet 130.

The elevating mechanism according to the embodiment of the present invention includes a rail 160 provided on a wall surface of the basic kitchen cabinet 130, and pulleys 168 and 169 guided by the rail 160. The pulleys 168 and 169 are pivotally connected to a support member which will be described later. The inclined portion 162 is provided in the rail 160, and the back side horizontal portion 164 is provided on the back side of the inclined portion 162 of the rail 160, and the front side horizontal portion 166 is provided on the front side in such a manner as to be continuous with the inclined portion 162.

Further, the drawer 132 further has a support member for supporting the mounting member 150. The support member is composed of a beam 206, a sliding member 204, and an arm 178. The arms 178 are pivoted to: pulleys 168, 169 that are guided by the track 160 described above.

As shown in Fig. 3, the pulleys 168 and 169 include a pulley 168 disposed on the upper side of the rail 160 and a rear side, and a pulley 169 disposed on the lower side of the rail 160 and on the lower side. By holding the rails 160 by the two pulleys 168 and 169 as described above, the mounting member 150 supported by the support member can be integrated with the pulleys 168 and 169 and guided by the rail 160 while the arm 178 is held in the horizontal posture. .

When the drawer 132 is pulled out, the inclined portion 162 provided on the rail 160 converts the force F0 in the direction in which the drawer 132 is pulled out into the force F1 (component force) in the direction in which the placing member 150 ascends. In this manner, the elevating mechanism raises or lowers the placing member 150 by moving the supporting member in the vertical direction.

Fig. 4 is a perspective view for explaining the placing member 150. The mounting member 150 has a box shape in which the top surface is open, and is formed in a so-called pocket shape. The mounting member 150 has an L-shaped portion 220, and as shown in Fig. 2, the mounting member 150 is detachably attached to the supporting member by being suspended from the beam 206 of the supporting member. Thereby, since the mounting member 150 is replaceable, the shape, the volume, the number of mounting, and the like can be selected. Further, since the mounting member 150 can be removed, it is easy to clean.

Further, it is also possible to provide two or more mounting members 150 in one drawer 132.

The drawer 132 further includes a column member 200 (see FIG. 2) adjacent to the sliding member 204 of the support member, and a spring 202 for coupling the sliding member 204 and the column member 200. The column member 200 and the spring 202 will be described in detail below.

Fig. 5 is a view for explaining the configuration of the column member 200 and the spring 202. As shown in Fig. 2, the column member 200 is provided on the right and left sides of the position adjacent to the back surface of the front panel of the drawer 132, and the column member 200 on the left and right in Fig. 5 corresponds to the state of Fig. 2 (from the basic The column member 200 on the left and right sides of the state of the drawer 132 is observed on the inner side of the cabinet 130.

The column member 200 includes a concave portion 214 through which the convex portion 212 of the sliding member 204 is inserted in the vertical direction, and an upper and lower rail 215 having a T-shaped cross section for guiding the sliding member 204 in the vertical direction. A coupling portion 208 for fixing the upper end of the spring 202 is provided above the recess 214. Further, the column member 200 is provided with a fixing portion 217 for fixing the back surface of the plate before the drawer 132.

Fig. 6 is a view for explaining the configuration of the sliding member 204. Similarly to the above-described column member 200, the sliding member 204 is provided on the right and left sides of the position adjacent to the front surface of the front panel of the drawer 132, and the left and right sides of Fig. 6 correspond to the left and right of Fig. 2 .

The sliding member 204 includes a convex portion 212 that is fitted into the concave portion 214 of the column member 200, and a lower groove 213 that is inserted into the upper and lower rails 215 of the column member 200. The inside of the convex portion 212 is hollow and can accommodate the spring 202. Below the convex portion 212, a joint portion 210 for fixing the lower end of the spring 202 is provided. The upper and lower grooves 213 are grooves having a T-shaped cross section, and can slide up and down so as not to fall off from the upper and lower rails 215. Further, similarly to the combination of the upper and lower rails 215 and the upper and lower grooves 213, the sliding member 204 is slidable in the vertical direction with respect to the column member 200 by combining the convex portion 212 and the concave portion 214. The sliding member 204 has a beam connecting portion 204a for connecting the beam 206.

