CN111532474B - Automatic joint sealing device of feeding - Google Patents
Automatic joint sealing device of feeding Download PDFInfo
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- CN111532474B CN111532474B CN202010381382.2A CN202010381382A CN111532474B CN 111532474 B CN111532474 B CN 111532474B CN 202010381382 A CN202010381382 A CN 202010381382A CN 111532474 B CN111532474 B CN 111532474B
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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
- B65B21/00—Packaging or unpacking of bottles
- B65B21/02—Packaging or unpacking of bottles in or from preformed containers, e.g. crates
- B65B21/08—Introducing or removing single bottles, or groups of bottles, e.g. for progressive filling or emptying of containers
- B65B21/12—Introducing or removing single bottles, or groups of bottles, e.g. for progressive filling or emptying of containers using grippers engaging bottles, e.g. bottle necks
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- Filling Of Jars Or Cans And Processes For Cleaning And Sealing Jars (AREA)
Abstract
The invention discloses a box sealing device for automatic charging, which structurally comprises: the invention discloses a corrugated carton, a sealing strip plate frame, a flashboard suspension arm block, a suspension bottle charging longitudinal groove, a rack suspension support frame, a sealing edge ribbon board and a conveyor belt pedestal.
Description
Technical Field
The invention discloses a box sealing device capable of automatically charging, and belongs to the field of mechanical equipment.
Background
Automatic feeding pipeline carries the bottle of filling material and needs carry out the vanning operation, and the joint sealing frame of vanning can cooperate bottled transportation to arrange the integration joint sealing that carries out the box and load and carry the effect, and the smooth operation of assembly line of guarantee automatic feeding joint sealing, the public shortcoming of treating the optimization of prior art has:
drive the conveying frame in the joint sealing operation and form the transport packing effect of feeding of bottled box, but the bottle settlement in-process can lead to the phenomenon of skidding and breaking of hoist and mount dropout because the heavy and slippery sense on body chassis and the curved narrow smooth sense of bottleneck lead to, this liquid that can cause the glass bottle to feed is revealed, and glass sediment piece remains in the box, the material box that causes the joint sealing is scrapped, also disturb later stage continuity operation in-process, cause emergency stop equipment to clean engineering trouble, let automatic charging's joint sealing organism engineering progress and transmission load the rigor degree and neglect, there is the potential safety hazard in whole joint sealing hoist and mount material operation.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide an automatic loading box sealing device, which aims to solve the problems that a conveying frame is driven to form the loading, conveying and packaging effects of a bottled box body in the box sealing operation, but the phenomenon of slipping and breaking of hoisting tripping is caused by the heavy feeling of a bottom plate of a bottle body and the slippery feeling of bending and narrowing of a bottleneck in the bottle body settling process, so that liquid of glass bottle loading materials is leaked, and glass residue fragments remain in the box body, so that the material box body of the box sealing is scrapped, the subsequent continuous operation process is interfered, the cleaning engineering fault of emergency stop equipment is caused, the engineering progress and the conveying and loading rigor of the box sealing machine body of the automatic loading material is neglected, and the potential safety hazard exists in the whole box sealing and material hoisting operation.
