mhurhangee/ep-ind-claims huggingface dataset:
A circulating processor, comprising: a base, having an operating motor disposed therein, wherein a mandrel is disposed in the operating motor; a container, disposed above the base, wherein a space is formed on a bottom part of the container, a reflux opening is formed on an upper half part of the container, and the reflux opening is in communication with the space of the bottom part of the container; a cutlery, positioned on the bottom part of the container, connected to the mandrel of the operating motor, for rotating to mash food, vegetables and fruits placed inside the container; characterized by a pressurizing mechanism, in communication with the space of the bottom part of the container and for pressurizing to transfer the mashed food, vegetables and fruits into the container via the reflux opening of the upper half part of the container, so as to perform circulating mashing treatment, wherein the pressurizing mechanism comprises an upper conical plate formed below the cutlery and protruding downwards and a lower conical plate located below the upper conical plate, wherein a space with a conical section is formed between a conical surface of the lower conical plate and a conical surface of the upper conical plate. a base, having an operating motor disposed therein, wherein a mandrel is disposed in the operating motor; a container, disposed above the base, wherein a space is formed on a bottom part of the container, a reflux opening is formed on an upper half part of the container, and the reflux opening is in communication with the space of the bottom part of the container; a cutlery, positioned on the bottom part of the container, connected to the mandrel of the operating motor, for rotating to mash food, vegetables and fruits placed inside the container; characterized by a pressurizing mechanism, in communication with the space of the bottom part of the container and for pressurizing to transfer the mashed food, vegetables and fruits into the container via the reflux opening of the upper half part of the container, so as to perform circulating mashing treatment, wherein the pressurizing mechanism comprises an upper conical plate formed below the cutlery and protruding downwards and a lower conical plate located below the upper conical plate, wherein a space with a conical section is formed between a conical surface of the lower conical plate and a conical surface of the upper conical plate.
A composition comprising polydeoxyribonucleotides (PDRN) and chitosan, wherein said polydeoxyribonucleotides are present in the form of a salt, and have: - molecular weight between 150 and 500 kDa; - hyperchromicity >37%; - DNA between 86% and 100%; - RNA <8%; - protein <0.7% and - ratio of nitrogen/phosphorus between 1.3 and 1.8. - molecular weight between 150 and 500 kDa; - hyperchromicity >37%; - DNA between 86% and 100%; - RNA <8%; - protein <0.7% and - ratio of nitrogen/phosphorus between 1.3 and 1.8.
A dynamic bicycle light power distribution system, for adjusting illumination of a plurality of light sources (116, 118, 120, 122), comprising: a first stationary light source positioned to illuminate a first area of a path of travel of a bicycle; a second stationary light source (1180 positioned to illuminate a second area of the path of travel of the bicycle remote from the first area; a position module for transmitting signals representing an operating condition data of the bicycle; and a controller configured to distribute power to the first light source and the second light source in response to signals received by the position module according to the operating condition data of the bicycle, wherein the operating condition data of the bicycle comprises speed, characterised in that the operating condition data of the bicycle further comprises angle of descent, angle of incline, lean angle, geographic location, and terrain type. a first stationary light source positioned to illuminate a first area of a path of travel of a bicycle; a second stationary light source (1180 positioned to illuminate a second area of the path of travel of the bicycle remote from the first area; a position module for transmitting signals representing an operating condition data of the bicycle; and a controller configured to distribute power to the first light source and the second light source in response to signals received by the position module according to the operating condition data of the bicycle, wherein the operating condition data of the bicycle comprises speed, characterised in that the operating condition data of the bicycle further comprises angle of descent, angle of incline, lean angle, geographic location, and terrain type.
