mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a fibre composite component, comprising the following steps: arranging a first and a second mould (102, 104) in relation to one another in such a way that these together form a first cavity; laying a fibre material on the first and/or second mould (102, 104); filling the formed first cavity with a casting material, wherein a chamber contains the casting material prior to the filling step, the casting material flowing from the chamber into the first cavity when said material is heated beyond its melting point, solidification of said casting material in order to seal the first and the second mould (102, 104) to one another and/or interconnect them; and infiltrating the fibre material with a matrix and curing said matrix to form the fibre composite component. arranging a first and a second mould (102, 104) in relation to one another in such a way that these together form a first cavity; laying a fibre material on the first and/or second mould (102, 104); filling the formed first cavity with a casting material, wherein a chamber contains the casting material prior to the filling step, the casting material flowing from the chamber into the first cavity when said material is heated beyond its melting point, solidification of said casting material in order to seal the first and the second mould (102, 104) to one another and/or interconnect them; and infiltrating the fibre material with a matrix and curing said matrix to form the fibre composite component.
A cooking top comprising: a main body comprising a heating unit; and an air curtain device configured to generate an air curtain flow so as to block a diffusion of a heating unit air flow generated by the heating unit, wherein the air curtain device comprises: an intake port formed at the main body; an exhaust port extending along an upper edge part of the main body; a drive unit installed inside a flow guide extending from the intake port to the exhaust port and configured to generate a flow of air; characterised in that the cooking top further comprises an operation unit rotatably mounted at the main body to open/close the exhaust port and configured to operate the drive unit when rotating to open the exhaust port by an operation so as to generate the air curtain flow when the exhaust port is opened. a main body comprising a heating unit; and an air curtain device configured to generate an air curtain flow so as to block a diffusion of a heating unit air flow generated by the heating unit, an intake port formed at the main body; an exhaust port extending along an upper edge part of the main body; a drive unit installed inside a flow guide extending from the intake port to the exhaust port and configured to generate a flow of air; characterised in that the cooking top further comprises an operation unit rotatably mounted at the main body to open/close the exhaust port and configured to operate the drive unit when rotating to open the exhaust port by an operation so as to generate the air curtain flow when the exhaust port is opened.
A fan wheel comprising a fan wheel disc and at least one fan wheel blade, said fan wheel disc comprising at least one region which extends in a curved manner at least in sections from radially inside to radially outside, in which a blade attachment surface is formed at least in sections, at which an axial end side of the at least one fan wheel blade is fixedly connected, wherein the blade attachment surface extends at least in some sections within the curved region of the fan wheel disc within a two-dimensional connecting plane, wherein the axial end edge of the at least one fan wheel blade extends entirely along the two-dimensional connecting plane, characterized in that the fan wheel disc is plastically deformed along the at least one blade attachment surface at least in some sections, and in that the at least one blade attachment surface is formed in a press-in section which is pressed by plastic deformation in an axial direction into the fan wheel disc.
An inkjet apparatus comprising: a transport mechanism for transporting a strip-shaped base material having a recording surface and a back surface in a first direction of movement along the length thereof; at least one jet head for jetting out ink droplets toward said recording surface of said base material; and a mist suction part having a suction opening for suctioning air containing mist of said ink from near said recording surface of said base material, characterized in that said inkjet apparatus further comprises a switching part for bending said base material and switching transport of said base material from said first direction to a second direction in a position downstream from said at least one jet head in said first direction, said second direction being a direction said back surface faces; and at least part of said suction opening of said mist suction part is positioned near said recording surface of said base material passing over said switching part and on an extension line of said first direction. a transport mechanism for transporting a strip-shaped base material having a recording surface and a back surface in a first direction of movement along the length thereof; at least one jet head for jetting out ink droplets toward said recording surface of said base material; and a mist suction part having a suction opening for suctioning air containing mist of said ink from near said recording surface of said base material, characterized in that said inkjet apparatus further comprises a switching part for bending said base material and switching transport of said base material from said first direction to a second direction in a position downstream from said at least one jet head in said first direction, said second direction being a direction said back surface faces; and at least part of said suction opening of said mist suction part is positioned near said recording surface of said base material passing over said switching part and on an extension line of said first direction.