In order to achieve the purpose, the invention is realized by the following technical scheme: an automatic loading box sealing device structurally comprises: corrugated carton, sealing strip grillage, flashboard davit piece, transfusion bottle material loading longitudinal trough, frame hang prop frame, encapsulation limit slat, conveyer belt pedestal, the transfusion bottle loads the longitudinal trough and inserts and inlay under the bottom in flashboard davit piece middle section and on being in same vertical face, corrugated carton and sealing strip grillage mechanical connection, sealing strip grillage inserts and inlays on the lower right corner of flashboard davit piece and be in on same vertical face, corrugated carton and encapsulation strake board adopt interference fit, flashboard davit piece inserts and inlays in the upper right corner of frame hang prop frame, frame hang prop frame and conveyer belt pedestal lock together and mutually perpendicular, encapsulation limit slat installs on the top surface of conveyer belt pedestal and is in on the same horizontal plane, transfusion bottle material loading longitudinal trough is equipped with cover top groove shell, dicyclo buckle gallows, glass bottle body, to propping pressure wheel carrier, cushion, thick glued membrane cotton core wheel, Carry thing dish bracket, corridor short slot, cover lid top trough shell nestification is and link up each other on the top of sponge cushion and corridor short slot, thick glued membrane core wheel is installed in the inside of sponge cushion, carry thing dish bracket nestification under the bottom of corridor short slot and the axle center collineation, the double ring is detained the gallows and is in the same place and the axle center collineation with the glass bottle lock, the glass bottle adopts interference fit with propping the pressure wheel carrier, the glass bottle is installed in the inside of cover lid top trough shell, cover lid top trough shell inlays under the bottom in davit piece middle section and on being in same vertical face.
In order to optimize the technical scheme, the method further comprises the following steps:
as a further improvement of the invention, the double-ring buckle hanger comprises a bottom beam tube ring, an inclined frame lifting belt, a top tightening ring frame and a hoisting sucker frame, wherein the top tightening ring frame and the bottom beam tube ring are respectively nested at the upper side and the lower side of the inclined frame lifting belt and are parallel, the top tightening ring frame and the hoisting sucker frame are tightly attached together, and the axial centers of the top tightening ring frame and the bottom beam tube ring are collinear.
As a further improvement of the invention, the bottom beam barrel ring consists of a trapezoidal flitch, a chute ring, a convex rack groove and a concave fastener, wherein the trapezoidal flitch is mechanically connected with the chute ring and is positioned on the same vertical plane, and the chute ring is fastened with the convex rack groove together through the concave fastener and the axes of the chute ring are collinear.
As a further improvement of the invention, the top tightening ring frame consists of an armature sliding plate, a rubber frame ring, a convex petal supporting block and a trapezoidal frame, wherein the convex petal supporting block and the trapezoidal frame are in interference fit, the convex petal supporting block and the trapezoidal frame are both arranged inside the rubber frame ring, the axes of the convex petal supporting block and the trapezoidal frame are collinear, and the armature sliding plate and the rubber frame ring are buckled together and are positioned on the same vertical surface.
As a further improvement of the invention, the opposite supporting and pressing wheel frame consists of a hemispherical rubber cap block, a spring pressure shock insulation pipe, a ball spherical shell and a long pressing rod, wherein the hemispherical rubber cap block and the spring pressure shock insulation pipe are nested into a whole, the axes of the hemispherical rubber cap block and the spring pressure shock insulation pipe are collinear, and the spring pressure shock insulation pipe is mechanically connected with the long pressing rod through the ball spherical shell and is positioned on the same vertical plane.
As a further improvement of the invention, the spring pressure shock insulation pipe comprises a short column barrel, a spring wire side supporting plate, plug pins and corrugated pipe plates, wherein the short column barrel and the spring wire side supporting plate are in clearance fit, the axes of the short column barrel and the spring wire side supporting plate are collinear, the plug pins are inserted and embedded in the short column barrel and are parallel to each other, and the corrugated pipe plates are provided with two parts which are respectively embedded at the left side and the right side of the short column barrel.
As a further improvement of the invention, the object carrying tray bracket comprises a holder tray, a short pin column and a buckling block, wherein the holder tray and the short pin column are in interference fit and are positioned on the same vertical surface, and the short pin column and the buckling block are buckled together.
As a further improvement of the invention, the holder tray consists of a ball wheel rod, an inner reinforcing rib, a tray panel and a frame lining film plate, wherein the ball wheel rod and the inner reinforcing rib are welded into a whole, and the tray panel is buckled with the frame lining film plate through the inner reinforcing rib and is positioned on the same vertical plane.
