31results about "Opening closed containers" patented technology

This utility model provides an ampoule opening device, including a housing, a cutting mechanism, a cap recycling mechanism, and a driving mechanism disposed inside the housing. The cutting mechanism includes several blade holders rotatably connected to the housing and a cutting blade fixed on the blade holders. The cap recycling mechanism includes a recycling groove, several positioning seats, and cap pressing seats hinged to each mounting seat. An ampoule positioning hole is formed at the bottom of each positioning seat, and the housing has a corresponding mounting through hole. The positioning seats are fixedly connected to the housing, and the ampoule positioning hole corresponds to the mounting through hole. The cap pressing seat has a pressing groove corresponding to the ampoule positioning hole, and a cap through hole is formed at the bottom of the pressing groove. The cutting blade, cap through hole, and ampoule positioning hole correspond one-to-one, with the cutting blade positioned between the cap through hole and the ampoule positioning hole. This ampoule opening device has the advantages of scientific and reasonable design and convenient use, and is suitable for daily ampoule opening in departments.

Apparatus and associated methods relate to a dispenser system (100) having an audio spectral generation module (ASGM) (120) configured to interact with sound waves generated by the opening of a container (105) disposed within the dispenser system (100) to generate an audio target spectral profile (ATSP). Container (e.g., recyclable, such as a metal can) (105) is operably coupled to a dispenser (104). The dispenser system (100) includes a closure assembly (110) and a reusable dispensing cap (115). The container (105) is placed in closure assembly (110) that is configured to connect with reusable dispensing cap (115). The reusable dispensing cap (115) includes an aperture (120). As a user rotatably connects the closure assembly (110) with the reusable dispensing cap (115), an opening element of the reusable dispensing cap (115) may engage with a score (130) of the end of the container (105). As a dispenser (104) is coupled to the reusable dispensing cap (115) and operated to open the container (105), the opening element opens the container (105) end along the score (130).

To provide an improved knife for a device for cutting caps.SOLUTION: A knife (100; 100') is arranged so that it is fitted to a cutting device for obtaining a cutting line and a notch in a plastic cap (7) intending to close a container, and is provided with an edge (60; 60') protruding from a peripheral area (19; 19') of the knife. An arrangement of the edge is provided with an opening formation part (68a; 68a') and at least one connection formation part (64a; 64a'). The knife (100; 100') is composed of a single component, and the arrangement of the edge (60; 60') is obtained in the single component.SELECTED DRAWING: Figure 1

This utility model relates to an automatic lid opening and closing device, including a tank body, a tank opening at the top of the tank body, and a lid that cooperates with the tank opening; a guide rail assembly disposed on the tank body above the tank opening; a connecting rod assembly, one end of which is fixedly connected to the lid and the other end of which is slidably connected to the guide rail assembly; and a drive assembly driven by the connecting rod assembly, which drives the connecting rod assembly to reciprocate along the guide rail assembly to push or pull the lid to move, thereby causing the lid to press against or separate from the tank opening, thus sealing or opening the tank body. This utility model's automatic lid opening and closing device, by setting a drive assembly on the tank body to drive the connecting rod assembly to reciprocate along the guide rail assembly, enables the connecting rod assembly to move the lid against or separate from the tank opening, thereby replacing manual operation to automatically open and close the lid, saving labor costs and improving the efficiency of material loading.

The utility model relates to ampoule bottle bottle opener technical field, especially an automatic ampoule bottle bottle opener. Its technical scheme includes the base, the top fixed mounting of base has a plurality of limit rods, the common activity installation of a plurality of limit rods has the bottle mouth positioning frame, the sliding installation of bottle mouth positioning frame has the polishing frame, the rotary installation of polishing frame has the grinding wheel, the fixed mounting of bottle mouth positioning frame has the horizontal push -and -go frame, the fixed mounting of horizontal push -and -go frame has the pneumatic cylinder, and the output end of pneumatic cylinder is connected with polishing frame fixedly. The utility model drives the polishing frame horizontal movement through the pneumatic cylinder, and the grinding wheel is pushed to the bottle mouth side, in the process that the grinding wheel continues to rotate, makes it keep horizontal reciprocating movement, and the medical staff uses the finger slightly to push the ampoule bottle rotation, can complete the polishing of bottle mouth, and it is convenient to peel the bottle mouth, compared with the grinding of handheld grinding wheel, can prevent the injury to the hand when the bottle mouth breaks, effectively improves the protection effect to the medical staff.

