Stacked drying box

Abstract

A stacked drying box comprises a box body, a box passing conveying mechanism and a stacking driving mechanism. A drying station and a plate conveying station are arranged in the compartment main body; the drying station is located above the plate conveying station. The conveying end of the compartment-passing conveying mechanism is used for driving a plurality of dried objects to horizontally pass through the plate conveying station in sequence; the output end of the stacking driver moves in a lifting mode and is used for driving the dried objects at the conveying end of the compartment-passing conveying mechanism to move upwards in the direction of the drying station, so that the stacked dried objects are separated from the conveying end of the compartment-passing conveying mechanism. The stacking plug pin is horizontally adjusted to support the dried objects stacked at the lowermost part; and the driving ascending of the stacking driver to the dried objects and the horizontal movement of the stacking plug pin to support the dried objects can be alternatively performed in a resettable manner, so that the plurality of dried objects are sequentially stacked on the drying station. According to the scheme, a plurality of dried objects can be stacked on the drying station in sequence, and the problems that when dried objects are fed into an existing drying box, the height position needs to be adjusted frequently, the feeding and discharging efficiency is low, and alignment is not accurate are solved.

Description

Technical Field

[0001] The utility model relates to the field of drying boxes, in particular to a stacked drying box. Background Art

[0002] Existing plates need to be stored and dried after processing, and the plates are generally stored in stacks; existing drying boxes generally have one storage station for each height layer; and the step of plates entering the storage station is mainly to lift and lower them to align with a certain storage station under the driving action of the lifting device, and then send them to the storage station by the horizontal conveying device; and multiple plates need to be processed on the plate processing line, so each plate entering the storage station needs to be adjusted in height and level, which leads to a longer conveying distance of the plates and low conveying efficiency of the plates. Utility Model Content

[0003] The utility model aims to provide a stacked drying box, which sets a drying station above a plate transfer station and drives a plurality of dried objects to pass through the plate transfer station in sequence through a box conveying mechanism, and only requires a stacking driver to drive the dried objects upward and a stacking latch to lift the bottom surface of the dried objects to move horizontally and reset them alternately.

[0004] To achieve this purpose, the utility model adopts the following technical solutions:

[0005] A stacking drying box, comprising: a box body, a box conveying mechanism and a stacking driving mechanism;

[0006] A drying station and a plate transfer station are provided in the compartment body; the drying station is located above the plate transfer station; the conveying end of the compartment conveying mechanism is used to drive a plurality of dried objects to pass horizontally through the plate transfer station in sequence;

[0007] The stacking drive mechanism comprises: a stacking driver and a stacking latch;

[0008] The output end of the stacking driver moves up and down to drive the dried objects at the conveying end of the carriage conveying mechanism to move upward toward the drying station, so that the stacked dried objects are separated from the conveying end of the carriage conveying mechanism; the stacking pin is adjusted horizontally to support the dried objects stacked at the bottom; the stacking driver drives the dried objects to rise and the stacking pin supports the dried objects to move horizontally in a resettable manner, so that a number of dried objects are stacked in sequence at the drying station.

[0009] It can be optimized to further include: a top conveying mechanism;

[0010] The compartment body is provided with the drying stations adjacent to each other horizontally;

[0011] The top conveying mechanism comprises: a top horizontal moving device and a top horizontal moving fixture;

[0012] The top horizontal moving clamp is installed at the conveying end of the top horizontal moving device; the top horizontal moving clamp is used to clamp the dried objects stacked at the top;

[0013] The conveying end of the top horizontal moving device passes horizontally above the plurality of drying stations, driving the top horizontal moving fixture to move between the plurality of drying stations.

[0014] It can be optimized to further include: a material feeding drive mechanism;

[0015] One of the drying stations and the plate transfer station below it forms a loading area, and another adjacent drying station and the plate transfer station below it forms a unloading area; the plate transfer stations of both the loading area and the unloading area are respectively provided with the carriage conveying mechanism; the stacking drive mechanism is provided at the drying station of the loading area, and the unloading drive mechanism is provided at the drying station of the unloading area;

[0016] The material unloading driving mechanism comprises: a material unloading driver;

[0017] The output end of the unloading drive moves up and down, and the output end of the unloading drive rises to hold up a plurality of dried objects stacked below, and the output end of the unloading drive descends to place the stacked dried objects on the conveying end of the compartment conveying mechanism.

[0018] Optimally, the material unloading drive mechanism further comprises: a material unloading latch;

[0019] The unloading latch is adjusted horizontally to lift the dried materials stacked except the bottommost one;

[0020] The output end of the unloading drive rises to lift up the dried objects stacked at the bottom;

[0021] The unloading latch holds up the dried objects for horizontal movement and the unloading driver drives the dried objects to descend in a resettable manner, so that a plurality of dried objects stacked in the unloading area are sequentially placed on the conveying end of the compartment conveying mechanism.

[0022] It can be optimized to further include: a transition transmission mechanism;

[0023] The transition conveying mechanism is installed on the plate transfer station; the conveying end of the transition conveying mechanism horizontally passes through the plate transfer station.

[0024] Optimally, the carriage transfer mechanism comprises: a carriage transfer frame, a carriage transfer driving gear, a carriage transfer driven gear, a carriage transfer gear chain and a carriage transfer driver;

[0025] The carriage transfer frame is installed under the carriage body; the carriage transfer driving gear and the carriage transfer driven gear are rotatably installed on the carriage transfer frame; the carriage transfer gear chain is respectively engaged with the carriage transfer driving gear and the carriage transfer driven gear; the output end of the carriage transfer driver is connected to the carriage transfer driving gear, which is used to drive the carriage transfer driving gear to rotate.