As a further improvement of the invention, the chute ring is a thick frame ring structure with upper and lower inclined conical surfaces and a cavity groove in the middle, so that the upper and lower wide-mouth input and output bottle bodies are convenient to prevent from being cut and rubbed, and the middle section forms a tooth pressure contraction effect, thereby achieving the function of preventing slip in a chuck mode.
As a further improvement of the invention, the trapezoidal frame is a combined frame plate structure with a fin clamping plate in the groove of the trapezoidal frame, so that an internal pressure top separation effect is conveniently formed when the annular outer support is used, and the slipping operation of the tooth-meshed friction protection bottle body is achieved.
As a further improvement of the invention, the spring wire side supporting plate is of a frame plate structure with the bottom provided with the ellipsoidal rubber core ring plate and the top provided with the spring wire, so that the transverse bracing effect of short column elastic pressing and stretching can be conveniently formed by the upper pull ring and the lower pull ring, and the protection wrapping degree of the soft pressure can be ensured.
As a further improvement of the invention, the frame lining membrane is of a membrane plate structure with a wide and thick curved arc groove in the middle of the upper right-angle end and the lower right-angle end, so that a soft membrane surface is convenient to bond with a bottle body base to form a ring pressing and sliding brush effect, and the bottle body after being charged is convenient to stably place and enter a box for sealing operation.
Advantageous effects
The invention relates to an automatic loading carton sealing device, which is characterized in that a worker places a corrugated carton at the bottom of a sealing strip plate frame, a sealing side ribbon plate and the right end of a conveyor belt pedestal, so that a flashboard suspension arm block is inserted into a rack suspension support frame to drive a glass bottle body in a cover top groove shell of a bottle loading longitudinal groove to perform automatic carton packaging effect after liquid filling, during the process, a bottom beam tube ring of a double-ring buckle suspension frame moves an inclined frame lifting strip to pull a top tightening ring frame to achieve the suspension operation effect of a hoisting suction plate frame, so that a middle section of a bottle body of the glass bottle body pulls a concave groove ring to pull a convex rack groove to push the bottle suspension frame support through a trapezoid pasting plate, then an iron slide plate magnetically leads a rotary rubber frame ring to retract a convex petal support block and is crossed with the trapezoid frame to push, the integral upper end position face and lower end position face double-safety stable carton sealing bottling operation is formed, and then a corrugated rotary pressing short column tube of a spring pressing shock insulation tube is sleeved on a hemispherical rubber cap block of a pressing wheel frame to transversely drive a bolt tube plate to impact a ball tube plate through a spring wire side to drive a bolt to impact tube plate The long depression bar of shell swing forms the bottle chassis and protects the effect, when subsiding the operation after that, glass bottle friction sponge cushion passes the corridor short trough with thick glued membrane core wheel clamp and presses and place and obtain the short distance on carrying thing dish bracket and subside the preliminary treatment operation, rethread later stage shrink is transferred, makes things convenient for damping pendulum pressure off-load, promotes automatic feeding's joint sealing device's glass bottle encapsulation operation effect, and avoids incident such as breakage and slippage, reaches the automatic hoist and mount work effect of multiple insurance.
The invention has the following advantages after operation:
application corrugated box and transfusion bottle loading longitudinal grooves cooperate, transport under shroud top groove shell and corridor short groove through corrugated box, then let the glass bottle that the filling was accomplished form two bundles of high low level annuluses effect and mutual formation half-pull ring under the hoist and mount of hanging bracket are detained to the dicyclo, the convenient package clamp speed reduction that props the pinch roller carrier and carry thing dish bracket adaptation bottom layer board to form a vertical corridor transfers the effect, steady will automize the filling glass bottle to press close to at the corrugated box avris through the hanging bracket groove and put into the incasement, guarantee the counter weight stability and the unsettled damping counter weight balanced effect of hoist and mount on chassis, promote the joint sealing and supply effect, and the engineering accident of loading is accepted in the depression, guarantee high-efficient safe production guarantee effect, also let fragile material of glass bottle obtain the slow setting joint sealing effect of frame parcel maintenance formula.
