252 results about "Glass container" patented technology

The invention relates to the technical field of kitchen equipment, in particular to multifunctional cooking equipment which comprises a machine head with a shell and a pot body assembly, the pot body assembly comprises a glass container and holding pieces arranged on the two sides of the glass container, and a heating piece, fan blades and a driving motor used for driving the fan blades to rotate are arranged in the machine head; a reflecting cover with a downward opening is arranged in the shell, the heating piece and the fan blades are both located in the reflecting cover, the machine head is buckled on the pot body assembly, the reflecting cover and the glass container are matched to form a cooking space, a skirt edge folded outwards is arranged at the lower end of the shell, the opening of the reflecting cover is attached to the inner wall of the skirt edge in a sealed mode, and the machine head is arranged on the glass container in an inverted mode. The skirt edge is erected on the opening portion of the glass container so that the machine head can be stably arranged in the glass container, the lower skirt opening of the skirt edge faces upwards and is higher than the opening of the reflection cover to form a containing table used for containing cooking utensils, the overall portability and storage convenience of the equipment are remarkably improved, and meanwhile the stability and safety in the cooking process can be guaranteed.

The utility model discloses a buffer structure of a glass heating container, which comprises a shell, a glass container, a heating mechanism and a connecting mechanism, the connecting mechanism comprises an annular connecting main body, the upper end part of the connecting main body is provided with a first buffer unit, and the first buffer unit is elastically abutted against the peripheral side of the glass container; a second buffer unit is arranged at the lower end part of the connecting main body and is elastically connected with the shell; a third buffer unit is arranged at the bottom of the heating mechanism, one end of the third buffer unit abuts against the shell, and the other end is elastically connected with the heating mechanism. According to the milk mixer, on one hand, the glass container is fixed from the side face, when the milk mixer is impacted, the impact force is transferred to the side wall of the glass container, and in the impact force transferring process, the impact force is absorbed through the first buffering unit and the second buffering unit; on the other hand, the heating mechanism is buffered through the third buffer unit, and the impact force is prevented from being transferred to the glass container when the heating mechanism receives the impact force.

A glass cartridge comprises a cylindrical body portion comprising an outer diameter Dc and an average sidewall thickness Tc, the cylindrical body portion having a first end and a second end opposite the first end; an opening at the first end of the cylindrical body portion; a shoulder extending radially inward from the second end of the cylindrical body portion; and a neck extending from the shoulder and comprising an outer neck diameter NOD that is less than the outer diameter Dc of the cylindrical body portion. The average wall thickness Tc is less than or equal to 0.85*s1, wherein s1 is a wall thickness of a standard glass cartridge defined by ISO 13926‑1:2004 having an outer diameter d1 that is closer to the outer diameter Dc than the outer diameter d1 of any other standard glass cartridge defined by ISO 13926‑1:2004.

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.

The utility model relates to a composite glassware. The composite glassware comprises a glass container body for storing liquid, the bottom of the glass container body is opened and is provided with a heat-conducting gasket for sealing the opening, the glass container body and the heat-conducting gasket are sintered and fused into a whole, and heat energy is transferred to an inner cavity of the glass container body through the heat-conducting gasket. Glass heat conduction at the bottom of the composite glassware is replaced by the heat conduction gasket, and the heat conduction gasket is preferably made of a material with good heat conduction performance, so that the heating efficiency of the glassware is effectively improved, and the problem of low heating efficiency of the existing pure glassware is solved; besides, the heat-conducting gasket easy to shape is sintered and fused at the bottom of the glass container body, so that the flatness of the bottom of the composite glassware can be effectively ensured, the heat conductivity and the heat uniformity of the composite glassware are further ensured, and the internal liquid is uniformly heated; in addition, by arranging the heat-conducting gasket, the common glass part on the composite glassware can be prevented from being in direct contact with the table top, and the composite glassware is prevented from being damaged easily.

The invention relates to a method for dealkalisation of the inside surface (5) of the wall (2) of a glass container (1), which wall (2) defines a cavity (3) and an opening (4) providing access to the cavity (3), the method comprising a step of providing a container made of borosilicate glass, wherein the inside surface of the wall is at a temperature of at least 350° C., and a step of introducing into the cavity, the inside surface being at a temperature of at least 350° C., a treatment liquid containing a substance designed to react under the effect of heat to cause dealkalisation of the glass.Methods for treating glass containers.