[0026] Optimally, the carriage transfer mechanism further includes: a synchronous rotating shaft;

[0027] The carriage transmission driving gear is installed on one side of the carriage transmission frame, and a plurality of carriage transmission driven gears are respectively installed on both sides of the carriage transmission frame; one of the carriage transmission driven gears located on both sides of the carriage transmission frame is connected to the same synchronous rotating shaft, or the carriage transmission driving gear located on one side of the carriage transmission frame and the carriage transmission driven gear on the other side are connected to the same synchronous rotating shaft;

[0028] One of the car-transfer transmission gear chains is meshed with the car-transfer transmission driving gear and the car-transfer transmission driven gear on one side;

[0029] One of the car-transfer transmission gear chains is meshed with a plurality of the car-transfer transmission driven gears on one side.

[0030] Preferably, the carriage conveying frame is provided with a transverse support plate; the transverse support plate is located below the straight section of the carriage conveying toothed chain.

[0031] Optimally, the top conveying mechanism comprises: a top conveying frame, a top horizontal moving device and a top horizontal moving fixture;

[0032] The conveying end of the top horizontal moving device is connected to the top conveying frame, and is used to drive the top conveying frame to move horizontally; the top horizontal moving fixture is installed on the top conveying frame and is located on the left and right sides of the moving direction of the top conveying frame;

[0033] The top horizontal moving fixture comprises: a fixture lifting driver, a fixture seat, a clamping hook and a fixture horizontal driver;

[0034] The clamp lifting driver is installed on the top conveying frame, and the output end of the clamp lifting driver is connected to the clamp seat for driving the clamp seat to move up and down; the card hook can be installed on the clamp seat horizontally movably; the output end of the clamp horizontal driver is connected to the card hook for driving the card hook to move horizontally; a clamp with a clamping function is formed between the card hooks on the left and right sides.

[0035] Optimally, the top conveying mechanism further comprises: an in-position sensing component;

[0036] The in-place sensing component comprises: an in-place sensing male seat and an in-place sensing female seat;

[0037] The in-place sensing male seat is installed on the top conveying rack; the in-place sensing female seat is used to be installed above the drying station; the in-place sensing male seat is communicatively connected to the top horizontal moving device; the in-place sensing male seat moves to one of the drying stations and docks with the in-place sensing female seat of the drying station.

[0038] Compared with the prior art, one of the above technical solutions has the following beneficial effects:

[0039] The present invention provides a stacking drying box, which sets a drying station above the transfer plate station, and drives a plurality of dried objects to pass through the transfer plate station in sequence through a box conveying mechanism. It only needs to use a stacking driver to drive the dried objects to rise and use a stacking pin to lift the bottom surface of the dried objects to move horizontally and resettably, so that a plurality of dried objects can be stacked in the drying station in sequence, thereby solving the problem of low loading and unloading efficiency and inaccurate positioning caused by the need to frequently adjust the height position when feeding the dried objects into the existing drying box. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 It is a structural schematic diagram of one embodiment of a stacked drying box;

[0041] Figure 2 It is a structural schematic diagram of one embodiment of a stacked drying box;

[0042] Figure 3 is a structural schematic diagram of one embodiment of a stacking drive mechanism;

[0043] Figure 4 It is a structural schematic diagram of one embodiment of the car-transferring mechanism;

[0044] Figure 5 yes Figure 4 A magnified schematic diagram of the middle part;

[0045] Figure 6 It is a structural schematic diagram of one embodiment of a stacked drying box;

[0046] Figure 7 is a structural schematic diagram of one embodiment of a stacking drive mechanism;

[0047] Figure 8 It is a structural schematic diagram of one embodiment of the top conveying mechanism;

[0048] Fig. 9 yes Figure 8 The enlarged schematic diagram of the middle B part;

[0049] Fig.10 is a schematic diagram of a top structural view of one embodiment of a top horizontal moving fixture;

[0050] Fig.11 is a schematic diagram of the structure of one embodiment of a position sensing component; DETAILED DESCRIPTION

[0051] The embodiments of the present invention are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0052] In the description of the present utility model, it is necessary to understand that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "up", "down", "left", "right", "front", "back", "vertical", "horizontal", "top", "bottom", "inside", "outside", "inner side", "outer side", "inner end", "outer end", "axial", "radial", "circumferential" and the like indicate positions or positional relationships based on the positions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present utility model and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present utility model. In addition, the features defined as "first" and "second" may explicitly or implicitly include one or more of the features, which are used to distinguish and describe the features, without distinction of order or importance. In the description of the present utility model, unless otherwise specified, "multiple" means more than two.

[0053] like Figure 1-11 , a stacking drying box, comprising: a box body (1), a box conveying mechanism (2) and a stacking driving mechanism (3);

[0054] The compartment body (1) is provided with a drying station (11) and a plate transfer station (12); the drying station (11) is located above the plate transfer station (12); the conveying end of the compartment conveying mechanism (2) is used to drive a plurality of dried objects (09) to pass horizontally through the plate transfer station (12) in sequence;

[0055] The stacking drive mechanism (3) comprises: a stacking driver (31) and a stacking latch (32);

[0056] The output end of the stacking driver (31) moves up and down, and is used to drive the dried objects (09) at the conveying end of the carriage conveying mechanism (2) to move upward toward the drying station (11), so that the stacked dried objects (09) are separated from the conveying end of the carriage conveying mechanism (2); the stacking latch (32) is adjusted horizontally to lift the dried objects (09) stacked at the bottom; the stacking driver (31) drives the dried objects (09) to move upward and the stacking latch (32) lifts the dried objects (09) to move horizontally in a resettable manner, so that a plurality of dried objects (09) are stacked in sequence at the drying station (11).

[0057] The present invention provides a stacking drying box, which is provided with a drying station (11) above a plate transfer station (12), and drives a plurality of dried objects (09) to pass through the plate transfer station (12) in sequence through a box conveying mechanism (2). The stacking driver (31) is used to drive the dried objects (09) upward, and the stacking latch (32) is used to lift the bottom surface of the dried objects (09) to move horizontally and resettably, so that a plurality of dried objects (09) can be stacked in sequence on the drying station (11), thereby solving the problem that the existing drying box needs to frequently adjust the height position when feeding the dried objects (09), resulting in low loading and unloading efficiency and inaccurate positioning.