Drawings
Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:
fig. 1 is a schematic structural diagram of an automatic loading box sealing device.
FIG. 2 is a detailed sectional structure diagram of the loading longitudinal slot of the transfusion bottle, the double-ring-buckle hanger, the opposite-supporting pressing wheel frame and the carrying tray bracket of the invention.
FIG. 3 is a schematic view of an aerial view cross-section of the bottom beam collar of the present invention in an operating state.
Fig. 4 is a schematic top sectional view of the top tightening ring frame in the working state of the present invention.
FIG. 5 is a schematic cross-sectional view of the sprung vibration isolating pipe according to the present invention.
Fig. 6 is a schematic top view of the holder tray according to the present invention.
Description of reference numerals: corrugated carton-1, sealing strip plate frame-2, gate plate suspension arm block-3, suspension bottle loading longitudinal groove-4, frame suspension support frame-5, packaging edge strip plate-6, conveyor belt pedestal-7, cover top groove shell-4A, double-ring buckle suspension frame-4B, glass bottle body-4C, opposite supporting wheel frame-4D, sponge cushion block-4E, thick collodion core wheel-4F, carrier disc bracket-4G, channel short groove-4H, bottom beam barrel ring-4B 1, inclined frame lifting strip-4B 2, top tightening ring frame-4B 3, lifting suction disc frame-4B 4, trapezoid pasting plate-4B 11, inclined groove ring-4B 12, convex rack groove-4B 13, concave fastener-4B 14, armature slide plate-4B 31, rubber frame ring-4B 32, convex flap support block-4B 33, The device comprises a trapezoid frame-4B 34, a hemispherical rubber cap block-4D 1, a spring pressure shock isolation tube-4D 2, a ball shell-4D 3, a long pressure rod-4D 4, a short column tube-4D 21, a spring wire side support plate-4D 22, a bolt rod-4D 23, a corrugated tube plate-4D 24, a clamping seat tray-4G 1, a short pin column-4G 2, a buckling block-4G 3, a ball wheel rod-4G 11, an inner reinforcing rib-4G 12, a tray panel-4G 13 and a frame lining plate-4G 14.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.
The first embodiment is as follows:
referring to fig. 1 to 6, the present invention provides an automatic loading box sealing device, which comprises: corrugated box 1, sealing board frame 2, flashboard davit piece 3, transfusion bottle charge vertical slot 4, frame hang prop frame 5, encapsulation strake board 6, conveyer belt pedestal 7, transfusion bottle charge vertical slot 4 inserts and inlays under the bottom in flashboard davit piece 3 middle section and be in on same vertical face, corrugated box 1 and sealing board frame 2 mechanical connection, sealing board frame 2 inserts and inlays in the lower right corner of flashboard davit piece 3 and be in on same vertical face, corrugated box 1 adopts interference fit with encapsulation strake board 6, flashboard davit piece 3 inserts and inlays in the upper right corner of frame hang prop frame 5, frame hang prop frame 5 and conveyer belt pedestal 7 lock together and mutually perpendicular, encapsulation limit slat 6 is installed on the top surface of conveyer belt pedestal 7 and is in on same horizontal plane, transfusion bottle vertical slot 4 is equipped with cover top groove shell 4A, dicyclo detains hoist frame 4B, Glass bottle 4C, prop pinch roller frame 4D, sponge cushion 4E, thick glued membrane core wheel 4F, year thing dish support 4G, corridor short flute 4H to propping, cover top groove shell 4A nests on the top of sponge cushion 4E and corridor short flute 4H and link up each other, thick glued membrane core wheel 4F installs in the inside of sponge cushion 4E, carry thing dish support 4G nests under the bottom of corridor short flute 4H and the axle center collineation, double ring buckle gallows 4B and glass bottle 4C lock together and the axle center collineation, glass bottle 4C adopts interference fit with propping pinch roller frame 4D to propping, glass bottle 4C installs in cover top groove shell 4A's inside, cover top groove shell 4A inserts under the bottom of 3 middle sections of davit piece and is on same vertical face to prop the pinch roller frame.
