CN104245297A - A device for stabilising a mutual gluing of flaps of one or more cardboard blanks applied to a tile or a stack of tiles - Google Patents
A device for stabilising a mutual gluing of flaps of one or more cardboard blanks applied to a tile or a stack of tiles Download PDFInfo
- Publication number
- CN104245297A CN104245297A CN201380012468.6A CN201380012468A CN104245297A CN 104245297 A CN104245297 A CN 104245297A CN 201380012468 A CN201380012468 A CN 201380012468A CN 104245297 A CN104245297 A CN 104245297A
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- CN
- China
- Prior art keywords
- fold plane
- ceramic tile
- sheet metal
- metal strip
- monolithic
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B23/00—Packaging fragile or shock-sensitive articles other than bottles; Unpacking eggs
- B65B23/20—Packaging plate glass, tiles, or shingles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/004—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material in blanks, e.g. sheets precut and creased for folding
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/58—Applying two or more wrappers, e.g. in succession
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B49/00—Devices for folding or bending wrappers around contents
- B65B49/06—Resilient folders, e.g. brushes, diaphragms
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/02—Applying adhesives or sealing liquids
Abstract
A device (1) for stabilizing a mutual gluing of flaps of one or more cardboard blanks (41, 42) applied to a tile or stack of tiles (2), a tile or stack of tiles (2) comprising an upper surface (3) and a plurality of flanks; and one or more cardboard blanks (41, 42) being applied to the tile or stack of tiles (2) and comprising a first flap (21) and a second flap (22) which are folded against the upper surface (3) of the tile or stack of tiles (2), the first flap (21) and the second flap (22) being superposed on one another at a first superposing zone (31), and the first flap (21) and the second flap (22) being glued to one another at the first superposing zone (31). The device (1) comprises: a seating (13) for restingly receiving the tile or stack of tiles (2) which has been packed with the one or more cardboard blanks (41, 42); a first metal band (14) which: is fixed to the frame (9), is elastically flexible, is arranged above the seating (13) such as to elastically press against the first superposing zone (31) when a tile or packed stack of tiles (2) is in the seating (13), stabilizing the mutual gluing of the first flap (21) and the second flap (22), and conforms a lead-in for facilitating inserting by dragging of the tile or stack of tiles (2) packed into the seating (13).
Description
Technical field
The present invention relates to tile packs technical field, particularly relate to a kind of device being applied to monolithic or becoming mutual splicing between one or more carton blank fold plane firm of buttress ceramic tile.
Background technology
Known " periphery " packaging becoming to pile up neatly ceramic tile, make again " circulating type " to pack, one or more carton blank is attached at into buttress ceramic tile side by the method.Described carton blank comprises and to be connected successively the hoop bar formed by four piece of tape, and every piece of tape all has four sides and its size can be covered into the respective side of buttress ceramic tile; Described hoop bar encompasses buttress ceramic tile, and its end is gluedd joint firmly by adhesive each other; So, two opposite flanks of each band are connected to the respective side edge of adjacent tapes.Two fold planes to be connected in all the other two opposite flanks any one surface, are then close to into buttress ceramic tile upper and lower surface and fold; The fold plane making contact to the buttress same surface of ceramic tile is adhering to each other by adhesive, thus completes into the packaging of buttress ceramic tile.
The packaging obtained thus can be protected into buttress ceramic tile and cardboard use amount is reduced to minimum.
Folding described carton blank for being close to into buttress ceramic tile, employing much traditional Foldable tool.Along with folding of fold plane, fold plane each other local stacks and tightly depends on; But, glued joint must local firm could maintain fold plane each other set reach the scheduled time.
For the splicing between the firm fold plane stacked each other, fixture is set in Foldable tool downstream, comprises: pedestal, hold being packaged into buttress ceramic tile for static state; Vertical movable plate, this plate is located at above described pedestal, has been packaged into buttress ceramic tile for even pressing, and then the mutual splicing between firm fold plane.The size of described vertical movable plate at least should be equaled to be packaged into the size of buttress ceramic tile upper surface and be started by four pneumatic cylinders.
But the splicing using fixture described in this to be firmly packaged between buttress ceramic tile fold plane also also exists some shortcomings.Described fixture must stack region at fold plane and produce enough pressure, glueds joint with firm its; Therefore, the weight of described fixture, size and cost all should meet corresponding requirements.In addition, the inertia of described plate limits production efficiency.In practical operation, described plate must slowly be elevated, unless employed high-power start mechanism, these mechanism can cause high cost and large scale.
Summary of the invention
The object of the invention is to eliminate above-mentioned shortcoming.
According to claim 1, for realizing this object, use a kind of device being applied to monolithic or becoming mutual splicing between one or more carton blank fold plane firm of buttress ceramic tile.
Pack monolithic or become buttress ceramic tile can insert described pedestal easily, this is because described first sheet metal strip comprises lead-in wire, be convenient to will pack monolithic by pulling or become buttress ceramic tile to insert described pedestal; When packing monolithic or become buttress ceramic tile to be positioned at pedestal, the first sheet metal strip should attach first neatly and stack region, thus firm mutual splicing between the first fold plane and the second fold plane.
