27267 results about "Bottle" patented technology

The invention discloses a glass bottle surface defect detection method based on visual detection, relates to the technical field of surface defect detection, and aims to solve the problem of inaccurate glass bottle surface detection. According to the method, information combination is carried out on the types, the number and the severity of the defects, weight distribution is carried out, then comprehensive scoring is carried out, various factors can be comprehensively considered in the mechanism, a more comprehensive and accurate scoring result is obtained, and defect boundaries are extracted through a contour detection method. According to the method, the defect position can be accurately positioned, the defect boundary can be accurately extracted, a reliable data basis is provided for subsequent analysis and processing, defect candidate areas are generated through a threshold segmentation method, screening is carried out through size filtering, shape matching, texture analysis and other methods, candidate areas without defects can be eliminated, and the defect detection accuracy is improved. And an image of the defective glass bottle can is accurately obtained.

A container carrier for unitizing a plurality of containers that includes a first engagement means configured to engage a can and a second engagement means configured to engage a bottle, wherein the first engagement means and the second engagement means are generally superimposed upon each other.

The invention relates to the technical field of digital quality management, in particular to a light-weight glass bottle quality digital traceability method and system. The method comprises the following steps: acquiring glass bottle design data, and constructing a lightweight glass bottle model; detecting the structural strength of the bottle body based on the lightweight glass bottle model; carrying out bottle body surface defect detection based on the bottle body structural strength to generate bottle body surface defect data; performing defect tracing based on the bottle body surface defect data to obtain bottle body production defect process data; carrying out wall thickness non-uniformity anomaly detection based on the structural strength of the bottle body to obtain wall thickness non-uniformity data; the alignment offset of the mold core and the mold cavity is evaluated based on the wall thickness non-uniformity data; and carrying out positioning pin fracture detection according to the alignment offset of the mold core and the mold cavity to obtain positioning pin fracture data. The glass bottle production process is optimized based on the digital quality management technology, and the quality recognition rate, the abnormal response speed and the production process transparency are effectively improved.

1.-3. Fig. 1 is a perspective view of a bottle;Fig. 2 is a front view thereof;Fig. 3 is a back view thereof;Fig. 4 is a left view thereof;Fig. 5 is a right view thereof;Fig. 6 is a top view thereof; andFig. 7 is a bottom view thereof;The dash-dot broken lines show the boundaries of the claimed design and form no part of the claim; The evenly dashed broken lines show portions of the bottle that form no part of the claim.; 4. Fig. 4.1 is a left perspective view of a bottle;Fig. 4.2 is a right perspective view thereof;Fig. 4.3 is a front view thereof;Fig. 4.4 is a back view thereof;Fig. 4.5 is a left view thereof;Fig. 4.6 is a right view thereof;Fig. 4.7 is a top view thereof; andFig. 4.8 is a bottom view thereof;The dash-dot broken lines represent the boundaries of the claimed design and form no part of the claim; The evenly dashed broken lines represent portions of the bottle that form no part of the claimed design.; 5.-11. Fig. 1 is a perspective view of a bottle;Fig. 2 is a front view thereof;Fig. 3 is a back view thereof;Fig. 4 is a left view thereof;Fig. 5 is a right view thereof;Fig. 6 is a top view thereof; andFig. 7 is a bottom view thereof;The dash-dot broken lines show the boundaries of the claimed design and form no part of the claim; The evenly dashed broken lines show portions of the bottle that form no part of the claim.

The invention relates to the technical field of optical detection, in particular to a glass bottle surface spraying quality detection method which comprises the following steps: under a specified wavelength, acquiring target incident light by adjusting a polarization angle, irradiating a glass bottle spraying layer, collecting a transmission spectrum signal to calculate parallel and vertical polarization transmissivity and ratio of the spraying layer, and generating polarization transmissivity. According to the method, the light with the polarization angle irradiates the spraying layer, the polarization component of the transmission light is obtained, the thickness uniformity and the internal structure are analyzed, weak areas, particle flaws and excessive spraying of the spraying layer are recognized, the defect detection precision is improved, multi-angle transmissivity data are collected, the change rate is calculated, and color deviation and thickness abnormity are accurately positioned; through cross analysis of multiple optical parameters, evaluation of adhesive force, curing quality and color consistency is more detailed, spraying abnormity is classified, multiple detection means act synergistically, interference such as environment illumination and material reflectivity is reduced, and the detection accuracy of spraying quality is improved.