The spring 202 has an upper end coupled to the coupling portion 208 of the column member 200 and a lower end coupled to the coupling portion 210 of the sliding member 204. The spring 202 is a tension spring that always acts in a direction in which the sliding member 204 is pulled up. The spring 202 of the present embodiment is connected to one of the column members 200 by two, but it can also be used by one. Preferably, the number and strength of the springs 202 are selected in accordance with the weight of the desired object to be stored in accordance with the position and size of the drawer.

Fig. 7 is an explanatory view of a combination of the column member 200 and the sliding member 204. The column member 200 and the sliding member 204 shown in the figure are in a state in which the left side is viewed from above. The convex portion 212 of the sliding member 204 is combined by fitting the concave portion 214 of the column member 200 in the direction of the arrow 216.

More specifically, the column member 200 and the sliding member 204 are slid and assembled by combining the upper and lower rails 215, the upper and lower grooves 213 (Fig. 6), the recessed portions 214, and the convex portions 212 from below the column member 200. . At this time, the spring 202 is coupled to the coupling portion 208 (Fig. 5) of the column member 200, and the spring 202 is inserted into the cavity of the projection 212 to be assembled. Next, when the sliding member 204 reaches the upper end of the column member 200, the lower end of the spring 202 is connected to the joint portion 210 of the sliding member 204. The connecting portion 208 of the column member 200 is provided in the recessed portion 214, and the illustration thereof is omitted in Fig. 7.

Fig. 8 is an explanatory view of the sliding of the sliding member 204 located on the left side. Fig. 9 and Fig. 10 are diagrams for explaining the movement of the placing member 150 by the elevating mechanism and the respective portions. Fig. 8(a) shows a state in which the sliding member 204 is lowered, and Fig. 8(b) shows a state in which the sliding member 204 is raised. Further, the ninth (a) diagram shows the state in which the drawer 132 is housed in the basic kitchen cabinet 130, and the ninth (b) diagram shows the state immediately before the mounting member 150 starts to rise, and the figure 9(c) shows the display. In the middle of the ascending member 150, the ninth (d) diagram shows the state in which the drawer 132 is pulled out most.

As shown in Fig. 8(a), the spring 202 is elongated when the sliding member 204 is lowered, and the pulling force F2 is generated by the elastic force thereof. As also shown in Fig. 8(b), the sliding member 204 can be raised to the upper end of the column member 200.

Here, the sliding member 204, the placing member 150, and the weight of the stored object accommodated therein are supported by both the link mechanisms composed of the spring 202, the pulleys 168 and 169, and the rail 160. In detail, the lifts are the pulleys 168, 169 and the track 160, and the spring 202 has the effect of always reducing the weight. When the spring 202 is not provided, the inclination of the front side of the arm 178 becomes large, and the sliding friction between the column member 200 and the sliding member 204 becomes high, which may hinder the smooth lifting operation. Therefore, in order to perform a sure action, the spring 202 plays an important role.

As shown in Fig. 9(a), in a state where the drawer 132 is housed, the position where the upper pulley 168 is located is set as the inner starting point P1. The inner starting point P1 is located on the inner side horizontal portion 164. When the drawing is started from here, the upper pulley 168 moves along the inner horizontal portion 164 of the rail 160, and the placing member 150 is also horizontally moved.

When the drawing is continued, the upper pulley 168 passes through the rear horizontal portion 164 and reaches the rising starting point P2 as shown in Fig. 9(b). The rising starting point P2 is at the intersection of the back side horizontal portion 164 and the inclined portion 162, and when the drawer 132 is pulled out, the placing member 150 starts to rise.