[0058] Specifically, the compartment body (1) is provided with a drying station (11) and a plate transfer station (12). The drying station (11) is a station with a drying function, and a known drying device is arranged at the station or used for natural drying. The plate transfer station (12) is used to accommodate the conveying end of the compartment conveying mechanism (2). A plurality of dried objects (09) are placed at the conveying end of the compartment conveying mechanism (2). The conveying end of the compartment conveying mechanism (2) drives the dried objects (09) to move toward the plate transfer station (12), and the dried objects (09) gradually pass through the stacking drive mechanism (3). At this time, when the dried objects (09) pass through the range of the stacking drive (31), the stacking drive (31) drives the dried objects (09) to separate from the stacking drive mechanism (3). The stacking drive (31) is a conveying end of a compartment conveying mechanism (2); wherein the stacking drive (31) may be installed on the compartment body (1), or may be installed on the ground or other positions; the stacking drive (31) drives the dried object (09) to rise, and may be a direct contact drive, and the direct contact position may be a supporting structure of the bottom surface or the side wall, etc.; the stacking drive (31) may also indirectly drive the dried object (09) to rise with the help of other supporting objects such as mold frames, trays, brackets, etc.; after the dried object (09) is driven to rise, the stacking latch (32) moves horizontally to contact the dried object (09) and lifts the dried object (09), and the output end of the stacking drive (31) is reset to be separated from the dried object (09), and the dried object (09) is lifted. 09) is mainly supported by the stacking pin (32); the stacking pin (32) can support the dried object (09) directly or indirectly; direct support means that the stacking pin (32) contacts the dried object (09), for example, supports the bottom of the dried object (09), or is inserted into a hole, groove, seam or other structure of the dried object (09); indirect support means that the dried object (09) is supported by other supporting objects such as trays and brackets; when the next dried object (09) moves below the previous dried object (09), the stacking driver (31) also drives the next dried object (09) to rise, and the next dried object (09) rises to abut against the previous dried object (09). ), the stacking latch (32) is detached from the bottom of the previous drying object (09), and the upper and lower drying objects (09) are in a stacked state. The stacked drying objects (09) are mainly lifted up by the stacking driver (31), and then the stacking latch (32) provides lifting for the next drying object (09); in this way, the stacking driver (31) drives the drying objects (09) to rise and the stacking latch (32) lifts the bottom surface of the drying objects (09) to move horizontally in a resettable manner, so that a plurality of drying objects (09) can be stacked in sequence at the drying station (11), thereby solving the problem of low efficiency and inaccurate alignment caused by the need to frequently adjust the height position when feeding the drying objects (09) into the existing drying box.

[0059] The stacking driver (31) and the unloading driver (51) of the present invention can be a known mechanism with a driving lifting function, as long as it can drive the dried object (09) to rise, such as a pneumatic cylinder, an oil cylinder, or a combination of a motor and a screw rod, etc.; the horizontal movement of the stacking latch (32) and the unloading latch (52) can be achieved by a known mechanism with a driving horizontal movement function, such as a pneumatic cylinder, an oil cylinder, or a combination of a motor and a screw rod, etc., which are directly or indirectly connected to the stacking latch (32), as long as it can drive the stacking latch (32) to move horizontally.

[0060] It can be optimized to further include: a top conveying mechanism (4);

[0061] The compartment body (1) is provided with the drying stations (11) which are horizontally adjacent to each other;

[0062] The top conveying mechanism (4) comprises: a top horizontal moving device (43) and a top horizontal moving fixture (42);

[0063] The top horizontal moving clamp (42) is installed at the conveying end of the top horizontal moving device (43); the top horizontal moving clamp (42) is used to clamp the dried objects (09) stacked at the top;

[0064] The conveying end of the top horizontal moving device (43) passes horizontally above the multiple drying stations (11), driving the top horizontal moving fixture (42) to move between the multiple drying stations (11).

[0065] The conveying end of the top horizontal moving device (43) drives the top horizontal moving clamp (42) to move horizontally between the plurality of drying stations (11), so that the top horizontal moving clamp (42) can be moved to one of the drying stations (11) as needed; the top horizontal moving clamp (42) has a clamping function, which can clamp the top drying object (09); that is, the top horizontal moving clamp (42) can keep clamping the top drying object (09) and transfer it from one drying station (11) to another drying station (11). 1); and since the output end of the stacking driver (31) can be reset and moved, after the top dried object (09) is taken away by the top horizontal moving clamp (42), the linkage between the stacking driver (31) and the stacking latch (32) can stack a new dried object (09) at a clampable position of the top horizontal moving clamp (42), so that the next dried object (09) can be placed at a clampable position of the top horizontal moving clamp (42), and the top horizontal moving device (43) can clamp the dried object (09) without lifting.

[0066] It can be optimized to further include: a material unloading drive mechanism (5);

[0067] One of the drying stations (11) and the plate transfer station (12) below it forms a loading area (101), and another adjacent drying station (11) and the plate transfer station (12) below it forms a unloading area (102); the plate transfer stations (12) of both the loading area (101) and the unloading area (102) are respectively provided with the compartment conveying mechanism (2); the stacking driving mechanism (3) is provided at the drying station (11) of the loading area (101), and the unloading driving mechanism (5) is provided at the drying station (11) of the unloading area (102);

[0068] The material discharge driving mechanism (5) comprises: a material discharge driver (51);

[0069] The output end of the unloading driver (51) moves up and down, and the output end of the unloading driver (51) rises to hold up a plurality of dried objects (09) stacked below, and the output end of the unloading driver (51) descends to place the stacked dried objects (09) on the conveying end of the compartment conveying mechanism (2).

