40 results about "Glass container" patented technology

A method for inspecting circulating glass containers from a hot section of a glass container manufacturing installation to a cold section of the installation, in which the following are implemented for one of said containers: - an inspection (DET_D1) carried out by a first detection device (7H) configured for the inspection of circulating containers within the hot section and configured to detect the presence of at least one defect of a given type, - an emission (TX_M) by the first detection device of a message generated based on an inspection result by the first detection device, - a reception (RX_M) by a second detection device (7C) configured for the inspection of circulating containers within the cold section, of an alert message, - a modification (MOD_P), by the second detection device, of at least one detection parameter. Fig. 2.

There are provided an optical computing method and system for inspecting in through light a container. The container is illuminated by elementary emitting areas each emitting a polarized emitted light with an emitted polarization property of interest that varies according to a law of periodic variation which, over a primary period, follows a triangular variation as a function of the position of the elementary emitting area along the primary direction. Digital images are acquired, with at least one camera, with interposition of a linear analyzer having a given axis of polarization for a partial digital image. At least one primary raw refraction image is calculated, each pixel of which is representative of the refraction undergone by the light. The system advantageously includes a two-dimensional matrix of liquid crystal cells.

The present invention discloses tibicos wine, comprising: 1 cup of tibicos grains (water kefir), 1 cup of sugar, and 1000 mL of water as the ingredients. The ingredients according to claim 1, wherein said sugar is white sugar. The process of making tibicos wine comprising the steps of: mixing sugar with water in a glass jar until sugar is dissolved; mixing tibicos grains into a water-sugar mixture; covering the mixture with cotton cloth and tying with an elastic band; fermenting said mixture; filtering tibicos grains using fine strainer to separate tibicos wine; and packaging tibicos wine in a glass container, and sealing properly. The process according to claim 2, wherein said fermentation is done three (3) days.

The present invention relates to a fermented wine product made from Muntingia calabura L. (Mansanitas) and the method of its production. The production process involves several key steps: washing, draining, and slicing ripe Mansanitas fruits; obtaining pulp by sterilizing, crushing, and squeezing the fruit; boiling a sugar and water mixture for 10 to 15 minutes, then cooling it to room temperature (22°C to 25°C); inoculating the Mansanitas pulp with yeast to initiate fermentation; performing a clarifying treatment, including filtration and sterilization, every 30 days; and transferring the fermenting mixture into glass containers or wine bottles. Mansanitas wine offers a cost-effective alternative to more expensive table wines on the market. The method is adaptable for standardized production and is straightforward to implement, making it a viable solution for mass production.

The rubber oil filled film light resistance yellowing test method disclosed in the application, at a certain temperature, accurately weighs rubber oil and rubber particles, places them in a glass container, and oscillates on an oscillator in a test box at a fixed frequency until the transparent glue solution is uniform, carries out constant volume, oscillates again until the transparent glue solution is uniform, and then carries out quantitative gravity coating in the test box, places the glue film on a quartz sheet, and places it for a proper time at a specified temperature and air flow rate, waits until the solvent is completely volatilized, covers the surface with treated release material for standby. The above-mentioned standby test sheet is placed in a simulated sunlight irradiation test box, after irradiation for a specified time, the color difference instrument is used to test the glue film before and after the experiment, and the test result is obtained. The rubber oil filled film light resistance yellowing test method solves the problem that the result obtained by the existing method has low repeatability and it is difficult to evaluate the subtle yellowing difference of the rubber oil filled film.

The patent discloses a glass mold pressing forming demolding mechanism, which comprises a mold pressing cover body and a mold pressing shell, the inside bottom wall of the mold pressing shell is hingedly connected with short side plates and long side plates through hinges, the number of the short side plates and the long side plates is both two, the two short side plates and the long side plates are combined into a cuboid shell, the outer side surfaces of the short side plates and the long side plates are both provided with wheel grooves and expansion grooves, the bottom end of the wheel groove is in communication with the top end of the expansion groove, two long side plates and short side plates are arranged in the mold pressing shell, the outer side surfaces of the long side plates and the short side plates are both provided with wheel grooves, the bottom of the wheel groove is provided with an expansion groove, a supporting wheel controlled by a driving mechanism is rotatably arranged in the wheel groove, when the glass container is pressed, the four plate bodies are turned along the hinge points through the rebound effect of the spring, the inner side surfaces of the long side plates and the short side plates are no longer attached to the outer side wall of the glass container, the demolding of the glass container is facilitated, and the glass container is prevented from being abraded.