Referring to fig. 2, the double-ring buckle hanger 4B comprises a bottom beam tube ring 4B1, an inclined frame lifting belt 4B2, a top tightening ring frame 4B3, and a hoisting suction cup frame 4B4, the top tightening ring frame 4B3 and the bottom tube ring 4B1 are respectively nested at the upper side and the lower side of the inclined frame lifting belt 4B2 and are parallel, the top tightening ring frame 4B3 is tightly attached to the hoisting suction cup frame 4B4, the axes of the top tightening ring frame 4B3 and the bottom beam barrel ring 4B1 are collinear, the pair of supporting and pressing wheel frames 4D consists of hemispherical rubber cap blocks 4D1, spring pressure shock-isolating tubes 4D2, ball spherical shells 4D3 and long pressing rods 4D4, the hemispherical rubber cap block 4D1 and the spring pressure shock insulation pipe 4D2 are nested into a whole and the axes are collinear, the spring pressure shock insulation pipe 4D2 is mechanically connected with the long pressure rod 4D4 through a ball spherical shell 4D3 and is positioned on the same vertical plane, a triangular end node rack protection effect of the bundle cylinder bottom is formed by the bottom bundle cylinder ring 4B1 and the hemispherical rubber cap block 4D 1.
Referring to fig. 3, the bottom beam barrel ring 4B1 is composed of a trapezoidal patch 4B11, a chute ring 4B12, a rack groove 4B13, and a concave fastener 4B14, the trapezoidal patch 4B11 is mechanically connected to the chute ring 4B12 and is located on the same vertical plane, the chute ring 4B12 is fastened to the rack groove 4B13 through the concave fastener 4B14, the axes of the chute ring and the rack groove are collinear, the chute ring 4B12 is a thick frame ring structure with upper and lower tapered surfaces and a cavity groove in the middle, so that the upper and lower wide-mouth input and output bottle bodies can be prevented from being scratched, a tooth pressure contraction effect is formed in the middle section, a chuck type anti-slip effect is achieved, an anti-slip effect of tooth pressure in the upper and lower openings is achieved through the chute ring 4B12 and the rack groove 4B13, and the integral linkage of the bottled sealed box is stabilized.
Referring to fig. 4, the top tightening ring frame 4B3 is composed of an armature sliding plate 4B31, a rubber frame ring 4B32, a lobe supporting block 4B33 and a trapezoid frame 4B34, the lobe supporting block 4B33 and the trapezoid frame 4B34 are in interference fit, the lobe supporting block 4B33 and the trapezoid frame 4B34 are both installed inside the rubber frame ring 4B32, the axes of the lobe supporting block and the trapezoid frame 4B34 are collinear, the armature sliding plate 4B31 and the rubber frame ring 4B32 are buckled together and located on the same vertical plane, the trapezoid frame 4B34 is a combined frame plate structure with a fin clamping plate in a trapezoid frame groove, so that an internal pressure top separation effect is formed when annular external bracing is performed, a tooth-meshing friction protection bottle body slipping operation is achieved, an alternating hinged torsion effect is formed by the lobe supporting block 4B33, the trapezoid frame 4B34 external bracing and the internal pressure, the bundling tightness of a bottle neck is guaranteed, and the glass bottle mouth is lifted and shaken conveniently.