[0070] In the present solution, a stacking drive mechanism (3) for loading is preferably provided in a loading area (101), and a unloading drive mechanism (5) for unloading is provided in another adjacent unloading area (102); a transfer plate station (12) below each drying station (11) is independently provided with a compartment conveying mechanism (2); a plurality of dried objects (09) are also stacked in the unloading area (102); the output end of the unloading drive (51) of the unloading area (102) can lift up the stacked dried objects (09) in an ascending state, and place the stacked dried objects (09) on the conveying end of the compartment conveying mechanism (2) in a descending state; at the same time, since the loading area (101) continuously stacks the dried objects (09) through its stacking drive mechanism (3), the dried objects (09) stacked in the loading area (101) are horizontally transferred to the unloading area (102) through the top conveying mechanism (4) above the loading area (101), such as Figure 2 In the direction of the arrow, the unloading area (102) always leaves space for the dried objects (09) stacked at the top to receive the dried objects (09) transported by the top conveying mechanism (4).

[0071] In one embodiment, more than two unloading drivers (51) may be provided, and the output ends of some unloading drivers (51) may lift the lowest dried object (09) in a lifted state, and the output ends of some unloading drivers (51) may lift the second lowest (second to last) dried object (09) in a lifted state. In this way, the lifting and lowering coordination of multiple unloading drivers (51) may realize automatic unloading of the dried object (09) in the stacked drying box.

[0072] In the most preferred embodiment, the material unloading drive mechanism (5) further comprises: a material unloading latch (52);

[0073] The unloading latch (52) is adjusted horizontally to lift the dried objects (09) stacked outside the bottom.

[0074] The output end of the unloading driver (51) rises to lift the dried objects (09) stacked at the bottom;

[0075] The horizontal movement of the unloading pin (52) to lift the dried object (09) and the driving of the unloading driver (51) to lower the dried object (09) are performed alternately and resettably, so that a plurality of dried objects (09) stacked in the unloading area (102) are placed in sequence at the conveying end of the compartment conveying mechanism (2).

[0076] The unloading latch (52) can be moved horizontally to lift the dried objects (09) stacked outside the bottom, for example, to lift the second to last dried object (09), the third to last dried object (09), etc.; the unloading latch (52) can control the amount of dried objects (09) unloaded in the unloading area (102); for example Figure 2 When the output end of the unloading driver (51) keeps holding up the dried object (09), the unloading latch (52) can move horizontally to hold up the second to last dried object (09) below, and the output end of the unloading driver (51) drives the dried object (09) at the bottom to descend, and the dried object (09) is placed at the conveying end of the over-carriage conveying mechanism (2) in the unloading area (102); in this way, the unloading latch (52) and the unloading driver (51) move alternately, so that the dried object (09) can be automatically unloaded after drying.

[0077] It can be optimized to further include: a transition transmission mechanism (6);

[0078] The transition conveying mechanism (6) is installed on the plate transfer station (12); the conveying end of the transition conveying mechanism (6) passes horizontally through the plate transfer station (12).

[0079] The conveying end of the transition conveyor mechanism (6) can horizontally pass through the plate transfer station (12) of the loading area (101) and / or the plate transfer station (12) of the unloading area (102), so that other workpieces that do not need to be dried can directly pass through the compartment body (1) horizontally, so that the stacking process of the dried objects (09) by the stacking drive mechanism (3) will not affect the normal passage of other workpieces in the processing line. For example, the transition conveyor mechanism (6) can be arranged below or to the side of the compartment conveyor mechanism (2) in the plate transfer station (12).

[0080] Preferably, the carriage transfer mechanism (2) comprises: a carriage transfer frame (21), a carriage transfer driving gear (22), a carriage transfer driven gear (23), a carriage transfer toothed chain (24) and a carriage transfer driver (25);

[0081] The carriage transfer frame (21) is installed below the carriage body (1); the carriage transfer driving gear (22) and the carriage transfer driven gear (23) are rotatably installed on the carriage transfer frame (21); the carriage transfer gear chain (24) is respectively engaged with the carriage transfer driving gear (22) and the carriage transfer driven gear (23); the output end of the carriage transfer driver (25) is connected to the carriage transfer driving gear (22) for driving the carriage transfer driving gear (22) to rotate.

[0082] The present solution preferably uses a through-carriage conveying toothed chain (24) to drive the plate (09) to move. When the plate (09) needs to be delivered into the compartment body (1), the through-carriage conveying driver (25) can be started; the output end of the through-carriage conveying driver (25) drives the through-carriage conveying active gear (22) to rotate, and drives the through-carriage conveying driven gear (23) to rotate under the synchronous action of the through-carriage conveying toothed chain (24), and the through-carriage conveying toothed chain (24) rotates synchronously; during the rotation process, the through-carriage conveying toothed chain (24) drives the plate (09) on its straight section to move, thereby forming the conveying end of the through-carriage conveying mechanism (2).

[0083] Preferably, the carriage transfer mechanism (2) further comprises: a synchronous rotating shaft (26);

[0084] The carriage transmission driving gear (22) is installed on one side of the carriage transmission frame (21), and a plurality of carriage transmission driven gears (23) are respectively installed on both sides of the carriage transmission frame (21); one of the carriage transmission driven gears (23) located on both sides of the carriage transmission frame (21) is connected to the same synchronous rotating shaft (26), or the carriage transmission driving gear (22) located on one side of the carriage transmission frame (21) and the carriage transmission driven gear (23) on the other side are connected to the same synchronous rotating shaft (26);

[0085] One of the carriage transmission gear chains (24) is meshed with the carriage transmission driving gear (22) and the carriage transmission driven gear (23) on one side;

[0086] One of the carriage transmission toothed chains (24) is meshed with a plurality of the carriage transmission driven gears (23) on one side.