The present application relates to ampoule bottle opening equipment technical field, specifically provides a kind of ampoule bottle automatic bottle opening device, the automatic bottle opener includes base, clamping mechanism, scribe mechanism and breaking mechanism, the clamping mechanism, scribe mechanism and breaking mechanism are fixedly connected on the base, the clamping mechanism is used to clamp ampoule bottle, ensure that it remains stable during bottle opening process, the scribe mechanism is located in the side of the clamping mechanism, for accurate scribing on ampoule bottle surface, the breaking mechanism is used to break ampoule bottle after scribing operation, it is moved to push the neck of ampoule bottle by the push plate located in the output end of telescopic assembly to make it fracture along scribe place;The ampoule bottle automatic bottle opening device disclosed in the embodiment of the present application realizes the automation and standardization of ampoule bottle opening process through the cooperative work of clamping mechanism, scribe mechanism and breaking mechanism.

The utility model discloses a cover opening tool, and belongs to the technical field of opening tools. The uncovering tool comprises a holding piece, a tilting assembly, a first limiting piece and a second limiting assembly. In the length direction of the holding piece, the upwarping assembly is installed on one side of the holding piece, and the end, away from the holding piece, of the upwarping assembly is provided with an upwarping part used for upwarping the first cover. The first limiting piece and the second limiting assembly are both installed on the holding piece, the first limiting piece and the second limiting assembly are oppositely arranged in the length direction of the holding piece, and the first limiting piece and the second limiting assembly are used for abutting against the second cover. The uncovering tool can disassemble the first cover and can also disassemble the second cover, when the disassembling tool is applied to the medicament barrel, the disassembling tool can disassemble the outer cover and the inner cover of the medicament barrel, uncovering of the medicament barrel is facilitated, and the uncovering efficiency of the medicament barrel is improved. And in the uncovering process, an uncovering tool cannot damage the inner cover, the outer cover and the barrel body, so that the medicament barrel can be recycled.

The application provides a glass ampoule cutting forceps, and belongs to the technical field of medical instruments, and specifically comprises a forceps mouth and a forceps handle, the forceps mouth comprises two oppositely arranged semi-ring-shaped rings, an arc-shaped sliding groove is arranged in the semi-ring-shaped ring, an arc-shaped sliding block is arranged in the arc-shaped sliding groove, a through groove communicating with the sliding groove is arranged on the inner side wall of the semi-ring-shaped ring, an arc-shaped mounting plate penetrating through the through groove and sliding along the through groove is arranged on the inner ring of the arc-shaped sliding block, a cutting piece is mounted on the inner ring of the arc-shaped mounting plate, the cutting piece protrudes out of the inner ring of the arc-shaped mounting plate along the radial direction of the arc-shaped mounting plate, and the width of the through groove is smaller than the maximum width of the arc-shaped sliding groove; the arc-shaped sliding block is located in the half region of the semi-ring-shaped ring away from the hinge point of the cutting forceps, and the included angle between the two lines connecting the center positions of the two cutting pieces on the same arc-shaped mounting plate and the axis of the semi-ring-shaped ring is 90°. Through the processing scheme, the cutting effect of the ampoule bottle and the application range of the cutting forceps are improved.

This utility model discloses an ampoule-breaking device, relating to the field of medical device technology. It includes four bottle-positioning cylinders, each with a breaking mechanism at its top. A connecting plate is fixedly connected between the opposite faces of two adjacent positioning cylinders. Two sliding rods are fixedly installed between the front and rear sides of the inner wall of each positioning cylinder, and two sliding plates are slidably installed on the outer walls of the two sliding rods. This utility model, through its enclosed design with a protective cap and built-in grinding wheel, ensures that the hand does not come into contact with the glass surface during operation. After the cap is broken, it is directly discharged through the discharge hole, completely eliminating the risk of glass shards flying and cuts caused by breaking the bottle by hand. Simultaneously, the rubber pad of the arc-shaped clamping plate prevents fingers from contacting the bottle body, and the entire operation does not require touching the broken surface of the bottle neck, significantly reducing the possibility of microbial or foreign object contamination of the medication.