The present invention discloses a dispensing system for granular products, comprising: a bag making device, a bottle storage device, two material bottle transmission devices, two dispensing driving devices, a sealing bag dropping device and a packaging bag rotating device; the bottle storage device is respectively connected to the two material bottle transmission devices; the two material bottle transmission devices are located on both sides of the packaging bag rotating device, the packaging bag rotating device is a ring-shaped conveying structure, and the packaging bag rotating device can make the fixed packaging bag pass under the material bottle transmission device; the dispensing driving device is located on the outside of the material bottle transmission device, so as to be able to dispense the granular products in the material bottle into the packaging bag; the sealing bag dropping device is located on one side of the packaging bag rotating device; the bag making device is located below the packaging bag rotating device, so as to be able to provide packaging bags to the packaging bag rotating device. The dispensing system solves the defects of the prior art that the device cannot be automatically produced, jams occur between workstations, and the production efficiency is low.

The bubble juicing all-in-one machine comprises a main machine and a bubble beverage bottle, and an inflation device and a driving device are arranged in the main machine; a juicing assembly capable of rotating, chopping and stirring is arranged in the bubble beverage bottle, a detachable connecting structure is arranged between the bubble beverage bottle and the main machine so that the bubble beverage bottle can be connected to the main machine, and a butt joint structure enabling the driving device to be in transmission connection with the juicing assembly after the bubble beverage bottle and the main machine are connected is arranged between the bubble beverage bottle and the main machine. The top of the bubble beverage bottle is provided with an air delivery port communicated with an inner cavity of the bubble beverage bottle, the top of the main machine is connected with an air delivery arm capable of moving to the position above the bubble beverage bottle, and an air delivery channel used for being connected with an air inflation device and an air inflation structure used for connecting the air delivery channel with the air delivery port of the bubble beverage bottle are arranged in the air delivery arm. The bubble juicing all-in-one machine aims to overcome the defects in the prior art and is diversified in function, high in adaptability, convenient to operate and clean and capable of improving the use comfort.

An atomization mechanism of an aroma diffuser includes an atomization shell and an essential oil bottle. The essential oil bottle is provided with a first cavity, and the atomization shell is provided with a second cavity. When the atomization mechanism is placed normally, pressure exerted by a ball on a spring can compress the spring, making a second communication hole of a leakage-proof cover open. When the atomization mechanism is tilted, pressure exerted by the ball on the spring is not sufficient to compress the spring, and the spring stretches to make the ball abut against at least a portion of the leakage-proof cover, so that the second communication hole of the leakage-proof cover is closed.

The invention discloses a glass bottle blow molding device and a demolding method.The glass bottle blow molding device comprises a blow molding table and a pre-forming mold arranged on the blow molding table and further comprises an air flapping assembly and a triggering mechanism which are both arranged in the blow molding table; an air blowing pipe is further arranged in the pre-forming mold, and a shaping mechanism is arranged on the air blowing pipe. Through mutual cooperation of the blow molding table, the pre-forming mold, the air flapping assembly, the triggering mechanism, the air blowing pipe and the shaping mechanism, the triggering mechanism moves to sequentially trigger the air flapping assembly to rotate and be in butt joint with the pre-forming mold, and the air blowing pipe is matched to enable a blank in the pre-forming mold to form an opening; and after the shaping mechanism is triggered by the triggering mechanism to move upwards to the opening, the shaping mechanism rotates and is gradually unfolded, so that the opening of the ingredient can be shaped, the opening is uniform and smooth, the problem that the thicknesses of bottle openings of glass bottles are inconsistent due to various factors is solved, and the blow molding precision of the glass bottles is improved.