[0087] In this solution, the synchronous rotating shaft (26) is preferably used to indirectly drive the two sides of the carriage transmission gear chains (24) to rotate synchronously. It is only necessary for the carriage transmission driving gear (22) on one side to be driven and rotated by the carriage transmission driver (25). It is not necessary to set the carriage transmission driver (25) on both sides at the same time, which saves the number of carriage transmission drivers (25) used and also makes the two sides of the carriage transmission gear chains (24) rotate synchronously. Specifically, the synchronous rotating shaft (26) can be connected to the carriage transmission driving gear (22) on one side and the carriage transmission driven gear (23) on the other side, or connected to the carriage transmission on both sides. The driven gear (23) of the carriage transmission is driven by the carriage transmission driver (25). When the carriage transmission driving gear (22) is driven to rotate, the carriage transmission driving gear (22) can directly drive the synchronous shaft (26) to rotate, or drive the synchronous shaft (26) to rotate through the carriage transmission driven gear (23); the rotation of the synchronous shaft (26) drives the carriage transmission driven gear (23) on the other side to rotate, so that the carriage transmission toothed chains (24) on both sides rotate synchronously; when the two sides of the plate (09) are placed on the carriage transmission toothed chains (24) on both sides at the same time, no differential speed will occur, thereby ensuring the stacking stability of the plate (09).

[0088] Preferably, the carriage transfer frame (21) is provided with a transverse support plate (211); the transverse support plate (211) is located below the straight section of the carriage transfer toothed chain (24).

[0089] The section of the carriage conveying toothed chain (24) that drives the plate (09) to move horizontally is a straight section. When a part of the heavier plate (09) is placed on the carriage conveying toothed chain (24), the transverse support plate (211) below the straight section of the carriage conveying toothed chain (24) can provide an upward support for the carriage conveying toothed chain (24) to prevent the plate (09) from sinking due to being too heavy.

[0090] Optimally, the stacking driver (31) comprises: a stacking driving cylinder (311) and a stacking driving block (312);

[0091] The stacking drive cylinder (311) is installed on the compartment body (1); the output end of the stacking drive cylinder (311) is connected to the stacking drive block (312) for driving the stacking drive block (312) to move up and down, so that the stacking drive block (312) rises to a position higher than the conveying end of the compartment conveying mechanism (2), or drops to a position lower than the conveying end of the compartment conveying mechanism (2).

[0092] The stacking drive cylinder (311) has two output states, namely an extended state and a retracted state; the extended state of the stacking drive cylinder (311) can lift the plate (09) upward, and the retracted state can place the plate (09) at the conveying end of the compartment conveying mechanism (2); the stacking drive cylinder (311) only needs to be reset and switched between the extended state and the retracted state, and the stacking latch (32) can be used to realize the stacking of the plate (09) for upward conveying.

[0093] Preferably, the stacking drive mechanism (3) further comprises: a guide rail (33) and a guide block (34);

[0094] The guide rail (33) is mounted on the compartment body (1), and the guide block (34) is mounted on the stacking drive block (312); the guide block (34) is movably mounted on the guide rail (33), and the stacking drive block (312) is lifted and lowered along the length direction of the guide rail (33).

[0095] The guide rail (33) is installed on the compartment body (1), and the stacking driving cylinder (311) can drive the stacking driving block (312) to move up and down, thereby driving the guide block (34) installed on the stacking driving block (312) to move along the length direction of the guide rail (33). The guide rail (33) provides a guiding function for the guide block (34), so as to improve the smoothness of the lifting and lowering of the stacking driving block (312).

[0096] Optimally, the stacking drive mechanism (3) comprises: a latch drive cylinder (35);

[0097] The output end of the latch driving cylinder (35) is connected to the stacking latch (32) and is used to drive the stacking latch (32) to move horizontally.

[0098] The latch driving cylinder (35) has two output states, namely an extended state and a retracted state. The extended state of the latch driving cylinder (35) can drive the stacking latch (32) to horizontally abut against the bottom of the plate (09) or insert into the side of the plate (09), thereby lifting the plate (09). The retracted state can drive the stacking latch (32) to separate from the plate (09). The latch driving cylinder (35) only needs to switch between the extended state and the retracted state, and the stacking of the plates (09) can be realized by cooperating with the reset movement of the output end of the stacking driving cylinder (311) to realize the stacking of the plates (09) for upward transmission.

[0099] Optimally, the top conveying mechanism (4) comprises: a top conveying frame (41), a top horizontal moving device (43) and a top horizontal moving fixture (42);

[0100] The conveying end of the top horizontal moving device (43) is connected to the top conveying frame (41) and is used to drive the top conveying frame (41) to move horizontally; the top horizontal moving fixture (42) is installed on the top conveying frame (41) and is located on the left and right sides of the moving direction of the top conveying frame (41);

[0101] The top horizontal moving fixture (42) comprises: a fixture lifting driver (421), a fixture seat (422), a clamping hook (423) and a fixture horizontal driver (424);

[0102] The clamp lifting driver (421) is installed on the top conveying frame (41), and the output end of the clamp lifting driver (421) is connected to the clamp seat (422) for driving the clamp seat (422) to move up and down; the card hook (423) can be installed on the clamp seat (422) in a horizontally movable manner; the output end of the clamp horizontal driver (424) is connected to the card hook (423) for driving the card hook (423) to move horizontally; a clamping opening (430) with a clamping function is formed between the card hooks (423) on the left and right sides.