Here, the length L1 from the back side start point P1 to the rise start point P2 is set to be longer than the depth L2 of the mounting member 150. Thereby, when the upper pulley 168 reaches the rising starting point P2, the mounting member 150 is pulled out from the basic kitchen cabinet 130 as a whole. The depth L2 of the mounting member 150 is a length from the front surface of the front panel of the drawer 132 to the rear end of the back side of the L-shaped portion 220 of the mounting member 150. Therefore, the mounting member 150 starts to rise after being outside the basic kitchen cabinet 130.

By further pulling out the drawer 132, as shown in Fig. 9(c), if the upper pulley 168 moves over the rising starting point P2 and moves to the inclined portion 162, the column member 200 is integrated with the drawer 132 to continue horizontal movement, and The sliding member 204 moves upward along the inclined portion 162 (the track indicated by the arrow 188).

In this ascending movement, the force F1 in the ascending direction (see FIG. 2) after being converted via the pulleys 168, 169 and the rail 160, and the force F2 (see FIG. 8(a)) which are pulled up by the spring 202 are both The resultant force of the person can raise the placing member 150.

When the drawing is continued, as shown in Fig. 9(d), the placing member 150 reaches the upper end of the movable range. At this time, the upper pulley 168 reaches the front horizontal portion 166 of the rail 160, and the force F1 (Fig. 2) in the ascending direction of the pulleys 168, 169 and the rail 160 is no longer generated. Further, as shown in Fig. 8(b), the mounting member 150 reaches the upper end of the column member 200, and the force F2 pulled up by the spring 202 is also weakened. Therefore, the placing member 150 is horizontally moved together with the drawer 132.

In a state where the drawer 132 is pulled out most, the position where the upper pulley 168 is located is set as the front starting point P3. The front side start point P3 is located on the front side horizontal portion 166. At this time, the upper pulley 168 serves to support the weight of the rear portion of the support member and maintain the horizontal posture. Since the lower pulley 169 does not function, it may be in a state of being protruded from the front end of the front horizontal portion 166 and being separated from the guide rail 160. This can reduce the limit on the amount of pullout of the drawer 132.

When the drawer 132 is pushed in from the state of the figure 9 (d), the operation opposite to the above is performed. Here, the length L3 from the front side start point P3 to the rising start point P2 is set to be shorter than the length L5 of the drawer protrusion amount L4 when the drawer 132 is pulled out most outward, minus the depth L2 of the placing member 150. Thereby, when the mounting member 150 is initially stored in the storage cabinet (the basic kitchen cabinet 130), the lowering of the mounting member 150 along the inclined portion 162 is completed. In other words, the storage member 150 is placed after the position of the mounting member 150 shown in Fig. 9(b).

According to the above description, the placing member 150 moves up and down in the vertical direction outside the storage cabinet (the basic kitchen cabinet 130), and moves only horizontally along the rear horizontal portion 164 in the storage cabinet (the basic kitchen cabinet 130). Therefore, collision with the inner wall of the basic kitchen cabinet 130, the front panel of the upper drawer, and the like can be avoided.

The preferred embodiments of the present invention have been described above with reference to the drawings, but the invention is not limited thereto. Those skilled in the art can easily conceive various modifications and alterations within the scope of the invention as described in the appended claims.

The present invention is applicable to a storage cabinet having a drawer such as a kitchen utensil.

