JP2013202113A - Unitized circulating transfer apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an unitized circulating transfer apparatus that can correspond to the sizes of stores and required arrangement and is easily installed.SOLUTION: A unitized food and drink circulating transfer apparatus 1 includes: circulating transfer passage units 50 constituting part of each circulating transfer passage 5; mount units 70 for placing the circulating transfer passage units 50; table units 80A and 80B constituting part of each table placed on the mount units 70; and a connection unit 60 for connecting the two adjacent mount units 70 and 70. The connection unit 60 includes elongated holes 61 being a connection length-adjustment device for adjusting the connection length of the two adjacent mount units 70 and 70. Each mount units 70 includes: screws 71 as connection portions each connecting one end of the connection unit; and table placement portions 72A and 72B for placing the table units 80A and 80B.

Description

  The present invention is a circulating transport device that circulates and transports food and drink containers on which food and drinks are placed, and in particular, when the circulating transport device is installed in each store, it can accommodate the size of each store and the required layout. The present invention relates to a unitized circulation transfer device that is easy to install.

  Traditionally, restaurants where this type of circulating food and beverage transport device is installed are different in the size of the restaurant's area, and the arrangement of transport paths, tables, etc. The production was carried out in accordance with the requirements of each restaurant, and the produced circulating transport device was carried into the restaurant and then installed. For this reason, there is a problem that it takes time for order-made production, and the number of days from order reception to installation is prolonged, and there is a problem that it takes time to assemble in the field.

  Therefore, in order to facilitate the assembly work of the circulation transfer device, there is a circulation transfer conveyor that is an assembly type by unitizing the transfer path and the table and holding the transfer path unit and the table unit (for example, , See Patent Document 1).

Japanese Patent Laying-Open No. 2007-230676 (paragraph 0010, FIG. 1)

  In the assembly-type circulation transfer conveyor described in Patent Document 1, the transport path unit and the table unit are configured as an integrally molded product extruded by an alloy, but the length of each unit is adjusted. Since these units were cut, it was necessary to cut the units so that the length was adjusted to the size of the store during installation work. It was complicated.

  The present invention has been made paying attention to such problems, and an object of the present invention is to provide a unitized circulating transfer device that can be easily assembled.

In order to solve the above-mentioned problem, the unitized circulating conveyance device of the present invention is:
In a unitized circulation conveyance device having a circulation conveyance path,
A circulation conveyance path unit constituting a part of the circulation conveyance path;
A gantry unit on which the circulation conveyance path unit is placed;
A table unit constituting a part of a table placed on the gantry unit;
A connection unit for connecting two adjacent frame units;
Have
The connection unit includes a connection length adjusting means for adjusting a connection length of the two adjacent gantry units,
The gantry unit includes a connection portion to which one end of the connection unit is connected, and a table placement portion on which the table unit is placed,
The circulation conveyance path unit is mounted on the gantry unit and the connection unit, and is coupled to the gantry unit side.
According to this feature, the circulating transfer device is unitized into four units, a circulating transfer path unit, a gantry unit, a table unit, and a connection unit. Each unit is transferred to the store in the required number and assembled on the spot. A circulating transfer device can be easily installed. In this case, first, a plurality of gantry units are arranged on the floor surface at intervals, and one end of the connection unit is connected to the connection portion of the gantry unit, and the other end of the connection unit is connected to the adjacent gantry. Connect to the connection part of the unit. In that case, the connection length corresponding to the space | interval of two adjacent base units can be adjusted by adjusting the connection length adjustment means of a connection unit. As the connection length adjusting means, for example, a plate-like connection unit is provided with a long hole or a plurality of holes, and is adjusted by positioning with a bolt or the like on the gantry unit side through this long hole or the plurality of holes and stopping. You may make it do, and you may use the connection unit comprised from the slide board which can adjust length. Further, the connection length adjusting means includes a configuration in which a plurality of connection units having different lengths are provided, and a connection unit corresponding to the length of the installation place is appropriately selected and adjusted.
After the connection unit is connected, the table unit is placed on the table placement portion of each gantry unit, and the circulation conveyance path unit is placed on the top surface of the gantry unit and the connection unit, and coupled to the gantry unit side. Accordingly, since the adjacent gantry units are connected with the interval adjusted by the connection unit, it is possible to configure a gantry on which a conveyance path having a length matching the size of the store is placed. Further, it is not necessary to perform the unit cutting work as in the prior art, the assembling work can be simplified, and the work efficiency can be improved. In addition, when changing the shape and arrangement of the transport path in the store, it is only necessary to change the arrangement and adjust the length of the gantry so that the change is easy. Further, it is possible to configure a unitized circulating transfer device that can correspond to the size of each store and the required arrangement and is easy to install.