The utility model discloses a temperature-adjustable electric jacket for concrete detection, which comprises a bottom plate, the top surface of the bottom plate is fixedly connected with a shell, a heating cavity is arranged in the shell, an annular heating ring is arranged at the lower part in the heating cavity, a temperature control assembly connected with the annular heating ring is arranged in the shell, and the temperature control assembly is connected with the annular heating ring. A guide column is fixedly connected to one side of the top face of the bottom plate, and a limiting assembly is slidably connected to the guide column. According to the glass container heating device, by arranging the limiting assembly, glass containers of different specifications can be limited and fixed, the stability of the glass containers in the heating process is guaranteed, the application range is greatly widened, and the glass container heating device is high in practicability and worthy of popularization. The hook-and-loop fastener hook face, the hook-and-loop fastener loop face and the protection block are arranged, the protection block is bonded and fixed through the hook-and-loop fastener hook face and the hook-and-loop fastener loop face, the protection block can be disassembled, assembled, maintained and replaced easily, operation is easy and convenient, and time and labor are saved.

The utility model discloses a waste gas activated carbon adsorption device, which relates to the technical field of glass container manufacturing and comprises an activated carbon box with a door body on one side, and a waste gas inlet and a waste gas outlet are respectively formed in the bottom and the top of the activated carbon box; a frame, a trawl net and a supporting guide rail are further arranged in the activated carbon box; the trawl net frame is arranged on the supporting guide rail or is pulled out of the activated carbon box from the door body to be separated from the supporting guide rail; and activated carbon is flatly laid on the dragging net. When the activated carbon needs to be replaced, the trawl on which the activated carbon is laid and the activated carbon are integrally pulled out of the activated carbon box, and then another trawl on which new activated carbon is laid in advance is replaced and placed into the activated carbon box, so that a worker does not need to enter the activated carbon box to replace the activated carbon; the production stopping time for replacing the activated carbon is greatly shortened or even eliminated, the production continuity is guaranteed, meanwhile, the labor intensity of workers is reduced, and the working environment of the workers is improved.

The utility model is suitable for the technical field of laboratory supplies, and provides a laboratory temperature-adjustable electric jacket, which comprises a heating assembly and a control module, the heating assembly is used for heating; the control module is used for controlling the heating state of the heating assembly. The heating assembly comprises the first heating piece and the second heating piece, the first heating piece is arranged to be of an annular net structure and located on the inner side face of the electric jacket heating cavity, and the second heating piece is arranged to be of a plane net structure and located on the inner bottom side of the electric jacket heating cavity. The first heating piece is used for heating the side face of the container, the second heating piece is used for heating the bottom face of the container, and the spliced cylindrical semi-closed heating assembly can heat objects in the container from the bottom and the side edge in a surrounding mode, so that the heating efficiency is improved, and the objects in the glass container are evenly heated; the influence on the heating effect of experimental articles is avoided.

The application provides a test method, device, storage medium and program product of an electrothermal atomization element. A glass container is used to form a test cavity for accommodating the electrothermal atomization element. A container sealing cover is sealingly assembled at an outlet of the glass container. An electrical through part is sealingly and penetratingly arranged on the container sealing cover, and is used to realize electrical conduction between the inside of the test cavity and an external control part. The bottom of the glass container accommodates test oil. One end of an oil guide material is immersed in the test oil, and the other end of the oil guide material is in physical contact with a heating part of the electrothermal atomization element. The external control part is electrically connected with one end of the electrical through part outside the glass container through a wire, and is used to output a driving electric signal to the electrothermal atomization element. The electrothermal atomization element is accommodated in the test cavity formed by the glass container. An electrode lead of the electrothermal atomization element is electrically connected with the other end of the electrical through part inside the glass container. When the electrothermal atomization element is powered on, the test oil delivered by the oil guide material is heated to generate an oil mist.

1. The name of the design product: automatic lifting water supply device for glass measuring container verification. 2. The use of the design product: the design product is suitable for pure water lifting and supply during glass measuring container verification. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

An apparatus is provided for coating deposition, particularly by chemical vapour deposition, on three-dimensional glass articles such as bottles. The apparatus lends itself to incorporation in a plant for a continuous production process for glass containers.

This utility model relates to the field of laboratory equipment technology, specifically a fixing device suitable for various sizes and types of glass containers. It includes a support frame, a base, fixing holes, fixing rods, and iron clamps. The iron clamps are detachably connected to the fixing rods via cross clamps. In use, select appropriate hole positions according to the bottom dimensions of the glass container, connect the four fixing rods to the fixing holes in the base, and then place the glass container within the area enclosed by the four fixing rods. This prevents the glass container from sliding and tipping over during ultrasonic or water bath heating. For glass containers with narrow necks, first adjust the height of the iron clamps on the fixing rods using the cross clamps, then secure the iron clamps to the neck of the glass container for experimental operation. This utility model solves the problem that existing fixing devices can only fix one size and type of glass container, failing to accommodate multiple glass containers simultaneously, resulting in low efficiency and poor versatility of glass container racks.

