mhurhangee/ep-ind-claims huggingface dataset:
A stunning rod adapted for use in an animal stunner having an inner chamber and a housing nose (14, 14') having a bore, the rod having a non-circular cross-section and being mountable with a piston movable within the inner chamber, the inner chamber having a catch for alternately holding and releasing the stunning rod, the rod being slidable within the bore of the housing nose (14, 14'), the bore being slightly larger than and conforming to dimensions of the non-circular cross-section of the stunning rod, the rod comprising: an elongated body (44, 44') having a longitudinal axis (42, 42'), the elongated body (44, 44') having a forward end and an opposite rearward end, the forward end adapted to receive a nose for striking an animal's head, and the opposite rearward end adapted to receive an outwardly extending lip (46, 46') for engagement with the catch; a mounting portion between the forward and rearward ends having an outwardly extending flange adapted to receive the piston; the elongated body (44, 44') of the stunning rod between the mounting portion and forward end having along at least a portion of the length a first pair of opposite sides having a first radius and a first width, and a second pair of opposite sides having a second radius and a second width, the radius of the second pair of opposite sides being different from the radius of the first pair of opposite sides, and the first width between the first pair of opposite sides being smaller than the second width between the second pair of opposite sides; and wherein the stunning rod is capable of being driven forward along the longitudinal axis (42, 42') within the stunner inner chamber to stun an animal, and rearward along the longitudinal axis (42, 42') to retract and hold the stunning rod by the catch, without rotational movement about the longitudinal axis (42, 42'). an elongated body (44, 44') having a longitudinal axis (42, 42'), the elongated body (44, 44') having a forward end and an opposite rearward end, the forward end adapted to receive a nose for striking an animal's head, and the opposite rearward end adapted to receive an outwardly extending lip (46, 46') for engagement with the catch; a mounting portion between the forward and rearward ends having an outwardly extending flange adapted to receive the piston; the elongated body (44, 44') of the stunning rod between the mounting portion and forward end having along at least a portion of the length a first pair of opposite sides having a first radius and a first width, and a second pair of opposite sides having a second radius and a second width, the radius of the second pair of opposite sides being different from the radius of the first pair of opposite sides, and the first width between the first pair of opposite sides being smaller than the second width between the second pair of opposite sides; and wherein the stunning rod is capable of being driven forward along the longitudinal axis (42, 42') within the stunner inner chamber to stun an animal, and rearward along the longitudinal axis (42, 42') to retract and hold the stunning rod by the catch, without rotational movement about the longitudinal axis (42, 42').
Hydrocyclone with an inflow region that has a tangential inflow for a feed slurry and another separation region following the inflow region with an underflow discharge pipe for the discharge of heavy materials or coarse grain, where an overflow nozzle in the form of an immersion tube projects axially into the interior of the hydrocyclone, and at least one other inflow is provided in the region of the tangential inflow to supply a barrier fluid stream, where the barrier fluid and the feed slurry can be combined in the hydrocyclone and they are separated from one another by means of a lamella before being combined, characterized in that the separation region consists of a conical section and a subsequent cylindrical section above the underflow discharge pipe.
A method for manufacturing a radiofrequency chip card (1A, 2A, 3A), said method comprising the steps of: - forming a card body comprising a relay antenna and an insulating cover layer (15, 17) on at least one main face of the card, - arranging a module equipped with a radiofrequency module antenna, on the card body opposite the relay antenna for radiofrequency coupling; - forming a metal insert in said card body, said insert extending to the edges of the card and said metal insert comprising a space that is permeable to the radiofrequency field opening onto at least one of the two main faces of the insert, characterized in that said relay antenna is arranged inside this space, and in that the relay antenna is produced on a support substrate and the support substrate of the relay antenna is inserted into said permeable space. - forming a card body comprising a relay antenna and an insulating cover layer (15, 17) on at least one main face of the card, - arranging a module equipped with a radiofrequency module antenna, on the card body opposite the relay antenna for radiofrequency coupling; - forming a metal insert in said card body, said insert extending to the edges of the card and said metal insert comprising a space that is permeable to the radiofrequency field opening onto at least one of the two main faces of the insert, characterized in that said relay antenna is arranged inside this space, and in that the relay antenna is produced on a support substrate and the support substrate of the relay antenna is inserted into said permeable space.