The unitized circulating conveyance device of the present invention is
The connection unit is configured to connect a wiring receiving portion for arranging lines on the upper surface of the connection surface of the connection unit and the lower surface of the circulation transport path unit when the circulation transport path unit is placed. It is characterized by being provided on the upper surface of the surface.
According to this feature, the connection unit can connect adjacent gantry units, and its upper surface also functions as a wiring receiving part for arranging lines such as power lines necessary for the circulation transfer device. Can be easily performed simply by placing it on the wiring receiving portion on the upper surface of the connection unit, and wiring that tends to be obstructed can be accommodated together, and the circulation conveyance path unit is placed. Therefore, the wiring of the wiring receiving part can be hidden. With this configuration, there is no need to provide a separate wiring duct.

The unitized circulating conveyance device of the present invention is
The gantry unit includes a gantry wiring receiving portion that arranges a line between an upper surface of the gantry unit and a lower surface of the circulatory conveyance path unit when the circulation conveyance path unit is placed on the gantry unit. It is characterized by being provided on the top surface of the gantry unit.
According to this feature, the gantry unit mounts the circulation conveyance path unit, and its upper surface also functions as a gantry wiring receiving portion for arranging power lines and the like necessary for the circulation conveyance device. The routing can be performed simply by placing it on the wiring receiving portion on the top surface of the gantry unit, and the wiring that tends to get in the way can be accommodated together, and the circulation conveyance path unit is mounted. Therefore, the wiring of the wiring receiving part can be hidden. With this configuration, there is no need to provide a separate wiring duct.

The unitized circulating conveyance device of the present invention is
The gantry unit is provided with a transport path mounting part for mounting the circulation transport path unit on the upper side of the table mounting part.
According to this feature, the table unit is placed on the table placing unit, and the circulation carrying path unit may be placed on the upper side as the carrying path placing unit. Thus, the table unit can be sandwiched and pressed, and the table unit can be made difficult to come off from the gantry unit.

The unitized circulating conveyance device of the present invention is
The circulation conveyance path unit includes a conveyance path length adjusting means for adjusting the length of the circulation conveyance path.
According to this feature, even in the circulation conveyance path unit, the length of the circulation conveyance path can be adjusted by the conveyance path length adjusting means, and a conveyance path having a length that matches the size of the store is configured. Can do. There is no need to perform the cutting operation of the unit as in the conventional case, the assembling work can be simplified, and the work efficiency can be improved. As the conveyance path length adjusting means, for example, a hollow circulation conveyance path unit may include a slidable portion whose length can be adjusted. Alternatively, a plurality of circulation conveyance path units having different lengths may be provided, and the length may be adjusted by appropriately selecting a circulation conveyance path unit having a length corresponding to the size of the store. .

The unitized circulating conveyance device of the present invention is
The gantry unit includes a pipe receiving part for arranging a pipe, a cover attaching part for attaching a cover member arranged under the gantry unit, a fixing part for fixing the gantry unit to a floor surface, and the circulation conveyance path. And at least one of the drive part mounting parts to which the drive part is attached.
According to this feature, the pedestal unit can be provided with a pipe receiving part, a cover attaching part, a fixing part, and a driving part attaching part, which are necessary for the circulation conveyance device. Thereby, piping is arranged in the pipe receiving part, a cover member arranged below the gantry unit is attached to the cover attaching part, the gantry unit is fixed to the floor surface in the fixing part, and the driving part attaching part is The drive part of the said circulation conveyance path can be attached.

