mhurhangee/ep-ind-claims huggingface dataset:
Sanitary coupling which connects an inflow-side and an outflow-side line section to each other, with a sanitary insert element which has an insert housing designed as an insert cartridge, which insert housing is inserted via an end-side insert opening into a housing receptacle in a first line section until an annular flange, which serves as an insert stop, on the insert housing acts upon an end circumferential edge of the first line section, said end circumferential edge bounding the insert opening, wherein the insert housing has a housing interior which communicates with the ambient air, wherein an annular zone is provided between the housing outer circumference of the insert housing and the inner circumference of the housing receptacle, which, in a partial region, has at least one air duct which is effective between the housing interior and the housing outer circumference and wherein in the partial region of the annular zone that is arranged between the annular flange and at least one annular seal, an air gap is arranged between the housing outer circumference and the inner circumference of the housing receptacle, characterized in that the housing interior of the insert housing is changeable in volume and communicates with the ambient air in order to bring about pressure equalisation in the volume-variable housing interior of the insert housing, in that the first line section having the housing receptacle has at leas tone air slot which is open towards the end circumferential edge and towards the inner circumference and towards the outer circumference of the first line portion, and in that the air gap connects the at least one air duct to the at least one air slot.
A device permitting a portable computer to be supported at a seat of a vehicle, such as a motor vehicle, with a frame being able to be detachably fixed to the front face of the backrest by at least one strap, a support assembly of a stage to receive the portable computer including a support arm having one of its ends connected articulated to the frame and its opposite end connected to a plate, characterized in that the plate, able to come to rest on the pan of the seat and a part forming a support foot of the stage rotatably mounted and slidably guided on the support arm and being able to be locked on the latter by locking means at a predetermined relative position, the part forming a support foot including a column carrying the stage at one of its ends.
A catalyst for dehydration of glycerin, wherein the catalyst is ZrB 0.1 W 0.1 (H y PO 4) 2.2, Zr 0.9 Fe 0.1 W 0.1 Zn 0.02 (H y PO 4) 2, ZrZn 0.1 (H y PO 4) 2, Zr 0.9 Ag 0.1 W 0.1 (H y PO 4) 2, or Zr 0.9 Ca 0.01 W 0.1 (H y PO 4) 2, and y is 1 to 3.
Ship comprising a hull with an uppermost watertight deck, a gas fueled engine for driving a propulsion means, the gas fueled engine includes a gas supply system, the ship further comprises pressure vessels for storing compressed gas and fuel piping for connecting the pressure vessels to the gas supply system, the pressure vessels are cylindrical and have a connection end and a support end wherein the pressure vessels are located in a tank storage room that is below the uppermost watertight deck, the connection end of the vessel comprises fixing means to fix the connection end gas-tight against a separation wall between the tank storage room and a tank connection space characterized in that the support end comprises a support that is mounted in a linear bearing located in the tank storage room such that a longitudinal length change of the pressure vessel can be accommodated, wherein the fixing means and the linear bearing are adapted such that sideway or vertical movements of the pressure vessels relative to the tank storage room are prevented.
A system for displacing fluid inside of a tubular member, the system comprising at least one peristaltic pump, each of the at least one peristaltic pumps comprising: an elongated core member with a longitudinal axis configured to be located within the tubular member; a flexible member surrounding and concentric to the elongated core member, the flexible member comprising a plurality of circular bands disposed along a length of the flexible member, each of the circular bands being moveable between a contracted condition with a minimal radius and an expanded condition with a maximal radius; and an outer membrane covering the circular bands and, in use, forming a first fluid cavity between an outer surface of the outer membrane and an inner surface of the tubular member, the outer membrane operable to generate peristaltic waves in the first fluid cavity in response to selectively moving each of the circular bands between the contracted condition and the expanded condition. an elongated core member with a longitudinal axis configured to be located within the tubular member; a flexible member surrounding and concentric to the elongated core member, the flexible member comprising a plurality of circular bands disposed along a length of the flexible member, each of the circular bands being moveable between a contracted condition with a minimal radius and an expanded condition with a maximal radius; and an outer membrane covering the circular bands and, in use, forming a first fluid cavity between an outer surface of the outer membrane and an inner surface of the tubular member, the outer membrane operable to generate peristaltic waves in the first fluid cavity in response to selectively moving each of the circular bands between the contracted condition and the expanded condition.