1. Name of the product in this design: Oil Can (High Boron Cup). 2. Purpose of this design: A glass container for storing liquids. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. The bottom view can be shown in the three-dimensional diagram 2, so the bottom view is omitted.

The utility model discloses a heavy metal detection device for food processing, which belongs to the technical field of food processing and is characterized by comprising a heavy metal detector body and a display screen body, a protection mechanism is arranged on the right side of the heavy metal detector body, and a connecting frame is arranged on the surface of the heavy metal detector body. A cleaning mechanism is arranged on the left side of the inner wall of the connecting frame; the protection mechanism comprises a storage box, two rotating plates and a protection plate, the rotating plates are arranged in the protection plate, and the surface of the storage box is in contact with the surfaces of the rotating plates, so that the problems that when an existing instrument for detecting heavy metal during food processing is idle and does not need to be used, a display screen cannot be effectively protected, and the display screen cannot be effectively protected are solved. The problems that in the prior art, an upward display screen is prone to being impacted and damaged by a falling tool and a glass container in a laboratory, detected waste is inconvenient to collect in time, and the food heavy metal detection efficiency is affected are solved.

The method for chemically strengthening a glass container on the basis of an ion exchange process comprises the steps of: preparing a slurry by mixing a salt and metal oxide particles; applying the slurry to one or more of at least a portion of the outer wall surface and at least a portion of the inner wall surface of the glass container; and heat-treating the glass container to which the slurry has been applied, wherein each of the preparing step, the applying step, and the heat-treating step may be performed in consideration of one or more of: a shape characteristic of the glass container having an inner wall and an outer wall; a curvature change characteristic for each part; and thermal stability of a coating film in the heat-treating step.

Glass vessel (11, 11'), in particular evaporation flask, for a laboratory device (30), in particular a rotary evaporator, with a vessel body (12) made of glass, which defines a receiving space (17) for a medium to be heated, in particular a liquid, characterized by at least one heating resistance element (20) which is in thermally conductive contact with the vessel body (12) and has a connection (23) for supplying electrical energy, wherein the connection (23) comprises at least two sliding contact surfaces (25) which surround a neck (15) of the flask-shaped glass vessel (12).

The application relates to the technical field of calcium ion batteries, in particular to a preparation method of a Ca-I2 double-ion battery, which specifically comprises the following steps: (1) placing 5M CaCl2 aqueous solution as an electrolyte in an electrolytic cell; (2) placing elemental iodine and activated carbon fiber cloth in a sealed glass container to carry out iodine fixation, and the carbon fiber cloth after the iodine fixation is used as a positive electrode material; (3) obtaining an electrode sheet by drying the carbon fiber paper coated with slurry, and activating the fully dried electrode sheet through an electrochemical cyclic voltammetry method, and the activated electrode sheet is used as a negative electrode material; and (4) placing the positive electrode material and the negative electrode material in the electrolyte together, and obtaining the Ca-I2 double-ion battery through matching, wherein the preparation method of the Ca-I2 double-ion battery shortens the diffusion distance of calcium ions by half, and the positive electrode carries out a rapid oxidation-reduction reaction, so that the whole battery has good rate performance, high power density and energy density.

The invention relates to a glass container and a processing method of the glass container, the glass container comprises two first wall blocks, the two first wall blocks are arranged at intervals along a first direction, the surface of at least one first wall block extends towards a direction deviating from the other first wall block to form a bulge, the protrusion extends on the surface of the first wall block in a shape like a Chinese character'ji 'or is connected end to end to form a closed pattern. The two second wall blocks are arranged on the two sides, in the second direction, of each first wall block respectively, and a container cavity is defined by the two second wall blocks and the two first wall blocks. Once the glass container is in a high-temperature environment, liquid or gas in the glass container can expand, so that the middle part and the top part of the first wall block can be bent outwards by taking the vertex of the bulge as a fulcrum, and the middle part of the first wall block can expand outwards along with the increase of the pressure of the liquid or gas in the container cavity; further, the first wall block can adapt to expansion of liquid or gas, and the phenomenon that the glass container is broken is effectively reduced.