[0103] Specifically, for a compartment body (1) with a plurality of drying stations (11), generally, the plurality of drying stations (11) are arranged in sequence, so if it is necessary to take out the plate (09) from each drying station (11), they can only be taken out manually one by one through the side opening of each drying station (11); in this regard, the present solution arranges the top conveying mechanism (4) above the plurality of drying stations (11) of the compartment body (1); the top horizontal moving device (43) can drive the top conveying frame (41) to move between the plurality of drying stations (11); When the top horizontal movable clamp (42) moves to one of the drying stations (11), the clamp horizontal driver (424) can be started first, and the clamp horizontal driver (424) drives the card hook (423) to move horizontally through the clamp seat (422), so that the card hook (423) is away from the horizontal position of the plate (09), and the clamp lifting driver (421) is started at the same time, and the clamp lifting driver (421) drives the clamp to move horizontally. The fixture seat (422) moves downward, so that the engaging hook (423) drops to a engaging position horizontally aligned with the plate (09), such as the bottom surface of the horizontally aligned plate (09), or other engaging positions on the surface of the plate (09) such as a groove, a mouth, a seam, a convex block, or other engaging positions, or grooves, mouths, seams, convex blocks, or other engaging positions of the mold frame where the plate (09) is located; then, the fixture horizontal driver (424) drives the engaging hook (423) to move horizontally, so that the engaging hook (423) is engaged with the plate (09) or the engaging position of its mold frame, that is, the engaging hooks on both sides. The clamping opening (430) formed by the clamping hook (423) can clamp the plate (09) or its mold frame; further, the clamp lifting driver (421) drives the clamp seat (422) to reset and rise, driving the clamping hook (423) and its plate (09) to rise, and then starts the top horizontal moving device (43); the top horizontal moving device (43) drives the top conveying rack (41) to move, so as to drive the plate (09) to move over multiple drying stations (11), and output the plate (09) at the designated drying station (11). Therefore, the transfer and unloading of the plate (09) in the compartment body (1) can be realized directly in the compartment body (1), without the need to take out the plate (09) and then transfer it, thereby solving the problem that the plate (09) can only be taken out from the side opening of the compartment body (1) and then transferred, resulting in a longer transfer path.

[0104] The fixture lifting driver (421) is a well-known mechanism with a driving lifting function, such as a gas cylinder, a hydraulic cylinder, a manipulator, etc., and can be used as long as it can drive the fixture seat (422) to move up and down. The top horizontal moving device (43) and the fixture lifting driver (421) are well-known mechanisms with a driving horizontal movement function, such as a gas cylinder, a hydraulic cylinder, a manipulator, etc., and can be used as long as it can drive the card hook (423) to move horizontally.

[0105] Preferably, the top conveying mechanism (4) further comprises: an in-position sensing component (44);

[0106] The in-place sensing component (44) comprises: an in-place sensing male seat (441) and an in-place sensing female seat (442);

[0107] The in-place sensing male seat (441) is installed on the top conveying rack (41); the in-place sensing female seat (442) is used to be installed above the drying station (11); the in-place sensing male seat (441) is communicatively connected to the top horizontal moving device (43); the in-place sensing male seat (441) moves to one of the drying stations (11) and docks with the in-place sensing female seat (442) of the drying station (11).

[0108] The in-position sensing component (44) is a well-known mechanism with in-position sensing, such as an industrial camera in-position device, an infrared laser in-position device, a contact-type in-position device, etc. When the in-position sensing male seat (441) moves through one of the drying stations (11), the in-position sensing male seat (441) docks with the in-position sensing female seat (442) of the drying station (11). The docking method can be contact docking or laser alignment. When the in-position sensing male seat (441) senses the in-position sensing female seat (442), the top horizontal moving device (43) can be controlled to stop moving, thereby locking the position of the top conveyor rack (41).

[0109] Optimally, the top horizontal moving device (43) includes: a top moving seat (431), a top driving wheel (432), a top driven wheel (433), a top synchronous belt (434), a top slider (435), a top rail (436) and a top rotating driver (437);

[0110] The top driving wheel (432) and the top driven wheel (433) are respectively installed on the top moving seat (431); the top synchronous belt (434) connects the top driving wheel (432) and the top driven wheel (433) in synchronous rotation; the top synchronous belt (434) is connected to the top slider (435), and the top slider (435) is installed on the top conveying frame (41); the top rail (436) is installed on the top moving seat (431), and the top slider (435) is movably installed on the top rail (436); the output end of the top rotation driver (437) is connected to the top driving wheel (432) for driving the top driving wheel (432) to rotate, and the top synchronous belt (434) is driven to rotate through the top driven wheel (433), thereby driving the top slider (435) and the top conveying frame (41) to move synchronously.

[0111] The present solution preferably uses a synchronous belt structure as the top horizontal moving device (43); specifically, the top moving seat (431) can be installed on the top of the compartment body (1); when it is necessary to drive the top conveying frame (41) to move, the top rotating driver (437) can be started, and the top rotating driver (437) drives the top driving wheel (432) to rotate, and under the synchronous action of the top synchronous belt (434), drives the top driven wheel (433) to rotate; therefore, under the rotation action of the top synchronous belt (434), the top synchronous belt (434) moves horizontally in the straight section between the top driving wheel (432) and the top driven wheel (433), driving the connected top slider (435) to move horizontally on the top track (436), and then driving the top conveying frame (41) to move relatively on the top track (436), and finally driving the top horizontal moving fixture (42) of the top conveying frame (41) to move horizontally, thereby realizing the moving function of transferring the plate (09) inside the compartment body (1).

[0112] Preferably, the top horizontal moving device (43) is respectively arranged on both sides of the moving direction of the top conveying frame (41); the top rotating driver (437) of the top horizontal moving device (43) on one side is a top rotating motor, and the top rotating driver (437) of the top horizontal moving device (43) on the other side is a top synchronous shaft (438); the top synchronous shaft (438) connects the top driving wheels (432) and / or the top driven wheels (433) of the two top horizontal moving devices (43) in synchronous rotation.

[0113] The present solution preferably uses a double conveyor belt structure to drive the top conveyor frame (41) to move, and the present solution only needs to use a single driving source to make the double conveyor belt structure rotate synchronously; specifically, the top horizontal moving devices (43) are respectively arranged on both sides of the moving direction of the top conveyor frame (41), wherein the top horizontal moving device (43) on one side uses a top rotating motor to drive the top driving wheel (432) to rotate, and the top horizontal moving device (43) on the other side uses a top synchronous shaft (438) to rotate synchronously with the other top horizontal moving device (43); one of the top synchronous shafts (438) is driven by a top synchronous shaft (438). One end can be synchronously rotatably connected to the top driving wheel (432) (or the top driven wheel (433)) of one of the top horizontal moving devices (43), and the other end can be synchronously rotatably connected to the top driving wheel (432) (or the top driven wheel (433)) of another top horizontal moving device (43); in this way, the top horizontal moving devices (43) on both sides can drive the top synchronous belt (434) to rotate synchronously under the synchronous action of the top synchronous shaft (438), thereby driving the two sides of the top conveying frame (41) to move at a constant speed, thereby improving the movement stability of the top conveying frame (41).