A cutting insert (100, 200, 300), comprising: a top surface (110, 210, 310), a bottom surface (120, 220, 320) and a plurality of side surfaces (130, 140, 150, 230, 240,250) connecting the top and bottom surfaces (110, 210, 310, 120, 220, 320) and forming an obtuse angle with the bottom surface (120, 220, 320) as well as an acute angle with the top surface (110, 210, 310), wherein the side surfaces (130, 140, 150, 230, 240,250) comprise a first side surface (132, 142, 232, 242, 332, 342) and a second side surface (134, 144, 234', 234" 244', 244", 334, 344) which form an obtuse angle with each other when seen from above, wherein a main cutting edge (160, 170, 260, 270, 360, 370) is formed at an intersection between the first side surface (132, 142, 232, 242, 332, 342) and the top surface (110, 210, 310), and wherein an inclined cutting edge (162, 172, 262, 272, 362, 372) only for ramp milling and a minor cutting edge (164, 174, 264, 274, 364, 374) are formed at an intersection between the second side surface (134, 144, 234', 234" 244', 244", 334, 344) and the top surface (110, 210, 310), characterized in that an obtuse angle which the second side surface (134, 144, 234', 234" 244', 244", 334, 344) forms with the bottom surface (120, 220, 320) is greater than that which the first side surface (132, 142, 232, 242, 332, 342) forms with the bottom surface (120, 220, 320). a top surface (110, 210, 310), a bottom surface (120, 220, 320) and a plurality of side surfaces (130, 140, 150, 230, 240,250) connecting the top and bottom surfaces (110, 210, 310, 120, 220, 320) and forming an obtuse angle with the bottom surface (120, 220, 320) as well as an acute angle with the top surface (110, 210, 310), wherein the side surfaces (130, 140, 150, 230, 240,250) comprise a first side surface (132, 142, 232, 242, 332, 342) and a second side surface (134, 144, 234', 234" 244', 244", 334, 344) which form an obtuse angle with each other when seen from above, wherein a main cutting edge (160, 170, 260, 270, 360, 370) is formed at an intersection between the first side surface (132, 142, 232, 242, 332, 342) and the top surface (110, 210, 310), and wherein an inclined cutting edge (162, 172, 262, 272, 362, 372) only for ramp milling and a minor cutting edge (164, 174, 264, 274, 364, 374) are formed at an intersection between the second side surface (134, 144, 234', 234" 244', 244", 334, 344) and the top surface (110, 210, 310), characterized in that an obtuse angle which the second side surface (134, 144, 234', 234" 244', 244", 334, 344) forms with the bottom surface (120, 220, 320) is greater than that which the first side surface (132, 142, 232, 242, 332, 342) forms with the bottom surface (120, 220, 320).
Wind turbine tower comprising reinforced concrete and produced in a slip forming process or slip moulding process, characterised in that the wind turbine tower comprises fibre rovings (2,8,9,10) as reinforcements embedded in the concrete during the slip forming or slip moulding process and in that the fibre rovings (2,8,9,10) are anchored in the concrete already at the bottom of the wind turbine tower and it ends at the top of the wind turbine tower.
Arrangement for a rail vehicle, having at least - one electric hollow-shaft motor having a hollow rotor, and - one wheelset shaft, wherein the wheelset shaft runs through the hollow rotor and wherein the rotor is separated from the wheelset shaft at least in part by a radial air gap which ensures a mechanical play between the wheelset shaft and the rotor, characterised in that - arranged in the region of the radial air gap between the rotor and the wheelset shaft is a protective material, which, in the event of a failure of a motor fastening of the hollow-shaft motor and subsequent support of the rotor on the wheelset shaft, separates the rotor from the wheelset shaft, wherein the protective material is softer than the material of the wheelset shaft and softer than at least one material of the rotor. - one electric hollow-shaft motor having a hollow rotor, and - one wheelset shaft, wherein the wheelset shaft runs through the hollow rotor and wherein the rotor is separated from the wheelset shaft at least in part by a radial air gap which ensures a mechanical play between the wheelset shaft and the rotor, - arranged in the region of the radial air gap between the rotor and the wheelset shaft is a protective material, which, in the event of a failure of a motor fastening of the hollow-shaft motor and subsequent support of the rotor on the wheelset shaft, separates the rotor from the wheelset shaft, wherein the protective material is softer than the material of the wheelset shaft and softer than at least one material of the rotor.
