36results about How to "Avoid pouring bottles" patented technology

The invention discloses a two-channel bottle conveying device and a two-channel filling system. The two-channel bottle conveying device comprises a bottle conveying net belt, a bottle separating fence is arranged on the bottle conveying net belt and divides the bottle conveying net belt into a first bottle conveying channel and a second bottle conveying channel, outer sides of the first bottle conveying channel and the second bottle conveying channel are butt-jointed with a first side buffer net belt and a second side buffer net belt respectively, and bottle outlet ends of the first side buffer net belt and the second side buffer net belt are butt-jointed with a first screw bottle conveyor and a second screw bottle conveyor respectively. The two-channel bottle conveying device has the advantages that the structure is simple, bottles cannot be broken and fall easily and the like. The two-channel filling system comprises two groups of filling components, a synchronous belt and the two-channel bottle conveying device, wherein the two groups of filling components are arranged on two sides of the synchronous belt respectively, and the first screw bottle conveyor and the second screw bottle conveyor of the two-channel bottle conveying device convey the bottles to two sides of the synchronous belt respectively. The two-channel filling system has the advantages that the occupied space is small, the production efficiency is high and the like.

The invention discloses a high-speed line push bottle feeding system and a control method. The high-speed line push bottle feeding system includes a bottle unscrambling channel for arranging bottles, a bottle discharging mesh belt for conveying bottles, and a bottle unscrambling channel. The bottle bodies sorted on the channel are pushed to the bottle discharge push rod of the bottle discharge mesh belt, which also includes a material catch bar, which can be lifted and lowered above the bottle discharge mesh belt; when the bottle discharge push rod When the bottle is pushed onto the bottle-discharging mesh belt, the material catcher rod descends and covers the front of the bottle body, and the material catcher rod advances synchronously with the bottle body, thereby effectively preventing the bottle body from falling over.

The invention relates to a servo automatic sequence bottle unscrambler, comprising a conveying chain way, guardrails, a counting and detecting device, a servo diverting motor, a servo mechanism and a control system, wherein the guardrails comprise swinging guardrails, fixed guardrails and telescopic guardrails, and the counting and detecting device comprises a counting sensor, a diverting deceleration detecting device, a diverting original point detecting device and a bottle unscrambling original point detecting device. When the diverting motor starts working, the telescopic guardrails and the fixed guardrails move in the direction vertical to the forward movement direction of the chain way under the drive of the servo mechanism for diverting; at the same time, the telescopic guardrails can extend relative to the direction parallel to the fixed guardrails and the chain way so as to protect the forward movement of bottle bodies, therefore, bottles continuously moving at high speed are favorably diverted and no bottle falls down in the bottle conveying process; and the continuous bottle unscrambling speed can reach 24,000 bottles per hour, which is above one time the unscrambling speed of the traditional air cylinder bottle diverting device.

The invention provides a bottle arranging mechanism. The bottle arranging mechanism comprises a bottle arranging disc and a bottle separating barrier fixedly arranged on the bottle arranging disc, wherein the bottle arranging disc comprises a bottle arranging area for arranging bottle bodies, the bottle arranging area is provided with bottle arranging textures, each bottle arranging texture comprises at least one texture section, an included angle between any diameter section which passes through the circle center of the bottle arranging disc and a connecting line of any two points selected from the texture section is theta, and theta is greater than or equal to 0 degree and is smaller than or equal to 90 degrees. The bottle arranging mechanism provided by the invention has the advantages that the resistance on the bottle bodies is reduced, and bottles are prevented from falling.

The invention discloses a bottle package cap-dismantling method and device. The bottle package cap-dismantling method comprises the steps that S1, bottle packages are pushed onto a conveying net beltcontinuously; S2, when one of the bottle packages reaches a first set position T1, the conveying net belt starts to convey the bottle package; S3, when the bottle package completely passes through a second set position T2, the conveying net belt stops conveying, when the next bottle package reaches the second set position T2, the conveying net belt starts conveying; S4, when the bottle package inthe step 2 reaches a third set position T3, the conveying net belt stops conveying; S5, a bottle package cap of the bottle package at the third set position T3 is grabbed and removed; and S6, the conveying net belt starts conveying. The bottle package cap-dismantling device comprises the conveying net belt, a first detecting part, a second detecting part, a third detecting part and a cap-dismantling removing part, the first detecting part, the second detecting part and the third detecting part are sequentially arranged in the conveying direction of the conveying net belt, and the cap-dismantling removing part is located over the conveying net belt. The bottle package cap-dismantling method and device have the advantages of stability, reliability, simpleness, high efficiency and the like.