The application relates to the field of medical dispensing automation, in particular to an ampoule processing method and system for an automatic dispensing machine. The method comprises the following steps: firstly, setting a mechanical arm movement XYZ three-dimensional space coordinate system, calibrating ampoule cutting and knocking reference coordinates, setting a slope and an intercept according to ampoule body diameter segmentation to calculate a target value, acquiring ampoule related sizes through visual identification, calculating a compensation value, correcting actual ampoule cutting and knocking to coordinate points, and inputting mechanical arm pose parameters and to coordinate into a control system to control the mechanical arm operation; the system for the method comprises a visual identification module, an ampoule cutting mechanism, an ampoule knocking mechanism, a mechanical arm control system and a front end gripper. The application can accurately correct the mechanical arm to coordinate according to different ampoule sizes, ensure the consistency of ampoule cutting and knocking positions and directions, and realize the technical effect of automatic ampoule opening operation.

The application discloses a product turnover transferring equipment and method, which is used for turning over internal precision components of a carrier with a magnetic cover plate. The equipment mainly comprises a machine table, a transmission mechanism, a cover plate transferring mechanism, a turnover mechanism and a resetting mechanism. The transmission mechanism realizes automatic conveying of the carrier through a transmission line. The cover plate transferring mechanism separates the cover plate by means of an electromagnet to avoid operation interference. The turnover mechanism can adsorb the components and complete accurate turnover. The resetting mechanism accurately puts back the turned-over components into the carrier body by means of a mechanical arm and a clamping jaw. The application synchronously limits corresponding turnover transferring process steps, and sequentially completes the whole-process automatic operation of carrier feeding, cover plate dismounting, component turnover, component resetting, cover plate re-mounting and discharging. The equipment has compact structure and smooth linkage action, effectively solves the defects of positioning difference and resetting difficulty in traditional turnover operation, reduces manual intervention, improves the component turnover conveying precision and production yield, and is suitable for batch automatic production of precision components.

The utility model discloses a novel multifunctional bottle opener, including first bottle department, second bottle department, end cap, first bottle department sets up hollow part, and the inner wall of hollow part sets up embedding part and abutting part respectively, and embedding part inserts between bottle cap and bottle body, and abutting part cooperations, and the lever principle is used to open beer, soda and other bottle caps, and second bottle department sets up spiral drill, clamping piece and handle, and spiral drill rotates into red wine plug, and clamping piece holds red wine plug simultaneously, and cooperates to open red wine bottle with force, and opens simultaneously, and clamping piece protects cork from being destroyed due to the extrusion of spiral drill, and end cap sets up prying part and receiving cavity, and receiving cavity contains spiral drill and clamping piece, and prevents second spiral drill and clamping piece from hurting people, and prying part is set up as the form of thinning and narrowing towards the end part, and can pry the tinplate cover of can and the like, a variety of bottle opening functions are integrated, and the destruction of cork is avoided when opening, and the multifunctional bottle opener is novel in modeling, and has the appreciation of handicraft.

The utility model relates to linear password sample collector, including sample collector cover, uncovering base, translation conveying roller weighing device and translation conveying roller translation device, the sample collector cover surface open two sample bucket inlets and outlets, sample bucket inlet and outlet butt joint sample bucket conveying roller no.

To provide a tabbed lid opening hand, a tabbed lid opening system, and a method of opening a tabbed lid that are capable of automating an opening lid operation of the tabbed lid.SOLUTION: There is provided a tabbed lid opening hand for use in an opening lid operation for removing a tabbed lid from the opening section. Therein the tabbed lid includes: a lid main body that closes a circular shaped opening section of a container; and a tab that is connected to the lid main body and that is disposed along an outer side surface of the container. The tabbed lid opening hand includes: a base section that is attached to a robot arm; two claw sections that are supported by the base section and that approach and separate from each other; and a hook that is disposed with its tip end section facing in a direction intersecting the approach and separation directions and that is engageable with the tab.SELECTED DRAWING: Figure 5

