102 results about "Bottle" patented technology

The invention relates to the technical field of spraying devices, in particular to a self-rotating type bottle body spraying device which is used for solving the problem of surface spraying of bottles for cosmetics and comprises a horizontally-operating traction conveying chain. The self-rotating type bottle body spraying device is characterized in that a vertical shaft is vertically installed on the traction conveying chain, an idler wheel is arranged on the vertical shaft and operates on a guiding groove rail arranged in an operation area, the vertical shaft in the spraying operation area performs self-rotation through a friction driving belt, and the bottle body is assembled at the upper end of the vertical shaft through a bottle clamper. The speed of the traction conveying chain and the friction driving belt is adjusted to optimum spraying operation speed to perform continuous ceaseless operation, the bottle body is stable in operation and convenient to detach, the spraying efficiency is high, and surface quality is stable and even.

The invention relates to a catalyst for ternary copolymerization of norbornenes, tetrafluoroethylene and pentenes and a ternary copolymerization method. The catalyst is characterized in that the catalyst is prepared through the following method comprising the steps of: dissolving iron dichloride, a ligand and an alkyl metal compound in a solvent in a dry single-neck glass bottle in an inert gas atmosphere, sealing a bottle mouth through an emulsion pipe, keeping the constant temperature in a water bath at the temperature of 40-50 DEG C for 10-30min, and cooling to obtain an iron complex catalyst. Compared with the prior art, the catalyst provided by the invention is a novel iron complex catalyst which can produce catalytic activity in an nitrogen-protected system at a certain pressure and the temperature of 20-120 DEG C so as to catalyze the ternary copolymerization of the norbornenes with the tetrafluoroethylene and the pentenes, and a product after soaking in methanol is very easy to wash and separate. The catalyst has the characteristics of high copolymer yield, low reaction temperature, low price, easiness in obtainment, high catalytic efficiency and the like.

A support structure for bicycle bottles includes a three-dimensional supporting cage frame (2) and anchoring structure (6, 7) for securing to a bicycle frame. The supporting structure (2) has a rear post (3) with two arms (4, 5) extending from its upper end, the arms being substantially symmetrical and diverging from each other. The arms (4, 5) are at least partially bent upwardly, forwardly and downwardly in order to embrace the lateral wall of a bottle (B), the lower end portions (8, 9) of the arms converge and are connected to each other to form a lower appendix (10) directed towards the post (3) that is suitable to support the bottom wall of the bottle (B). The arms (4, 5) and the post (3) are positioned over a substantially cylindrical surface whose inner diameter (D) is slightly larger than the outer diameter (Ø) of the bottle (B). The maximum span (d) between the inner edges of the converging lower ends (8, 9) of the arms is smaller than or equal to the half of the inner diameter (D) at a distance (h) from the appendix (10) that is substantially equal to the inner diameter (D). The support structure exhibits a reduced weight, an improved drag efficiency, a larger file of the bicycle bottle.

The invention discloses an automatic carbon dioxide fire extinguishing system and relates to a fire extinguishing system. The system comprises a plurality of independent unit systems, wherein each unit takes charge of a corresponding protective zone; carbon dioxide storage bottles are suspended on a fire extinguishing agent bottle group bracket; each carbon dioxide storage bottle is connected with a collecting pipe through a high-pressure hose; selector valves for combining distribution systems are arranged between the collecting pipe and a master pipeline; each selector valve corresponds to one protective zone; a fire extinguishing agent delivery pipe extends into a fire protection zone; a nozzle is arranged at the tail end; a fire detector is arranged inside each protective zone; a start steel cylinder is connected with each carbon dioxide storage bottle through a start pipeline. The system is efficient and reliable automatic fire extinguishing equipment, can automatically detect a fire, automatically alarm and automatically put out a fire, comprises three operation modes (full-automatic start, manual start and mechanical emergency start), adopts the carbon dioxide as the fire extinguishing agent, does not contaminate articles, is simple to clean after a fire disaster, good in insulativity, low in cost, convenient to install, reliable in performance, efficient and timely.