A portable beverage container is provided. The portable beverage container may include a glass vessel having a neck; a metal outer shell configured to surround a first portion of the glass vessel; a cap configured to engage with the metal outer shell to surround a second portion of the glass vessel; and an amorphous thermoplastic spout having a neck configured to be inserted through an opening in the cap and into the neck of the glass vessel. The spout may be configured to securely engage with the cap. The cap may include a lid with an elastomeric sealing member having a knob configured to extend into a recess in the spout and a recess configured to wrap around and over a lip of the spout. The spout may be removable from the cap while the cap is engaged with the outer shell.

The utility model discloses an experimental glass container drying machine relates to glass container drying technical field, specifically for including drying box, the inside fixed connection of drying box has the guide block, the surface of guide block is established with the guide groove, the inside slide connection of guide groove has the limit block, one side fixed connection of limit block has the fixed frame, the one side of fixed frame is established with a plurality of even distribution's positioning hole, the one side of fixed frame is provided with the fixed block, the below of fixed block is established with the positioning slot, the inside fixed connection of positioning slot has the first spring. This one kind experimental glass container drying machine, through the cooperation setting of fixed frame, fixed block, adjusting block, fixed column, first spring, positioning rod, can adjust the position of fixed block in the process of using to the role of adapting the glass container of different size and placing, reaches the purpose that improves practicality.

This invention provides a method and apparatus for improving the water resistance of the inner surface of a glass container, relating to the field of pharmaceutical glass container manufacturing technology. The method includes: after the glass container is formed but before annealing, performing a first online treatment and a second online treatment sequentially on the glass container. The first online treatment is a pure steam purging process, and the second online treatment is a compressed air purging process. The technical solution provided by this invention utilizes the residual heat of the glass container after forming to induce hydration and ion exchange reactions of alkali metal ions on the inner surface with pure steam, forming a silicon-rich layer. Then, compressed air is used to remove residual condensate and reaction byproducts and dry the inner surface. This achieves improved water resistance of the inner surface of the glass container without offline treatment on the bottle-making production line.

The present disclosure relates to a mold for manufacturing a glass container including a left mold and a right mold, wherein the left mold includes a left fixed mold; and a left separated mold positioned on a side surface of the left fixed mold, the right mold includes a right fixed mold; and a right separated mold positioned on a side surface of the right fixed mold, the left separated mold is movable forwardly and backwardly while the left fixed mold is stationary, and the right separated mold is movable forwardly and backwardly while the right fixed mold is stationary.

The present application relates to the technical field of hydrogel foam materials, and specifically provides a high-hydrophilic sweat-absorbing hydrogel foam material and a preparation method thereof, which comprises the following steps: dispersing and dissolving excess chitosan in a low-concentration acetic acid solution to obtain a pre-preparation A; dissolving cellulose nanofiber in deionized water to obtain a pre-preparation B; injecting the pre-preparation A and the pre-preparation B into the same glass container according to a specific volume ratio for mixing, and under the acidic conditions provided by acetic acid, the cellulose nanofiber reacts to generate flocculent precipitate; then, a specific crosslinking agent is added to the foam for chemical crosslinking reaction to obtain a gel precursor solution. The preparation method of the present application does not involve complex equipment, the process is simple and easy to implement, the required raw materials are non-toxic and have strong biocompatibility, the prepared foam material has high water absorption and strong hydrophilicity, and has good form retention capability, and can be widely used in the fields of medical sponges, household cleaning supplies and the like for the purpose of sweat absorption detection.