The utility model discloses ampoule opener, including push assembly, cutter assembly and impact component, push assembly is equipped with the loading head for loading ampoule, push assembly carries ampoule and removes, cutter assembly is equipped on the removal path of push assembly and carries out cutting to ampoule when ampoule removes past with push assembly, impact component is connected with push assembly, and push assembly removes in the process and drives impact component energy storage, when push assembly removes to the cutting completion position of predetermining, impact component releases, and the bottle is realized by the head of ampoule and is opened, through the mechanical linkage of push assembly, cutter assembly and impact component, realize the integrated action of cutting - energy storage - impact, and completely get rid of the power dependence, be applicable to the bottle opening demand of all scene, and the user only contacts the bottle bottom, avoids the contact of hand and cutting area, impact position, eliminates the risk of cutting, and the instantaneous impact of impact component ensures that the bottle head is accurately fractured along the cutting trace, and glass debris is prevented from remaining.

A wallet includes a first shell with one or more openings on a shell perimeter adapted to clip one or more objects to the one or more openings; and a second shell coupled to the first shell, the second shell including a storage compartment; and first and second rails on each side of the second metal shell to slideably receive one or more cards in the storage compartment.

This invention relates to the field of intelligent manufacturing equipment technology, specifically disclosing an auxiliary mechanism, device, and industrial robot manipulator for opening pull-ring type cans. The auxiliary mechanism includes a fixed base, a bracket mounted on the fixed base, and an opening hook for hooking the pull ring of the pull-ring type can. The bracket includes at least one first profile arranged horizontally with a first groove. The opening hook is adjustablely mounted on the first profile through the cooperation of fasteners with the first groove. The auxiliary mechanism of this invention is independent of the industrial robot manipulator, which actively cooperates with the industrial robot manipulator to complete the opening action, avoiding damage to the can and material caused by puncture opening methods. Moreover, the combination design of the grooved profile structure and adjustable fasteners allows for convenient position adjustment of the opening hook in multiple directions, enabling rapid adaptation to the installation space requirements of different production line layouts.

A method of scoring a can end includes providing a sheet material with a base thickness and forming the material into a shell. The shell is pressed between a scoring die and a score anvil. The shell is scored with a score blade to form a main score defining a tear panel. The main score has a residual or thickness ranging from 0.0045 to 0.0057 inch. Finishing operations are performed on the can end.

The utility model provides a kind of ampoule quick opener with splash-proof structure, belong to medical instrument field, this kind of ampoule quick opener with splash-proof structure, it include: fixed base, the both ends of fixed base are fixedly connected with installation frame, the side of fixed base is provided with fixed sleeve, adjusting rod is inserted in the inner wall of fixed sleeve, and the one end of adjusting rod is equipped with sanding wheel, the side of installation frame top is provided with splash cover.The utility model: after sanding wheel is polished to the opening of ampoule, cooperate with the movement of the upper limit sleeve driven by poking block, the upper limit sleeve is connected with connecting block, lock nut and receiving ring, and the bottom of rotating rod is rotated in the inner wall of bearing, the upper limit sleeve is simultaneously connected with second elastic pad sleeve and a plurality of second rubber strips, and the upper part of ampoule is broken, in the process, the lower limit sleeve cooperates with arc-shaped splash ring and splash cover to avoid the splashing of liquid medicine in ampoule, improve the efficiency of the opening of opener, while reducing the risk of liquid medicine splashing.

This invention provides a peritoneal dialysis bag outlet plug breaking aid, comprising a main column, a breaking assembly, and a control assembly. One end of the main column has a positioning block, and a groove is formed on the side of the main column facing this position. A through groove is formed on the lower side of the groove. The breaking assembly includes a slider, an extension block, and a pusher. The slider is slidably installed in the groove, and the extension block is slidably installed in the through groove with its top end connected to the slider. The bottom end of the extension block extends downwards and has a pusher, so that the sliding path of the pusher is vertically offset from that of the positioning block. One end of the pusher extends towards the positioning block, and a first pusher is provided at this extension end. The control assembly drives the slider to slide back and forth. This invention replaces the manual breaking of the outlet plug by using the control assembly to drive the entire breaking assembly to move, causing the positioning blocks and the first pusher, which are of different heights, to apply shearing forces in opposite directions to the outlet plug, forcing it to break completely. The operation is convenient, quick, and completes the process in one step.