[0114] Optimally, the top horizontal moving fixture (42) further comprises: a horizontal moving guide post (425);

[0115] The horizontally movable guide column (425) is installed on the clamp seat (422); the snap-in hook (423) is provided with a horizontally movable guide port; the horizontally movable guide port is installed on the horizontally movable guide column (425), and the snap-in hook (423) moves along the length direction of the horizontally movable guide column (425).

[0116] The engaging hook (423) is engaged with the horizontally movable guide post (425) through the horizontally movable guide port, and the fixture horizontal driver (424) drives the engaging hook (423) to move along the length direction of the horizontally movable guide post (425). The horizontally movable guide post (425) can provide a guide for the opening and contraction of the engaging hook (423), thereby improving the moving smoothness of the engaging hook (423).

[0117] Optimally, the top horizontal moving fixture (42) further includes: a clamping and positioning assembly (426);

[0118] The clamping and positioning assembly (426) comprises: a clamping and positioning member (4261);

[0119] The clamping positioning member (4261) is installed on the clamp seat (422) and is located at the end point of the moving direction of the clamping hook (423); the clamping hook (423) abuts against the clamping positioning member (4261) at the moving end point.

[0120] The clamping positioning member (4261) can be used to provide mobile positioning for the card hook (423). One end of the clamping positioning member (4261) extends to the moving path of the card hook (423). When the clamp horizontal driver (424) drives the card hook (423) to move against the clamping positioning member (4261), it is the moving end point of the card hook (423), which can avoid excessive movement of the card hook (423), thereby limiting the size of the opening and contraction of the clamp (430).

[0121] Preferably, the clamp seat (422) is provided with an adjustment slot (4221); the clamping positioning member (4261) is movably and adjustably limited to the adjustment slot (4221).

[0122] The position of the clamping positioning member (4261) on the clamp seat (422) can be adjusted as needed. When it is necessary to adjust the moving starting point and / or moving end point of the card hook (423), the clamping positioning member (4261) can be loosened in the adjustment slot (4221) to adjust the position of the clamping positioning member (4261) in the adjustment slot (4221), so that the card hook (423) can be moved again and positioned to the clamping positioning member (4261) at the new position. The clamping positioning member (4261) can be limited in the adjustment slot (4221) by a known method, such as clamp fixation, screw fixation, card fixation, etc.

[0123] In the most preferred embodiment, the clamping and positioning assembly (426) comprises: a positioning nut (4262);

[0124] The clamping positioning piece (4261) is provided with an external thread structure; the clamping positioning piece (4261) passes through the adjustment groove (4221), and the positioning nut (4262) is threadedly engaged with the clamping positioning piece (4261) and is respectively located on the inner and outer sides of the clamp seat (422), and the inner and outer positioning nuts (4262) are jointly clamped on the side wall of the clamp seat (422) where the adjustment groove (4221) is located.

[0125] The clamping positioning member (4261) is preferably provided with an external thread structure, and two positioning nuts (4262) are used to match the clamping positioning member (4261). The two positioning nuts (4262) are used to clamp the side wall of the adjustment slot (4221) of the clamp seat (422). One of the positioning nuts (4262) is located on the inner side of the side wall, and one of the positioning nuts (4262) is located on the outer side of the side wall. This can maximize the fixing stability of the clamping positioning member (4261) in the adjustment slot (4221). The clamping positioning assembly (426) uses a simpler structure and a lower cost, but its structure can withstand a larger impact force of the clamp horizontal driver (424). When the position of the clamping positioning member (4261) needs to be adjusted, the positioning nut (4262) on one side can be loosened, and then the position of the clamping positioning member (4261) in the adjustment slot (4221) can be adjusted, and finally the loosened positioning nut (4262) can be tightened.

[0126] The number of the clamping openings (430) is at least 2.

[0127] The number of the clamps (430) can be determined as needed; in the optimal embodiment, the number of the clamps (430) is 2, and each clamp (430) corresponds to a group of top horizontal movable clamps (42) distributed on the left and right, and the number of the clamps (430) is 2, which means two groups of top horizontal movable clamps (42) distributed on the left and right. The number of the clamps (430) is 2, which can clamp the plate (09) or the front and rear positions of the mold frame, thereby improving the gripping ability of the plate (09).

[0128] Although the embodiments of the present invention have been shown and described, those skilled in the art will appreciate that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the claims and their equivalents.

Claims

1. A stacked drying box, characterized in that: include: Carriage body (1), carriage transfer mechanism (2) and stacking drive mechanism (3); The compartment body (1) is provided with a drying station (11) and a plate transfer station (12); the drying station (11) is located above the plate transfer station (12); the conveying end of the compartment conveying mechanism (2) is used to drive a plurality of dried objects (09) to pass horizontally through the plate transfer station (12) in sequence; The stacking drive mechanism (3) comprises: a stacking driver (31) and a stacking latch (32); The output end of the stacking driver (31) moves up and down to drive the dried objects (09) at the conveying end of the carriage conveying mechanism (2) to move upward in the direction of the drying station (11), so that the stacked dried objects (09) are separated from the conveying end of the carriage conveying mechanism (2); the stacking latch (32) is adjusted horizontally to lift the dried objects (09) stacked at the bottom; the stacking driver (31) drives the dried objects (09) upward and the stacking latch (32) lifts the dried objects (09) and moves horizontally in a resettable manner, so that a plurality of dried objects (09) are stacked in sequence at the drying station (11).