Stack on region owing to only need be attached to described first, described first sheet metal strip preferably can have reduced size; Correspondingly, its weight also should be moderate level.In addition, owing to carrying out relative motion, described first sheet metal strip is without the need to starting; When packing monolithic or becoming buttress ceramic tile to insert in described pedestal, described first sheet metal strip bends flexibly, and then is attached at described first flexibly and stacks region.
Therefore, described device comparatively known type device preferably there is larger production efficiency.
Accompanying drawing explanation
Below the specific embodiment of the invention will be described by accompanying drawing according to claim, wherein:
-Fig. 1,2 is respectively application carton blank in monolithic or the perspective view and the axial view that become to pile up neatly the device of ceramic tile, and comprise device of the present invention, in figure, this device is in the first operating procedure, and for other part is described better, part removes;
-Fig. 3,4 is respectively perspective view when device described in Fig. 1,2 is in the second operating procedure and axial view;
-Fig. 5,6 is respectively perspective view when device described in Fig. 1,2 is in the 3rd operating procedure and axial view;
-Fig. 7,8 is respectively perspective view when device described in Fig. 1,2 is in the 4th operating procedure and axial view;
-Fig. 9 is into and piles up neatly ceramic tile and packaging this becomes the perspective view of buttress ceramic tile two pieces of carton blanks.
Detailed description of the invention
As shown in the figure, (1) illustrate comprehensively described in the device that glueds joint between one or more carton blank fold plane firm of being applied to monolithic or becoming buttress ceramic tile, i.e. object of the present invention.
Described monolithic or one-tenth buttress ceramic tile (2) comprise upper surface (3) and multiple side (5,6,7,8).
One or more carton blank (41,42) can be provided, be applied to described monolithic or one-tenth buttress ceramic tile (2), comprise the first fold plane (21) and the second fold plane (22), described two fold planes are all close to described monolithic or one-tenth buttress ceramic tile (2) upper surface (3) folds, and described first fold plane (21) and described second fold plane (22) stack region (31) first and mutually stack; Described first fold plane (21) and described second fold plane (22) also stack region (31) described first and glued joint each other.
Therefore, described second fold plane (22) is stacked and placed on described first fold plane (21) top, and vice versa.Described first fold plane (21) and described second fold plane (22) can belong to same carton blank (42), as shown in figure (as Fig. 1); Or, described first fold plane and described second fold plane can belong to two pieces of different carton blanks (41,42): as carton blank (42) fold plane (22) (hereinafter will be called the second carton blank second fold plane) overlays on another block carton blank (41) fold plane (23) (hereinafter will be called the first carton blank first fold plane), to realize mutual splicing (Fig. 3).
Described device (1) comprising: framework (9); Be fixed to the pedestal (13) of described framework (9), hold the described monolithic or one-tenth buttress ceramic tile (2) of having packed monolithic or polylith carton blank (41,42) for static state.
Described device (1) also comprises the first sheet metal strip (14), wherein: described band is fixed to described framework (9); Flexible flexibly; Be located at described pedestal (13) top, so that pressing stacks region (31) to described first flexibly, in this region, describedly pack monolithic or become buttress ceramic tile (2) to be positioned at described pedestal (13), thus firm mutual splicing between described first fold plane (21) and described second fold plane (22); Have and will pack monolithic or polylith ceramic tile (2) and insert the lead-in wire of described pedestal (13) by pulling.
Described first sheet metal strip (14) lead-in wire profile is preferably arch.
Described first sheet metal strip (14) is preferably metallic plate.So, the weight of described first sheet metal strip (14) can be alleviated as far as possible.
The manufactured materials of described first sheet metal strip (14) is preferably and manufactures spring steel used, as steel C72; Owing to having elastic memory, this material can apply to glued joint between described first fold plane (21) with described second fold plane (22) required pressure simultaneously and make up described monolithic or become the surface irregularity of buttress ceramic tile (2).
Described device (1) preferably includes the first bearing (53), this bearing is located at and is acted on described first sheet metal strip (14) top, when described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13) time, described bearing moves and rides on described first sheet metal strip (14), thus to cause described in the pressing of described first sheet metal strip (14) the first pressure stacked needed for region (31) to increase, and the firm further mutual splicing between described first fold plane (21) and described second fold plane (22).
Described first bearing (53) preferably contacts described first sheet metal strip (14) of described first sheet metal strip (14) contact area, described first sheet metal strip stacks region (31) perpendicular to described first, has packed monolithic or become buttress ceramic tile (2) to be positioned at described pedestal (13) now.
Described device (1) can comprise the first pneumatic cylinder (63), and described first pneumatic cylinder can comprise pole (60) further, and described pole supports described first bearing (53) at opposed free ends.
Described device (1) preferably includes: the first supporting (71) being fixed to described framework (9), on it, described first sheet metal strip (14) is wound around first end, and described first end is fixed to described first supporting (71); Be fixed to the second supporting (72) of described framework (9), on it, described first sheet metal strip (14) is wound around the second end, and so, described the second end is fixed to described second supporting (72); The first sheet metal strip (14) and the second end thereof described in (72) rotatable expansion or rewind is supported in described first supporting (71) and described second, thus to arrange described in the pressing of described first sheet metal strip (14) first and stack pressure needed for region (31), now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).
Described first supporting (71) and described second supporting (72) all can be cannula-like; Especially, described first supporting (71) and described second supporting (72) can be preferably the first tubular sleeve pipe (71) and the second tubular sleeve pipe (72) respectively.