The invention discloses a method for dynamically determining breathing oxygen consumption and a hypoxia device for the method for dynamically determining the breathing oxygen consumption. The method includes the following steps that after distilled water is added from an air vent and reaches a weather bar, a tee valve is closed, a mouse is contained in a hypoxia bottle where soda lime is placed in advance, and then a bottle plug is fastened; when the hypoxia bottle generates 0.5cmH2O negative pressure, water flows in an oxygen consumption determining channel enable the pressure to be -0.5cmH2O constantly, and the amount of consumed oxygen is read out; a high-sensitivity tension transducer is used for automatically monitoring the breathing rate, the breathing range and breathing pressure of the laboratory mouse with oxygen deficiency; when a repeated experiment is performed, air in the oxygen consumption determining channel is exhausted and then the operations are repeated; the hypoxia device established according to the determining method comprises a device body, the hypoxia bottle and a biological signal collecting and processing system. The method for dynamically determining the breathing oxygen consumption and the hypoxia device for the method for dynamically determining the breathing oxygen consumption have the advantages that the pressure is constant, due to the fact that the breathing rate, the breathing range, the amount of the consumed oxygen and the pressure value of the hypoxia environment of the mouse with hypoxia are monitored dynamically, errors caused by manual monitoring are avoided, and the method and the hypoxia device are suitable for determination of the consumed oxygen amount and a hypoxia experiment.

The invention discloses a pressure balance system of an automatic ELISA (Enzyme-Linked Immunosorbent Assay) plate washer and the ELISA plate washer. The ELISA plate washer comprises a cleaning head, a vacuum pump and a plurality of lotion bottles for providing lotion for a lotion needle of the cleaning head; and the pressure balance system comprises a first multi-path joint, a main exhaust pipe and at least one auxiliary exhaust pipe, wherein the first multi-path joint is connected with the vacuum pump and the lotion bottles and used for balancing the pressure suffered by the lotion bottles, the main exhaust pipe and the at least one auxiliary exhaust pipe are respectively connected with the first multi-path joint and used for discharging air outside, and a switch is arranged on the auxiliary exhaust pipe and connected with a control circuit for controlling the on and off of the switch. According to the invention, the pressure balance system is arranged in the ELISA plate washer, so that the pressure of a pipeline in the ELISA plate washer can be adjusted automatically, the pressure generated by the vacuum pump can be matched with the flow of the lotion needle on the cleaning head automatically, the flowing rate of the lotion distributed for the lotion needle by the cleaning head can be kept consistent under any state, so that when a large plate washer is used for few pore plates, the damage of an instrument as part of washing channel is closed and excessive overflowing liquid overflows a tray and enters the machine can be prevented.

The invention discloses a physical field alcoholic liquor ageing method and the device thereof. The method adopts the steps that the complete bottles of the alcoholic liquor waiting for processing are arranged in a process chamber of an ageing device, the temperature in the process chamber is adjusted, and the effect of the ageing processing is achieved through accessing electromagnetic field with a certain intensity and frequency and processing for a certain time; the device comprises a control box, a process chamber, a bottom box and an equipment casing, wherein, the control box, the process chamber and the bottom box are wrapped in the equipment casing, the control box is fixed at the top part of the device, and the process chamber and the casing are connected and fixed at the middle part of the device through insulating material; the bottom box is composed of a high voltage generator and a refrigerator, and is fixed at the bottom part of the device. The ageing method of the invention adopts the electromagnetic field ageing process combined with the alcoholic temperature control storage, the processing effect is steady, and the aging of the alcoholic liquor does not happen; the device has wide application range, is easy to be operated, is convenient and quick, has no allogenic additive substance, and meets the environmental protection requirements.

The apparatus serves to distribute a random stream of items into several lanes in which the items are transported individually one after the other. The apparatus has a transport device for the items, wherein the transport device has one or more driven conveyor belts and side rails as well as a lane divider. The lane divider has at least one movable divider which divides the stream of transported items. A middle divider can project against the direction of transport and side dividers can be set back staggered. In an embodiment, the lane divider has a frame to which the dividers are attached. The apparatus also has a device for driving the lane divider, so that the at least one divider carries out a back-and-forth movement in the direction of transport and/or transversely to it.