Referring to fig. 5, the spring-pressure isolation tube 4D2 is composed of a short cylinder 4D21, a spring wire side support plate 4D22, a plug rod 4D23, and a corrugated tube plate 4D24, the short cylinder 4D21 and the spring wire side support plate 4D22 are in clearance fit and have collinear axes, the plug rod 4D23 is inserted and embedded inside the short cylinder 4D21 and are parallel to each other, the corrugated tube plate 4D24 is provided with two and respectively embedded on the left and right sides of the short cylinder 4D21, the spring wire side support plate 4D22 is a frame plate structure with spring wires at the top of an ellipsoidal rubber core ring plate at the bottom, so that the upper and lower pull rings form a transverse bracing effect of short cylinder pressure tension and stretching, the protection wrapping degree of soft pressure is guaranteed, and the integral bottle body base tension clamp effect is improved by the transverse rotating jacking force of the corrugated tube plate 4D24 spring wire side support plate 4D 22.
The working process is as follows: the working personnel inserts the gate plate suspension arm block 3 into the rack suspension frame 5 to drive the glass bottle 4C in the cover top groove shell 4A of the bottle loading longitudinal groove 4 to perform the automatic boxing and packaging effect after liquid filling by placing the corrugated case 1 at the bottom of the sealing strip plate frame 2, the packaging edge strip plate 6 and the right end of the conveyor belt pedestal 7, during the process, the bottom beam tube ring 4B1 of the double-ring buckle suspension frame 4B drives the inclined frame lifting belt 4B2 to pull the top tightening ring frame 4B3 to perform the suspension and protection operation effect of the lifting and protection frame 4B4, the middle section of the glass bottle 4C body pulls the inclined groove ring 4B12 to pull the concave fastener 4B14 to shrink the convex tooth strip groove 4B13 to support the bottle suspension frame through the trapezoidal pasting plate 4B11, and then the armature plate 4B 5 magnetically leads the rotary rubber frame ring 4B32 to absorb the pressing convex flap support block 4B33 and the trapezoidal frame 4B34 to push through the trapezoidal pasting plate 4B11 to form the integral double-safety box stable sealing operation surface 387, then, a corrugated tube plate 4D24 of a spring pressing shock insulation tube 4D2 is sleeved on a hemispherical rubber cap block 4D1 of a pressing wheel frame 4D to clamp a spring pressing shock insulation tube 4D2 to spin a short column barrel 4D21 and a spring wire side supporting plate 4D22 to transversely drive a bolt rod 4D23 to impact a ball spherical shell 4D3 swinging long pressure rod 4D4 to form a bottle bottom frame protection effect, when settlement is performed, a glass bottle body 4C friction sponge cushion block 4E and a thick rubber cotton core wheel 4F are clamped and pressed to penetrate through a channel short groove 4H to be placed on a carrying tray bracket 4G to obtain short-distance settlement pretreatment operation, and then the short-distance settlement is released through later-period contraction, so that damping pendulum pressure unloading is facilitated, the glass bottle packaging operation effect of a box sealing device for automatic charging is improved, safety accidents such as crushing and slipping are avoided, and the multi-insurance automatic hoisting operation effect is achieved.
Example two:
referring to fig. 1 to 6, the present invention provides an automatic loading box sealing device, which is otherwise the same as embodiment 1 except that:
referring to fig. 2, the tray 4G is composed of a holder tray 4G1, a short pin 4G2, and a fastening block 4G3, the holder tray 4G1 and the short pin 4G2 are in interference fit and are located on the same vertical plane, the short pin 4G2 and the fastening block 4G3 are fastened together, and the short pin 4G2 and the fastening block 4G3 are inserted, aligned and engaged with a balance plate, so that the penetration progress and the sedimentation linear velocity of the whole bottle body are conveniently tensioned and bundled.