As everyone knows, tubular sleeve pipe comprises inner sleeve, the outer sleeve that size is comparatively large and coaxial with described inner sleeve, and to be inserted in the middle of described outer sleeve and described inner sleeve and the rubber part be fixed thereon, so, described inner sleeve constantly restricts by described outer sleeve.Described first sheet metal strip (14) first end preferably rotates around described first tubular sleeve pipe (71) outer sleeve, and described first sheet metal strip (14) the second end then rotates around described second tubular sleeve pipe (72) outer sleeve.
In one embodiment, it is mutually vertical when described first fold plane (21) and described second fold plane (22) are close to described monolithic or are become buttress ceramic tile (2) upper surface (3) folding; One or more carton blank described (41,42) also comprises the 3rd fold plane (23), described 3rd fold plane is close to described monolithic or one-tenth buttress ceramic tile (2) upper surface (3) folds, thus relatively and be parallel to described second fold plane (22), and perpendicular to described first fold plane (21); Described 3rd fold plane (23) and described first fold plane (21) mutually stack and glued joint and stack region (32) in second.In such cases, described device (1) comprises the second sheet metal strip (15), wherein: described band is fixed to described framework (9); Flexible flexibly; Be located at described pedestal (13) top, so that pressing stacks region (32) to described second flexibly, in this region, describedly pack monolithic or become buttress ceramic tile (2) to be positioned at described pedestal (13), thus firm mutual splicing between described 3rd fold plane (23) and described first fold plane (21); Have and will pack monolithic or polylith ceramic tile (2) and insert the lead-in wire of described pedestal (13) by pulling.
Described second sheet metal strip (15) lead-in wire profile is preferably arch.
Described second sheet metal strip (15) can be arranged on the side being parallel to described first sheet metal strip (14).
Described second sheet metal strip (15) can have the characteristic same with described first sheet metal strip (14), with reference to foregoing.
Described first sheet metal strip (14) answer pressing to described second fold plane (22) whole piece length on, now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).
Described second sheet metal strip (15) can pressing to described 3rd fold plane (23) whole piece length on, now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).
As shown in the figure, describe a kind of application the second carton blank (42) in the device (20) becoming buttress ceramic tile (2), wherein, described one-tenth buttress ceramic tile has used the first carton blank (41); Described device (20) comprises device described in one embodiment of the invention (1).However, it is appreciated that the one-tenth that device of the present invention (1) can be preferred for other piles up neatly ceramic tile (2) peripheral packing method, as the method described in foreword background technology.
Described one-tenth buttress ceramic tile (2) has used the first carton blank (41) to pack; Described second carton blank (42) is added into described one-tenth buttress ceramic tile (2) (Fig. 1,2), and like this, described one-tenth buttress ceramic tile (2) just employs again the second carton blank (42) and pack.
Described device (20) comprises driving tool (16), and described one-tenth buttress ceramic tile (2) of this instrument promotion is advanced in the drawings, and sensing (A) is upper advances.
Described become buttress ceramic tile (2) there is upper surface (3), lower surface (4) relative to described upper surface (3), first side (5), second side (6) of contiguous described first side (5), contiguous described first side (5), the 3rd side (7) relative to described second side (6), and relative to described first side (5), the 4th side (8) being close to described second side (6) and described 3rd side (7), see Fig. 9.
Each carton blank comprises: central band (10); Be connected to the first side band (11) of described central band (10) first side; Be connected to the second side band (12) of described central band (10) relative to the second side of its first side; Be connected to first fold plane (21) of described central band (10) the 3rd side, wherein, described 3rd side contiguous its relevant first side and second side; Be connected to the 5th fold plane (25) of described central band (10) four side, wherein, described four side is relative to relevant 3rd side and contiguous relevant first side and second side; Be connected to second fold plane (22) of described first side band (11) first side, wherein, contiguous described first side band (11) side being connected to band (10) first side, described center in described first side; Be connected to the 4th fold plane (24) of described first side band (11) second side, wherein, contiguous described side band (11) side being connected to described central band (10) first side in described second side; Be connected to the 3rd fold plane (23) of described second side band (12) first side, wherein, contiguous described second side band (12) side being connected to described central band (10) second side in described first side; Be connected to the 6th fold plane (26) of described second side band (12) second side, wherein, contiguous described second side band (12) side being connected to described central band (10) second side in described second side.