Method of producing a metallic strip in a casting and rolling method, in which the strip is cast in a casting machine and subsequently rolled in rolling mill stands downstream of the casting machine in conveying direction of the strip, wherein at least one first separating device arranged upstream of at least a first roll stand is provided, wherein an induction heating means is so arranged upstream of the first separating device in conveying direction of the strip that, for heating, the strip is brought into interaction with the induction heating means, characterised in that a part of the strip having a deviation from a target value in terms of temperature is separated from the respective succeeding strip by means of the first separating device.
Packaging element comprising a trapezoidal front part and a trapezoidal rear part, wherein the front part and rear part each have a first pair of two mutually opposite parallel base sides (1a, 1b, 2a, 2b) and a second pair of two non-parallel legs (1c, 2c), which are each adjacent to the two base sides (1a, 1b, 2a, 2b), and wherein the front part and rear part are connected to one another in the region of their legs, and are preferably connected to one another in the peripheral region of their respective legs which are located one above the other, such that an inner peripheral surface of the front part, said inner surface being oriented towards the rear part, is adhesively bonded to an inner peripheral surface of the rear part, said inner surface being oriented towards the advantage, and wherein a region for accommodating an item, in particular a conical item, preferably a flower pot or bouquet of flowers, can be formed between the front part and rear part by virtue of the parts being spaced apart from one another, an opening being formed for said conical item at least between the long base sides arranged at the top, wherein, above a weakening line which is arranged in the front part and runs between the legs (1c, 2c), preferably parallel to the base sides (1a, 1b) of the front part, the front part has fastened on it a handle, in particular a manually grippable tab, by means of which a region of the front part, said region being located above the weakening line, can be separated from the region of the front part, said region being located beneath the weakening line, characterized in that the rear part and that region of the front part which is located beneath the weakening line are formed from a paper material or paper-composite material and the region of the front part, said region being located above the weakening line, is made of a preferably transparent film.
A ferrule (1; 201) for holding an end part of one or more optical fibers, the ferrule (1; 201) comprising: at least one fiber hole (12; 215) into which a respective optical fiber (3; 205) is to be inserted; an adhesive filling part (14; 216) that is surrounded by an upper wall part and a lower wall part facing the upper wall part, and that is to be filled with an adhesive to be applied between the optical fiber inserted in the at least one fiber hole (12; 215) and an inner wall surface of the adhesive filling part (14; 216); at least one upper opening provided in the upper wall part for filling the adhesive in the adhesive filling part (14; 216); and at least one lower opening provided in the lower wall part for ventilation between the adhesive filling part (14; 216) and outside of the ferrule (1; 201), characterised in that the at least one upper opening and the at least one lower opening are arranged to face each other symmetrically with respect to a longitudinal axis of the ferrule. at least one fiber hole (12; 215) into which a respective optical fiber (3; 205) is to be inserted; an adhesive filling part (14; 216) that is surrounded by an upper wall part and a lower wall part facing the upper wall part, and that is to be filled with an adhesive to be applied between the optical fiber inserted in the at least one fiber hole (12; 215) and an inner wall surface of the adhesive filling part (14; 216); at least one upper opening provided in the upper wall part for filling the adhesive in the adhesive filling part (14; 216); and at least one lower opening provided in the lower wall part for ventilation between the adhesive filling part (14; 216) and outside of the ferrule (1; 201), characterised in that the at least one upper opening and the at least one lower opening are arranged to face each other symmetrically with respect to a longitudinal axis of the ferrule.
A method comprising: (a) operating a master oscillator and a slave oscillator such that the slave oscillator is injection-locked to the master oscillator; (b) decoupling the slave oscillator from the master oscillator such that the slave oscillator is no longer injection-locked to the master oscillator; characterized in that the method comprises: (c) detecting an opposite-phase condition between a master oscillator output signal output by the master oscillator and a slave oscillator output signal output by the slave oscillator; and (d) in response to the detecting of (c), coupling the slave oscillator to the master oscillator such that the slave oscillator becomes injection-locked to the master oscillator. (a) operating a master oscillator and a slave oscillator such that the slave oscillator is injection-locked to the master oscillator; (b) decoupling the slave oscillator from the master oscillator such that the slave oscillator is no longer injection-locked to the master oscillator; characterized in that the method comprises: (c) detecting an opposite-phase condition between a master oscillator output signal output by the master oscillator and a slave oscillator output signal output by the slave oscillator; and (d) in response to the detecting of (c), coupling the slave oscillator to the master oscillator such that the slave oscillator becomes injection-locked to the master oscillator.