The present invention provides a wine barrel, belonging to the technical field of wine and beverage drinking equipment. It solves the problem of gas waste caused by premature release of gas from gas cylinders in existing wine barrels during transportation and storage of empty barrels. The wine barrel includes a barrel body, a gas cylinder is provided in the barrel body, and a gas cylinder valve is provided on the gas cylinder. The top of the gas cylinder has a bottle mouth and a piston hole is provided in the bottle mouth. A piston is slidably provided in the piston hole. A closed pressure chamber is formed between the upper side of the piston and the inner wall of the piston hole. A trigger disk is also provided in the bottle mouth and is located on the lower side of the piston. The trigger disk includes a main body slidably connected to the bottle mouth, a limit portion is provided on the bottle mouth that can limit the upward movement of the trigger disk, and a vent is provided on the main body that connects the space between the trigger disk and the piston to the inner cavity of the barrel body. The present invention can prevent gas waste caused by premature release of gas from gas cylinders in the wine barrel during transportation and storage of empty barrels.

The invention relates to a method for coating the inner surface of a glass container, which comprises a frosting step and a silicification treatment step, and is characterized in that before silicification treatment, the frosted glass container is inverted, the inverted angle of the glass container is adjusted to be 75-85 degrees, and meanwhile, the rotating speed is adjusted to be 30-90 r / min. The preparation method has the advantages that the preparation method is simple, the condition is mild, the environmental protection requirement is met, the mechanical wear resistance of the film layer is improved, the prepared film layer has small thickness deviation, excellent uniformity and stable quality, and the preparation method is suitable for deep processing of glass storage bottles, especially storage bottles for high-purity chemical reagents.

The invention discloses a glass bottle grabbing method and system based on visual inspection, and the method comprises the steps: carrying out the real-time recognition of a bottle opening, a bottle body contour and defect features through an image recognition algorithm, and outputting a detection data set containing the precise three-dimensional pose and feature identification of a glass bottle; based on the detection data set, generating an action parameter set containing the expansion and contraction amount, the rotation angle and the grabbing time sequence; according to the action parameter set, the movable guide rail is controlled to slide to a target area along the fixed guide rail, and self-adaptive adjustment of grabbing force is achieved through an impedance control algorithm; and after grabbing is completed, the conveying path is dynamically corrected through a model prediction control algorithm in combination with the real-time movement speed of the conveying belt, the conveying belt is accurately placed on a preset detection station, and a closed-loop grabbing-conveying process is formed. By utilizing the embodiment of the invention, high-precision identification, dynamic task allocation and self-adaptive flexible grabbing of the glass bottle can be realized, and the grabbing success rate and the production efficiency are improved.

The utility model provides a spraying device on a feeding bottle cleaning machine and the feeding bottle cleaning machine, and aims to solve the problem that a spraying arm on the feeding bottle cleaning machine in the prior art is unstable in water spraying due to the fact that the connection between the spraying arm and a stand column is unstable. A spraying device on a feeding bottle cleaning machine comprises a bottom frame provided with a water supply assembly; a water guide channel which extends from bottom to top and is communicated with the water supply assembly is arranged in the water guide stand column; and an upper spraying arm, a clamping assembly for clamping the upper spraying arm on the water guide stand column is arranged between the upper spraying arm and the water guide stand column; the clamping assembly comprises a first clamping part which is located on the upper spraying arm and has elasticity and a second clamping part located on the outer side wall of the water guide stand column. And the first clamping part is clamped with the second clamping part under the action of elasticity. A stable connection relation is formed between the upper spraying arm and the water guide stand column through the clamping assembly, and the upper spraying arm can be prevented from sliding relative to the water guide stand column.

The invention discloses a multi-mode cooperative intelligent infant tending control system and method. The system comprises a sensor module, a data fusion module, a path planning module, a trajectory prediction module, a parameter optimization module and a trajectory generation module. According to the invention, data are collected through the sensor module on the RGB-D camera, the laser radar and the six-dimensional force sensor arranged on the mechanical arm, an environment sensing model is constructed, and a feeding bottle is positioned; the mechanical arm plans a path according to the sensing information and completes the actions of grabbing a feeding bottle, measuring milk powder and receiving water; when the two arms cooperatively work, the distance is monitored in real time to prevent collision, the grabbing and scraping actions are accurately controlled by virtue of feedback of a force sensor, and meanwhile, the rotating and shaking actions are dynamically adjusted by virtue of IMU (Inertial Measurement Unit) attitude compensation and vibration monitoring; the milk frothing device can efficiently and safely realize milk frothing.