The invention relates to a cork pressing device for a burgundy bottle cork, in particular to a multi-bottle type manual cork pressing device. At present, all cork pressing devices used in wine production are large mechanical devices, which generally have inconvenient movement, a single function, and are not suitable for producing small-size unusually shaped bottles with more varieties and bottle types. The device consists of the following parts including a support body, a bottle holding and positioning disk, a bottle opening positioning device, a replaceable cork accommodating device, a wooden cork accommodating device shell, a pressure bar arm handle, a cork accommodating push rod and a cork beating column, wherein the bottle opening positioning device and the replaceable cork accommodating device can be replaced according to outer shapes and inside diameters of the bottle types. The multi-bottle type manual cork pressing device has the advantages of simple structure, readily available material, easy manufacturing, low cost, simple and convenient operation and usage and free movement, is suitable for the multi-bottle type or unusual shaped bottle manual cork pressing device, and has strong practicability.

To provide a protective coat on a refrigerated sample collector for a corrosive environment a unitary frame includes a support unit with condenser and evaporator coils mounted to the support unit and an orifice connecting the condenser and evaporator coils. The evaporator coils, condenser coils and a restrictor are powder coated after being connected, whereby an effective seal is provided for the restrictor, condenser coils and evaporator coils after they are assembled to the support. The unitary frame can be easily removed or connected as a unit to the sample collector. The bottle rack for the sample collector is made by injection molding two halves of the rack each of which has a matching surface and a bottle positioning surface. The matching surfaces are fastened together by placing the matching surfaces together back to back whereby locating members are spaced apart a sufficient distance.

The invention provides bottle flake washing equipment and particularly discloses fan blade type bottle flake washing equipment, which can solve the problem that in the existing bottle flake washing equipment, bottle flakes can not be fully mixed with a mixed solution, so that the washing effect of the bottle flakes can not be easily improved. The equipment comprises at least one thermal washing barrel, at least one mixing mechanism, at least one sinking mechanism, at least one pressing mechanism and a distributor, wherein the pressing mechanism comprises a pressing barrel, a pressing motor and a pressing packing auger spiral shaft connected with the pressing motor, the two ends of the pressing barrel are respectively communicated with the distributor and the thermal washing barrel, the tail end of the pressing packing auger spiral shaft extends to the bottom of the pressing barrel, and the mixing blades in the mixing mechanism are arranged at the lower part of the thermal washing barrel. According to the fan blade type bottle flake washing equipment, the bottle flakes can be forcedly pressed into the bottom of the thermal washing barrel, the mixing blades can mix the bottle flakes from the lower of the thermal washing barrel, so that the mixed solution in the thermal washing barrel and the bottle flakes can be fully mixed, and further, the impurities can be thoroughly separated from the surface of the bottle flakes.

The invention discloses a preparation method of amlodipine maleate. The preparation method is applied in the field of pharmaceutical synthesis and uses maleic acid and amlodipine free base as starting raw materials. The preparation method comprises the following steps: adding maleic acid in anhydrous methanol or mother liquor, heating to dissolve, filtering to obtain the methanol solution of maleic acid, and adding the solution in a reaction bottle of a finished product area; adding amlodipine free base in anhydrous methanol to dissolve, stirring to ensure that amlodipine free base is completely dissolved and is transparent, and cooling to obtain the methanol solution of amlodipine free base; slowly adding the methanol solution of amlodipine free base in the obtained methanol solution of maleic acid, keeping the temperature and stirring, cooling, and standing to precipitate crystals; and washing the obtained crystals with absolute alcohol, and drying to obtain the finished product. In the preparation method, the solvent used for forming amlodipine maleate is greatly improved, an anhydrous methanol reaction system is established, the crystal form of the finished product is greatly improved, vacuum filtration is easy, and the yield is increased; and the mother liquor obtained through crystallization and filtration is used as the solvent for dissolving the next batch of solid amlodipine, thus the use amount of anhydrous methanol can be reduced, the utilization rate of the solvent can be increased, the treatment cost of the solvent can be saved, the drying time can be shortened and the operation time can be greatly shortened.

