37results about "Blow machines" patented technology

Inverting mechanism for a glass forming machine comprising at least one preform, with two mouth-holding arms (2, 3) which are adjustable between a closed position holding an opening area of ​​a cup formed in the at least one preform and an open position releasing this opening area, a central shaft (7) to which the mouth-holding arms (2, 3) are rotationally fixed and about whose central axis the mouth-holding arms (2, 3) can be pivoted from a first pivot position associated with the at least one preform to a second pivot position associated with the finished mold, and a drive device (19) with a motor unit (20) by means of which drive energy for pivoting the mouth-holding arms (2, 3) between their first and second pivot positions can be generated, characterized in thatthat the motor unit of the drive device (19) is designed as a rotary motor (20) with a stator element (25) and a rotor element (21), and that the rotor element (21) of the rotary motor (20) is axially and rotationally fixed to the central shaft (7) of the drive device (19) and the rotary motor (20) is arranged coaxially with respect to the central shaft (7) of the drive device (19).

The invention relates to the technical field of glass bottle processing, and provides a glass wine bottle blowing forming process which comprises the following steps: S1, taking materials and cogging, and putting a glass raw material into a primary bubble mold to prepare a glass material ball; s2, blowing primary bubbles: blowing air into the frit balls to prepare glass bubbles; s3, in-mold shaping: putting the glass bulb into a forming mold, and blowing air into the glass bulb to obtain a glass wine bottle; s4, demolding and cooling; wherein blowing of the glass wine bottle is carried out in the workbench, the primary foaming mold and the forming mold are both arranged on the workbench, and the primary foaming mold is located above the forming mold; an overturning shaft is rotationally connected between the primary foaming mold and the forming mold, and a blowing pipe is connected to the overturning shaft. According to the blowing forming process for the glass wine bottle, the transferring convenience of the glass bulbs can be improved.

The glass forming individual section machine (14) includes a machine frame (20) having a glass gob loading axis (Z'), a crossable blank side (24) including a blank mold (14a) configured to form a glass gob (G) into a parison and having a blank mold vertical axis (Vi), and a mold carriage (26) movably supported on the machine frame and coupled to the crossable blank side for linearly translating the crossable blank side toward the glass gob loading axis to align the blank mold vertical axis with the glass gob loading axis and for linearly translating the crossable blank side away from the glass gob loading axis. Related methods of loading blank molds of the individual section machine are also disclosed.

Station for a glass forming machine, in particular for an IS or ISX glass forming machine, with station-side connections (4) by means of which the station (1) can be connected to glass forming machine-side supply lines or the like, characterized in that all station-side connections (4) can be disconnected from their associated supply lines or the like by means of quick couplings and that the station (1) can be removed from the glass forming machine as a unit.

Process for manufacturing a glass bottle (20) having a ratio L=0.44*m / V0.77 of less than or equal to 0.7, involving the steps consisting of: - depositing a gob of molten glass (1) in a blank mould (11), - forming a parison (15), - opening the blank mould (11) and transporting the parison (15) into a finishing mould (17), this transport being carried out with the neck of the parison (15) being retained via a holding part (14) so as to allow the parison (15) to stretch during the transfer, - blowing air into the parison (15) to form the bottle (20), said attachment relief (21) being formed by said holding part (14).

A low-thermal-stress glass mold and its preparation method are disclosed, belonging to the field of glass mold technology. The mold includes a bottle half-mold used in pairs, facing each other towards one side of a pair of mold-fitting surfaces. The bottle half-mold has a cavity, characterized by: within the wall thickness of the bottle half-mold, axially arranged, independent yet spaced apart, each penetrating from one side of the pair of mold-fitting surfaces to the other, comprising a lower built-in annular cavity, a middle built-in annular cavity, and a neck / shoulder built-in annular cavity. The openings of the lower, middle, and neck / shoulder built-in annular cavities are closed at the points where they meet the mold-fitting surfaces. Advantages: Without changing the inner wall dimensions and cooling boundary conditions, it solves the problem of high thermal stress caused by large radial temperature gradients in solid glass molds, extending service life; the method has controllable manufacturing costs, feasible processes, and ensures a significant reduction in thermal stress in the prepared glass mold.

The present invention relates to a device (40) for adjusting the tension of a roughing base support (32), comprising a cam mechanism having a cam on which the roughing base support (32) is able to bear during its assembly, and an actuation mechanism configured to move the cam to at least two positions, the cam mechanism being configured to position the roughing base support (32) bearing on said cam at two different heights, depending on the position of said cam. The invention also relates to an intermediate support (35) having such an adjustment device (40).