The invention discloses a forming method of a large-size special-shaped glass bottle, and relates to the technical field of glass bottle production, and the forming method comprises the following steps: S1, dropping a molten glass bottle dropping material into an initial mold, introducing compressed air into the initial mold by a choke plug, and filling the initial mold with the dropping material to form a bottle body prototype and a bottleneck prototype; through the designed blowing mechanism, the inner wall is blown through a blowing and suction nozzle in a first arc-shaped pipe on an arc-shaped plate in use, so that impurities and dust on the inner walls of a fixed mold and a rotating mold in a forming mold can be blown and cleaned; and meanwhile, blowing and suction nozzles on a second arc-shaped pipe suck and discharge impurities and dust drifting away after blowing to complete purification, so that different suction and suction nozzles can achieve the air suction function to suck away the impurities and can also conduct air blowing operation to blow out foreign matter in the forming mold, and the forming mold is more convenient to use. And the forming mold and a glass bottle finished product in the forming mold can be cooled.

A pesticide product having a liquid dispensing system and a pesticidal composition contained within a bottle. The liquid dispensing system includes a bottle having an interior volume and a neck terminating in a rim circumscribing and defining a main opening through the neck to the interior volume. The neck has a first retaining feature. The liquid dispensing fixture includes a housing, a carry handle, an electric motor configured to drive a pump, a dispensing nozzle in fluid communication with the pump, and a spray actuator operatively connected to the pump. The liquid dispensing fixture is configured to engage the first retaining feature of the bottle. The pesticidal composition includes from about 0.5% to about 10% clove oil; from about 0.01% to about 1.5% citric acid; an anionic surfactant; and water.

1. The name of the product of this design: square flat bottle (pet300ML). 2. Purpose of the product with this design: This product with this design is a bottle used to hold liquids. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture. 5. This design product is made of transparent material.

The invention discloses a gas positive pressure type solid-phase extraction device and an extraction method, and relates to the technical field of solid-phase extraction devices. A gas positive pressure type solid-phase extraction device comprises a base and further comprises a first supporting column and a second supporting column which are both rotationally installed on the base, an upper rotary disc and a lower rotary disc are longitudinally installed on the first supporting column in a sliding mode, a plurality of placing holes are formed in the upper rotary disc and the lower rotary disc, and the first supporting column and the second supporting column are arranged on the base. An upper bottle body and a lower bottle body are inserted into the two sets of containing holes respectively, an opening and closing part for driving the upper rotary disc and the lower rotary disc to ascend and descend is arranged on the first supporting column, and a switching part for driving the first supporting column and the second supporting column to rotate is arranged on the base. According to the device, multiple steps of extraction can be automatically realized, the device is more convenient, labor-saving and efficient to use, and liquid can pass through the filler more quickly, so that the solid-phase extraction efficiency is improved.

A multi-faceted transition bottle with round base provides a high-pack density design that is optimized for safe and efficient packing, transporting, and shipping while maintaining compatibility with existing filling, corking, and labeling equipment. The multi-faceted transition bottle includes a multi-faceted body portion and a round base portion. The multi-faceted body portion includes a seamless transition from the facets to the round base portion. The multi-faceted transition bottle is not only stronger but lighter than conventional bottles. The multi-faceted transition bottle enables more efficient packaging that relies on the faceted portion of the bottle design to increase packing density and structurally strengthen the package, thereby reducing packaging waste and reducing the dimensional size and weight of packages. Advantageously, the multi-faceted transition bottle reduces the carbon footprint associated with packing, shipping, transporting, and storing bottles by reducing bottle weight and dimensional size, reducing excess packaging, enhancing pack density, and reducing fuel costs.

A cosmetic glass bottle sterilization device comprises a sterilization assembly, a movable bottom plate base and a fixed support. The movable bottom plate base is rotationally connected with the fixed support, the disinfection and sterilization assembly comprises a swing clamping plate and a steam conveying assembly, the swing clamping plate is rotationally connected with the movable bottom plate base, and the swing clamping plate and a glass bottle fixed to the swing clamping plate can present a sine-curve-like moving track; when the glass bottle moves, the steam nozzle continuously sprays high-temperature steam into the glass bottle, the high-temperature steam sprayed into the glass bottle is not subjected to external force any more, and the position of the glass bottle is changed due to continuous external force, so that relative speed and relative displacement occur between the glass bottle and the high-temperature steam in the glass bottle; therefore, turbulent flow of high-temperature steam is generated in the glass bottle, the high-temperature steam continuously changes a flow channel and spreads all over each corner in the glass bottle, disinfection dead angles are eliminated, and the glass bottle can be comprehensively and thoroughly disinfected.