It is a top view which shows the whole image of the united circulation conveyance apparatus in the Example of this invention. It is explanatory drawing for demonstrating the connection state of each unit. It is a top view in a store at the time of arranging a plurality of mount units. It is a top view in a store at the time of connecting a gantry unit and a connection unit. It is a top view in the store at the time of arrange | positioning piping. It is a top view in a store at the time of arranging a table unit. It is a top view in a store at the time of arranging a circulation conveyance way unit. It is explanatory drawing at the time of arrange | positioning a coupling member. It is a top view in the store at the time of arrange | positioning a piping port. It is sectional drawing at the time of arrange | positioning a piping port. It is sectional drawing at the time of arrange | positioning a cover member. It is sectional drawing at the time of arrange | positioning a pipe cover. It is a block diagram of a coupling member.

  The form for implementing the unitized circulation conveyance apparatus which concerns on this invention is demonstrated below based on an Example.

  A food and beverage circulating and conveying apparatus to which a unitized circulating and conveying apparatus according to an embodiment of the present invention is applied will be described with reference to FIGS.

  First, with reference to FIG. 1, the overall configuration when the assembly of the unitized food and beverage circulating and conveying apparatus 1 is completed will be described. FIG. 1 shows the inside of a store in which a stand 7 formed in a substantially U shape in plan view is installed. In the store, a kitchen area 2 and a restaurant area 3 are partitioned by partition walls 4 for partitioning. . The gantry 7 is configured by connecting a plurality of gantry units 70 to be described later to the connection unit 60. On the gantry 7, a circulation conveyance path 5 that constitutes a part of a circulation type food and beverage conveyance device that circulates and conveys food such as sushi is formed. The circulation conveyance path 5 is configured by arranging a plurality of circulation conveyance path units 50 described later. The circulation conveyance path 5 is constituted by a guide rail, and is driven on a crescent chain conveyor by driving through a driving means placed on a crescent chain conveyor (not shown) and disposed below the gantry 7. Food and drink such as sushi placed on a sushi plate as a loaded food and drink placing container circulates between the kitchen area 2 and the restaurant area 3. Further, tables 8A and 8B are arranged around the gantry 7 in the restaurant area 3, and seats (not shown) are arranged around the tables 8A and 8B. The table 8A is configured by arranging a plurality of table units 80A described later, and the table 8B is configured by a table unit 80B described later. Moreover, you may make it provide the partition 41 which separates the restaurant area 3 and an entrance in a shop.

  Next, the configuration of each unit will be described with reference to FIG. FIG. 2 is an explanatory diagram for explaining the connection state of each unit. In FIG. 2, in this embodiment, the unitized food circulation and conveyance device 1 includes a circulation conveyance path unit 50 (having 50A to D as described later) that constitutes a part of the circulation conveyance path 5, and circulation. A gantry unit 70 on which the transport path unit 50 is placed (there are 70A to D as will be described later), and a table unit 80 that constitutes a part of the table placed on the gantry unit 70 (80A and 80B as will be described later). And a connection unit 60 for connecting two adjacent gantry units 70, 70. Furthermore, the unitized food and beverage circulating and conveying apparatus 1 includes a hat 90 as a coupling member that couples the circulating and conveying path unit 50 and the gantry unit 70 side. The connection unit 60 includes a long hole 61 which is a connection length adjusting means for adjusting the connection length of two adjacent gantry units 70 and 70. The gantry unit 70 includes a screw 71 as a connection portion to which one end of the connection unit is connected, a table placement portion 72 on which the table unit 80 is placed (there are 72A and 72B as will be described later), a circulation conveyance path And a conveyance path placing unit 73 on which the unit 50 is placed. The circulation conveyance path unit 50 is placed on the conveyance path placement portion 73 and the connection unit 60 of the gantry unit 70, and the hat 90 of the coupling member is mounted on the lower side of the circulation conveyance path unit 50. It is coupled to the table unit 80 on the side. The conveyance path placing unit 73 does not have to contact the circulation conveyance path unit 50 directly. The gantry unit 70 may include a transport path mounting unit 73 on the upper side of the table mounting unit 72. In this case, the upper surface side of the gantry unit includes the upper surface of the table unit placed on the table placing portion.