A method of producing colorless glass using submerged combustion melting is disclosed. The method includes operating a submerged combustion melter (10) such that combustion products (68) are discharged from one or more submerged burners (62) combusting a combustible gas mixture (G) that comprises fuel and oxygen. An oxygen-to-fuel ratio of the combustible gas mixture ranges from stoichiometry to 30% excess oxygen relative to stoichiometry, a temperature of a glass melt (22) in the submerged combustion melter is between 1200°C and 1500°C, a residence time of the glass melt is maintained between 1 hour and 10 hours, and a specific throughput rate of molten glass (36) discharged from the submerged combustion melter ranges from 2 tons per day per meter squared of cross-sectional area of the submerged combustion melter [tons / day / m2] to 25 tons / day / m2. A method of forming glass containers from the molten glass discharged from the melter is also disclosed.

The invention relates to the technical field of glass production, and discloses a multi-shaft linkage type glass blowing device which comprises a workbench, a rack, an air cylinder, an air outlet pipe, an air adjusting structure and an impurity removing structure, the air outlet pipe is driven by the air cylinder to be tightly attached to a mold port, air flow can be prevented from leaking from a gap of the port in the blowing process, and the air outlet pipe is driven by the air cylinder to be tightly attached to the mold port. The high-pressure air flow can fully act on the glass liquid; the air adjusting structure realizes lifting of the sleeve along the long rod through cooperative transmission of a motor, a gear and a screw rod, the bottom accumulation effect of molten glass caused by gravity is actively resisted in combination with a bottom-to-top movement track of the sleeve and an air hole blowing mode, and the problem that the wall thickness is not uniform due to too thick bottom and too thin top in traditional fixed position blowing is thoroughly solved; through meshing transmission of the planetary gear and the gear ring, the impurity removal brush is driven to rotate around the sleeve and rotate, and is matched with the inner connecting brush to synchronously clean the inner wall of the sleeve, and impurities such as glass residues and deposited carbon remaining on the inner wall and the outer wall can be comprehensively removed.

Method for manufacturing a glass bottle and packaging device comprising such a bottle. Method for manufacturing a glass bottle (20) having a ratio L=0.44*m / V0.77 less than or equal to 0.7, comprising the steps of: depositing a drop of molten glass (1) into a blank mold (11), forming a parison (15), opening the blank mold (11) and transferring the parison (15) into a finishing mold (17), this transfer being carried out by retaining the neck of the parison (15) by a holding part (14) so ​​as to allow the parison (15) to stretch during the transfer, blowing air into the parison (15) to form the bottle (20), said attachment relief (21) being formed by said holding part (14). Figure for the abstract: Fig. 3

An inverting mechanism (1) for a glass forming machine having at least one preform has two mouth-holding arms which are adjustable between a closed position holding an opening area of ​​a cup formed in the at least one preform and an open position releasing this opening area, a central shaft (7) with which the mouth-holding arms are rotationally fixed and about whose central axis the mouth-holding arms can be pivoted from a first pivoting position associated with the at least one preform to a second pivoting position associated with the finished form associated with the at least one preform, and a drive device (19) with a motor unit (20) by means of which drive energy for pivoting the mouth-holding arms between their first and their second pivoting position can be generated.In order to create such an inverting mechanism (1) which, firstly, can be assembled in a structurally and technically simple manner and which, furthermore, ensures the most trouble-free and frictionless transmission of the drive energy generated by the motor unit (20) to the central shaft (7) of the drive device (19) of the inverting mechanism (1), it is proposed that the motor unit of the drive device (19) be designed as a rotary motor (20) with a stator element (25) and a rotor element (21), and that the rotor element (21) of the rotary motor (20) be axially and rotationally fixed to the central shaft (7) of the drive device (19) and that the rotary motor (20) be arranged coaxially with respect to the central shaft (7) of the drive device (19).

The present invention relates to a roto-linear mechanism for a glassware forming machine adapted to be connected to a funnel-holding arm, a shutter arm, an arm for a blowing head or a similar mechanism, to simultaneously perform an axial and radial movement to each of such arms from a first position to form glass articles to a second position outside the forming process thereof.