Referring to fig. 6, the holder tray 4G1 is composed of a ball wheel rod 4G11, an inner reinforcing rib 4G12, a tray panel 4G13 and a frame lining film plate 4G14, the ball wheel rod 4G11 and the inner reinforcing rib 4G12 are welded into a whole, the tray panel 4G13 is buckled with the frame lining film plate 4G14 through the inner reinforcing rib 4G12 and is positioned on the same vertical plane, the frame lining film plate 4G14 is a film plate structure with wide and thick curved arc grooves in the middle of right-angled ends, a soft film surface is convenient to bond with a bottle base to form a ring-pressing sliding brush effect, a filled bottle body is convenient to be stably placed into a box for packaging operation, four node-end bottle supporting base damping effects are formed by the upper and lower opposite points of the ball wheel rod 4G11 and the left and right frame lining film plates 4G14, and the stability of pressure shock resistance is guaranteed.
After the bottle is transferred through dividing the link in earlier stage, form the frame at the middle section and protect and bottom parcel effect, draw back through short round pin post 4G2 and buckle piece 4G3 about at last on the holder tray 4G1 top surface of carrying thing dish tray 4G, guarantee ball wheel pole 4G11 is connected the speed reduction friction damping vibration isolation that tray panel 4G13 elasticity stretch-draw frame lining board 4G14 formed the bonding bottle along interior strengthening rib 4G12 and is transferred the effect, avoid transversely shaking power and disturb bottle collision frame or box, promote hoist and mount stability.
The invention achieves the aims of matching the corrugated case 1 with the transfusion bottle charging longitudinal groove 4, transporting the corrugated case 1 to the position under the cover cap top groove shell 4A and the corridor short groove 4H, then forming a double-bundle cylinder high-low position buckling effect and alternately forming a half-pull ring opening frame under the hoisting of the double-ring buckling hoisting frame 4B by the filled glass bottle 4C, conveniently forming a longitudinal corridor wrapping and clamping deceleration descending effect by matching the supporting and pressing wheel frame 4D and the carrying disc bracket 4G with the bottom supporting plate, stably placing the automatically filled glass bottle 4C into the case by the side of the corrugated case 1 through the hoisting frame groove, ensuring the balance weight stability of the chassis and the suspended damping balance weight balance effect, improving the case sealing connection supply effect, reducing the project accident of carrying and loading, ensuring the high-efficiency and safe production guarantee effect, and also ensuring the fragile material of the glass bottle to obtain the frame wrapping type curing slow settling case sealing effect, solve with this and drive the conveying packing effect of feeding of carriage formation bottled box in the joint sealing operation, but the bottle settlement in-process can lead to the phenomenon of skidding and breaking into pieces of hoist and mount dropout because the heavy and heavy sense on body chassis and the smooth swift current sense of the curved narrow of bottleneck lead to, this liquid that can cause the glass bottle to feed is revealed, and glass sediment piece remains in the box, cause the material box of joint sealing to scrap, also disturb later stage continuity operation in-process, cause emergency stop equipment to clean engineering trouble, let automatic charging's joint sealing organism engineering progress and transmission load the rigorous degree of charge and neglected, there is the problem of potential safety hazard in whole joint sealing hoist and mount material operation.
The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.