This invention discloses an IH electromagnetic heating glass container and its assembly process. The container includes a glass container body and a flexible, bonded heating structure made of metal powder disposed at the bottom of the glass container body. The flexible, bonded heating structure includes magnetically conductive metal powder, an aerogel insulation layer, and a non-magnetically conductive sealing and limiting bottom shell. The non-magnetically conductive sealing and limiting bottom shell is snapped into the bottom of the glass container body, forming a sealed powder chamber between the non-magnetically conductive sealing and limiting bottom shell and the glass container body. The magnetically conductive metal powder is filled inside the powder chamber and tightly bonded to the outer bottom surface of the glass container body. The aerogel insulation layer is disposed on the inner wall of the non-magnetically conductive sealing and limiting bottom shell. The process is used to assemble the container. The advantages of this invention are: crack resistance and durability, stable and reliable heating performance, high heating efficiency, energy saving and anti-scalding, simple structure, controllable cost, convenient assembly and disassembly, conducive to mass production, and a cost-effectiveness far exceeding that of traditional IH electromagnetic heating glass containers.

Methods and systems for controlling vertical glass distribution are provided. A traversing pyrometer periodically measures a parison actual temperature after the parisons exit a blank mold. The thermal camera takes a thermal image of each glass container after the glass container exits the blow mold. A vertical glass signature extraction module extracts a vertical glass distribution signature. A parison temperature estimator determines a parison estimated temperature for each vertical glass distribution signature obtained based on the vertical glass distribution signature, a most recently measured parison actual temperature and a parison stretch time. A parison temperature summer compares the parison estimated temperature to a parison set point temperature to determine a parison temperature error. A parison temperature control controls a blank mold contact time based on the parison temperature error.

This invention provides an improved electric heater and an electrical appliance for heating food or water, including an electric heater (1) and a container (2) for holding food or water. The electric heater (1) is placed below the container (2), and a graphene composite plate (3) is laid between the electric heater (1) and the container (2). The electric heater (1) generates heat when energized and transfers the heat evenly and quickly to the graphene composite plate (3). The container (2) placed on the graphene composite plate (3) absorbs the heat and then heats the food or water inside. The graphene composite plate is a superconducting material with a heat transfer efficiency 10 times that of ordinary materials. Therefore, it can quickly and evenly absorb the heat generated by the electric heater and heat it evenly, avoiding the technical problem that the glass container placed on it is prone to breakage due to large local temperature differences caused by uneven heating of the electric heater. At the same time, the graphene composite plate has a certain buffering effect.

Crushing machine (1) for crushing glass containers (2), in particular glass bottles, comprising: - a motor-driven rotor (8) rotatably mounted about an axis of rotation (9), in particular about a vertical or upright axis of rotation, with at least one drive element (10) for taking a glass container (2) along in a direction of rotation (11) about the axis of rotation (9), and - at least one stationary pressing element (12) having an inner surface (13) facing the axis of rotation (9), the distance of which to the axis of rotation (9) decreases when viewed in the direction of rotation (11), wherein, when the rotor (8) is rotated in the direction of rotation (11), the pressing element (12) projects increasingly further radially inwards into a transport space (16) defined by the drive element (10) for the glass container (2).

The utility model discloses a multifunctional glass container belongs to kitchen utensil field, including the container body of top opening, the bottom middle part of container body is provided with the mounting groove, and the mounting groove is connected with the shaft of domestic meat grinder with cutter through the detachable positioning structure, and the mounting groove is provided with the detachable hole -plugging structure for plugging the hole, and a plurality of container bodies are arranged through the clamping structure and are stacked up and down, the positioning structure includes the locating post, and the bottom of locating post is inserted in the mounting groove, and the side of mounting groove is provided with the side opening, and the locating post is provided with the side fixed block, and the side fixed block is inserted in the side opening, the utility model discloses a multifunctional glass container with the above structure aims at solving the problem of single function and limited use scene of traditional kitchen tool.

A device is provided for extracting glass containers for pharmaceutical and / or cosmetic use from trays, wherein the trays (11) are provided with a series of recesses or impressions (13) which house a series of glass containers (12) or similar containers arranged consecutively, the device comprises at least one wheel sector or star segment (16, 17 and 18) which is caused to rotate about a common horizontal axis (X) according to a circular path and which is carried above a tray which moves forward at the same peripheral speed as the sector, wherein the at least one wheel sector or star segment (16, 17 and 18) is carried on an outer peripheral surface formed as an arc of a circle,a series of extraction clamps (23) for the single glass container (12) distributed between each other at a first reciprocal distance (k) equal to that between the recesses or impressions (13) of the tray, wherein each of the extraction clamps (23) provides a pair of flexible arms (53, 54) which house a single glass container (12).