A user equipment, UE, (102, 2802), comprising: a processor; and a memory in electronic communication with the processor, the memory having stored thereon a computer program comprising instructions, which when executed by the processor, cause the processor to: transmit uplink control information, UCI, using a physical uplink control channel, PUCCH, format that supports more than 2 bits of UCI payload, wherein one or more positions in time domain of a demodulation reference signal, DMRS, for the PUCCH format are determined based on a length of a PUCCH for the PUCCH format, a starting OFDM symbol of the PUCCH for the PUCCH format, and a frequency hopping configuration for the PUCCH format, the PUCCH with only 1 DMRS does not support a frequency hopping, and the PUCCH with 2 or more DMRSs supports a configurable frequency hopping, using the frequency hopping configuration for the PUCCH format. a processor; and a memory in electronic communication with the processor, the memory having stored thereon a computer program comprising instructions, which when executed by the processor, cause the processor to: transmit uplink control information, UCI, using a physical uplink control channel, PUCCH, format that supports more than 2 bits of UCI payload, wherein one or more positions in time domain of a demodulation reference signal, DMRS, for the PUCCH format are determined based on a length of a PUCCH for the PUCCH format, a starting OFDM symbol of the PUCCH for the PUCCH format, and a frequency hopping configuration for the PUCCH format, the PUCCH with only 1 DMRS does not support a frequency hopping, and the PUCCH with 2 or more DMRSs supports a configurable frequency hopping, using the frequency hopping configuration for the PUCCH format.
Method of manufacturing a container having the shape of a cylinder of a substantially horizontal symmetry axis, closed at its both ends with the bottoms, characterized in that it comprises steps in which: a body having the form of a pipe empty inside of a corrugated inner surface is manufactured so that a first set of spray nozzles arranged at various angles is introduced into a turning around its own axis mould and then an inner surface of the mould is sprayed with a mixture of resins and fibers, next a hole is cut out for an inspection manhole in the surface of the produced body, then the body is closed with the bottoms (3A, 3B) at both ends in an overlapping manner by spraying so that a bottom mould is placed onto each open end of the body, a second set of spray nozzles arranged at various angles is introduced through the hole for an inspection manhole, and then an inner surface of the bottom mould and an inner surface of a body is sprayed with a mixture of resins and fibers to create overlapping connection. a body having the form of a pipe empty inside of a corrugated inner surface is manufactured so that a first set of spray nozzles arranged at various angles is introduced into a turning around its own axis mould and then an inner surface of the mould is sprayed with a mixture of resins and fibers, next a first set of spray nozzles arranged at various angles is introduced into a turning around its own axis mould and then an inner surface of the mould is sprayed with a mixture of resins and fibers, next a hole is cut out for an inspection manhole in the surface of the produced body, then the body is closed with the bottoms (3A, 3B) at both ends in an overlapping manner by spraying so that a bottom mould is placed onto each open end of the body, a second set of spray nozzles arranged at various angles is introduced through the hole for an inspection manhole, and then an inner surface of the bottom mould and an inner surface of a body is sprayed with a mixture of resins and fibers to create overlapping connection. a bottom mould is placed onto each open end of the body, a second set of spray nozzles arranged at various angles is introduced through the hole for an inspection manhole, and then an inner surface of the bottom mould and an inner surface of a body is sprayed with a mixture of resins and fibers to create overlapping connection.
A solar cell (10, 210, 310, 410) comprising a first conductive-type silicon substrate (1, 201, 301, 401), a second conductive-type amorphous silicon layer positioned on a first main-surface side of the silicon substrate (1, 201, 301, 401), and a first conductive-type amorphous silicon layer positioned on a second main-surface side of the silicon substrate (1, 201, 301, 401), wherein the silicon substrate (1, 201, 301, 401) has a low-doped region which has been doped to be a first conductive-type, a first main-surface side highly doped region which is provided between the low-doped region and the second conductive-type amorphous silicon layer and has a concentration of a first conductive-type dopant higher than that in the low-doped region, and a second main-surface side highly doped region which is provided between the low-doped region and the first conductive-type amorphous silicon layer and has a concentration of the first conductive-type dopant higher than that in the low-doped region.
Housing for a device for operating an air-conditioning system, in particular a heat pump, having electrical loads arranged in the interior of the housing and means for conducting away the waste heat generated by the electrical loads, wherein a cooling apparatus for condensing the moisture is provided in the region of the housing wall, which moisture is contained in the ambient air flowing into the interior of the housing, characterized in that the cooling apparatus forms, together with at least one housing opening in the housing, a forced flow connection for the ambient air flowing into the interior of the housing from the surroundings of the housing, wherein the housing is embodied in a substantially air-tight fashion with the exception of the at least one housing opening.