  The connection unit 60 has a wiring receiving portion 62 that arranges a line such as a power cable between the upper surface of the connection surface of the connection unit 60 and the lower surface of the circulation conveyance path unit 50 when the circulation conveyance path unit 50 is placed. May be provided on the upper surface of the connection surface of the connection unit 60. Further, the gantry unit 70 has a power cable or the like between the upper surface of the conveyance path placing unit 73 and the lower surface of the circulation conveyance path unit 50 when the circulation conveyance path unit 50 is placed on the conveyance path placing unit 73. The gantry wiring receiving portion 74 for arranging the track may be provided on the upper surface of the conveyance path placing portion 73.

  The circulation conveyance path unit 50 includes a slide portion 51 that is a conveyance path length adjusting means for adjusting the length of the circulation conveyance path 5 in the longitudinal direction.

  As shown in FIG. 2, when the table units 80A and 80B are mounted on the table mounting portions 72A and 72B of the gantry unit 70, the table units 80A and 80B are fixed to the table mounting portions 72A and 72B. When the circulating transport path unit 50 is placed on the transport path placing part 73 of the gantry unit 70, it is coupled to the table units 80A and 80B placed on the table placing parts 72A and 72B on the gantry unit 70 side. Is done. In this case, since the circulation conveyance path unit is placed on the upper side of the table placement portions 72A and 72B, the table unit can be sandwiched and held between the circulation conveyance path unit and the table placement portion, and the table unit can be removed from the gantry unit. It can be made difficult to come off.

  Next, a process of installing the unitized food and beverage circulating and conveying apparatus 1 will be described with reference to FIGS. 3 to 7 and 9 are plan views in the store for each installation work procedure, FIG. 8 is an explanatory diagram when the coupling member is arranged, and FIG. 13 is a configuration diagram of the coupling member. Moreover, FIGS. 10-12 has shown the AA sectional arrow directional view in FIG. 9 of the gantry unit 70 for every installation work procedure.

  First, the required number of each unit is carried into a store, and as shown in FIG. 3, as the installation work 1, the gantry units 70 are arranged on the floor surface with an interval therebetween. In this case, the dimensions are determined from the reference position and arranged so as to be aligned in series. As shown in FIG. 3, four types of gantry units 70, 70A to 70D, are prepared. As shown in FIG. 2, the gantry units 70 </ b> A and 70 </ b> C are formed with two rod-like table mounting portions 72 </ b> A so that a table unit 80 </ b> A that is a counter table can be mounted on either the left or right side in the transport direction. A table mounting portion 72B is formed along the transport direction so that a table unit 80B, which is a table for four people, can be placed on the other side on the left and right of the transport direction. In the gantry units 70B and 70D, a table mounting portion 72B is formed along the transport direction so that a table unit 80B, which is a table for four people, can be mounted on both the left and right sides with respect to the transport direction. The gantry units 70 </ b> C and 70 </ b> D are provided with a driving unit mounting portion 79 for mounting a driving unit such as a motor for the circulation conveyance path. In the gantry units 70 </ b> A to 70 </ b> D, the side surface 75 of the transport path mounting unit 73 also serves as a guide when the table unit 80 is mounted, and the table 75 of each table unit 80 is placed on the side surface 75 of the transport path mounting unit 73. Positioning can be performed by contacting the side walls. Further, the gantry units 70A to 70D are further provided with a guide for positioning the table unit 80 in the conveyance path direction. As shown in FIG. 5, the gantry units 70 </ b> A to 70 </ b> D include a pipe receiving portion 76 in which the pipe 31 is disposed and cover member skirts 35 and 36 disposed on the lower side of the gantry unit 70. Cover attaching portions 77A and 77B to be attached, and a fixing portion 78 for fixing the gantry unit 70 to the floor surface with screws or the like. Further, on the kitchen side, a gantry unit 70 may be arranged, or a grid-like gantry 21 may be provided in order not to place a table.