A glass forming line (14) includes a machine frame (20) having a glass gob loading axis (Z'), a traversable parison side (24) including a parison mold (14a) configured to form a glass gob (G) into a parison and having a parison mold vertical axis (Vi), and a mold carriage (26) movably carried on the machine frame and coupled to the traversable parison side to linearly translate the traversable parison side toward the glass gob loading axis to align the parison mold vertical axis with the glass gob loading axis and linearly translate the traversable parison side away from the glass gob loading axis. Related methods of loading a parison mold of a line are also disclosed.

An initial mold for forming a round glass bottle container comprises a female half mold and a male half mold, an inner cavity for forming a glass bottle container initial blank is formed after the two half molds are closed, the middle section of the inner cavity is a thickness correction area, and the horizontal section of the thickness correction area is an arc line protruding outwards at the joint closing position of the two half molds to replace a conventional arc shape. The glass bottle can primary blank located in the thickness correction area protrudes outwards in the seam closing area, and the thickness of the glass bottle can primary blank in the seam closing area is larger than that of other parts; the horizontal included angle theta corresponding to the center of the section of the inner cavity and the arc line ranges from 0 degree to 180 degrees, and the rest part of the thickness correction area can be an arc line. On the basis that the shape and the size of the glass bottle container are not influenced, the wall thickness of the joint of the round glass bottle container is kept consistent with that of other areas, the uniformity of the whole thickness is finally realized, the qualified strength can be achieved under the condition that the bottle weight is not increased, and meanwhile, the glass bottle container is suitable for primary blanks of a blowing method and a pressing-blowing method.

A station (1) for a glass forming machine, in particular for an IS or ISX glass forming machine, has station-side connections (4) by means of which the station (1) can be connected to supply lines or the like on the glass forming machine side. In order to enable losses in the production quantity of the glass forming machine that occur in the event of a malfunction at the station (1) to be significantly reduced, it is proposed that all station-side connections (4) be detachable from their associated supply lines or the like by means of quick-release couplings and that the station (1) be removable from the glass forming machine as a unit.

The utility model relates to the field of bottle-making machines, in particular to a flat-opening type bottle-making machine which comprises a machine table and a mold structure, the mold structure comprises a swing part, a mold arranged on the swing part and a driving part for driving the swing part to swing, a mounting block is arranged at the tail end of the swing part, the mold is detachably arranged on the mounting block, and the swing part is arranged on the machine table. The number of the swing parts is two, the mounting blocks on the two swing parts are oppositely arranged, a plurality of dies are arranged on each mounting block, the plurality of dies are distributed along the length direction of the mounting block, and the dies on the two mounting blocks are in one-to-one correspondence. The mold replacement device has the effect of improving the mold replacement convenience.

The invention discloses a high-precision glass blowing forming mold and belongs to the field of glass machining.The high-precision glass blowing forming mold comprises a workbench and a supporting frame, the upper surface of the workbench is connected with a guide frame, a first motor is installed outside the guide frame, the output end of the first motor penetrates through the outer wall of the guide frame and then is connected with a threaded rod, and the outer surface of the threaded rod is in threaded connection with a sliding block; a mounting box is connected to the upper surface of the sliding block, and a second motor is mounted on the upper surface of the mounting box. According to the glass product polishing device, after an electric sliding rail receives an instruction of a controller, a sliding block is driven to accurately and stably convey a glass product to a designated polishing position in a mounting box along a preset track and speed, a second motor is a power source of a polishing unit, and the glass product is polished through meshing of a driving gear and a driven gear; the polishing brush rotating at a high speed makes contact with the outer surface of the glass product conveyed in place, and micro cutting is conducted on the surface of the glass through the fine grinding materials attached to brush wires.

The utility model discloses a glass handicraft shaping device, which relates to the technical field of glass handicraft processing and comprises a base, a U-shaped plate fixed on the upper end face of the base, an electric push rod fixed on the lower end face of the horizontal section of the U-shaped plate, a mounting plate connected to the lower end of the electric push rod, a pressure nozzle mounted on the mounting plate, and a high-pressure air pipe connected to the pressure nozzle. One end of the high-pressure air pipe is externally connected to a high-pressure air pump, a rotating mechanism is installed in the middle of the base, a mold is installed on the rotating mechanism, and the rotating mechanism comprises a speed reducer fixed to the bottom end of the base. According to the utility model, the mold and the glass raw material are rapidly heated through the electromagnetic induction coil, the glass raw material is driven by the servo motor to slowly rotate, high-pressure gas is blown to the glass raw material from the pressure nozzle, the glass raw material is plasticized by the pressure of the high-pressure gas, and the height of the pressure nozzle is adjusted through the electric push rod; the pressure of the high-pressure gas on the glass raw material is adjusted so as to meet the plasticity of different products.