100. . . System kitchenware

110. . . roof

112. . . Conditioning furnace

112a. . . Stove

112b. . . Operation panel

114. . . Conditioning space

116. . . sink

120. . . Conditioning furnace cabinet

122. . . Spice box

124. . . drawer

126. . . Foot storage cabinet

130. . . Basic kitchen cabinet

131, 132. . . drawer

136. . . Foot storage cabinet

140. . . Sink kitchen cabinet

144. . . drawer

146. . . Foot storage cabinet

150. . . Mounting member

160. . . track

162. . . Inclined portion

164. . . Horizontal department

168. . . Upper pulley

169. . . Lower pulley

P1. . . Starting point

P2. . . Rising starting point

P3. . . Front side starting point

178. . . arm

188. . . arrow

200. . . Column member

202. . . spring

204. . . Sliding member

204a. . . Beam connection

206. . . Beam

208, 210. . . Link part

212. . . Convex

213. . . Upper and lower grooves

214. . . Concave

215. . . Up and down track

216. . . arrow

217. . . Fixed part

220. . . L-shaped part

Fig. 1 shows a system kitchenware provided with a storage cabinet of the present embodiment.

Fig. 2 is a perspective view for explaining the internal structure of the drawer.

Figure 3 is used to illustrate the construction of the track and pulley.

Fig. 4 is a perspective view for explaining a mounting member.

Figure 5 is used to illustrate the column members and springs.

Fig. 6 is a view for explaining a sliding member.

Figure 7 is a diagram for explaining the combination of the column member and the sliding member.

Figure 8(a)(b) is used to illustrate the sliding of the sliding member.

Figures 9(a) to (d) are cross-sectional views for explaining the movement of the placing member by the elevating mechanism.

Figure 10 is a cross-sectional view for explaining various parts of the lifting mechanism.

130. . . Basic kitchen cabinet

132. . . drawer

150. . . Mounting member

160. . . track

162. . . Inclined portion

164. . . Inside horizontal

166. . . Front horizontal

168. . . Upper pulley

169. . . Lower pulley

178. . . arm

200. . . Column member

204. . . Sliding member

206. . . Beam

F0. . . Pull out the power of the drawer

F1. . . The force that causes the mounting member to rise

Claims (5)

A storage cabinet that is slidably accommodated in a drawer that can accommodate a stored object, and includes a mounting member that is disposed in the drawer and that can store the stored object therein, and a lifting mechanism for moving the loading member up and down; the lifting mechanism includes: a rail disposed on a wall surface of the storage cabinet; and a pulley guided by the rail; the rail has a direction in which the drawer is pulled out The force is converted into an inclined portion that forces the direction in which the mounting member is raised, and a horizontal portion that is provided on the inner side of the inclined portion continuously from the inclined portion; and a starting point on the inner side of the pulley when the drawer is accommodated The length to the rising starting point of the intersection of the horizontal portion and the inclined portion is longer than the depth of the mounting member. A storage cabinet is a storage cabinet that slidably accommodates a drawer that can accommodate a stored object, and is characterized in that: a storage cabinet that is disposed in the drawer and that can hold the storage object, and a storage member a lifting mechanism that moves up and down in the vertical direction; the lifting mechanism includes: a rail disposed on a wall surface of the storage cabinet; and a pulley guided by the rail; the rail has a direction in which the drawer is pulled out An inclined portion that converts a force into a force in a direction in which the mounting member is raised, and a horizontal portion that is provided on the back side of the inclined portion in succession with the inclined portion; The length from the front side of the front side of the pulley to the rising starting point of the intersection of the horizontal portion and the inclined portion when the drawer is pulled out most from the storage cabinet is the drawer protruding when the drawer is most outwardly pulled out The length after subtracting the depth of the above-mentioned mounting member is shorter. The storage cabinet according to the first or second aspect of the invention, wherein the drawer further includes a support member for supporting the mounting member, wherein the mounting member is detachable from the support member, and the lifting mechanism is borrowed The mounting member is raised or lowered by moving the support member in the vertical direction. The storage cabinet according to claim 3, wherein the drawer further includes: a column member adjacent to the support member; and a spring for connecting the support member and the column member; wherein the spring is connected to the upper end The column member has a lower end coupled to the support member, and the elevating mechanism applies a restoring force of the spring to a force for moving the support member upward, and raises the mounting member. The storage cabinet according to the first aspect of the invention, wherein the mounting member is provided at a position adjacent to a rear surface of the front panel of the drawer.