  Next, as installation work 2, as shown in FIG. 4, a gantry unit 70 and a connection unit 60 for connecting the gantry unit 70 are arranged. As shown in FIG. 2, a bolt 71 or the like is fastened to the end of the conveyance path mounting portion 73 of the gantry unit 70 from the lower side, and the long hole 61 serving as the connection length adjusting means of the connection unit 60 is provided. Bolt 71 is inserted, and the dimension in the longitudinal direction is adjusted and positioned and fixed by fastening with a nut. The length of the connection unit 60 can be adjusted by this fixing position. By providing the connection unit connection length adjustment means, the connection length corresponding to the interval between two adjacent gantry units can be adjusted, and a gantry on which a transport path with a length that matches the size of the store is placed can do. Further, as the connection length adjusting means, a plurality of holes or a plurality of long holes may be provided at intervals in a row. Further, the connection length adjusting means includes a configuration in which a plurality of connection units having different lengths are provided, and a connection unit corresponding to the length of the installation location is appropriately selected and adjusted.

  Next, as the installation work 3, as shown in FIG. 5, the piping 31 is arranged on the gantry unit 70. The piping 31 may also be configured to connect a plurality of piping units having a predetermined length, or can be used by cutting a resin piping at an appropriate length. The piping 31 is arrange | positioned at the piping receiving part 76 of the mount unit 70, as shown in FIG. The piping 31 is connected to a hot water supply forced circulation pump of a hot water tank provided with a heater (not shown). Further, in the installation work 3, a line such as a power cable may be arranged in the wiring receiving part 62 of the connection unit 60 and the gantry wiring receiving part 74 of the gantry unit 70. The connection unit 60 can connect adjacent gantry units 70, and its upper surface also functions as a wiring receiving portion 62 for arranging a line such as a power supply line necessary for the circulation transfer device. This can be done simply by disposing the wiring unit on the upper surface of the connection unit 60. Further, the transport path mounting portion 73 of the gantry unit 70 also mounts the circulation transport path unit 50, and the upper surface thereof is also used as a gantry wiring receiving portion 74 for arranging lines such as power lines necessary for the circulation transport device. Because it functions, the wiring can be easily routed by simply placing it in the wiring receiving part on the upper surface of the connection unit, and it is possible to accommodate the wiring that tends to get in the way, and the circulation conveyance path unit. Is placed, the wiring of the wiring receiving portion can be hidden. With this configuration, there is no need to provide a separate wiring duct.

  Next, as the installation work 4, as shown in FIG. 6, the table units 80 </ b> A and 80 </ b> B are arranged on the table mounting portion 72 of the gantry unit 70. As shown in FIG. 2, in the gantry unit 70, the side surface 75 of the transport path mounting portion 73 forms a guide for mounting the table units 80 </ b> A and 80 </ b> B, and the side surface 75 of the transport path mounting portion 73. Can be aligned by bringing the side walls of the tables of the table units 80A and 80B into contact with each other, and the table units 80A and 80B are mounted on the table mounting portions 72A and 72B of the gantry unit 70. It is fixed to the parts 72A and 72B with screws 96 from below the respective tables via brackets or the like (see FIGS. 10 to 12). The counter table 8A can be configured by arranging a plurality of table units 80A in succession. Further, the gantry unit 70 includes a slide mechanism that slides up and down so that the height of each leg can be adjusted, and the height of the legs of the gantry unit 70 is adjusted so that the height of the gantry unit 70 at both ends and the center is aligned. Adjustment can be made.