The application provides a special-shaped bottle production process and belongs to the technical field of glass bottle production, and solves the problem that the prior art is concentrated on adjusting blowing parameters or single mold material, and the yield of special-shaped bottle production is long-term hovering at a low level due to the existence of scissor scars and demolding damage. The special-shaped bottle production process comprises the following steps: S1, raw material preparation, S2, high-temperature solution preparation, S3, forming, S4, annealing, S5, post-treatment, S6, detection and packaging, and the high-heat-conducting wear-resistant synthetic resin forming die in the forming step S3 is made of a special synthetic resin composite material, which comprises, by weight, 45-60 parts of high-temperature-resistant epoxy resin, 30-40 parts of high-heat-conducting modified filler, 10-15 parts of wear-resistant reinforcing filler and 2-5 parts of internal demolding agent. The application has the advantages of solving the problem that the yield of special-shaped bottle production is long-term hovering at a low level due to the existence of scissor scars and demolding damage.

A glass forming individual section machine (14) includes a machine frame (20) having a glass gob loading axis (Z'), a traversable blank side (24), including a blank mold (14a) configured to form a glass gob (G) into a parison and having a blank mold vertical axis (V1), and a mold carriage (26) movably carried on the machine frame and coupled to the traversable blank side to linearly translate the traversable blank side toward the glass gob loading axis to align the blank mold vertical axis with the glass gob loading axis and to linearly translate the traversable blank side away from the glass gob loading axis. A related method of loading a blank mold of an individual section machine is also disclosed.

An individual section machine (1) for forming hollow glassware has a plurality of forming sections (10) aligned to each other along a longitudinal axis (4), and a support structure (7), in common to all forming sections (10); each forming section (10) has a parison side (13) with a blank mould and a finishing side (14) with a finishing mould, to form at least one hollow glass product from a corresponding glass gob; the machine is provided with an upper cover (50) comprising a frame (51) coupled in a fixed position to the support structure (7), and at least one protection wall coupled to the frame (51) so it is movable between a working position, in which it is substantially horizontal and is arranged above the parison side (13) of at least one forming section (10), at a height that allows an operator to access the forming section (1), and a rest position, in which the protection wall is spaced horizontally away, towards the outside of said machine (1).

The invention relates to the technical field of glass blowing machines, and particularly discloses a blowing machine for manufacturing glassware, the blowing machine comprises a circulating positioning processing frame, the front side of the inner side of the circulating positioning processing frame is fixedly connected with an adjusting assembly, and the outer side of the circulating positioning processing frame is fixedly connected with a blowing assembly; the circulating positioning processing frame comprises a circulating positioning ring; in the working process, firstly, a gas injection pipe is connected with a gas compressor, then the outer side of a clamping ring is sleeved with a bottle opening of a glass blank in the using process, and then the glass blank is tightened and clamped through working of a glass clamping assembly; the air pressure in an air cavity formed by a sliding sleeve, a pressure lifting plate, a connecting ring plate, an air pressure pipe and a pressure control valve reaches a set value and then is injected into a glass blank, and when the air is continuously injected into the glass blank, the glass blank is uniformly expanded under the action of the air pressure, so that the glass blank is blown into a specified product.

The invention provides a method and a system for dynamically adjusting anti-skid textures of a glass container, which are applied to the technical field of glass manufacturing, and are characterized in that feedforward information and feedback information are acquired in real time, an initial adjustment amount is predicted, a target adjustment amount is obtained through correction according to the feedback information, and then adjustment is executed to cope with dynamic changes in a production process. The method has the advantages of improving texture control precision, stabilizing texture quality and being suitable for high-speed production.

The invention discloses a book-shaped glass bottle structure, a forming mold and a forming method, and relates to the technical field of glass container forming, and the book-shaped glass bottle structure comprises a platform which is arranged at the top of a page part on one side of a bottle opening around the bottom of the bottle opening and forms a plane with the top of an edge-shaped structure of a spine part, a cover part and a bottom sealing part; a notch is formed between the edge-shaped structures of the sealing surface part and the sealing bottom part on the other side; the forming die is provided with windows corresponding to the notches at the tops of the first half die and the second half die; and an upper notch die is also arranged between the blowing head die and the first half die and the second half die. The book-shaped glass bottle structure is jointly formed by the first half mold, the second half mold, the blowing head mold and the upper notch mold, the upper notch mold moves along with the blowing head mold, mold closing and mold opening are both in the vertical direction, the problem that mold buckling and material carrying are conducted in the notch position forming process is solved, mechanical production of the book-shaped glass bottle is achieved, and the production efficiency is improved. The production efficiency is high, the yield is high, the cost is low and the performance stability is good.