The invention applies to the technical field of transformer maintenance, and provides an online parameter measurement system for transformer insulation oil. The system comprises an oil sample detector, two temperature sensors and at least one flexible tube connected to sampling joints of a transformer, wherein the two sensors are inserted into an upper sampling point and a lower sampling point of the transformer respectively and send received temperature data to the oil sample detector; a prefiltration device is arranged on each flexible tube; on-off valves are arranged on the sampling joints of the transformer; the oil sample detector comprises a casing and a panel covering the casing, and an oil storage bottle, a gas pump, an oil sample probe device, a main control panel and a power supply unit are arranged in the casing. An online measurement scheme for the transformer insulation oil is provided, so that main key indexes of the transformer oil can be measured in the field, the quality of the transformer oil is reflected truly, and the defect of measurement errors caused by environment and human factors is overcome; and further, by means of the system, the service life of the transformer can be prolonged, the reliability of the transformer is improved, and the operation cost is reduced.

The invention discloses a method for improving the yield of muskmelon hybrids by using hormone treatment. The method comprises the following steps of: (1), collecting male parent flowers, namely, in the afternoon of the day before fertilization, intensively collecting male flower buds blossoming in the next day from male parent plants of muskmelon, placing in a glass bottle, keeping in a dark place; (2), selecting and pollinating female parent flower, namely, in the next day after collecting of male flowers, selecting buds blossoming in the next day from the female parent plants of muskmelon, removing anther, smearing anther of male flowers collected in the step (1) on female flower stigmas, isolating by covering with paper caps; and (3), carrying out hormone treatment on fertilized fruits, namely, 24-72h after the pollination process completed in the step (2), removing the paper caps at a temperature of 18-30 DEG C and dipping the flowers in a 2.5ppm-5ppm forchlorfenuron water solution. By adoption of the method provided by the invention, the fruit setting rate and the single-melon seed setting rate are increased, and the effects of saving the labor for pollination and increasing the yield are achieved.

The invention discloses a foam-appearance-based on-line beer detection method. At a first detection station, a backlight source is adopted for detecting, and an image of the neck region of a beer bottle is captured by a camera, so that the height and the shape of foam can be detected; and at a second detection station, the top and the side face of the beer bottle is lighted, and an image is captured by a camera which has the same direction as a light source at the side face, so that the size, the fineness and the smoothness of the foam can be detected. After the method is used, according to the detection on the appearance of the foam at the neck of the beer bottle, the quality of beer can be analyzed, and the method is high in detection efficiency.

The invention provides a glass bottle and a production method thereof and belongs to the technical field of production of glass bottles. The glass bottle is produced by the following raw materials in parts by weight: smashed glass, sodium carbonate, aluminum oxide, borax, ferroferric oxide, calcium phosphate, zirconium oxide and titanium oxide. The method comprises the following steps: (1) washing the smashed glass, then breaking the glass into granules, freezing and drying the glass granules; (2) continuously ball milling the dried glass granules and other raw materials into powder; (3) drying the powder, putting the powder into a smelting furnace, smelting and uniformly mixing the powder to obtain a mother solution; (4) producing the mother solution into glass bottles with different sizes, naturally cooling the glass bottles till the glass bottles are hardened, and then putting the hardened glass bottles into an annealing furnace; and (5) tempering and then obtaining the finished products. The anti-smashing glass bottle is simple and easily available in raw materials and low in cost; the production method of the glass bottle is simple and feasible in process; meanwhile, the glass bottle has high smashing resistance, so that the sharp sections which cause harm to the human body or animals are not formed even if the glass bottle is broken.

