mhurhangee/ep-ind-claims huggingface dataset:
A water drainage system suitable to be used in appliances accumulating water from environment, comprising at least one evaporator and a plurality of flat evaporator coils provided on the evaporator and arranged side-by-side with gaps therebetween, characterized by - at least one engine below the evaporator coils, - at least one shaft connected to the engine, - at least one plate connected to the shaft, extending along the evaporator coils arranged side-by-side, wherein the plate is arranged to be rotated by the shaft to contact the evaporator coils from below in order to accelerate water drainage from the evaporator coils, and by - at least one bracket connected to the shaft and extending vertically from the shaft. - at least one engine below the evaporator coils, - at least one shaft connected to the engine, - at least one plate connected to the shaft, extending along the evaporator coils arranged side-by-side, wherein the plate is arranged to be rotated by the shaft to contact the evaporator coils from below in order to accelerate water drainage from the evaporator coils, and by - at least one bracket connected to the shaft and extending vertically from the shaft.
Method performed by a mobile terminal configured for provisioning a network-connectable device, the method comprising: - forming a communication tunnel for transmitting data between the network-connectable device, the mobile terminal and a remote server by: -- initiating, using a webview embedded in an application on the mobile terminal, a first communication link between the mobile terminal and the remote server, and -- initiating, using a library attached to the webview and stored on the mobile terminal, a second communication link between the network-connectable device and the remote server through the mobile terminal, -- the first communication link and the second communication link forming the communication tunnel, - through the communication tunnel, receiving from the network-connectable device a data packet indicating that the network-connectable device is ready to be provisioned, - through the communication tunnel, sending to the remote server a request for providing provisioning data based on the data packet indicating that the network-connectable device is ready to be provisioned, - through the communication tunnel, transmitting to the network-connectable device provisioning data for provisioning the network-connectable device in response to sending the request, in view of provisioning the network-connectable device using the provisioning data. - forming a communication tunnel for transmitting data between the network-connectable device, the mobile terminal and a remote server by: -- initiating, using a webview embedded in an application on the mobile terminal, a first communication link between the mobile terminal and the remote server, and -- initiating, using a library attached to the webview and stored on the mobile terminal, a second communication link between the network-connectable device and the remote server through the mobile terminal, -- the first communication link and the second communication link forming the communication tunnel, -- initiating, using a webview embedded in an application on the mobile terminal, a first communication link between the mobile terminal and the remote server, and -- initiating, using a library attached to the webview and stored on the mobile terminal, a second communication link between the network-connectable device and the remote server through the mobile terminal, -- the first communication link and the second communication link forming the communication tunnel, - through the communication tunnel, receiving from the network-connectable device a data packet indicating that the network-connectable device is ready to be provisioned, - through the communication tunnel, sending to the remote server a request for providing provisioning data based on the data packet indicating that the network-connectable device is ready to be provisioned, - through the communication tunnel, transmitting to the network-connectable device provisioning data for provisioning the network-connectable device in response to sending the request, in view of provisioning the network-connectable device using the provisioning data.
A method for manufacturing a security feature for a security element, a security paper or a data carrier, in which - a carrier is provided whose color impression is modifiable by the action of laser radiation, and - by guiding a laser beam across the surface of the carrier, on one hand, through openings are introduced into the carrier, and on the other hand, the color impression of the carrier is modified in marking regions (24, 26-1, 26-2,....26-5), - when guiding the laser beam across the carrier surface, the focus position (F L) and/or the spot size (F G) of the laser beam are quickly changed to produce a variable width of the through openings (22; 84) and/or a variable width of the marking regions (82, 86; 26-1, 26-2,...26-5), characterized in that - when guiding the laser beam across the carrier, the focus position (F L) of the laser beam per laser travel path is changed by more than 1 mm/ mm, and/or the spot size (F G) of the laser beam per laser travel path is changed by more than 10%/mm. - a carrier is provided whose color impression is modifiable by the action of laser radiation, and - by guiding a laser beam across the surface of the carrier, on one hand, through openings are introduced into the carrier, and on the other hand, the color impression of the carrier is modified in marking regions (24, 26-1, 26-2,....26-5), - when guiding the laser beam across the carrier surface, the focus position (F L) and/or the spot size (F G) of the laser beam are quickly changed to produce a variable width of the through openings (22; 84) and/or a variable width of the marking regions (82, 86; 26-1, 26-2,...26-5), characterized in that - when guiding the laser beam across the carrier, the focus position (F L) of the laser beam per laser travel path is changed by more than 1 mm/ mm, and/or the spot size (F G) of the laser beam per laser travel path is changed by more than 10%/mm.