Because the first carton blank (41) is for becoming to pile up neatly ceramic tile (2), therefore: the central band (10) of described first carton blank (41) covers described the first side (5) becoming to pile up neatly ceramic tile (2), first side band (11) of described first carton blank (41) covers described one-tenth buttress ceramic tile (2) second side (6) Part I, and described Part I connects with described first side (5), described first carton blank (41) second side band (12) covers described one-tenth buttress ceramic tile (2) the 3rd side (7) Part I, and described Part I connects with described first side (5), described first carton blank (41) first fold plane (21) covers the peripheral band of described one-tenth buttress ceramic tile (2) upper surface (3) first, and described first peripheral band connects with described first side (5), described first carton blank (41) the 5th fold plane (25) covers the peripheral band of described one-tenth buttress ceramic tile (2) lower surface (4) second, described second peripheral band connects with described first side (5), described first carton blank (41) second fold plane (22) covers the peripheral band of described upper surface (3) the 3rd, described 3rd peripheral band becomes to pile up neatly ceramic tile (2) second side (6) Part I connect with described, described second fold plane (22) local is stacked in the 5th and stacks described first carton blank (41) first fold plane (21) in region (35), described first carton blank (41) the 4th fold plane (24) covers described lower surface (4) the 4th peripheral band material, described 4th peripheral band material becomes to pile up neatly ceramic tile (2) second side (6) Part I connect with described, and described 4th fold plane (24) local is stacked in the 7th and stacks region (not shown) described first carton blank (41) the 5th fold plane (25), described first carton blank (41) the 3rd fold plane (23) covers the peripheral band of described upper surface (3) the 5th, described 5th peripheral band becomes to pile up neatly ceramic tile (2) the 3rd side (7) Part I connect with described, and described 3rd fold plane (23) local is stacked in the 3rd and stacks described first carton blank (41) first fold plane (21) in region (33), described first carton blank (41) the 6th fold plane (26) covers the peripheral band of described lower surface (4) the 6th, described 6th peripheral band connects with described lower surface (4) Part I, described 6th peripheral band becomes to pile up neatly ceramic tile (2) the 3rd side (7) Part I connect with described, and described 6th fold plane (26) local is stacked in the 4th and stacks described first carton blank (41) the 5th fold plane (25) in region (not shown).
Described first carton blank (41) second fold plane (22) is first glued to the described 5th and stacks described first carton blank (41) first fold plane (21) in region (35); Previously be glued to the described 7th stacked described first carton blank (41) the 5th fold plane (25) in region to described first carton blank (41) the 4th fold plane (24); Described first carton blank (41) the 3rd fold plane (23) had previously been glued to the described 3rd and had stacked described first carton blank (41) first fold plane (21) in region (33); Previously be glued to the described 4th stacked described first carton blank (41) the 5th fold plane (25) in region to described first carton blank (41) the 6th fold plane (26).
Described device (20) can comprise Foldable tool (17), described Foldable tool is located at upper described device (1) upstream of described one-tenth buttress ceramic tile (2) direction of advance (A), buttress ceramic tile (2) has been packaged into, so: the 4th side (8) being packaged into buttress ceramic tile (2) described in central band (10) covering of described second carton blank (42) described in described second carton blank (42) being applied to; Be packaged into buttress ceramic tile (2) the 3rd side (7) Part II described in first side band (11) covering of described second carton blank (42), described Part II connects with described 4th side (8); Be packaged into buttress ceramic tile (2) second side (6) Part II described in described first carton blank (42) second side band (12) covers, described Part II connects with described 4th side (8); Be packaged into the peripheral band of buttress ceramic tile (2) upper surface (3) the 7th described in described second carton blank (42) first fold plane (21) covers, described 7th peripheral band connects with described 4th side (8); Be packaged into the peripheral band of buttress ceramic tile (2) lower surface (4) the 8th described in described second carton blank (42) the 5th fold plane (25) covers, described 8th peripheral band connects with described 4th side (8); The peripheral band of buttress ceramic tile (2) upper surface (3) the 9th has been packaged into described in described second carton blank (42) second fold plane (22) covers, described 9th peripheral band is piled up neatly ceramic tile (2) the 3rd side (7) Part II connect with described being packaged into, and described second carton blank (42) second fold plane (22) local is stacked in first and stacks described second carton blank (42) first fold plane (21) in region (31); The peripheral band of buttress ceramic tile (2) lower surface (4) the tenth has been packaged into described in described second carton blank (42) the 4th fold plane (24) covers, described tenth peripheral band is piled up neatly ceramic tile (2) the 3rd side (7) connect with described being packaged into, and described second carton blank (42) the 4th fold plane (24) local is stacked in the 6th and stacks described second carton blank (42) the 5th fold plane (25) in region (not shown); Described second carton blank (42) the 3rd fold plane (23) covers the peripheral band of described one-tenth buttress ceramic tile (2) upper surface (3) the 11, described 11 peripheral band is piled up neatly ceramic tile (2) second side (6) Part II connect with described being packaged into, and described second carton blank (42) the 3rd fold plane (23) local is stacked in second and stacks described second carton blank (42) first fold plane (21) in region (32); The peripheral band of buttress ceramic tile (2) lower surface (4) the 12 has been packaged into described in described second carton blank (42) the 6th fold plane (26) covers, described 12 peripheral band is piled up neatly ceramic tile (2) second side (6) connect with described being packaged into, and described second carton blank (42) the 6th fold plane (26) local is stacked in the 8th and stacks described second carton blank (42) the 5th fold plane (25) in region (not shown).
Described device (20) can comprise injecting glue instrument (19) (not shown), for adhesive (19) being injected to described second carton blank (42) second fold plane (22), the 4th fold plane (24), the 3rd fold plane (23) and the selected part of the 6th fold plane (26) first, so: described second carton blank (42) second fold plane (22) can be glued to described first and stack described second carton blank (42) first fold plane (21) in region (31); Described second carton blank (42) the 4th fold plane (24) can be glued to the described 6th and stack the second carton blank (42) the 5th fold plane (25) described in region; Described second carton blank (42) the 3rd fold plane (23) can be glued to described second and stack described second carton blank (42) first fold plane (21) in region (32); Described second carton blank (42) the 6th fold plane (26) can be glued to the described 8th and stack the second carton blank (42) the 5th fold plane (25) described in region.For described second carton blank (42), described adhesive (19) is preferred for: described second fold plane (22) two ends, described 4th fold plane (24) two ends, described 3rd fold plane (23) two ends and described 6th fold plane (26) two ends.