  Next, as the installation work 5, as shown in FIG. 7, the circulation conveyance path unit 50 is placed on the conveyance path placement portion 73 of the gantry unit 70 and the connection unit 60. The circulation conveyance path unit 50 includes a plurality of types such as the circulation conveyance path units 50A to 50D, and is integrally formed by a slenless plate or the like. In addition, the circulation conveyance path unit 50 includes two guide rails 53 for transporting food and drink containers in which a crescent chain conveyor can be arranged extending in the longitudinal direction. The center of the guide rail 53 is notched in the longitudinal direction. The groove 54 is opened. As shown in FIG. 10, the circulation conveyance path unit 50 has an open bottom, a substantially U-shaped cross section in the width direction and a hollow inside, and a portion extending downward from the longitudinal side wall is folded inward. A holding portion 52 of a bottom surface portion that can be bent to hold the hat 90 is provided. The circulation conveyance path unit 50A and the circulation conveyance path unit 50B include two linear conveyance paths having different conveyance path lengths. In addition, the circulation conveyance path unit 50C includes a circulation conveyance path of a folded portion to which two conveyance paths are connected. The circulation conveyance path unit 50D includes a circulation conveyance path for turning 90 degrees. The circulation conveyance path unit 50 may be adjusted in length by including a slide portion 51 of a slide mechanism that is a conveyance path length adjusting means for adjusting the length of the circulation conveyance path 5 in the longitudinal direction. The circulation conveyance path unit 50 and the gantry unit 70 side are coupled by a coupling member hat 90. As shown in FIG. 13, the hat 90 has a long side 91 corresponding to the length of the width of the circulation conveyance path 5 of the circulation conveyance path unit 50, and a garbage receiver for placing a conveyance path garbage receiver (not shown). A mounting surface 93, a pedestal contact surface 92 that contacts the upper surface side of the transport path mounting portion 73 of the gantry unit 70, and contacts the lower side of the circulation transport path unit 50 at both ends thereof, and a screw hole 94 are provided. It is configured in a hat shape. As shown in FIGS. 8 and 10, the hat 90 is arranged so that the long side portion 91 extends along the width direction of the circulation conveyance path unit 50, and is attached to the lower side of the circulation conveyance path unit 50. It is held and coupled to the table unit 80 on the gantry unit 70 side by a screw 95 through a screw hole 94. When the screw 95 is stopped in the screw hole 94, the tool can be inserted through the groove 54. The hat 90 is arranged in the width direction of the circulation conveyance path unit 50 so that the long side portion 91 is along and is held by the holding portion 52. Therefore, after being screwed, the hat 90 is fixed and the circulation conveyance path is fixed. The unit 50 and the table unit 80 on the gantry unit 70 side are coupled. Not only the circulation conveyance path unit 50 and the table unit 80 are coupled by the hat 90, but also the table unit 80 is screwed to the gantry unit 70, so that the circulation conveyance path unit 50 can be coupled to the gantry unit 70. it can. Since the hat 90 is mounted on the lower surface of the circulation conveyance path unit 50, it is hidden, and the gantry contact surface 92 contacts the upper surface side of the conveyance path mounting portion 73 of the gantry unit 70, and circulates at both ends thereof. Since it contacts the lower side of the conveyance path unit 50, it can be stably fixed so as not to be displaced. For this reason, it is not necessary to connect adjacent circulation conveyance path units 50. Further, the hat 90 can place another member such as a dust receptacle on the upper side of the dust receptacle placement surface 93.

  Further, as the installation work 5, the fixing portion 78 of the gantry unit 70 is configured with a concrete screw or the like on the floor surface, and the leg portion of the table unit 80 is also fixed on the floor surface.