Claims (5)
1. An automatic loading box sealing device structurally comprises: corrugated box (1), banding grillage (2), flashboard davit piece (3), transfusion bottle loading longitudinal trough (4), frame hang props frame (5), encapsulation strake board (6), conveyer belt pedestal (7), its characterized in that:
the infusion bottle loading longitudinal groove (4) is inserted and embedded below the bottom of the middle section of the gate plate suspension arm block (3), the corrugated carton (1) is mechanically connected with the tape sealing plate frame (2), the tape sealing plate frame (2) is inserted and embedded at the lower right corner of the gate plate suspension arm block (3), the corrugated carton (1) is matched with the packaging edge strip plate (6), the gate plate suspension arm block (3) is inserted and embedded at the upper right corner of the frame suspension frame (5), the frame suspension frame (5) is buckled with the conveyor belt pedestal (7), and the packaging edge strip plate (6) is installed on the top surface of the conveyor belt pedestal (7);
the infusion bottle charging longitudinal groove (4) is provided with a cover top groove shell (4A), a double-ring buckle hanger (4B), a glass bottle body (4C), a pair supporting and pressing wheel carrier (4D), a sponge cushion block (4E), a thick collodion core wheel (4F), a carrying disc bracket (4G) and a corridor short groove (4H);
the cover top groove shell (4A) is nested on the tops of a sponge cushion block (4E) and a corridor short groove (4H), the thick collodion core wheel (4F) is installed inside the sponge cushion block (4E), the object carrying disc bracket (4G) is nested below the bottom of the corridor short groove (4H), the double-ring buckle hanging frame (4B) and the glass bottle body (4C) are buckled together, the glass bottle body (4C) is matched with the opposite supporting and pressing wheel carrier (4D), the glass bottle body (4C) is installed inside the cover top groove shell (4A), and the cover top groove shell (4A) is inserted below the bottom of the middle section of the gate plate suspension arm block (3);
the double-ring buckle hanger (4B) consists of a bottom beam tube ring (4B1), an inclined frame lifting belt (4B2), a top tightening ring frame (4B3) and a hoisting suction disc frame (4B4), wherein the top tightening ring frame (4B3) and the bottom beam tube ring (4B1) are respectively nested on the upper side and the lower side of the inclined frame lifting belt (4B2), and the top tightening ring frame (4B3) and the hoisting suction disc frame (4B4) are tightly attached together;
the bottom bundling barrel ring (4B1) consists of a trapezoidal patch board (4B11), a chute ring (4B12), a convex rack groove (4B13) and a concave fastener (4B14), the trapezoidal patch board (4B11) is mechanically connected with the chute ring (4B12), and the chute ring (4B12) is buckled with the convex rack groove (4B13) through the concave fastener (4B 14);
top tighten up ring frame (4B3) comprises armature slide (4B31), rubber frame ring (4B32), lobe bracer (4B33), trapezoidal frame (4B34), lobe bracer (4B33) and trapezoidal frame (4B34) cooperate, the inside in rubber frame ring (4B32) is all installed with trapezoidal frame (4B34) to lobe bracer (4B33), armature slide (4B31) is in the same place with the lock of rubber frame ring (4B 32).
2. An automatic loading box sealing device according to claim 1, wherein: the opposite-supporting pressure wheel carrier (4D) is composed of a hemispherical rubber cap block (4D1), a spring pressure shock-isolating pipe (4D2), a ball spherical shell (4D3) and a long pressure rod (4D4), the hemispherical rubber cap block (4D1) and the spring pressure shock-isolating pipe (4D2) are nested into a whole, and the spring pressure shock-isolating pipe (4D2) is mechanically connected with the long pressure rod (4D4) through the ball spherical shell (4D 3).
3. An automatic loading box sealing device according to claim 2, wherein: spring pressure shock insulation pipe (4D2) comprises short column casing (4D21), spring wire side backup pad (4D22), bolt pole (4D23), bellows board (4D24), short column casing (4D21) cooperatees with spring wire side backup pad (4D22), bolt pole (4D23) are inserted and are inlayed in the inside of short column casing (4D21), bellows board (4D24) are equipped with two and are nested respectively in the left and right sides of short column casing (4D 21).
4. An automatic loading box sealing device according to claim 1, wherein: the object carrying disc bracket (4G) is composed of a clamping seat tray (4G1), a short pin column (4G2) and a buckling block (4G3), the clamping seat tray (4G1) is matched with the short pin column (4G2), and the short pin column (4G2) is buckled with the buckling block (4G3) together.
5. An automatic loading box sealing device according to claim 4, wherein: holder tray (4G1) comprises ball wheel pole (4G11), interior strengthening rib (4G12), tray panel (4G13), frame lining membrane board (4G14), ball wheel pole (4G11) and interior strengthening rib (4G12) weld an organic whole, tray panel (4G13) are in the same place through interior strengthening rib (4G12) and frame lining membrane board (4G14) lock.
Priority Applications (1)
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