Apparatus for controlling the temperature of a reaction mixture held within a reaction container, the apparatus including: a) a radiation source (110, 6) for exposing the reaction container to radiation thereby heating the reaction mixture, wherein the radiation source is adapted to selectively generate a predetermined heating zone; b) a temperature sensor (130, 9) for sensing a temperature indicative of a reaction mixture temperature; and c) a controller for controlling the radiation source in accordance with the reaction mixture temperature to thereby selectively heat the reaction mixture, and a coolant supply port adapted to selectively generate a predetermined cooling zone; wherein the predetermined heating zone and the predetermined cooling zone are generated substantially adjacent the heater and the coolant supply port respectively, such that the temperature of the reaction mixture is controllable by selective exposure of the reaction container to the heating zone and/or the cooling zone; wherein the apparatus includes a mounting for receiving a number of reaction containers, the radiation source and mounting being arranged to allow heating of one or more of the number of reaction containers; wherein the apparatus includes a drive for moving the mounting relative to the radiation source and wherein the controller is for controlling the drive to thereby selectively heat reaction mixture in respective ones of the number of reaction containers. a) a radiation source (110, 6) for exposing the reaction container to radiation thereby heating the reaction mixture, wherein the radiation source is adapted to selectively generate a predetermined heating zone; b) a temperature sensor (130, 9) for sensing a temperature indicative of a reaction mixture temperature; and c) a controller for controlling the radiation source in accordance with the reaction mixture temperature to thereby selectively heat the reaction mixture, and a coolant supply port adapted to selectively generate a predetermined cooling zone;
A linear compressor comprising: a shell comprising a refrigerant suction part; a cylinder provided within the shell; a piston configured for reciprocating within the cylinder; and a suction muffler movable together with the piston, wherein the suction muffler comprises: a muffler main body having a refrigerant passage; a main body insertion part press-fitted into the muffler main body; and a piston insertion part press-fitted into the muffler main body to extend into the piston, characterised in that the piston insertion part and the main body insertion part have matching shapes that interlock each other. a shell comprising a refrigerant suction part; a cylinder provided within the shell; a piston configured for reciprocating within the cylinder; and a suction muffler movable together with the piston, wherein the suction muffler comprises: a muffler main body having a refrigerant passage; a main body insertion part press-fitted into the muffler main body; and a piston insertion part press-fitted into the muffler main body to extend into the piston, characterised in that the piston insertion part and the main body insertion part have matching shapes that interlock each other. a muffler main body having a refrigerant passage; a main body insertion part press-fitted into the muffler main body; and a piston insertion part press-fitted into the muffler main body to extend into the piston, characterised in that the piston insertion part and the main body insertion part have matching shapes that interlock each other.
Double trimming shears with a stationary lower knife and an upper knife driven to be raisable and lowerable, wherein the upper knife is arranged at an upper knife carriage guided by means of a carriage guide, and a first eccentric shaft is provided at the carriage guide for guidance thereof, wherein the first eccentric shaft is arranged at the carriage guide at an end which is first in cutting direction, and a second eccentric shaft is arranged at the carriage guide at a second end, which is opposite the first end in cutting direction, of the carriage guide, characterised in that the first eccentric shaft and the second eccentric shaft are connected together by way of synchronising means which apportions an exerted pressure simultaneously and equally to the first and second eccentric shafts (14, 16) and which is constructed as a rigid, non-bendable rod and is mounted on the first eccentric shaft to be rotationally movable and on the second eccentric shaft to be rotationally movable.