A spray coating apparatus for coating a portion of a glass object is provided that includes a coating material source; a spray nozzle assembly with a spray nozzle fluidly connected to the coating material source and arranged to direct the coating material in a first direction toward the glass object; and a shadow mask disposed between the glass object and the spray nozzle. The shadow mask includes a masking material at a first masking position in a line of sight between a window portion of the glass object and the spray nozzle. The masking material blocks the coating material from depositing on the window portion of the glass object. The shadow mask also includes a masking material at lateral masking positions on lateral sides of the first masking position to prevent overspray of the coating material from being redirected around the shadow mask and onto the glass object.

The invention relates to a method for manufacturing a DIN-compliant beaker. The method involves applying a scale, preferably by screen printing, to a glass container which has a radially outwardly projecting spout at its upper edge. The scale has several horizontal marking lines, the uppermost marking line indicating the nominal capacity of the beaker.

This invention discloses a factory equipment operation status monitoring system and method based on graphene photoelectric sensing, relating to the field of suspended ball monitoring technology in industrial equipment. It is suitable for non-visual position detection of suspended balls inside glass containers in dusty environments. It can monitor the position of suspended balls inside glass pipes on hundreds of pieces of equipment in a factory to determine whether the equipment is operating normally. This invention uses a graphene photoelectric sensor installed on the outside of the glass pipe, detecting the suspension position of the ball through changes in the graphene photocurrent signal, achieving non-contact, non-visual monitoring. The system includes a graphene photoelectric sensor module, a laser module, and a data transmission and alarm module. It can monitor multiple devices in real time, supports wireless networking, and is suitable for industrial environments with severe dust pollution. This overcomes the shortcomings of traditional visual monitoring in dusty environments, achieving reliable position detection of suspended balls inside glass pipes, and is cost-effective and easy to operate and install.

The invention relates, inter alia, to a device (10) for transporting glass containers (15a, 15b, 15c, 15d), comprising a plastic box (11) which can be closed with a lid (13) and which can be transferred from a dimensionally stable use position (21) to a compressed non-use position (22) or which, in a non-use position (22), can be nested with another box, wherein a first air-filled cushion (16) with positioning recesses (58a, 58b, 58c) of the first type for arranging bottom areas (25a, 25b, 25c) of the glass containers (15a, 15b, 15c, 15d) is arranged on a bottom surface (12) of the box (11), and wherein between the lid (13) of the box (11) and the bottom areas of the glass containers (15a, 15b, 15c, 15d) are arranged in the positioning recesses (58a, 58b, 58c). 58b, 58c) glass containers of the first kind (15a, 15b, 15c, 15d) a second air-filled cushion (17) with positioning recesses (20a, 20b, 29c, 20d) of the second kind for receiving head areas (26a, 26b,26c) of the glass containers (15a, 15b, 15c, 15d) is arranged.

The invention relates to a method for inspecting glass containers. The method includes inspecting each container using an inspection system so as to obtain at least one analysis image according to a first modality corresponding to an absorption image and at least one analysis image according to a second modality corresponding to a birefringence image or to a refraction image. The method includes defining a list of classes including at least glass defects. The method includes ensuring a matching of at least part of the analysis images according to the first modality and according to the second modality. The method includes classifying the analysis images by means of an image classifier that determines to what result class among the list of classes they belong. The method includes classifying the container according to the result class.

A reinforced glass container includes: a cylindrical body portion having a first end and a second end, the cylindrical body portion including an outer diameter (D) and sidewalls having a sidewall thickness (h); a curved root portion extending radially inward from the first end of the cylindrical body portion; and a bottom portion extending from the curved root portion and closing the cylindrical body portion at the first end of the cylindrical body portion, the bottom portion including a peak bottom thickness (h). b,peak The peak bottom thickness (h) b,peak The ratio between the sidewall thickness (h) and the sidewall thickness (h) is greater than or equal to 1.3.