The invention relates to the technical field of gas sampling, in particular to a gas in-situ sampling device suitable for a medium-high temperature geothermal field, the core of the gas in-situ sampling device is a sealed cabin, and the sealed cabin is internally integrated with a pressure stabilizing and separating unit which comprises a gas-liquid separating chamber with a lower inlet and an upper outlet so as to realize gas-liquid separation by utilizing gravity settling; at least one forevacuum sampling bottle for containing samples and at least one purging bottle pre-filled with high-pressure inert gas are arranged on the disc type magazine; the rotary positioning module is used for rotating the disc type magazine so as to align the bottle opening of the sampling bottle or the purging bottle to the outlet of the pressure stabilizing and separating unit; and the linear butt joint module is used for pushing the selected sampling bottle or purging bottle, so that the bottle opening of the selected sampling bottle or purging bottle is in butt joint with the outlet of the pressure stabilizing and separating unit. According to the embodiment of the invention, through cooperative operation of the rotary positioning module and the linear docking module in the sealed cabin, automatic operation of single-time well descending and multiple sampling is realized.

The invention relates to the field of glass bottle forming dies, in particular to a functional glass bottle forming die and a forming process thereof. The treatment mechanism is used for cleaning impurities in the glass bottle forming process; the filling mechanism is mounted on the processing mechanism; the filling mechanism comprises a straight groove plate, a vertical groove is formed in the bottom of the straight groove plate, leakage-proof laminations are fixed in the straight groove plate, bottle body molds are arranged at the top of the straight groove plate, inclined panels are fixedly connected to the outer sides of the bottle body molds, and the number of the leakage-proof laminations, the number of the bottle body molds and the number of the inclined panels are all two. According to the functional glass bottle forming mold and the forming process thereof, the extruded inclined panel can drive the bottle body mold connected with the inclined panel to move towards the center of the straight groove plate, and finally the two bottle body molds can play a role in wrapping and forming a high-temperature glass bottle.

The invention discloses a light-weight manufacturing method and system for a PET bottle for food packaging, particularly relates to the technical field of PET bottle blank manufacturing, and aims to solve the problem that the subsequent blow molding quality is affected due to the fact that complex internal stress is generated in a bottle blank due to a rapid cooling process after injection molding in the prior art. Image information and temperature distribution data of a bottle blank after injection molding are obtained, geometric features and cooling rate differences are analyzed and recognized based on multi-physics coupling, a stress cause weight evaluation model is established to generate a stress distribution map, and then structural entropy increase factors under different temperature adjustment paths are simulated and calculated according to thermodynamic parameters, so that the temperature adjustment precision is improved. And carrying out partitioned temperature adjustment treatment on the bottle blank, and finally, carrying out constant-temperature and constant-humidity standing to sufficiently relax the stress. The internal stress distribution of the bottle blank can be effectively controlled, and the wall thickness uniformity and the mechanical property consistency of the light-weight PET bottle are improved.

A refillable dispenser case includes an outer base rotatably connected to an outer cover; a cup received within and slidably coupled to the outer base; the outer cover has a lower portion which extends within the outer base and sleeves around an upper portion of the cup, and the lower portion of the outer cover is provided with at least one slanted sliding groove, each of which engages with a corresponding protrusion protruded outwards from the cup; a bottle inserted in the cup and having a dispensing outlet at an upper portion thereof; rotation of the outer base relative to the outer cover simultaneously rotates the cup and drives the protrusion of the cup to move along the corresponding slanted sliding groove and thereby driving the cup to slide axially relative to the outer base between a retracted position and an extended position.

The invention discloses a portable field multifunctional medical instrument, and relates to the technical field of medical instruments, the portable field multifunctional medical instrument comprises a shell with a Y-shaped cross section, a main frosted knife abutting against an ampoule bottle opening is arranged at the middle position of the shell, and a curved plate located above the main frosted knife is arranged at the middle position of the shell; a driving assembly used for driving the curved plate to move to impact the tip end of an ampoule bottle to achieve shell ejection is arranged in the shell, a bottle opening groove used for opening an aluminum cap bottle is formed in the lower surface of the shell, and the bottle opening groove is composed of a plurality of sections of curved surfaces of different sizes. The device integrates the multiple functions of bottle opening, marking, horizontal positioning, guiding and the like, medical staff can achieve various operations by taking the device without repeatedly finding and taking various medicine related tools in a first-aid kit, the time of the medical staff is saved to a certain degree, and the life rescue efficiency is improved.