An X-ray system comprising: an X-ray source generating X-rays; an X-ray receptor receiving the X-rays and generating X-ray images; a patient satellite secured to a patient positioned between the X-ray source and the X-ray receptor, the patient satellite including an angular orientation sensor detecting an angular orientation of the patient and outputting a signal to an operator allowing the operator to position the patient with respect to the X-ray source and the X-ray receptor so as to eliminate an angular distortion in the X-ray images, and a server connected to the X-ray source, the X-ray receptor and the patient satellite, the server receiving the X-ray images from the X-ray receptor; characterized in that the patient satellite further including a distance sensor measuring a distance between the patient and the X-ray receptor; and the server receiving the measured distance from the distance sensor. an X-ray source generating X-rays; an X-ray receptor receiving the X-rays and generating X-ray images; a patient satellite secured to a patient positioned between the X-ray source and the X-ray receptor, the patient satellite including an angular orientation sensor detecting an angular orientation of the patient and outputting a signal to an operator allowing the operator to position the patient with respect to the X-ray source and the X-ray receptor so as to eliminate an angular distortion in the X-ray images, and a server connected to the X-ray source, the X-ray receptor and the patient satellite, the server receiving the X-ray images from the X-ray receptor;
A ball collecting drum, which is configured to roll on a surface to collect a plurality of balls on the surface, the ball collecting drum comprising: a plurality of discs; an annular multi-row groove comprising a plurality of annular grooves formed between adjacent discs of the plurality of discs; and ball pockets formed, on an outer periphery of each of the plurality of discs, in each annular groove formed between the adjacent plurality of discs, wherein each of the ball pockets is configured to have elasticity to possible entry and exit of a ball and be continuously formed, each of the ball pockets is configured to have a size to hold only one ball therein, and the ball pockets formed in the adjacent annular grooves being formed at positions deviated from each other in a circumferential direction of the annular grooves. a plurality of discs; an annular multi-row groove comprising a plurality of annular grooves formed between adjacent discs of the plurality of discs; and ball pockets formed, on an outer periphery of each of the plurality of discs, in each annular groove formed between the adjacent plurality of discs, wherein each of the ball pockets is configured to have elasticity to possible entry and exit of a ball and be continuously formed, each of the ball pockets is configured to have a size to hold only one ball therein, and the ball pockets formed in the adjacent annular grooves being formed at positions deviated from each other in a circumferential direction of the annular grooves. each of the ball pockets is configured to have a size to hold only one ball therein, and the ball pockets formed in the adjacent annular grooves being formed at positions deviated from each other in a circumferential direction of the annular grooves.
An ethylene polymer composition having a fusion enthalpy ΔH fus, measured by Differential Scanning Calorimetry with a heating rate of 20°C per minute, of 60 J/g or more and comprising, all per cent amounts being by weight: A) 25-55% of an ethylene polymer containing 10% or less, referred to the weight of A), of a fraction XS A soluble in xylene at 25°C; B) 45-75% of a copolymer of ethylene and propylene containing from 45% to 70% of ethylene and 60% or more of a fraction XS B soluble in xylene at 25°C, both ethylene and XS B amounts being referred to the weight of B); wherein the amounts of A) and B) are referred to the total weight of A) + B). A) 25-55% of an ethylene polymer containing 10% or less, referred to the weight of A), of a fraction XS A soluble in xylene at 25°C; B) 45-75% of a copolymer of ethylene and propylene containing from 45% to 70% of ethylene and 60% or more of a fraction XS B soluble in xylene at 25°C, both ethylene and XS B amounts being referred to the weight of B);
A method for media processing performed in a controller node of a distributed cloud comprising two or more virtual machines run in a respective distributed data center (16 1, 16 2, 16 3, 16 4, 16 5, 16 6, 16 7, 16 8), the method comprising: - receiving a request for a media service between at least a first and a second user device (A, B), - creating two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) for handling the media service, the two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) being run on a respective virtual machine, wherein the creating of the two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) comprises creating at least one micro media virtual node (15A, 15B) running in a node (17A, 17B) of a radio access network and handling media stream forking and/or media stream stopping based on a quality parameter; and - configuring, for the first user device participating in the media service, a communication path to the second user device for a media stream of the media service, the communication path involving the created two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) and the communication path comprising at least one redundant path section. - receiving a request for a media service between at least a first and a second user device (A, B), - creating two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) for handling the media service, the two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) being run on a respective virtual machine, wherein the creating of the two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) comprises creating at least one micro media virtual node (15A, 15B) running in a node (17A, 17B) of a radio access network and handling media stream forking and/or media stream stopping based on a quality parameter; and - configuring, for the first user device participating in the media service, a communication path to the second user device for a media stream of the media service, the communication path involving the created two or more media virtual nodes (15A, 15B; 14 1, 14 2, 14 3, 14 4, 14 5; 13 1, 13 2) and the communication path comprising at least one redundant path section.
