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

The present invention discloses an intermittent ampoule transporting device, comprising a feeding mechanism, a first transporting mechanism, a second transporting mechanism and a middle transporting mechanism used to transport the ampoule from the first transporting mechanism to the second transporting mechanism. The feeding mechanism is connected with the first transporting mechanism which is intermittent. The middle transporting mechanism comprises a transporting dental plate on which a containing part used to transport the ampoule is arranged. The intermittent ampoule transporting device can realize the intermittent feeding of the ampoule and avoid the falling, smash and vacant position of the ampoule. The transporting process is more stable.

The invention relates to a rotary bottle body water removing machine. The invention aims to provide the rotary bottle body water removing machine having high water removing effect and low noise. In the technical proposal disclosed by the invention, the rotary bottle body water removing machine is characterized by comprising a machine frame, a conveying belt installed on the machine frame and used for conveying a bottle body and a water receiving disc installed below the conveying belt; a control cabinet is installed on the machine frame; a water absorption belt wheel mechanism is respectively installed at two sides of the upper part of the conveying belt along the motion direction of the bottle body; the distance between the two water absorption belt wheel mechanisms is less than the diameter of the bottle body so that the water absorption belt wheel mechanisms tightly resist the bottle body to absorb water; the linear speed of one water absorption belt wheel mechanism is the same to the speed of the conveying belt and more than the linear speed of the other water absorption belt wheel mechanism; and the difference of the linear speeds of the two water absorption belt wheel mechanisms ensures that the bottle body can rotate around self axes at least 180 DEG in the whole water removing process. The rotary bottle body water removing machine disclosed by the invention is applied to removing water of the bottle body in the bottled drink production process.

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 discloses a bottle feeding dish loading method and device. The bottle feeding dish loading method comprises the following steps that a bottle holding plate is moved to the bottle feedingside of a bottle conveying and collecting mechanism to protect the front end of a bottle body, a bottle blocking plate is moved to the butt joint position of the bottle conveying and collecting mechanism and a sterilization plate to block the side of the bottle body, and a bottle conveying piece is started to convey bottles into the bottle conveying and collecting mechanism; the bottle conveyingand collecting mechanism is started to perform the bottle feeding, and the bottle holding plate is enabled to protect the bottle body to move forward; after the bottle holding plate is moved to the set origin position P, moving is stopped, the bottle conveying of the bottle conveying piece is stopped, and the bottle feeding of the bottle conveying and collecting mechanism is stopped; a bottle dividing mechanism is started to divide the bottles; the bottle holding plate is moved backward for a certain distance to squeeze the bottle body in the bottle conveying and collecting mechanism togetherwith the bottle dividing mechanism; the bottle blocking plate is removed, and the loading of a dish loading mechanism is started; and the bottle feeding dish loading device comprises the bottle conveying piece, the bottle conveying and collecting mechanism, the bottle holding plate, the bottle dividing mechanism, the bottle blocking plate and the dish loading mechanism. The bottle feeding dish loading method has the advantages of reliable operation, stable dish loading quantity, and capability of effectively avoiding bottle pouring, bottle breaking and the like

Provided is a drink bottle transport system. The drink bottle transport system comprises a bottle-feeding conveyor belt, a bottle-discharge conveyor belt and a plurality of push components for connecting the bottle-feeding conveyor belt with the bottle-discharge conveyor belt. The bottle-feeding conveyor belt comprises a circular conveyor belt, an outer side conveyor belt is additionally arranged on the outer side of the circular conveyor belt, a bottle-discharge opening connected with one of the push components is formed in the inner side of the circular conveyor belt, a horizontal air blowing valve corresponding to the bottle-discharge opening is arranged in the middle of the circular conveyor belt, and a guide rod is arranged at a bottle-feeding opening of the bottle-discharge conveyor belt. A feeding device and a weighing device are further arranged between the bottle-feeding conveyor belt and the bottle-discharge conveyor belt, and a bottle body at the bottle-feeding opening is pushed to a weighing component for feeding and continues to be pushed to the bottle-discharge opening by the push components. The drink bottle transport system is comparatively simple in structure of each part and reasonable in design, prevents a drink bottle from being jammed in front of and behind the feeding device and falling down, guarantees the efficiency and the order of the whole transport process, also is favorable for completing feeding safely and stably, and improves the product qualification ratio.