To provide an ice pack bottle having a simple structure, being easy to carry, having excellent cooling effect, and being reusable. [Solution] The ice pack bottle comprises a container body 1, an outer lid 2, a sealing ring 3, an inner lid 4, an inner container 5, and a fitting member 6. It has a simple structure and an appearance similar to an insulated bottle. The container body has a double-layer vacuum insulation structure, making it easy to carry and providing excellent cooling effect. The inner container is removable and reusable, saving costs and being environmentally friendly.

The invention provides a bottle nitrogen charging process quality evaluation method applying artificial intelligence, and the method comprises the steps: obtaining airflow velocity distribution, vortex intensity and streamline form at a bottle opening of nitrogen charging equipment, carrying out the feature extraction and time sequence analysis, and generating an airflow feature data set; if the airflow characteristic stability is lower than a preset threshold value, predicting airflow velocity distribution, vortex intensity and a short-term change trend of a streamline form through a long-short-term memory network algorithm to obtain a future evolution state of the airflow characteristics; adjusting a nitrogen injection rate and an injection angle of nitrogen charging equipment according to the future evolution state of the airflow characteristics, and generating optimized nitrogen charging control parameters; and adjusting nitrogen injection parameters according to the optimized nitrogen charging control parameters, updating the operation state of the nitrogen charging equipment in real time, and generating an updated airflow characteristic data set.

The utility model provides a feeding bottle cleaning machine provided with a quick disassembly and assembly type storage rack. The feeding bottle cleaning machine aims to solve the problem that a storage rack used for placing nipples on a feeding bottle cleaning machine in the prior art is inconvenient to assemble and disassemble. A feeding bottle cleaning machine provided with a quick disassembly and assembly type storage rack comprises a machine body, a cleaning tank is arranged in the machine body, and a first hanging part is arranged on the inner side wall of the cleaning tank; a spraying assembly is arranged in the cleaning tank, and the spraying assembly comprises a water guide column which is arranged in the cleaning tank and extends upwards; and the storage rack is arranged in the cleaning tank and located on the upper side of the water guide column, a second hanging part is arranged on the storage rack, the second hanging part is hung on the first hanging part, and the middle of the storage rack is supported on the water guide column. According to the utility model, a user can conveniently and quickly disassemble the commodity shelf.

The invention discloses a plastic product forming device and method which are applied to the technical field of plastic product forming, the plastic product forming device comprises an extrusion mechanism with an extrusion die head, a filling mechanism with a filling needle, a clamp mechanism and a forming die with a head die and a main die, a supporting channel is arranged in the extrusion die head, the filling needle is connected into the supporting channel, and the filling needle is connected into the main die. The filling needle comprises a liquid inlet channel arranged in the center, a gas channel arranged on the periphery of the liquid inlet channel, a cooling water inlet channel and a cooling water return channel, and a liquid outlet of the liquid inlet channel and a gas outlet of the gas channel are formed in the lower end of the filling needle. And the lower ends of the cooling water inlet channel and the cooling water return channel are communicated to form a cooling loop. According to the plastic product forming device and method, the main mold vacuum suction technology and the filling needle blowing technology are combined, and the production requirement for full forming of special bottle types and large-volume bottle types is met.

An interactive toy system includes a barrel forming an internal space capable of holding a figurine, and a bottle forming an enclosure to house the barrel. An inter-wall space is formed between the barrel and the bottle for holding a liquid. The wall of the bottle and the wall of the barrel are configured to have opaque portions. The opaque portions of the barrel wall and the bottle wall are initially oriented to block the user's view inside the barrel. When ingredients are added to the inter-wall space with water, a liquid of opaque color is created. Then the barrel is rotated and an ingredient or material (e.g., liquid, powder, etc.) is mixed with the liquid to clarify the liquid revealing the figurine inside the internal space. The ingredient or material can further create a fizz in the inter-wall space.