A device for thoracic drainage, comprising: - a container connector for a secretion collection container that is adapted to be connected to the pleural cavity of a patient; - a vent line leading from the container connector to the atmosphere, - a venting device comprising a controllable first valve arranged in the vent line, for releasing air from the secretion collection container, and comprising a first pressure sensor for measuring a pressure in the secretion collection container, wherein the first pressure sensor measures a pressure in the vent line between the container connector and the first valve; and - a control device, which cooperates with the first pressure sensor, characterised in that the control device is configured to open the first valve when a difference between the pressure in the secretion collection container and atmospheric pressure exceeds a positive first threshold value. - a container connector for a secretion collection container that is adapted to be connected to the pleural cavity of a patient; - a vent line leading from the container connector to the atmosphere, - a venting device comprising a controllable first valve arranged in the vent line, for releasing air from the secretion collection container, and comprising a first pressure sensor for measuring a pressure in the secretion collection container, wherein the first pressure sensor measures a pressure in the vent line between the container connector and the first valve; and - a control device, which cooperates with the first pressure sensor,
Method for producing a vehicle tyre with the following steps: a) providing a flat layer of material on a level underlying surface, b) applying at least one visible QR code to the layer of material, wherein the QR code can be used to transfer to the layer of material a multitude of encoded information about a vehicle tyre, wherein the encoded information can be decoded with an optical camera, c) reworking the layer of material with the QR code in order to attach the layer of material to a vehicle tyre in the form of a patch with the QR code, d) providing a finished vulcanized vehicle tyre, f) applying the patch with the QR code to the sidewall and producing a firm material bond with the sidewall of the vehicle tyre, wherein the firm material bond is produced by an adhesion process or a cold vulcanization process, g) completing the vehicle tyre with further steps, characterized by the following steps: providing a layer of material of a vulcanized rubber material in step a), reworking in step c) to form at least one rubber patch, during the production of the vehicle tyre, introducing a depression into the sidewall of the vehicle tyre for the application of the rubber patch and applying the patch with the QR code into the depression in the sidewall in step f). a) providing a flat layer of material on a level underlying surface, b) applying at least one visible QR code to the layer of material, wherein the QR code can be used to transfer to the layer of material a multitude of encoded information about a vehicle tyre, wherein the encoded information can be decoded with an optical camera, c) reworking the layer of material with the QR code in order to attach the layer of material to a vehicle tyre in the form of a patch with the QR code, d) providing a finished vulcanized vehicle tyre, f) applying the patch with the QR code to the sidewall and producing a firm material bond with the sidewall of the vehicle tyre, wherein the firm material bond is produced by an adhesion process or a cold vulcanization process, g) completing the vehicle tyre with further steps, characterized by the following steps: providing a layer of material of a vulcanized rubber material in step a), reworking in step c) to form at least one rubber patch, during the production of the vehicle tyre, introducing a depression into the sidewall of the vehicle tyre for the application of the rubber patch and applying the patch with the QR code into the depression in the sidewall in step f). providing a layer of material of a vulcanized rubber material in step a), reworking in step c) to form at least one rubber patch, during the production of the vehicle tyre, introducing a depression into the sidewall of the vehicle tyre for the application of the rubber patch and applying the patch with the QR code into the depression in the sidewall in step f).
Machine for producing coils of prestretched extendible film comprising a prestretching unit for prestretching the film and a winding unit for winding the film in a coil, provided with a series of rollers around which the advancing film winds partially, wherein the winding unit comprises a winding roller in pressing contact against the coil of the prestretched film in winding progress, wherein it comprises means for varying the final contact position of the winding roller against the coil according to the length of the wound film and according to the required diameter of coil, characterised in that it comprises pressure means acting on the winding roller to achieve the pressing contact against the coil and variable-position abutting means acting in an opposite direction to pressure means for varying the final contact position of the winding roller.
Shelving system formed from module parts arranged one beside the other, having closable compartments for dispensing unpackaged products, in particular baked products such as bread, rolls or the like, and having supports, on which brackets are arranged in an interchangeable manner, wherein the closable compartments are provided with a horizontally mounted flap, wherein each flap has at least one opening device, wherein the flap encloses a dispensing space and wherein shelves and/or trays are provided, wherein each flap is mounted in a rotatable manner, wherein a damping element is also provided, as a result of which the flap can be opened as far as an at least first opening range (BÖ1) with a first opening resistance (WÖ1), wherein the damping element also allows damped closure of the flap, and the closing range can be subdivided at least into a first closing range and a second closing range, wherein a second opening range (BÖ2) with a second opening resistance (WÖ2) is provided, and wherein a third opening range (BÖ3) with a third opening resistance (WÖ3) is provided. wherein a second opening range (BÖ2) with a second opening resistance (WÖ2) is provided, and wherein a third opening range (BÖ3) with a third opening resistance (WÖ3) is provided.