The invention discloses a recovery method of an alkyl-halide fire extinguishing agent in a fire extinguishing bottle for aviation, which belongs to the technical range of recovery of fire extinguishing agents. The recovery method comprises the following steps of: firstly, establishing a fire extinguishing agent recovery system which enables a fire extinguishing agent to be liquefied by reducing the temperature and increasing the pressure simultaneously; setting the temperature of a refrigeration house to be -40 DEG C and the volume of a pressure storage tank to be 35L according to practical needs; placing the pressure storage tank in the small refrigeration house or refrigerator, placing the fire extinguishing bottle outside the small refrigeration house or refrigerator; connecting the pressure storage tank to the fire extinguishing bottle and the fire extinguishing agent storage tank respectively; opening an inlet shutoff valve to release the fire extinguishing agent in the fire extinguishing bottle to the pressure storage tank, wherein the pressure storage tank is higher than the fire extinguishing agent storage tank, and the liquid fire extinguishing agent in the pressure storage tank flows towards the fire extinguishing agent storage tank under the action of gravity; and automatically recovering according to specific pressure. The recovery method diclosed by the invention has the advantages that the fire extinguishing agent discharged into the atmosphere is obviously reduced, so that the environment is protected, and the purposes of reducing the waste of the fire extinguishing agent and improving the recovery efficiency of the fire extinguishing agent are fulfilled.

The invention relates to an efficient and energy-saving BOG (boil-off gas) recycling device which comprises a nitrogen gas storage tank, a first control valve, a nitrogen gas compressor, a nitrogen gas water cooler, a water tank, a pump, a second control valve, an expander, a third control valve, a heat exchanger I, a fourth control valve, a fifth control valve, a sixth control valve, a heat exchanger II, a seventh control valve, an eighth control valve, an LNG (liquefied natural gas) storage bottle, a weigher and a ninth control valve. According to the efficient and energy-saving BOG recycling device, a common oil-free nitrogen gas compressor and a turbo expander are adopted, low-temperature nitrogen is adopted as a heat transfer medium to exchange heat with BOG and liquefy the BOG; and dependence, on an aboard BOG compressor, of a current BOG recycling device is avoided, and therefore, the efficient and energy-saving BOG recycling device has the advantages of being safe, energy-saving, efficient and environmentally-friendly.

Provided are: a nebulizer system in which a bottle, heater device, and nebulizer adapter are easy to connect and there is no drain tube exposed to the outside and getting in the way; and a heater device suitable for use in said nebulizer system. Said nebulizer system (1) is provided with: a bottle (2), with a mouth (25) at the top thereof, in which a liquid is stored; a heater device (3) that can be connected to the mouth (25) of the bottle; and a nebulizer adapter (4) that can be connected to the heater device (3). The bottle (2) is provided with a dip tube (22) immersed in the liquid stored inside. With a space (226) provided at the top end of the dip tube (22), said space connecting the inside and outside of the bottle (2) through the mouth (25) thereof, the top end of the dip tube (22) is disposed inside the walls of the mouth (25) of the bottle. The nebulizer adapter (4) is provided with: a nozzle member (42) that has a nozzle (421) through which a gas is injected; and an aerosol-forming member (43) that is disposed at a location corresponding to the aforementioned nozzle (421) and that, by means of the stream of gas injected via the nozzle (421), suctions up the liquid in the bottle (2) via the dip tube (22) and the heater device (3) and turns said liquid into a fine aerosol. The following are provided inside the heater device (3): a channel (32), one end of which is connected to the top end of the dip tube (22) and the other end of which is connected to the aerosol-forming member (43); a heating unit (33) that heats said channel (32); and a drain tube (35), one end of which is disposed opposite the abovementioned space (226) and the other end of which returns liquid that was not aerosolized in the nebulizer adapter (4) back to the bottle (2).

The invention discloses a microwave assisted Soxhlet extraction device. The device comprises a microwave connecting pipe, a condensing pipe, a distillation bottle and a Soxhlet extraction pipe, wherein a sample cylinder is arranged in the Soxhlet extraction pipe. The device is characterized in that the microwave connecting pipe comprise a main pipe, a branch pipe and a microwave radiator, the microwave radiator comprises a coaxial cable and a radiation head, one end of the coaxial cable is connected with a microwave source through an input terminal, and the other end of the coaxial cable penetrates a seal plug inner hole of the branch pipe of the microwave connecting pipe and a lower opening of the main pipe sequentially and is connected to the microwave radiation head; the microwave radiation head is arranged in a sample of the sample cylinder of the Soxhlet extraction pipe, the upper opening of the main pipe of the microwave connection pipe is connected with a lower opening of the condensing pipe, the lower opening is connected to an upper opening of the Soxhlet extraction pipe, and the lower opening of the Soxhlet extraction pipe is connected with the distillation bottle. According to the device, only the microwave connecting pipe is added to the existing Soxhlet extraction device, pulsed microwave energy is fed into the sample by the microwave radiator intensively, so thatthe Soxhlet extraction process is greatly accelerated, the structure is simple, the use is convenient, and the temperature is easy to control.