The invention relates to a soft bottle boxing packing machine. The soft bottle boxing packing machine comprises a base, wherein a belt conveyor, a bottle clamping and conveying device and a bottle receiving device are connected to the base, and the soft bottle boxing packing machine further comprises a bottle grabbing mechanical arm used for grabbing soft bottles distributed in an array mode; thebottle clamping and conveying device comprises a bottle clamping roller structure used for clamping the soft bottles on the belt conveyor, and the bottle clamping roller structure can transversely move towards or away from the bottle receiving device; the soft bottle boxing packing machine further comprises a material distributing assembly used for grouping the plurality of groups of soft bottlesclamped by the bottle clamping roller structure; the bottle receiving device comprises a material supporting assembly used for supporting the soft bottles released by the bottle clamping and conveyingdevice and further comprises a transversely-moving bottle clamping rod capable of transversely moving towards or away from the bottle clamping and conveying device, and the transversely-moving bottleclamping rod is located above the material supporting assembly; and the soft bottle boxing packing machine further comprises lifting rod assembly arranged corresponding to the transversely-moving bottle clamping rod and used for extruding the soft bottles distributed in an array mode. The soft bottle boxing packing machine can automatically perform array arrangement, grabbing and boxing operationon the soft bottles, reduces the labor cost, improves the working efficiency, and is stable and efficient in working process.

The invention discloses a capping system for glass jar filling. The structure comprises a capping box, a lower cap opening, a support rod, a control electric box, an installation shaft, a transmissiontank and a main engine box, wherein the bottom of the capping box is provided with the lower cap opening, the top of the capping box is arranged on the main engine box through the support rod, a signal end of the main engine box is electrically connected with the control electric box, the transmission groove is driven by the main engine box, the installation shaft is arranged on the transmissiontank, the transmission groove is provided with a grid base, a packing auger meshing shaft, a bottle holder and a meshing rotary shaft, the packing auger meshing shaft is arranged in the grid base, thepacking auger meshing shaft meshes with the meshing rotary shaft, the meshing rotary shaft matches with the bottle holder, a lower pushing piece is behind the bottle feeding, the packing auger meshing shaft meshes with a packing auger, the meshing rotary shaft drives a balance wheel to drive an arc pendulum to be opened, while an adsorption cavity separates a can body, the adsorption cavity opensand expands the swirling area of the glass jar, a fan cavity is in extrusion fit to form a negative pressure port which is adsorbed and fixed to the bottom of the glass jar, and the jar body absorption fixing is changed to the bottom fixing, so the glass jar is more stable during swirling.

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 bottle collecting and conveying device of a penicillin bottle straightening machine. The bottle collecting and conveying device of the penicillin bottle straightening machinecomprises a rack which is provided with a bottle discharging trough; the bottle discharging trough is located below a bottle erecting platform of the bottle straightening machine; the bottle erectingplatform is provided with a row of left bottle falling openings and a row of right bottle falling openings; the bottom of the bottle discharging trough is provided with a row of left bottle collecting openings a row of right bottle collecting openings; the left bottle collecting openings correspond to the left bottle falling openings one by one in the vertical direction, and the right bottle collecting openings correspond to the right bottle falling openings one by one in the vertical direction; a left bottle collecting base and a right bottle collecting base are vertically installed below the left bottle collecting openings and the right bottle collecting openings in a sliding mode and located on the rack; the left bottle collecting base and the right bottle collecting base are driven toascend and descend by a bottle collecting power device; and the rack is provided with a bottle discharging plate horizontally in a sliding mode, and the bottle discharging plate is driven by a bottledischarging power device to horizontally push penicillin bottles in the bottle discharging trough out. The bottle collecting and conveying device can collect the penicillin bottles at two different positions of the bottle erecting platform and convey the penicillin bottles out, so that the bottle collecting and feeding actions are more smooth.

The invention relates to a bottle dividing device of a high-speed filling line. The bottle dividing device comprises a double-row conveying chain, wherein two ends of the double-row conveying chain are supported and mounted through first brackets; beverage filling bottles are conveyed on the double-row conveying chain; a top plate is arranged at the upper part of the double-row conveying chain inparallel; two ends of the top plate are supported and mounted through second brackets; a synchronous tooth-shaped belt driving bottle dividing mechanism is mounted at the bottom of the top plate; a servo motor for driving the top plate to work is mounted at the upper part of the top plate. The bottle dividing device of the high-speed filling line is compact and reasonable in structure and convenient to operate; a synchronous tooth-shaped belt driving mechanism is used as the bottle dividing mechanism and a tooth-shaped belt is ingeniously divided into a narrow-section belt and a wide-section belt; when the wide-section belt moves to a process section, the movement direction of the filling bottles is changed; meanwhile, a movement speed of the filling bottles in a reversed bottle dividing process is controlled, and a continuous bottle dividing function of dividing the beverage filling bottles on the conveying chain into two rows from one row is realized.