  Next, as the installation work 6, as shown in FIGS. The hot water supply currant 32 is attached to the upper side of the table unit 80 via a branch pipe 33 extending from the pipe 31 disposed in the pipe receiving portion 76. The table unit 80 includes an attachment hole 81 for attaching the hot water supply curan 32. The hot water supply curan 32 is fitted from the upper side of the attachment hole 81 of the table unit 80, and the branch pipe 33 is attached from the lower side to be connected to the pipe 31. Let

  Next, as installation work 7, cover skirts 35 and 36 are attached to the lower side of the gantry unit 70 as shown in FIG. 11. The skirts 35 and 36 are made of plywood or the like of aluminum and resin, and are attached in a Kendon style so that there is no gap so that the unit 70 cannot be visually recognized. The cover attaching portion 77A is provided in a rail shape on the fixed portion 78 of the bottom surface portion of the gantry unit 70, and is attached by inserting the skirt 36. The cover attaching portion 77B is provided on the side wall portion of the pipe receiving portion 76, and the skirt 35 The lower part of the skirt 36 and the upper part of the skirt 36 are attached with a magnet or an adhesive seal. In this way, the appearance of the gantry unit 70 is covered with the skirts 35 and 36 so that the appearance can be made clean.

  Next, as an installation operation 8, a pipe cover 34 is attached as shown in FIG. The pipe cover 34 is attached to the skirt 35 so as to cover the branch pipe 33.

  By performing the installation work as described above, as shown in FIG. 1, the assembly of the unitized food and beverage circulating and conveying apparatus 1 is completed.

  According to the present embodiment, since the adjacent gantry units 70 are connected with the interval adjusted by the connection unit 60, the gantry 7 on which the transport path having a length that matches the size of the store can be configured. it can. Further, it is not necessary to perform the unit cutting work as in the prior art, the assembling work can be simplified, and the work efficiency can be improved. In addition, when changing the shape and arrangement of the transport path in the store, it is only necessary to change the arrangement and adjust the length of the gantry so that the change is easy. Moreover, since a plurality of types of circulation conveyance path units 50A to 50D, gantry units 70A to 70D, and table units 80A and 80B are prepared, it is possible to correspond to the size of each store and the required arrangement, and installation is easy. A unitized circulating transfer device can be configured. Since it can carry in for every unit, carrying in is easy and the packing capacity of the food-drink circulating conveyance apparatus 1 whole can also be reduced. Moreover, it is not necessary to perform assembly work in order to adjust the dimensions in the factory in advance. In addition, since the wiring only needs to be arranged in the wiring receiving portion provided on the upper surface of the connection unit 60 and the gantry unit 70, the wiring can be easily routed and there is no need to provide a separate duct. The wiring can also be disposed in the pipe receiving portion 76.

  Further, according to the present embodiment, after the hat 90 is mounted on the lower side of the circulation conveyance path unit 50, the circulation conveyance path unit 50 is placed on the conveyance path mounting portion 73 of the gantry unit 70 and the upper surface of the connection unit 60. The circulation conveyance path unit 50 and the gantry unit 70 side can be coupled by the hat 90. As a result, the hat 90 is attached to the lower side of the circulation conveyance path unit 50 so that it is concealed and coupled to the gantry unit 70 side, so that both can be stably fixed. For this reason, it is not necessary to connect adjacent circulation conveyance path units 50, and it arrange | positions so that the circulation conveyance path units 50 may be continued, and only couple | bonds each circulation conveyance path unit 50 and the mount unit 70, and food and drinks. The circulating transfer device 1 can be configured. For this reason, the assembly work can be simplified, the work efficiency can be improved, and the unitized food and drink circulating and conveying apparatus 1 that can be easily installed can be configured.

  Although the embodiments of the present invention have been described with reference to the drawings, the specific configuration is not limited to these embodiments, and modifications and additions within the scope of the present invention are included in the present invention. It is.

  For example, as the connection length adjusting means, instead of using the long hole 61, the bolt 71, and the nut as described above, a connection unit including a double slide plate whose length can be adjusted may be used. By providing the connection unit connection length adjustment means, the connection length corresponding to the interval between two adjacent gantry units can be adjusted, and a gantry on which a transport path with a length that matches the size of the store is placed can do.