A feed system for supplying a feed material (408, 608) to a pyrolysis reactor, wherein the feed system comprises a feed conduit having an inlet for receiving the feed material (408, 608), and an outlet for discharging the feed material (408, 608) into the reactor, the feed conduit having a first section comprising the inlet and a second section comprising the outlet, the first section accommodating an auger, and the second section comprising at least one plug forming zone, wherein the auger is configured to convey the feed material (408, 608) from the inlet towards the outlet and to discharge the feed material (408, 608) into the second section, and wherein the plug forming zone is sized and configured such that the feed material (408, 608) so discharged by the auger accumulates into a plug (409, 609a) of feed material (408, 608) that provides a gas barrier between the outlet and the inlet of the feed conduit, wherein the feed system comprises a temperature regulator for controlling the temperature of at least a portion of the second section of the feed conduit, and wherein the temperature regulator comprises a cooling jacket; wherein the cooling jacket is also operable as a heating jacket, and wherein the temperature regulator is configured to operate in: (i) a first cooling mode in which the temperature regulator acts to cool the feed conduit, and (ii) a second heating mode in which the temperature regulator acts to heat the feed conduit.
A cartridge holder having a distal end and a proximal end, the cartridge holder comprising a coupling housing portion (13, 14) in which a cartridge can be inserted at least partly, the coupling housing portion (13, 14) being configured to be coupled to a part (11, 15) of a drug delivery device, a fixing member being connected with the coupling housing portion (13, 14), wherein the fixing member is flexible and integrally formed with the coupling housing portion (13, 14), the fixing member being moveable radially inwardly to a position in which the fixing member is suitable for securing the cartridge against distal displacement of the cartridge, characterized in that the coupling housing portion (13, 14) comprises a thread and is configured to be coupled with a needle unit, wherein the fixing member has a side which is connected with the coupling housing portion (13, 14), an edge of the fixing member extending from one end of the side which is connected with the coupling housing portion (13, 14) to the other end of this side, the edge being separated from the coupling housing portion (13, 14) by a cut-out, wherein the fixing member comprises a catch portion formed on an inner side of the fixing member.
Hob plate made of glass or glass ceramic, comprising an upper side and a lower side lying opposite the upper side, with at least one assembly element connected to the lower side, wherein a protective film is arranged in an edge region of the lower side in an at least partially peripheral manner and is designed to protect a coating of the lower side from mechanical wear during assembly or disassembly, characterised in that the protective film comprises an adhesive surface for adhesively bonding the protective film to the hob plate, and a protective surface, wherein the protective surface faces away from the hob plate in an adhesively bonded state of the protective film.
A photographing method of an image photographing apparatus, comprising: displaying a photographing mode selection user interface; characterised in that: in response to a plurality of photographing modes being selected through the photographing mode selection UI, calculating a final setting value based on a photographing setting value of the plurality of selected photographing modes; and in response to a photographing command being input, photographing an image according to the calculated final setting value. displaying a photographing mode selection user interface; in response to a plurality of photographing modes being selected through the photographing mode selection UI, calculating a final setting value based on a photographing setting value of the plurality of selected photographing modes; and in response to a photographing command being input, photographing an image according to the calculated final setting value.
A heat dissipating element for a radiator, the heat dissipating element comprising: a body having a top portion, a bottom portion and a middle portion; a plurality of flutes defined in the body, with each of the plurality of flutes providing a continuous channel to allow for flow of a fluid therein; an inlet port provided at the top portion to receive the fluid and supply the fluid to each of the plurality of flutes; and an outlet port provided at the bottom portion to collect the fluid from each of the plurality of flutes, characterised in that a cross-section of each one of the plurality of flutes has a hexagonal profile, formed of two trapeziums mirrored to each other along bases thereof, and one or more of the plurality of flutes extend longitudinally downwards and diverge laterally outwards from the inlet port in the top portion of the body, extend longitudinally downwards in the middle portion of the body, and extend longitudinally downwards and converge laterally inwards towards the outlet port in the bottom portion of the body. a body having a top portion, a bottom portion and a middle portion; a plurality of flutes defined in the body, with each of the plurality of flutes providing a continuous channel to allow for flow of a fluid therein; an inlet port provided at the top portion to receive the fluid and supply the fluid to each of the plurality of flutes; and an outlet port provided at the bottom portion to collect the fluid from each of the plurality of flutes, characterised in that a cross-section of each one of the plurality of flutes has a hexagonal profile, formed of two trapeziums mirrored to each other along bases thereof, and one or more of the plurality of flutes extend longitudinally downwards and diverge laterally outwards from the inlet port in the top portion of the body, extend longitudinally downwards in the middle portion of the body, and extend longitudinally downwards and converge laterally inwards towards the outlet port in the bottom portion of the body.