This invention relates to a glass container, particularly a glass container for containing a formulation, the container comprising a hollow body having an internal volume, particularly for containing the formulation, wherein the hollow body includes a wall having an inner surface and an outer surface opposite to the inner surface, the inner surface defining the internal volume of the hollow body, wherein the wall includes, at least in a partial region, a region of compressive stress, wherein the formed region of compressive stress is adjacent to the outer surface so that the outer surface is compressively prestressed at least in a partial region, and wherein the inner surface of the wall opposite to the partial region is not under compressive stress and is preferably under tensile stress; the invention also relates to a method for chemically prestressing the glass container, particularly a method for chemically prestressing a glass container for containing a formulation.

The utility model discloses a liquid heater which comprises a heating base and a glass kettle body placed on the heating base, the heating base is provided with a detection device extending upwards, the detection device comprises a fixing plate and a detection plate, the detection plate is movably arranged on the fixing plate so as to be attached to the glass kettle body, and the glass kettle body is arranged on the glass kettle body. The detection plate extends upwards to the position above the highest liquid level of the glass kettle body, and a plurality of capacitor pole pieces are arranged on the detection plate in the longitudinal direction. The detection plate extends upwards to the position above the highest liquid level of the glass kettle body, so that the detection plate has the anti-overflow detection effect, separated arrangement of the glass kettle body and the detection device is achieved, the design of switching mechanisms such as a coupler is omitted, the detection cost is greatly reduced, signal transmission is more timely, and the detection efficiency is improved. The response is quicker, and the anti-overflow effect is better.

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.

A method for creating a coating on a gob of molten glass comprises feeding homogenized molten glass (2) through a feeder to a point (6) at which a gob (8) is cut off by shears (7), wherein each gob (8) passes first through a trough (10) and then through a deflector (11) which are made of a material and / or have an antifriction coating (13) containing graphite, or alternatives thereto, in a range of 20%-100%, such that as the gob (8) moves it comes into contact with the material and / or the antifriction coating (13), causing some of the material and / or the antifriction coating (13) to be transferred in the form of an antifriction nano-coating onto all of the surfaces of the gob (8), after which the gob passes into a blank mold (12) for casting a glass container. The antifriction nano-coating produced in the trough (10) and the deflector (11) prevents the molten glass (2) from sticking to the blank mold (12).

The invention discloses a tunnel grouting slurry bleeding phenomenon sensing measurement and monitoring device, and belongs to the technical field of tunnel and underground engineering material detection. The device comprises a transparent cylindrical glass container, an aluminum alloy bracket, an infrared LED light source array, a photoelectric sensor array, a signal acquisition and processing module and a data analysis and monitoring platform. After the slurry is injected into the glass container, layered light transmittance detection of different height layers of the slurry is achieved through infrared LED light sources and photoelectric sensors which are arranged on the two sides of the container at equal intervals. The system adopts a multiplexer and an analog-to-digital converter to carry out efficient signal acquisition, a main control unit automatically triggers full-channel scanning at regular time, all data are transmitted to an analysis platform in real time, after noise reduction and threshold judgment algorithm processing, an interface of slurry and supernatant is dynamically identified, a bleeding rate formula for automatic calculation is combined, and a bleeding rate is obtained. And full-automatic, continuous and unattended monitoring of the bleeding process is realized.

Salt or spice shaker consisting of a glass container, a convex cap and a sleeve, wherein the cap rests on the rim of the glass container and is held by the sleeve.

The utility model discloses an automatic bottle discharging device of an annealing kiln, and relates to the technical field of glass container manufacturing, wine bottles are sequentially arranged on a mesh belt of the annealing kiln in multiple rows, the rear end of the annealing kiln is located on the side of a conveying chain plate and is arranged close to the conveying chain plate, and the annealing kiln comprises a guide plate and a vibrator; the guide plate is located between the mesh belt and the conveying chain plate and communicates the mesh belt with the conveying chain plate; the fixed end of the vibrator is fixedly mounted on the rack, and the output end is fixedly mounted at the bottom of the guide plate; and the vibrator outputs vibration for driving the guide plate to reciprocate up and down. Friction force between the wine bottles and the guide plate is periodically weakened or eliminated through high-frequency low-amplitude vibration of the guide plate between the rear end of the mesh belt and the conveying chain plate, so that the front wine bottles can be conveyed to the conveying chain plate from the rear end of the mesh belt under the pushing action of the rear wine bottles, and the wine bottles can be conveyed to the conveying chain plate from the rear end of the mesh belt. Wine bottles can be efficiently and stably transferred from the rear end of the mesh belt to the conveying chain plate.

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.