2. A stacked drying box according to claim 1, characterized in that: Also includes: Top conveying mechanism (4); The compartment body (1) is provided with horizontally adjacent drying stations (11); The top conveying mechanism (4) comprises: a top horizontal moving device (43) and a top horizontal moving fixture (42); The top horizontal moving clamp (42) is installed at the conveying end of the top horizontal moving device (43); the top horizontal moving clamp (42) is used to clamp the dried objects (09) stacked at the top; The conveying end of the top horizontal moving device (43) passes horizontally above the plurality of drying stations (11), driving the top horizontal moving fixture (42) to move between the plurality of drying stations (11).

3. A stacked drying box according to claim 2, characterized in that: Also includes: Feeding drive mechanism (5); One of the drying stations (11) and the plate transfer station (12) below it forms a loading area (101), and another adjacent drying station (11) and the plate transfer station (12) below it forms a unloading area (102); the plate transfer stations (12) of both the loading area (101) and the unloading area (102) are respectively provided with the compartment conveying mechanism (2); the stacking driving mechanism (3) is provided at the drying station (11) of the loading area (101), and the unloading driving mechanism (5) is provided at the drying station (11) of the unloading area (102); The material discharge driving mechanism (5) comprises: a material discharge driver (51); The output end of the material unloading driver (51) moves up and down, the output end of the material unloading driver (51) rises to hold up a plurality of dried objects (09) stacked below, and the output end of the material unloading driver (51) descends to place the stacked dried objects (09) on the conveying end of the compartment conveying mechanism (2).

4. A stacked drying box according to claim 3, characterized in that: The material discharge drive mechanism (5) further comprises: a material discharge latch (52); The unloading latch (52) is adjusted horizontally to lift the dried objects (09) stacked outside the bottom. The output end of the unloading driver (51) rises to lift the dried objects (09) stacked at the bottom; The horizontal movement of the unloading latch (52) to lift the dried object (09) and the driving of the unloading driver (51) to lower the dried object (09) are performed alternately and resettably, so that a plurality of dried objects (09) stacked in the unloading area (102) are placed in sequence at the conveying end of the compartment conveying mechanism (2).

5. A stacked drying box according to any one of claims 1 to 4, characterized in that: Also includes: Transition transmission mechanism (6); The transition conveying mechanism (6) is installed on the plate transfer station (12); the conveying end of the transition conveying mechanism (6) passes horizontally through the plate transfer station (12).

6. A stacked drying box according to claim 1, characterized in that: The carriage transfer mechanism (2) comprises: a carriage transfer frame (21), a carriage transfer driving gear (22), a carriage transfer driven gear (23), a carriage transfer toothed chain (24) and a carriage transfer driver (25); The carriage transfer frame (21) is installed below the carriage body (1); the carriage transfer driving gear (22) and the carriage transfer driven gear (23) are rotatably installed on the carriage transfer frame (21); the carriage transfer gear chain (24) is respectively meshed with the carriage transfer driving gear (22) and the carriage transfer driven gear (23); the output end of the carriage transfer driver (25) is connected to the carriage transfer driving gear (22) for driving the carriage transfer driving gear (22) to rotate.

7. A stacked drying box according to claim 6, characterized in that: The carriage transfer mechanism (2) further comprises: a synchronous rotating shaft (26); The carriage transfer driving gear (22) is mounted on one side of the carriage transfer frame (21), and a plurality of carriage transfer driven gears (23) are respectively mounted on both sides of the carriage transfer frame (21); one of the carriage transfer driven gears (23) located on both sides of the carriage transfer frame (21) is connected to the same synchronous rotating shaft (26), or the carriage transfer driving gear (22) located on one side of the carriage transfer frame (21) and the carriage transfer driven gear (23) on the other side are connected to the same synchronous rotating shaft (26); One of the carriage transmission gear chains (24) is meshed with the carriage transmission driving gear (22) and the carriage transmission driven gear (23) on one side; One of the carriage transmission toothed chains (24) is meshed with a plurality of the carriage transmission driven gears (23) on one side.

8. The stacked drying box according to claim 6, characterized in that: The carriage transfer frame (21) is provided with a transverse support plate (211); the transverse support plate (211) is located below the straight section of the carriage transfer toothed chain (24).

9. A stacked drying box according to claim 2, characterized in that: The top conveying mechanism (4) comprises: a top conveying frame (41), a top horizontal moving device (43) and a top horizontal moving clamp (42); The conveying end of the top horizontal moving device (43) is connected to the top conveying frame (41) and is used to drive the top conveying frame (41) to move horizontally; the top horizontal moving fixture (42) is installed on the top conveying frame (41) and is located on the left and right sides of the moving direction of the top conveying frame (41); The top horizontal moving fixture (42) comprises: a fixture lifting driver (421), a fixture seat (422), a clamping hook (423) and a fixture horizontal driver (424); The clamp lifting driver (421) is installed on the top conveying frame (41), and the output end of the clamp lifting driver (421) is connected to the clamp seat (422) for driving the clamp seat (422) to move up and down; the card hook (423) can be installed on the clamp seat (422) in a horizontally movable manner; the output end of the clamp horizontal driver (424) is connected to the card hook (423) for driving the card hook (423) to move horizontally; a clamping opening (430) with a clamping function is formed between the card hooks (423) on the left and right sides.

10. A stacked drying box according to claim 9, characterized in that: The top conveying mechanism (4) further comprises: an in-position sensing component (44); The in-place sensing component (44) comprises: an in-place sensing male seat (441) and an in-place sensing female seat (442); The in-place sensing male seat (441) is installed on the top conveying rack (41); the in-place sensing female seat (442) is used to be installed above the drying station (11); the in-place sensing male seat (441) is communicatively connected to the top horizontal moving device (43); the in-place sensing male seat (441) moves to one of the drying stations (11) and docks with the in-place sensing female seat (442) of the drying station (11).

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