The size of described first carton blank (41) and described second carton blank (42) preferably meets following requirement, namely once it is applied to described one-tenth buttress ceramic tile (2): described second carton blank (42) second fold plane (22) local is stacked in the 9th and stacks described first carton blank (41) the 3rd fold plane (23) in region (39); Described second carton blank (42) the 4th fold plane (24) local is stacked in the tenth and stacks described first carton blank (41) the 6th fold plane (26) in region (not shown); Described second carton blank (42) the 3rd fold plane (23) local is stacked in the 11 and stacks region (40) first carton blank (41) second fold plane (22); Described second carton blank (42) the 6th fold plane (26) local is stacked in the 12 and stacks region (not shown) first carton blank (41) the 4th fold plane (24); In addition, described injecting glue instrument (19) preferably injects adhesive (19) in addition to described second carton blank (42) second fold plane (22), the 4th fold plane (24), the 3rd fold plane (23) and the selected part of the 6th fold plane (26) second, so: described second carton blank (42) second fold plane (22) can be glued to the described 9th and stack region (39) described first carton blank (41) the 3rd fold plane (23); Described second carton blank (42) the 4th fold plane (24) can be glued to the described tenth and stack the first carton blank (41) the 6th fold plane (26) described in region; Described second carton blank (42) the 3rd fold plane (23) can be glued to the described 11 and stack described first carton blank (41) second fold plane (22) in region (40); Described second carton blank (42) the 6th fold plane (26) can be glued to the described 12 and stack described first carton blank (41) the 4th fold plane (24) in region.
Described device (20) can comprise orientation tool (not shown), the second carton blank (42) that this means accepts is released from warehouse (not shown equally) also positions the second carton blank (42), to make it be placed on described Foldable tool (17) upstream; Described second carton blank (42), in flat, is vertically arranged.Described injecting glue instrument (19) carries out folding previous crops for described second carton blank (42) by described Foldable tool (17): as shown in Figure 1, and described adhesive (19) is applied to described second carton blank (42).Especially, described second carton blank (42) is arranged perpendicular to described one-tenth buttress ceramic tile (2) direction of advance.
Described device (1) pedestal (13) comprises the first longitudinal tool rest basal plane (27) being fixed to described device (1) framework (9) and the second longitudinal tool rest basal plane (28) being fixed to described device (1) framework (9); The equal level of described basal plane and be arrangeding in parallel, and be positioned at side each other, like this: described first longitudinal tool rest basal plane (27) contacts described second carton blank (42) the 4th fold plane (24) and described first carton blank (41) the 6th fold plane (26), contact the described 4th to stack region, the described tenth and stack region and the described 6th and stack region simultaneously, now, described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13); Described second longitudinal tool rest basal plane (28) contacts described second carton blank (42) the 6th fold plane (26) and described first carton blank (41) the 4th fold plane (24), contact the 7th to stack region, the described 12 and stack region and the described 8th and stack region simultaneously, now, described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13).
Described device (1) comprises described first sheet metal strip (14) and described second sheet metal strip (15), and the two is preferably just the same and be metallic plate.Side and being parallel to each other each other is located at by described first sheet metal strip (14) and described second sheet metal strip (15); In addition, described first sheet metal strip (14) preferred alignment in and towards described first longitudinal tool rest basal plane (27), described second sheet metal strip then preferred alignment in and towards described second longitudinal tool rest basal plane (28).Described first sheet metal strip (14) need meet with described arranging of second sheet metal strip (15): described first sheet metal strip (14) contacts described second carton blank (42) second fold plane (22) and described first carton blank (41) the 3rd fold plane (23), and then can flexibly pressing stack region (39) and described first to the described 9th and stack region (31), now, described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13); Described second sheet metal strip (15) contacts described second carton blank (42) the 3rd fold plane (23) and described first carton blank (41) second fold plane (22), and then can flexibly pressing stack region (40) and described second to the described 11 and stack region (32), now, described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13).
As can be seen here: described first sheet metal strip (14) firmly described first stacks the interior mutual splicing between described second carton blank (42) second fold plane (22) and described second carton blank (42) first fold plane (21) in region (31), firmly the described 9th stack the interior mutual splicing between described second carton blank (42) second fold plane (22) and described first carton blank (41) the 3rd fold plane (23) in region (39) simultaneously; Described second sheet metal strip (15) firmly described second stacks the interior mutual splicing between described second carton blank (42) the 3rd fold plane (23) and described second carton blank (42) first fold plane (21) in region (32), firmly the described 11 stacks the interior mutual splicing between described second carton blank (42) the 3rd fold plane (23) and described first carton blank (41) second fold plane (22) in region (40) simultaneously.