The application discloses an alkali-free amber glass easy to blow molding and a molding equipment, relates to the technical field of alkali-free amber glass, and the alkali-free amber glass raw material is composed of the following components in percentage by mass: 55-60% of SiO2, 0.1-5% of Al2O3, 0.1-5% of B2O3, 5-20% of CaO, 5-20% of BaO, 5-20% of ZnO, 0.1-1.5% of Fe2O3, 0.5-3.5% of TiO2, 0.1-3% of C and 0.1-3% of X2O3; wherein the total mass percentage of SiO2 and Al2O3 is 58-65%, the total mass percentage of CaO, BaO and ZnO is 26-32.5%, (CaO+BaO) / ZnO is 2.5-6, and X2O3 / TiO2 is 0.1-7.5; the alkali-free amber glass obtained by the above-mentioned ratio is not only easy to blow molding, but also has the characteristics of high chemical stability, is suitable for the storage glassware in the fields of high-end medicines, chemical reagents and the like, and only one driving cylinder is needed to combine multiple sets of molding molds in the molding equipment, so that the production cost is greatly reduced, compared with the mode that multiple driving cylinders are needed for the traditional multiple sets of molding molds.

A glassware forming mold locking structure comprises a workbench, a glassware forming mold is arranged on the workbench, locking edges are arranged on the two sides of the glassware forming mold, a first locking block and a second locking block are arranged on the side faces of the locking edges respectively, and a first lead screw and a second lead screw are connected to the workbench. A first lead screw seat and a second lead screw seat are arranged on the first lead screw and the second lead screw respectively, a right-hand thread is machined in the first lead screw seat to be connected with the first lead screw, a left-hand thread is machined in the second lead screw seat to be connected with the second lead screw, a guide rail is arranged between the first lead screw and the second lead screw, and the first locking block is connected with the first lead screw seat and the guide rail. The second locking block is connected with the second lead screw base and the guide rail, locking bayonets are machined in the side face of the first locking block and the side face of the second locking block, and inclined faces matched with each other are correspondingly machined on the locking bayonets and the locking edges. According to the utility model, the glassware forming mold is locked in an inclined plane wedging manner, so that the positioning is more convenient.

In a machine (1) for forming glass articles, at least one forming mold (3) (5) is at least partially closed at the top by means of a dedicated closing element (11) (45), the height position of which is continuously adjusted according to the height of the mold (3) (5) by means of a mechanical transmission (30) that is motorized or manually operable from the outside.

The invention relates to a method for producing a hollow glass article (1), in which a glass drop (2) is transferred into a mold (3, 4) and inflated therein to form the hollow glass article (1) at least by means of compressed air (5); wherein the method comprises a first process (6) with first process parameters for producing the hollow glass articles (1), wherein the first process (6) is interrupted at certain time intervals and the mold (3, 4) is supplied with a lubricant (7), wherein the method comprises at least the following steps: a) carrying out the first process (6) with first process parameters; b) interrupting the first process (6) and supplying the mold (3, 4) with a lubricant (7); c) initiating a second process (8) with second process parameters which differ at least partially from the first process parameters; d) resuming the first process (6) with first process parameters).

The utility model discloses a small opening blowing and pressing device for a glass bottle, which comprises a bottom plate, a fixed mold is arranged on the bottom plate between two supporting plates, a movable mold is arranged on one side of the fixed mold far away from the supporting plates, bottle body mold cavities are arranged in the fixed mold and the movable mold, liquid inlet pipes are arranged above the fixed mold and the movable mold, and the liquid inlet pipes are communicated with the bottle body mold cavities. Flow guide channels communicated with the liquid inlet pipe are arranged in the fixed mold and the movable mold, connecting pipes are arranged at the lower end of the fixed mold and the lower end of the movable mold, and the two connecting pipes are communicated through a hose. The blowing and pressing device is good in blowing and pressing effect, glass bottles can be rapidly cooled through the flow guide channels in the fixed mold and the movable mold, and the processing efficiency of the glass bottles is effectively improved while the blowing and pressing quality is guaranteed.