The invention discloses an ampoule bottle tray filling machine. The machine comprises a rack, a bottle feeding mechanism, a tray filling area and a tray discharging conveying mechanism, wherein the bottle feeding mechanism, the tray filling area and the tray discharging conveying mechanism are arranged on the rack, the rack is further provided with a bottle pushing mechanism used for pushing bottles on the bottle feeding mechanism to the tray filling area, a bottle pushing protecting mechanism used for protecting the bottles when the bottle pushing mechanism pushes the bottles and a liftable bottle feeding protecting mechanism, the bottle feeding mechanism and the bottle pushing protecting mechanism are located on the two opposite sides of the tray filling area correspondingly, the bottlefeeding protecting mechanism is located between the bottle feeding mechanism and the tray filling area, and the tray discharging conveying mechanism is in butt joint with the tray filling area and located between the bottle feeding mechanism and the bottle pushing protecting mechanism. The invention further discloses a tray filling method of the ampoule bottle tray filling machine, which comprisesthe steps that a sterilization tray is placed in the tray filling area; the bottles are fed in a single row mode; the bottles are pushed; the above steps are repeated until the tray filling area is full of a tray of bottle bodies, and the collected bottle bodies are pushed into the sterilization tray of the tray filling area by the bottle pushing mechanism as a whole; and the tray discharging conveying mechanism is started to send out the sterilization tray filled with the bottle bodies. The ampoule bottle tray filling machine and the tray filling method thereof are convenient to operate andcan prevent the bottles from falling down.

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 relates to the technical field of plastic bottle production, in particular to a continuous bottle discharging device, a bottle blowing machine and a bottle blowing and filling all-in-one machine. The continuous bottle discharging device comprises a bottle discharging conveying track which comprises a linear track, a curve track, a plurality of heating bases arranged on the bottle discharging conveying track, a poking wheel located on one side of the curve track of the bottle discharging conveying track and a bottle clamping device located on the other side of the curve track of the bottle discharging conveying track, the bottle clamping device comprises a rotating disc and a plurality of clamping mechanisms which are uniformly arranged along the circumference of the upper surface of the rotating disc, and the bottle clamping device is used for continuously clamping the bottles on the heating seat on the curve track. The continuous bottle discharging device is completely operated in a mechanical mode, stable and high-speed continuous bottle discharging can be achieved, and the cost advantage is obvious.

The invention discloses a box opening device. The box opening device comprises a rotary platform and a bottle pushing part arranged above the rotary platform, wherein the bottle inlet end and the bottle outlet end of the rotary platform are equipped with opening and closing hinge parts; the two sides of the bottle outlet end are equipped with guide plates capable of moving in a reciprocating mode;and the bottle pushing part is equipped with a lifting bottle protective plate above the bottle inlet end and the bottle outlet end. The box opening device has the advantages of being high in efficiency, beneficial for reducing bottle drop risk, and the like.

The invention relates to a device and method for controlling bottle toppling in the snakelike mesh belt conveying process, and belongs to the technical field of food and medicine production and packaging equipment. The device comprises a butt joint mesh belt, a snakelike mesh belt, detection devices and a control system. The butt joint mesh belt close to an outlet of a filling machine is connected with the snakelike mesh belt; the butt joint mesh belt is provided with the detection device; the snakelike mesh belt is provided with the detection device; and the detection devices and the snakelike mesh belt are connected with the control system. By means of the device and the method, according to the principle that bottles on a mesh belt in a guardrail channel are next to one another and can be prevented from toppling, starting and stopping of the snakelike conveying mesh belt are controlled, and particularly program control is carried out on conveying of small-specification and unstable bottles on the snakelike conveying mesh belt, so that the bottle toppling phenomenon is prevented. Through monitoring of a sensor, the snakelike mesh belt can automatically run or stop without manual intervention; and penicillin bottles in a conveying channel are conveyed next to one another, and the penicillin bottles are stably conveyed on the snakelike mesh belt in the conveying process.