Described device (1) comprising: the first supporting (71) being fixed to described framework (9), on it, described first sheet metal strip (14) is wound around first end, and described first end is fixed to described first supporting (71), be fixed to the second supporting (72) of described framework (9), on it, described first sheet metal strip (14) is wound around the second end, so, described the second end is fixed to described second supporting (72), the first sheet metal strip (14) and the second end thereof described in (72) rotatable expansion or rewind is supported in described first supporting (71) and described second, thus to arrange described in the pressing of described first sheet metal strip (14) first and stack region (31) and the described 9th and stack pressure needed for region (39), now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).Especially, described first supporting (71) and described second supporting (72) are considered as the first tubular sleeve pipe (71) and the second tubular sleeve pipe (72) respectively.
In addition, described device (1) also comprises: the 3rd supporting (73), is fixed to described framework (9), on it, described second sheet metal strip (15) is wound around first end, and described first end is fixed to described 3rd supporting (73); 4th supporting (74), is fixed to described framework (9), and on it, described first sheet metal strip (15) is wound around the second end, and so, described the second end is fixed to described 4th supporting (74); The second sheet metal strip (15) first end and the second end described in (74) rotatable expansion or rewind is supported in described 3rd supporting (73) and the described 4th, thus to arrange described in the pressing of described second sheet metal strip (15) second and stack region (32) and the described 11 and stack pressure needed for region (40), now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).Especially, described 3rd supporting (73) and described 4th supporting (74) are considered as the 3rd tubular sleeve pipe (73) and the 4th tubular sleeve pipe (74) respectively.
Described device (1) comprises the first pneumatic cylinder (63) being fixed to described framework (9), described first pneumatic cylinder comprises pole (60) further, and described pole supports described first bearing (53) at opposed free ends, the setting of described first pneumatic cylinder (63) should meet, when described be packaged into buttress ceramic tile (2) be positioned at described pedestal (13) time, described first bearing (53) acts on described first sheet metal strip (14) top and moves and rides on described first sheet metal strip (14), thus cause the pressing of described first sheet metal strip (14) to stack the required pressure increase in region (31) to described first, and the firm further mutual splicing between described second carton blank (42) second fold plane (22) and described second carton blank (42) first fold plane (21).The setting of described first pneumatic cylinder (63) should meet, when described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13), described first bearing (53) contacts described first sheet metal strip (14) of described first sheet metal strip (14) contact area, and described first sheet metal strip stacks region (31) perpendicular to described first; See Fig. 5,6.
Described device (1) comprises the second pneumatic cylinder (64) being fixed to described framework (9), described second pneumatic cylinder comprises pole (60) further, and described pole supports described second bearing (54) at free end, the setting of described second pneumatic cylinder (64) should meet, when described be packaged into buttress ceramic tile (2) be positioned at described pedestal (13) time, described second bearing (54) acts on described second sheet metal strip (15) top and moves and rides on described second sheet metal strip (15), thus cause the pressing of described second sheet metal strip (15) to stack the required pressure increase in region (32) to described second, and the firm further mutual splicing between described second carton blank (42) the 3rd fold plane (23) and described second carton blank (42) first fold plane (21).The setting of described second pneumatic cylinder (64) should meet, when described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13), described second bearing (54) contacts described second sheet metal strip (15) of described second sheet metal strip (15) contact area, and described second sheet metal strip stacks region (32) perpendicular to described second; See Fig. 5.
Described device (1) comprises the 3rd pneumatic cylinder (61) being fixed to described framework (9), described 3rd pneumatic cylinder comprises pole (60) further, and described pole supports described three abutments (51) at opposed free ends, the setting of described 3rd pneumatic cylinder (61) should meet, when described be packaged into buttress ceramic tile (2) be positioned at described pedestal (13) time, described three abutments (51) acts on described first sheet metal strip (14) top and moves and rides on described first sheet metal strip (14), thus cause the pressing of described first sheet metal strip (14) to stack the required pressure increase in region (39) to the described 9th, and the firm further mutual splicing between described second carton blank (42) second fold plane (22) and described first carton blank (41) the 3rd fold plane (23).The setting of described 3rd pneumatic cylinder (61) should meet, when described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13), described three abutments (51) contacts described first sheet metal strip (14) of described first sheet metal strip (14) contact area, and described first sheet metal strip stacks region (39) perpendicular to the described 9th; See Fig. 5,6.
Described device (1) comprises the 4th pneumatic cylinder (62) being fixed to described framework (9), described 4th pneumatic cylinder comprises pole (60) further, and described pole supports described 4th bearing (52) at opposed free ends, the setting of described 4th pneumatic cylinder (62) should meet, when described be packaged into buttress ceramic tile (2) be positioned at described pedestal (13) time, described 4th bearing (52) acts on described second sheet metal strip (15) top and moves and rides on described second sheet metal strip (15), thus cause the pressing of described second sheet metal strip (15) to stack the required pressure increase in region (40) to the described 11, and the firm further mutual splicing between described second carton blank (42) the 3rd fold plane (23) and described first carton blank (41) second fold plane (22).The setting of described 4th pneumatic cylinder (62) should meet, when described buttress ceramic tile (2) that has been packaged into is positioned at described pedestal (13), described 4th bearing (52) contacts described second sheet metal strip (15) of described second sheet metal strip (15) contact area, and described second sheet metal strip stacks region (40) perpendicular to the described 11; See Fig. 5.
Following illustrate the function of said apparatus (20).First, described one-tenth buttress ceramic tile (2) of having packed described first carton blank (41) is positioned at described device (20) input, sees Fig. 1,2; Described described second carton blank (42) in flat structure being packaged into buttress ceramic tile (2) contact and having released from warehouse.