Method for producing a composite structure comprising a thin layer which is made of monocrystalline silicon carbide and arranged on a support substrate made of silicon carbide, the method comprising: a) a step of providing a donor substrate made of monocrystalline silicon carbide, the donor substrate comprising a donor layer created by epitaxial growth on an initial substrate, the donor layer having a density of crystalline defects of less than that of the initial substrate, b) a step of implanting ions of light species into the donor layer to form a buried brittle plane which delimits the thin layer between the buried brittle plane and a free face of the donor layer, c) a succession of n steps of forming support layers, with n being greater than or equal to 2; the n support layers being arranged on the donor layer successively one on top of the other, and forming the support substrate; each formation step comprising chemical vapor deposition, at a temperature between 400°C and 1100°C, to form a support layer made of polycrystalline silicon carbide; the n chemical vapor depositions being carried out at n different temperatures, d) a step of separating along the buried brittle plane to form a composite structure which comprises the thin layer on the support substrate on one side and the remainder of the donor substrate on the other, e) a step of mechanical and/or chemical treatment(s) of the composite structure to smooth the free face of the thin layer and/or to correct the uniformity of thickness of the composite structure. a) a step of providing a donor substrate made of monocrystalline silicon carbide, the donor substrate comprising a donor layer created by epitaxial growth on an initial substrate, the donor layer having a density of crystalline defects of less than that of the initial substrate, b) a step of implanting ions of light species into the donor layer to form a buried brittle plane which delimits the thin layer between the buried brittle plane and a free face of the donor layer, c) a succession of n steps of forming support layers, with n being greater than or equal to 2; the n support layers being arranged on the donor layer successively one on top of the other, and forming the support substrate; each formation step comprising chemical vapor deposition, at a temperature between 400°C and 1100°C, to form a support layer made of polycrystalline silicon carbide; the n chemical vapor depositions being carried out at n different temperatures, d) a step of separating along the buried brittle plane to form a composite structure which comprises the thin layer on the support substrate on one side and the remainder of the donor substrate on the other, e) a step of mechanical and/or chemical treatment(s) of the composite structure to smooth the free face of the thin layer and/or to correct the uniformity of thickness of the composite structure.
A system for producing glass articles from glass tube comprising: a converter comprising: a base having a plurality of processing stations spaced apart in a circuit; a turret moveable relative to the base, the turret having a plurality of holders extending from the turret towards the plurality of processing stations, the plurality of holders spaced apart from one another, wherein the turret is operable to index each of the plurality of holders into proximity with each of the plurality of processing stations in succession; and characterised by a thermal imaging system comprising a thermal imager coupled to the turret for movement with the turret, wherein the thermal imager is positioned to capture infrared light emitted from the glass tube disposed in one of the plurality of holders. a converter comprising: a base having a plurality of processing stations spaced apart in a circuit; a turret moveable relative to the base, the turret having a plurality of holders extending from the turret towards the plurality of processing stations, the plurality of holders spaced apart from one another, wherein the turret is operable to index each of the plurality of holders into proximity with each of the plurality of processing stations in succession; and a base having a plurality of processing stations spaced apart in a circuit; a turret moveable relative to the base, the turret having a plurality of holders extending from the turret towards the plurality of processing stations, the plurality of holders spaced apart from one another, wherein the turret is operable to index each of the plurality of holders into proximity with each of the plurality of processing stations in succession; and characterised by a thermal imaging system comprising a thermal imager coupled to the turret for movement with the turret, wherein the thermal imager is positioned to capture infrared light emitted from the glass tube disposed in one of the plurality of holders.
A method of nucleic acid sequence hybridisation comprising the steps of: a) hybridising sample derived DNA that includes region of interest sequences with probe nucleic acid sequences; and b) blocking or masking repetitive DNA sequences in the DNA by mixing the sample derived DNA that includes region of interest sequences with ribonucleic acid molecules comprising the same or substantially similar repetitive sequences as those of the sample derived nucleic acids during step a), wherein the mixing is carried out at between 50 °C and 80 °C. a) hybridising sample derived DNA that includes region of interest sequences with probe nucleic acid sequences; and b) blocking or masking repetitive DNA sequences in the DNA by mixing the sample derived DNA that includes region of interest sequences with ribonucleic acid molecules comprising the same or substantially similar repetitive sequences as those of the sample derived nucleic acids during step a), wherein the mixing is carried out at between 50 °C and 80 °C.