The utility model discloses a book type glass bottle structure and forming die, relates to glass container forming technical field, book type glass bottle structure includes the top of the page department top at the bottle mouth one side around the bottom of bottle mouth and sets up the top and the along shape structure top of the book spine department, cover department and seal bottom department constitute the platform of plane, and the other side forms the notch between the along shape structure of cover department and seal bottom department, and the window is set up in the first half mould and second half mould top corresponding to the notch, and the upper notch mould is still equipped between the blowing head mould and the first half mould and second half mould. The utility model discloses a book type glass bottle structure is commonly formed by the first half mould, second half mould, blowing head mould and upper notch mould, and the upper notch mould moves along with the blowing head mould, and the mould closes and opens all along the up-down direction, solves the problem that the notch position forming buckle mould takes the material, realizes the mechanization production of book type glass bottle, and production efficiency is high, the yield is high, and the cost is low, and the performance stability is good.

The present invention relates to a method for internally painting glass containers for the perfume and cosmetics market. The method of the present invention comprises the following steps: 1) Inserting the bottles into a heating system (oven / drying oven / infrared oven); 2) Heating the bottles; 3) Positioning the heated bottles in the painting equipment; 4) Blowing heated, ionized air inside the bottles; 5) Applying the paint to the inside of the bottles; 6) Extracting the gases generated by the paint and overspray; 7) Inserting the bottles into the drying oven; 8) Drying the bottles.

This utility model discloses a tilting frame for pouring explosive hazardous materials from spherical glass containers. It comprises a support frame, a left support base, a right support base, a left rotating shaft, a right rotating shaft, a handle, a pin, a lower fixing plate, an upper fixing plate, bolts, and nuts. The left and right support bases are fixed to the left and right ends of the support frame, respectively. The left and right rotating shafts pass through the left and right support bases and are threadedly connected to the lower fixing plate to form a single unit. The handle is fixed to the left rotating shaft. The pin can be inserted into the corresponding holes in the left support base and the left rotating shaft. The lower fixing plate and the upper fixing plate are connected and fixed by two sets of bolts and nuts. This utility model effectively prevents spherical glass containers from falling, improving operational safety.

According to the present invention, a stable pharmaceutical composition of Ketorolac Tromethamine injection is provided, comprising ketorolac tromethamine at a concentration of 05% w / v to 3.0% w / v, alcohol USP at 10.0% w / v as a co-solvent, sodium chloride USP at 0.435% w / v to 0.668% w / v as a tonicity-adjusting agent, sodium hydroxide NF and / or hydrochloric acid NF as pH-adjusting agents to achieve a pH range of 6.9 to 7.9, and water for injection USP as the vehicle. The composition remains stable and free from visible particulates under accelerated conditions (40°C / 75%RH for 3 months) and long-term storage conditions (25°C / 60%RH for 12 months). A method for preparation is disclosed, involving stepwise mixing of components, pH adjustment, aseptic filtration, filling into siliconized glass containers, preferably amber glass containers and terminal sterilization at 121.5°C for 15 minutes. An alcohol-free composition variant is also described for specific applications.

The application relates to a corrosion deposition bracket system of a live conductor at high temperature, which comprises a top fixed connection mechanism, a sample fixing and testing mechanism and a temperature control and testing mechanism. The top fixed connection mechanism comprises a fixed plate and an external connecting plate. A high-temperature sample is placed in a glass container and is placed at the bottom of the fixed plate. A flow between a sample gas and a sample liquid space is realized through an external pumping system. The sample fixing and testing mechanism is provided with four groups of closed-loop testing systems and is arranged at the bottom of the fixed plate to extend into the glass container to provide sample fixing and connecting testing systems. The temperature control and testing mechanism is arranged at the bottom of the fixed plate to extend into the glass container to collect and control the temperature in the testing process. The application can simply and efficiently carry out corrosion testing and deposition testing of a live conductor in a cooling oil system, can provide guidance for overall design, durability and reliability of an oil-cooled motor, can avoid failure of a new energy automobile or other large motors or hybrid systems, and can save maintenance cost.