Then (Fig. 3,4), described buttress ceramic tile (2) that has been packaged into moves in described device (1) pedestal (13) by described driving tool (16), thus has been packaged into folding described second carton blank (42) of buttress ceramic tile (2) described in being close to.
Be packaged into described in being close to folding described second carton blank (42) of buttress ceramic tile (2) and by pull by described be packaged into buttress ceramic tile (2) insert described pedestal (13) interior time, the pole (60) in described four pneumatic cylinders (61,62,63,64) is all retracted.
Once use described driving tool (16) to be positioned in described pedestal (13) by described one-tenth buttress ceramic tile (2), described pneumatic cylinder (61,62,63,64) namely starts (Fig. 5,6), as shown in said method respectively pressing to as described in the first sheet metal strip (14) and as described in the second sheet metal strip (15) reach the scheduled time, with the mutual splicing firmly between described first carton blank (41) and described second carton blank (42) fold plane.
Finally, described pneumatic cylinder (61,62,63,64) pole (60) is retracted (Fig. 7,8) again, and described one-tenth buttress ceramic tile (2) is discharged by described driving tool (16).Or, when using described driving tool (16) to discharge described one-tenth buttress ceramic tile (2), described pneumatic cylinder (61,62,63,64) can continue pressing respectively to described first sheet metal strip (14) and described second sheet metal strip (15); This can strengthen the mutual splicing between described first carton blank and described second carton blank (42) fold plane further.
Above non-limiting example is illustrated.Any structural change is all in the technical program protection domain, and concrete right requires as follows.
Claims (10)
1. one kind is applied to monolithic or becomes the device (1) mutually gluedd joint between one or more carton blank firm (41, the 42) fold plane of buttress ceramic tile (2),
Monolithic or one-tenth buttress ceramic tile (2) comprise upper surface (3) and multiple side;
One or more carton blank (41,42), be applied to described monolithic or one-tenth buttress ceramic tile (2), comprise the first fold plane (21) and the second fold plane (22), described two fold planes are all close to described monolithic or one-tenth buttress ceramic tile (2) upper surface (3) folds, and described first fold plane (21) and described second fold plane (22) stack region (31) first and mutually stack; Described first fold plane (21) and described second fold plane (22) stack region (31) described first and glued joint each other;
Described device (1) comprising:
Framework (9);
Be fixed to the pedestal (13) of described framework (9), hold the described monolithic or one-tenth buttress ceramic tile (2) of having packed monolithic or polylith carton blank (41,42) for static state;
Described device (1), is characterized in that, comprising:
First sheet metal strip (14): described band is fixed to described framework (9); Flexible flexibly; Be located at described pedestal (13) top, so that pressing stacks region (31) to described first flexibly, in this region, describedly pack monolithic or become buttress ceramic tile (2) to be positioned at described pedestal (13), thus firm mutual splicing between described first fold plane (21) and described second fold plane (22); Have and will pack monolithic or polylith ceramic tile (2) and insert the lead-in wire of described pedestal (13) by pulling.
2. the device (1) according to a upper claim, comprise the first bearing (53), this bearing is located at and is acted on described first sheet metal strip (14) top, when described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13) time, described bearing moves and rides on described first sheet metal strip (14), thus cause the first pressure stacked needed for region (31) described in the pressing of described first sheet metal strip (14) to increase, and the firm further mutual splicing between described first fold plane (21) and described second fold plane (22).
3. the device (1) according to a upper claim, wherein, setting and the running of described first bearing (53) should meet, contact described first sheet metal strip (14) of described first sheet metal strip (14) contact area, described first sheet metal strip stacks region (31) perpendicular to described first, has packed monolithic or become buttress ceramic tile (2) to be positioned at described pedestal (13) now.
4. the device (1) according to any one of the claims, comprise: the first supporting (72) being fixed to described framework (9), on it, described first sheet metal strip (14) is wound around first end, and described first end is fixed to described first supporting (71), be fixed to the second supporting (72) of described framework (9), on it, described first sheet metal strip (14) is wound around the second end, so, described the second end is fixed to described second supporting (72), the first sheet metal strip (14) and the second end thereof described in (72) rotatable expansion or rewind is supported in described first supporting (71) and described second, thus to arrange described in the pressing of described first sheet metal strip (14) first and stack pressure needed for region (31), now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).
5. the device according to a upper claim, wherein, described first supporting (71) and described second supporting (72) are cannula-like.
6. the device (1) according to claim 4 or 5, wherein, described first supporting (71) and described second supporting (72) are respectively the first tubular sleeve pipe (71) and the second tubular sleeve pipe (72).
7. the device (1) according to Claims 2 or 3, comprise the first pneumatic cylinder (63), described first pneumatic cylinder can comprise pole (60) further, and described pole supports described first bearing (53) at free end.