A method comprising: determining a plurality of network signaling events, NSE, comprising a first NSE and a second NSE, wherein each of the plurality of NSEs comprises a pattern of network control messages; transmitting the plurality of NSEs via a network; monitoring the transmission of the plurality of NSEs; determining that the first NSE triggered a connection to a service; canceling the second NSE in response to determining that the first NSE has triggered the connection to the service; and providing data to the service. determining a plurality of network signaling events, NSE, comprising a first NSE and a second NSE, wherein each of the plurality of NSEs comprises a pattern of network control messages; transmitting the plurality of NSEs via a network; monitoring the transmission of the plurality of NSEs; determining that the first NSE triggered a connection to a service; canceling the second NSE in response to determining that the first NSE has triggered the connection to the service; and providing data to the service.
A vane cell pump, comprising: 1.1 a rotor which can be rotated about a rotational axis, and one or more vanes which can (each) be moved back and forth in a respective vane receptacle of the rotor; 1.2 a cam structure which surrounds the rotor and, when the rotor is rotationally moved, guides the vane(s) such that delivery cells which periodically increase and decrease in size are formed; 1.3 an end plate axially facing the rotor and comprising a pressure passage for discharging pressure fluid and a supply passage for supplying a sub-vane region with pressure fluid; 1.4 a flow channelling device (20; 20, 30; 20, 30, 40) on an end face of the end plate facing axially away from the rotor; 1.5 a first outlet region for discharging a first partial flow of the pressure fluid flowing through the pressure passage; 1.6 a second outlet region for discharging a second partial flow of the pressure fluid flowing through the pressure passage; 1.7 a first flow path along which the first partial flow flows through the first outlet region; 1.8 a second flow path which connects the pressure passage to the supply passage, diverges from the first flow path and is delineated by the flow channelling device (20; 20, 30; 20, 30, 40); 1.9 and a third flow path which connects the supply passage to the second outlet region and is delineated by the flow channelling device (20; 20, 30; 20, 30, 40), characterised in that 1.10 the first outlet region overlaps with a downstream outlet opening of the pressure passage as viewed axially. 1.1 a rotor which can be rotated about a rotational axis, and one or more vanes which can (each) be moved back and forth in a respective vane receptacle of the rotor; 1.2 a cam structure which surrounds the rotor and, when the rotor is rotationally moved, guides the vane(s) such that delivery cells which periodically increase and decrease in size are formed; 1.3 an end plate axially facing the rotor and comprising a pressure passage for discharging pressure fluid and a supply passage for supplying a sub-vane region with pressure fluid; 1.4 a flow channelling device (20; 20, 30; 20, 30, 40) on an end face of the end plate facing axially away from the rotor; 1.5 a first outlet region for discharging a first partial flow of the pressure fluid flowing through the pressure passage; 1.6 a second outlet region for discharging a second partial flow of the pressure fluid flowing through the pressure passage; 1.7 a first flow path along which the first partial flow flows through the first outlet region; 1.8 a second flow path which connects the pressure passage to the supply passage, diverges from the first flow path and is delineated by the flow channelling device (20; 20, 30; 20, 30, 40); 1.9 and a third flow path which connects the supply passage to the second outlet region and is delineated by the flow channelling device (20; 20, 30; 20, 30, 40), characterised in that 1.10 the first outlet region overlaps with a downstream outlet opening of the pressure passage as viewed axially.
A method of cleaning air, such as stable air, by sucking it out of the stable and supplying it to an air cleaning system constituted of an elongated box, pipe or container, - said stable air first enters a mist zone where the stable air is mixed with liquid containing either an acid or a base to neutralize ammonia and/or odorous molecules the supply of acid- or base-containing liquid takes place in the form of a liquid mist, which liquid mist is generated by nozzles mounted on a pipe system, so that the liquid mist is supplied across the entire air flow area; - following the mist zone, the air is conveyed through a filter (8a, 8b) in order to collect the liquid, - the cleaned air is discharged to the surroundings by a ventilator mounted at the discharge end of the box, characterized in that the stable air passes through the mist zone in a horizontal direction of flow. - said stable air first enters a mist zone where the stable air is mixed with liquid containing either an acid or a base to neutralize ammonia and/or odorous molecules the supply of acid- or base-containing liquid takes place in the form of a liquid mist, which liquid mist is generated by nozzles mounted on a pipe system, so that the liquid mist is supplied across the entire air flow area; - following the mist zone, the air is conveyed through a filter (8a, 8b) in order to collect the liquid, - the cleaned air is discharged to the surroundings by a ventilator mounted at the discharge end of the box,
A method for producing a customised surgical instrument (122, 124, 126) or prosthesis for a specific patient, comprising: processing at least one x-ray image of a body part of the patient to identify edges and to generate a processed patient image; instantiating a statistical model having a dense set of anatomical correspondence points across the model using image data derived from the processed patient image to generate a patient specific model (116, 118, 236) of the body part having a high accuracy surface; using patient specific data from the patient specific model (116, 118, 236) to generate a design of the customised surgical instrument (122, 124, 126) or prosthesis for use in a surgical procedure to be carried out on the body part; and manufacturing the surgical instrument or prosthesis using the design. processing at least one x-ray image of a body part of the patient to identify edges and to generate a processed patient image; instantiating a statistical model having a dense set of anatomical correspondence points across the model using image data derived from the processed patient image to generate a patient specific model (116, 118, 236) of the body part having a high accuracy surface; using patient specific data from the patient specific model (116, 118, 236) to generate a design of the customised surgical instrument (122, 124, 126) or prosthesis for use in a surgical procedure to be carried out on the body part; and manufacturing the surgical instrument or prosthesis using the design.