The invention discloses a taking and supporting method. The taking and supporting method comprises the following steps that S1, wrapping materials are conveyed in place; S2, taking and supporting forascending is carried out for the first time, specifically, a lifting driving part drives a taking and supporting clamp to descend and clamp a wrapping material protective support, then the taking andsupporting clamp clamps the wrapping material protective support to ascend until the wrapping material protective support is separated from movable barrier assemblies, and the two rows of movable barrier assemblies are close to each other to clamp a bottle body; and S3, taking and supporting for ascending is carried out for the second time, specifically, the lifting driving part continues to ascend, and the taking and supporting clamp is used for clamping the wrapping material protective support to ascend to be separated from the bottle body. The taking and supporting device comprises the lifting driving part, the taking and supporting clamp arranged on the lifting driving part, a conveying rail located below the taking and supporting clamp and the two rows of bottle conveying barriers which are correspondingly arranged on the two sides of the conveying rail; and one movable barrier assembly is arranged below each bottle conveying barrier. The unpacking machine comprises a wrapping material turnover device, a film cutting device and an entering push device, and further comprises the taking and supporting device, wherein the conveying rail is in butt joint with the film cutting device. The taking and supporting method, the taking and supporting device and the unpacking machine have the advantages of being beneficial to reducing the bottle tilting risk, ensuring continuous operation of equipment and the like.

The invention discloses a bottle conveying method used for an intelligent unpacking system. A first sleeving frame mechanism and a second sleeving frame mechanism are adopted to convey unpacked bottles to the downstream position from the bottle framing positions alternately and each have a free bottle conveying mode and a self-adjustment bottle conveying mode; during free bottle conveying, bottle frames covey the bottles to the downstream position according to the set torque F1 and torque mode conveying speed V1; and during self-adjustment bottle conveying, a controller automatically adjusts the conveying speed V2 of the bottle frames according to the torque F2 fed back by the bottle frames. The bottle conveying method used for the intelligent unpacking system has the advantages of being high in production efficiency, stable in operation, capable of effectively preventing bottle falling, bottle squeezing and bottle lacking and the like.

The invention provides a bottle protection mechanism for swaying bottle discharge. The bottle protection mechanism for swaying bottle discharge comprises a bottle discharge assembly, a bottle collection assembly is slidably connected with the bottle discharge assembly, a swaying drive assembly is connected with bottle collection assembly through a connecting rod, and a bottle protection assembly is arranged on the bottle collection assembly. The bottle protection mechanism for swaying bottle discharge overcomes the defects of the prior art, is simple and compact in structure and low in cost, utilizes the bottle protection mechanism which is fixed on a swaying arm and performs eccentric motion with the swaying arm to ensure the protective effect of bottle protection plates in a bottle collection process, brings no interference to discharged bottles, prevents the bottles from falling, and reduces the shaking of the bottles.

The invention discloses a bottle arranging mechanism. The bottle arranging mechanism comprises a bottle arranging disc, a driving assembly which drives the bottle arranging disc to rotate, and a limiting assembly which is used for reducing the axial tick volume when the bottle arranging disc rotates, wherein the limiting assembly is pressed against the outer circumferential surface of the bottle arranging disc. The bottle arranging mechanism has the advantages that the bottle falling rate of transition bottle bodies in the bottle arranging disc is reduced, and the production efficiency and the operating stability of equipment are improved.

The invention discloses a bottle loading device and a bottle loading method. The device comprises a positive and negative two-way bottle-feeding mesh belt and a bottle-feeding mesh belt which are docked with each other. The end of the bottle-feeding mesh belt far away from the positive and negative two-way bottle-feeding mesh belt is provided with a loading plate. Mechanism, there is a bottle separating mechanism on the side of the joint between the positive and negative two-way bottle feeding mesh belt and the bottle feeding mesh belt, and also includes a servo baffle and a servo baffle that is arranged on the bottle feeding mesh belt and can reciprocate along the conveying direction The telescopic baffle, the servo baffle and the telescopic baffle are connected by springs, and the telescopic baffle is close to the side of the positive and negative two-way bottle feeding mesh belt. The servo baffle is equipped with a detection switch for detecting the compression pole position of the telescopic baffle. The method includes the following steps: S1: start the equipment; S2: bottle feeding; S3: intermittent buffer bottle collection; S4: divide the bottle; S5: push the bottle into the tray; S6: reset; The invention has the advantages of being able to prevent bottle falling and breaking, and improving bottle loading quality and efficiency.

The invention relates to the technical field of infusion bottle tray filling technologies, and provides an automatic array packaged type tray filling machine and a tray filling method. The automatic array packaged type tray filling machine comprises a liquid storage bottle conveying line, a bottle lifting array conveying line and a tray filling device. The bottle lifting array conveying line comprises a bottle lifting array and a transverse stepping device. The transverse stepping device is used for driving a bottle lifting sliding channel of the bottle lifting array to sequentially pass through and stay on the right front portion of the liquid storage bottle conveying line, and liquid storage bottles can move to the current bottle lifting sliding channel. After the bottle lifting array is fully loaded, bottle bodies of all the liquid storage bottles are inserted into an empty bottle containing tray, then all the liquid storage bottles are slid out and unloaded into the tray from the bottle lifting array at a time along the direction of the bottle lifting sliding channel under the action of a longitudinal moving device. After tray filling is completed, the transverse stepping device drives the bottle lifting array to go back to the initial position, bottle toppling is avoided, and meanwhile the conveying line is suitable for tray filling of special-shaped plastic bottles.