8. the device (1) according to any one of the claims, wherein, described first fold plane (21) is mutually vertical when being close to described monolithic or become buttress ceramic tile (2) upper surface (3) folding with described second fold plane (22);
Wherein, described two pieces or polylith carton blank (41,42) also comprise the 3rd fold plane (23), described 3rd fold plane is close to described monolithic or one-tenth buttress ceramic tile (2) upper surface (3) folds, and then relatively and be parallel to described second fold plane (22), perpendicular to described first fold plane (21);
Described 3rd fold plane (23) and described first fold plane (21) stack region (32) second and mutually stack and glued joint; Described device (1) comprises the second sheet metal strip (15): described band is fixed to described framework (9); Flexible flexibly; Be located at described pedestal (13) top, so that pressing stacks region (32) to described second flexibly, in this region, describedly pack monolithic or become buttress ceramic tile (2) to be positioned at described pedestal (13), thus firm mutual splicing between described 3rd fold plane (23) and described first fold plane (21); Have and will pack monolithic or polylith ceramic tile (2) and insert the lead-in wire of described pedestal (13) by pulling.
9. the device (1) according to any one of the claims, wherein, described first sheet metal strip (14) answers pressing in the whole piece length of described second fold plane (22), now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).
10. device according to claim 8 or claim 9, wherein, described second sheet metal strip (15) answers pressing in the whole piece length of described 3rd fold plane (23), now, described packed monolithic or become buttress ceramic tile (2) be positioned at described pedestal (13).
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| IT000266A ITBO20120266A1 (en) | 2012-05-16 | 2012-05-16 | DEVICE FOR STABILIZING THE MUTUAL GLUE OF ONE OR MORE CARTON PADS APPLIED TO A TILE OR STACK OF TILES |
| ITBO2012A000266 | 2012-05-16 | ||
| PCT/IB2013/053955 WO2013171680A1 (en) | 2012-05-16 | 2013-05-15 | A device for stabilising a mutual gluing of flaps of one or more cardboard blanks applied to a tile or a stack of tiles |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104245297A true CN104245297A (en) | 2014-12-24 |
| CN104245297B CN104245297B (en) | 2016-11-30 |
Family
ID=
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108025829A (en) * | 2015-09-21 | 2018-05-11 | 系统股份公司 | Strengthen package, particularly the enhancing package for ceramic tile |
| CN109890704A (en) * | 2016-09-07 | 2019-06-14 | 诺瓦硅镁产品有限公司 | For packing the method for straight article and the package of machine and utilization the method and machine acquisition |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2224716A (en) * | 1938-11-15 | 1940-12-10 | Pneumatic Scale Corp | Carton sealing machine |
| US3397509A (en) * | 1966-04-25 | 1968-08-20 | Huntingdon Ind Inc | Packaging apparatus |
| EP0994028A1 (en) * | 1998-10-15 | 2000-04-19 | Gomes Technology S.p.A. | Process and apparatus for packaging stacks of flat objects |
| CN201023685Y (en) * | 2007-04-03 | 2008-02-20 | 曾苏跃 | Full-automatic ceramic tile packing and producing line |
| CN101454215A (en) * | 2006-06-20 | 2009-06-10 | 系统股份公司 | A blank for packing substantially flat articles, a method and machine for making the blank |
| CN201301003Y (en) * | 2008-10-13 | 2009-09-02 | 佛山市三水盈捷精密机械有限公司 | Ceramic tile packing machine |
| CN201999209U (en) * | 2011-01-08 | 2011-10-05 | 刘庆 | Paper folding mechanism for tile packaging line |
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2224716A (en) * | 1938-11-15 | 1940-12-10 | Pneumatic Scale Corp | Carton sealing machine |
| US3397509A (en) * | 1966-04-25 | 1968-08-20 | Huntingdon Ind Inc | Packaging apparatus |
| EP0994028A1 (en) * | 1998-10-15 | 2000-04-19 | Gomes Technology S.p.A. | Process and apparatus for packaging stacks of flat objects |
| CN101454215A (en) * | 2006-06-20 | 2009-06-10 | 系统股份公司 | A blank for packing substantially flat articles, a method and machine for making the blank |
| CN201023685Y (en) * | 2007-04-03 | 2008-02-20 | 曾苏跃 | Full-automatic ceramic tile packing and producing line |
| CN201301003Y (en) * | 2008-10-13 | 2009-09-02 | 佛山市三水盈捷精密机械有限公司 | Ceramic tile packing machine |
| CN201999209U (en) * | 2011-01-08 | 2011-10-05 | 刘庆 | Paper folding mechanism for tile packaging line |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108025829A (en) * | 2015-09-21 | 2018-05-11 | 系统股份公司 | Strengthen package, particularly the enhancing package for ceramic tile |
| CN108025829B (en) * | 2015-09-21 | 2020-06-19 | 系统股份公司 | Reinforced packaging, in particular for ceramic tiles |
| CN109890704A (en) * | 2016-09-07 | 2019-06-14 | 诺瓦硅镁产品有限公司 | For packing the method for straight article and the package of machine and utilization the method and machine acquisition |
Also Published As
| Publication number | Publication date |
|---|---|
| ES2549564T3 (en) | 2015-10-29 |
| ITBO20120266A1 (en) | 2013-11-17 |
| EP2723556A1 (en) | 2014-04-30 |
| BR112014026784B1 (en) | 2021-02-23 |
| BR112014026784A2 (en) | 2017-06-27 |
| WO2013171680A1 (en) | 2013-11-21 |
| PT2723556E (en) | 2015-10-29 |
| PL2723556T3 (en) | 2015-12-31 |
| EP2723556B1 (en) | 2015-07-08 |
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