An luminous means comprising - a first group of semiconductor chips and a second group of semiconductor chips which each comprise at least one semiconductor chip (1, 2), wherein the first and the second group of semiconductor chips (1, 2) are arranged at least partially laterally next to one another with respect to a main emission direction of the luminous means, - a third group of semiconductor chips which comprises at least one semiconductor chip, and the third group follows the first group and the second group with respect to the main emission direction, wherein - each group of semiconductor chips (1, 2, 3) is designed to emit electromagnetic radiation (L1, L2, L3) in wavelength ranges different from each other in pairs, and - a mixed radiation is emitted from an emission surface of the luminous means, and wherein - the radiation emitted by the third group of semiconductor chips has the shortest wavelength range, - the radiation emitted by the first and the second group of semiconductor chips (1, 2) passes at least partially into the at least one semiconductor chip of the third group, and - the at least one semiconductor chip (1, 2) of the first and of the second group, seen along the main emission direction, is completely covered by the at least one semiconductor chip of the third group. - a first group of semiconductor chips and a second group of semiconductor chips which each comprise at least one semiconductor chip (1, 2), wherein the first and the second group of semiconductor chips (1, 2) are arranged at least partially laterally next to one another with respect to a main emission direction of the luminous means, - a third group of semiconductor chips which comprises at least one semiconductor chip, and the third group follows the first group and the second group with respect to the main emission direction, wherein - each group of semiconductor chips (1, 2, 3) is designed to emit electromagnetic radiation (L1, L2, L3) in wavelength ranges different from each other in pairs, and - a mixed radiation is emitted from an emission surface of the luminous means, - the radiation emitted by the third group of semiconductor chips has the shortest wavelength range, - the radiation emitted by the first and the second group of semiconductor chips (1, 2) passes at least partially into the at least one semiconductor chip of the third group, and - the at least one semiconductor chip (1, 2) of the first and of the second group, seen along the main emission direction, is completely covered by the at least one semiconductor chip of the third group.
Radiation curable ink composition, the ink composition comprising a gelling agent, the ink composition further comprising a component according to formula 1: wherein R 1, R 2 and R 3 are independently selected from a hydrogen atom, a methyl group, an ethyl group, an n-propyl group, an iso-propyl group, an n-butyl group, an iso-butyl group of a tert-butyl group and wherein R4 is selected from an alkyl group, an alkenyl group and an alkylarylgroup.
A splicing device for replacing video frames in a transport stream, the splicing device comprising: a processor; and a memory storing instructions that, when executed by the processor, causes the splicing device to: receive the transport stream comprising frames of a first program stream and frames of a second program stream, and replace at least one of the frames of the second program stream with a corresponding number of frames of a replacement program stored in a storage encoded into a plurality of versions at different bit rates, wherein, for each frame of the second program to be replaced, a frame from one of the plurality of versions is selected to comply with a maximum bandwidth imposed on the transport stream in order to construct an output transport stream including the replacement program. a processor; and a memory storing instructions that, when executed by the processor, causes the splicing device to: receive the transport stream comprising frames of a first program stream and frames of a second program stream, and replace at least one of the frames of the second program stream with a corresponding number of frames of a replacement program stored in a storage encoded into a plurality of versions at different bit rates, wherein, for each frame of the second program to be replaced, a frame from one of the plurality of versions is selected to comply with a maximum bandwidth imposed on the transport stream in order to construct an output transport stream including the replacement program. receive the transport stream comprising frames of a first program stream and frames of a second program stream, and replace at least one of the frames of the second program stream with a corresponding number of frames of a replacement program stored in a storage encoded into a plurality of versions at different bit rates, wherein, for each frame of the second program to be replaced, a frame from one of the plurality of versions is selected to comply with a maximum bandwidth imposed on the transport stream in order to construct an output transport stream including the replacement program.