A dishwasher comprising a body, a washing space provided in the body, in which the washing and rinsing processes are performed, a chamber provided on the base of the washing space, a filter provided in the chamber, and a pump enabling the water received from the mains into the chamber to be sent to the washing space and thus to be circulated, characterized by a blower mechanism having a line extending into the chamber, and by a control unit configured to operate the blower mechanism to blow air on the filter in the direction from the chamber to the filter such that dirt particles on the filter surface are removed therefrom by the air blown by the blower mechanism.
An improved process for producing perfluoroalkyl iodides of formula F(CF 2 CF 2) n -I wherein n is an integer from 2 to 3, wherein the improvement comprises thermolyzing at least one perfluoroalkyl iodide of formula, optionally in the presence of perfluoroethyl iodide, formula F(CF 2 CF 2) m -I F(CF 2 CF 2) p -I wherein m is an integer greater than or equal to 4, and p is 1, wherein a) the molar ratio of formula to formula is less than 1.0, b) the residence time is from 0.1 to 10 seconds, and c) the temperature is from 450 °C to 500 °C.
A wet gas compressor system, comprising: a wet gas compressor; the wet gas compressor comprises an inlet section; a plurality of impellers; and a variable cross-section nozzle positioned about the inlet section wherein the wet gas compressor system is adapted to carry out the method of claim 13. a wet gas compressor; the wet gas compressor comprises an inlet section; a plurality of impellers; and a variable cross-section nozzle positioned about the inlet section wherein the wet gas compressor system is adapted to carry out the method of claim 13.
A computer-aided method of analysing medical images in substantially real-time, the method comprising the steps of: receiving one or more medical images; analysing said one or more medical images to determine one or more characteristics using one or more trained machine learning models, wherein the step of analysing and determining comprises identifying tissue type and density category; and generating output data based on the determined one or more characteristics, wherein the output data is indicative of a requirement to obtain one or more additional medical tests, further wherein the output data is based on at least the identified tissue type and density category. receiving one or more medical images; analysing said one or more medical images to determine one or more characteristics using one or more trained machine learning models, wherein the step of analysing and determining comprises identifying tissue type and density category; and generating output data based on the determined one or more characteristics, wherein the output data is indicative of a requirement to obtain one or more additional medical tests, further wherein the output data is based on at least the identified tissue type and density category.
A method for the detection and prevention of intrusions into a computer network comprising a central point and a plurality of branches, this method being implemented by a firewall located at said central point in order to protect all the branches of the network, the method comprising detecting the connections at the central point and before each branch of said network, selective filtering of said connections, where said selective filtering stage includes firstly a stage for automatic recognition of the accessing protocol, independently of the communication port used by the said protocol, and secondly, after said accessing protocol has been recognized automatically, a stage for verifying the conformity of each communication flowing in a given connection to the said protocol, to deliver a dynamic authorization for communications resulting from normal operation of the protocol and to deliver a dynamic rejection for communications resulting from abnormal operation of the protocol, method wherein: - said check on conformity is performed layer by layer, by successive protocol analysis of each part of the data packet flowing in the connection corresponding to a given protocol, from the lowest protocol to the highest protocol, and - since each main connection enabled is able to induce one or more secondary connections, said check on conformity detects the data necessary for opening said secondary connections and attaches said secondary connections to the authorization for connection of said main connection, wherein, as long as the accessing protocol of a connection is not recognized, the data are accepted but not transmitted, and wherein, when the accessing protocol of a connection is not automatically recognized, said stage of checking on conformity of each communication flowing in a given connection to said protocol is replaced by a stage of generic checking of coherence of data packets, said checking of coherence notably concerning the sequencing and the retransmissions of said data packets, a filtering policy specified by the user and comprising at least a name of said protocol being received in natural language. - said check on conformity is performed layer by layer, by successive protocol analysis of each part of the data packet flowing in the connection corresponding to a given protocol, from the lowest protocol to the highest protocol, and - since each main connection enabled is able to induce one or more secondary connections, said check on conformity detects the data necessary for opening said secondary connections and attaches said secondary connections to the authorization for connection of said main connection,