  In addition to the hat 90, the coupling member may be coupled by a bracket or the like.

  The circulating conveyance path 5 may be a conveyance member such as a roller type conveyor other than the crescent chain conveyor.

  Further, in the above-described embodiment, the connection unit is provided. However, without providing the connection unit, a plurality of gantry units may be continuously arranged on the floor surface so that the ends of the gantry unit are in contact with each other. Good. Also in this case, after the coupling member is mounted on the lower side of the circulation conveyance path unit, the circulation conveyance path unit is placed on the upper surface of the conveyance path placement portion of the gantry unit. Can be coupled to the gantry unit side, so that there is no need to connect adjacent circulation conveyance path units, and the circulation conveyance path units are arranged side by side so that each circulation conveyance path unit and the gantry unit are connected. A circulating and conveying apparatus can be configured simply by combining them. For this reason, the assembly work can be simplified, the work efficiency can be improved, and a unitized circulation transfer device that can be easily installed can be configured.

DESCRIPTION OF SYMBOLS 1 Circulation-type food and drink conveyance apparatus 2 Kitchen area 3 Restaurant area 4, 41 Bulkhead 5, Circulation conveyance path 7 Base 8A, 8B Table 50, 50A-50D Circulation conveyance path unit 60 Connection unit 70, 70A-70D Base unit 80, 80A, 80B Table unit 90 Hat 31 Piping 32 Hot water supply currant 33 Branch pipe 34 Pipe cover 35, 36 Skirt 51 Slide portion 52 Holding portion 53 Guide rail 54 Groove 61 Long hole 62 Wiring receiving portion 71 Screw 72A, 72B Table mounting portion 73 Conveying path placing portion 74 Mounting wire receiving portion 75 Side surface 76 Piping receiving portion 77A, 77B Cover attaching portion 78 Fixing portion 79 Driving portion attaching portion 81 Mounting hole 91 Long side portion 92 Mounting stand contact surface 93 Garbage receiving placing surface 94 Screw hole 95, 96 screws

Claims (6)

In a unitized circulation conveyance device having a circulation conveyance path,
A circulation conveyance path unit constituting a part of the circulation conveyance path;
A gantry unit on which the circulation conveyance path unit is placed;
A table unit constituting a part of a table placed on the gantry unit;
A connection unit for connecting two adjacent frame units;
Have
The connection unit includes a connection length adjusting means for adjusting a connection length of the two adjacent gantry units,
The gantry unit includes a connection portion to which one end of the connection unit is connected, and a table placement portion on which the table unit is placed,
The circulatory conveyance path unit is placed on the upper side of the gantry unit and the connection unit, and is coupled to the gantry unit side.   The connection unit includes a wiring receiving portion for arranging a line between the upper surface of the connection surface of the connection unit and the lower surface of the circulation transport path unit when the circulation transport path unit is placed. The unitized circulating conveyance device according to claim 1, further comprising an upper surface of the connection surface.   The gantry unit includes a gantry wiring receiving portion that arranges a line between an upper surface of the gantry unit and a lower surface of the circulatory conveyance path unit when the circulation conveyance path unit is placed on the gantry unit. The unitized circulating transport device according to claim 1, wherein the circulating transport device is provided as a unit.   4. The unitized circulatory transfer apparatus according to claim 1, wherein the gantry unit mounts the circulatory transfer path unit on an upper side of the table mounting portion. 5.   5. The unitized circulating transport apparatus according to claim 1, wherein the circulating transport path unit includes transport path length adjusting means for adjusting a length in a longitudinal direction of the circulating transport path. .   The gantry unit includes a pipe receiving part for arranging a pipe, a cover attaching part for attaching a cover member arranged under the gantry unit, a fixing part for fixing the gantry unit to a floor surface, and the circulation conveyance path. 6. The unitized circulatory transfer apparatus according to claim 1, comprising at least one of a drive part attachment part to which the drive part is attached.

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