The invention relates to a penicillin bottle discharge device for a lamp inspection machine. The penicillin bottle discharge device comprises a discharge main star wheel system and a qualified product star wheel system which are fixed on a main base plate, wherein penicillin bottles which are determined to be qualified by a visual system and are on the discharge main star wheel system are discharged by a discharge mesh belt system after being transferred to the qualified product star wheel system. The penicillin bottle discharge device is characterized by further comprising at least two unqualified product star wheel systems fixed on the main base plate, wherein penicillin bottles which are determined to be unqualified by the visual system and are on the discharge main star wheel system are transferred to different unqualified product star wheel systems according to classification; the penicillin bottles which are positioned on the discharge main star wheel system and the unqualified product star wheel systems are protected and guided by a guard rail assembly fixed on the main base plate. The penicillin bottle discharge device has the advantages that unqualified penicillin bottles can be further classified; moreover, with a vacuum system, high discharge transferring stability of penicillin bottles is realized, and the penicillin bottle discharge device is reasonable in structural design and easy to operate.

The invention discloses a chromatographic bottle cleaning device, which comprises a chromatographic bottle holding part, wherein a plurality of slots used for placing chromatographic bottles in an inserting way are arranged on the chromatographic bottle holding part, and arc-shaped guiding parts are arranged at ports of the slots. According to the chromatographic bottle cleaning device disclosed by the invention, due to the arrangement of the chromatographic bottle holding part, the slots used for placing the chromatographic bottles on the chromatographic bottle holding part in an inserting way and the arc-shaped guiding parts at the ports of the slots, when being cleaned, a plurality of chromatographic bottles are placed on the chromatographic bottle holding part, and after the bottle holding part is shaken, the chromatographic bottles are guided into the slots along the guiding parts and then are cleaned with water in a centralized way, therefore the cleaning efficiency is high, andthe clean degree after cleaning is improved.

A method of removing a filtrate storage bottle from a water bath includes inserting at least two finger underneath a radially protruding lip of a filtrate storage bottle sealing cap and raising the at least two fingers to lift the bottle from the water bath. A side wall portion of the filtrate storage bottle sealing cap is smaller in perimeter than a circle surrounding the radially protruding lip. The cap creates a liquid tight seal with the filtrate storage bottle.

The invention discloses a bottle perform stretching control device. The bottle perform stretching control device comprises a stretching machine frame, a stretching cylinder vertically installed on the stretching machine frame and a stretching rod which is arranged on the stretching machine frame in a liftable mode. The stretching cylinder comprises a cylinder barrel and a piston rod, wherein the cylinder barrel is provided with an inner cavity, and the piston rod is inserted in the inner cavity of the cylinder barrel in the mode that the piston rod can move in the vertical direction. The lower end of the piston rod penetrates out of the cylinder barrel and is connected with the stretching rod. The stretching rod rises and falls along with the vertical movement of the piston rod. The control device further comprises a gas source device and a gas source control mechanism, wherein the gas source device is used for inflating the inner cavity of the cylinder barrel with compressed gas, and the gas source control mechanism is used for changing the rising/falling speed of the stretching rod by adjusting the gas supply quantity of the air source device. According to the bottle perform stretching control device, the gas source control mechanism is arranged to adjust the movement speed of the piston rod by adjusting the quantity of compressed air inflated in the inner cavity of the cylinder barrel by the gas source device; the device is simple in structure and low in production cost, the bottle perform stretching time is short, and impact to a bottle perform by the starching rod is effectively reduced, and noise is effectively lowered.