A knee airbag device for protecting a knee of an occupant, comprising: an airbag cushion stored in front of the knee of the occupant and for expanding and deploying toward the knee side; an inflator for injecting expansion gas to expand the airbag cushion; a storage case for storing the airbag cushion, in which is formed an opening part through which the airbag cushion that has expanded and deployed by the expansion gas pops out; and a first flap for covering the airbag cushion exposed through the opening part such that the airbag cushion is retained in the storage case, and having a first weak part that breaks when pressed by the airbag cushion during expansion and deployment; the knee airbag device being characterised by: a second flap which is a component with a larger dimension in a length direction than the first flap, for covering an outer surface of the first flap so as to transverse in an up-down direction or front-rear direction a center part of the airbag cushion in a lateral direction, the second flap having a second weak part that breaks when pressed by the airbag cushion after rupture of the first weak part. an airbag cushion stored in front of the knee of the occupant and for expanding and deploying toward the knee side; an inflator for injecting expansion gas to expand the airbag cushion; a storage case for storing the airbag cushion, in which is formed an opening part through which the airbag cushion that has expanded and deployed by the expansion gas pops out; and a first flap for covering the airbag cushion exposed through the opening part such that the airbag cushion is retained in the storage case, and having a first weak part that breaks when pressed by the airbag cushion during expansion and deployment; the knee airbag device being characterised by: a second flap which is a component with a larger dimension in a length direction than the first flap, for covering an outer surface of the first flap so as to transverse in an up-down direction or front-rear direction a center part of the airbag cushion in a lateral direction, the second flap having a second weak part that breaks when pressed by the airbag cushion after rupture of the first weak part.
Device for identification of an object to be identified of elongated conformation, said device comprising at least one radio frequency marker cooperating with a reader by exchange of radio frequencies between them, said at least one radio frequency marker being integrated in a flexible substrate and comprising at least one dipole antenna with strands connected to at least one electronic chip, the radio frequency marker being provided with means for fastening on the object to be identified which are suitable for maintaining in conformation around the object to be identified each of the strands of the dipole antenna according to a helical winding with at least one turn, characterised in that said fastening means are formed by the flexible substrate which is a shape memory flexible substrate, said fastening means being of the type for clasping of the object to be identified by retraction of the flexible substrate consecutively to its stretching around the object to be identified.
A process for producing a circuit arrangement, comprising the following steps: - placing a barrier element on a first plate side of a carrier plate comprising at least one circuit component such that a volume is enclosed between the barrier element and the first plate side, - placing a prepreg plate or plural prepreg plates stacked upon each other on the first plate side, - hot pressing the resulting arrangement, wherein the barrier element is placed in a peripheral area of the carrier plate, and said at least one circuit component is accomondated in the volume enclosed between the barrier element and the first plate side, and by a further step for - forming an opening from a side edge of the circuit arrangement to the volume enclosed between the barrier element and the first plate side. - placing a barrier element on a first plate side of a carrier plate comprising at least one circuit component such that a volume is enclosed between the barrier element and the first plate side, - placing a prepreg plate or plural prepreg plates stacked upon each other on the first plate side, - hot pressing the resulting arrangement, wherein the barrier element is placed in a peripheral area of the carrier plate, and said at least one circuit component is accomondated in the volume enclosed between the barrier element and the first plate side, and by a further step for - forming an opening from a side edge of the circuit arrangement to the volume enclosed between the barrier element and the first plate side.