The application discloses a multi-chamber core atmosphere annealing crucible car, which is characterized by the following: a car body is arranged on a conveying structure; the car body comprises a lower seat for placing a core; an upper cover is fixed on the lower seat through locking members; lifting structures are arranged on the inward sides of left and right side frames; lifting structures are arranged on the front and back sides of the top end of the lifting structures and are used for lifting the upper cover; locking structures are arranged on the lifting structures and are used for locking and unlocking the locking members in the car body; driving members are arranged on each lifting structure and are used for driving the locking structures to lock and unlock the locking members; an outer car track is further arranged on the front side of the bottom frame; a conveying trolley is movably arranged on the outer car track; the locking structures are linked with the lifting structures through the driving members; the locking and unlocking actions are synchronized with the lifting and lowering processes of the upper cover; manual intervention is not needed; and the operation errors and loosening risks of traditional manual locking are avoided.

The utility model relates to medical instrument technical field, specifically disclose a switch cover device and nucleic acid analysis equipment, this switch cover device includes clamping mechanism and vertical moving mechanism, clamping mechanism includes bearing support, first drive assembly, pressure joint assembly, first clamping piece and second clamping piece, first drive assembly and pressure joint assembly all are located in bearing support, the drive end of first drive assembly is connected in first clamping piece and second clamping piece, vertical moving mechanism drive end is connected in bearing support, bearing support can drive pressure joint assembly and press in the pipe cover. The utility model discloses switch cover device can realize the automation of the uncapping or the capping of reaction consumables, not only high efficiency, and through the cooperation of first clamping piece, second clamping piece and pressure joint assembly, also reduce the probability of error, improve the accuracy and reliability of the pipe cover cover set on the pipe body, also reduce the labor cost and pollution risk.

An apparatus comprises: a robotic arm and an end-of-arm attachment fixedly attached to the robotic arm, where the end-of-arm attachment comprises: a fixed portion of the end-of-arm attachment fixedly attached to the robotic arm which is adapted to receive exchangeable portions of the end-of-arm attachment; a first exchangeable portion of the end-of-arm attachment adapted to remove a cap from a container, retain the cap, and reinstall the cap on the container; and a second exchangeable portion of the end-of-arm attachment adapted to install a dispense head on the container and remove the dispense head from the container, where the dispense head is capable of dispensing a liquid-based material from the container. Methods of using the apparatus are provided.

This utility model relates to the field of medical device technology, specifically disclosing a cap-switching device and a PCR analysis device, including a carrier plate, a clamping mechanism, and a vertical moving mechanism. The clamping mechanism includes a support bracket, a first driving component, a pressing component, and a snap-fit ​​component. The support bracket is movably mounted on the carrier plate along the Z-direction, and the first driving component and the snap-fit ​​component are both mounted on the support bracket. The driving end of the first driving component is connected to the pressing component. The vertical moving mechanism is mounted on the carrier plate, and its driving end is connected to the support bracket. The cap-switching device of this utility model enables the opening and closing of reaction consumables, avoiding the difficulty of opening and closing caps caused by tilting of the tube caps. It is not only highly efficient but also prevents deformation of the tube body or the tube caps, thereby reducing the probability of errors and improving the accuracy and reliability of the tube caps being mounted on the tube body. It also reduces labor costs and the risk of contamination.

This utility model discloses an automated ampoule cutter, including a frame, a storage compartment mounted on the frame, a first driver fixedly connected to the frame, and an actuator mounted on the first driver. The storage compartment has several mounting slots for installing ampoules, the mounting slots being arranged along the length of the storage compartment. The first driver drives the actuator to reciprocate along the length of the storage compartment. The actuator includes a spinning assembly and a ring-cutting blade. The spinning assembly rotates and can press the ampoules, causing them to rotate. The ring-cutting blade abuts against the ampoule and is positioned at the neck of the ampoule. The ampoules are installed in the mounting slots of the storage compartment, arranged neatly and corresponding to the actuator. The spinning assembly can press the ampoules and cause them to rotate, and the ring-cutting blade can cut the neck of the ampoule, achieving complete automation, improving work efficiency, and eliminating the need for human intervention.