A method of coating a medical device, the method comprising: optically scanning a medical device characterized in that it further comprises capturing a plurality of views of the medical device; generating a digital representation of the medical device from the plurality of views; processing the generated representation to generate a two-dimensional topology of the medical device; determining a first plurality of reference locations on the generated topology; determining a second plurality of locations as a function of the first plurality of locations, the second plurality of locations being shifted away from the first plurality of locations and corresponding to locations on the medical device at which at least one drop of a coating material is to be placed; generating physical coordinates corresponding to the second plurality of locations, the physical coordinates defining physical points on the medical device at which at least one drop of a coating material is to be placed; and depositing at least one drop of coating material on at least one location in the second plurality of locations. optically scanning a medical device characterized in that it further comprises capturing a plurality of views of the medical device; generating a digital representation of the medical device from the plurality of views; processing the generated representation to generate a two-dimensional topology of the medical device; determining a first plurality of reference locations on the generated topology; determining a second plurality of locations as a function of the first plurality of locations, the second plurality of locations being shifted away from the first plurality of locations and corresponding to locations on the medical device at which at least one drop of a coating material is to be placed; generating physical coordinates corresponding to the second plurality of locations, the physical coordinates defining physical points on the medical device at which at least one drop of a coating material is to be placed; and depositing at least one drop of coating material on at least one location in the second plurality of locations.
A condensation and falling film evaporation hybrid heat exchanger for a refrigeration and air-conditioning unit, comprising: - a shell; - a condenser entrance pipe disposed on the shell and configured to be connected to a compressor discharge port, the condenser entrance pipe configured to receive refrigerant gas from the compressor discharge port; - an evaporator exit pipe disposed on the shell and configured to be connected to a compressor suction port, the evaporator exit pipe configured to output low-temperature low-pressure refrigerant vapor to the compressor suction port; - a refrigerant distributor disposed in the shell; - a condensing tube bundle disposed above the refrigerant distributor, the condensing tube bundle configured to condense the refrigerant gas into a high-pressure liquid refrigerant; and - a falling film evaporating tube bundle for evaporation disposed below the refrigerant distributor, wherein the refrigerant distributor is a perforated plate (361, 400) with multiple through-holes (362, 402) disposed thereon, wherein the refrigerant distributor is configured to receive the high-pressure liquid refrigerant from the condensing tube bundle, to change the high-pressure liquid refrigerant into low-pressure two phase fluid having liquid droplets, and to uniformly distribute the liquid droplets to the falling film evaporating tube bundle, the falling film evaporating tube bundle configured to evaporate the liquid droplets into the low-temperature low-pressure refrigerant vapor. - a shell; - a condenser entrance pipe disposed on the shell and configured to be connected to a compressor discharge port, the condenser entrance pipe configured to receive refrigerant gas from the compressor discharge port; - an evaporator exit pipe disposed on the shell and configured to be connected to a compressor suction port, the evaporator exit pipe configured to output low-temperature low-pressure refrigerant vapor to the compressor suction port; - a refrigerant distributor disposed in the shell; - a condensing tube bundle disposed above the refrigerant distributor, the condensing tube bundle configured to condense the refrigerant gas into a high-pressure liquid refrigerant; and - a falling film evaporating tube bundle for evaporation disposed below the refrigerant distributor,
A method for diagnosis for prostate cancer, assessment of a risk for prostate cancer, evaluation of a therapeutic effect on prostate cancer, and screening of a drug for prostate cancer, the method comprises a step of detecting a methylation level of one or more methylation site in a Y chromosome of a sample to be tested from a subject; wherein the one or more methylation site comprises cg05163709.
An in-vehicle power conversion device, comprising: - a drive unit (20; 30) that is configured to convert and to transmit electric power; - a casing that includes a main body that forms a housing portion that houses the drive unit (20; 30) and a lid body for closing this main body; and - a plurality of busbars (40 - 43) connecting the drive unit (20; 30) and input-output parts (51, 52) of the casing to and from which electric power is input and output, and that are routed outside of the casing; wherein: - the plurality of busbars (40 - 43) comprise heat-dissipating portions (411, 421, 431) that are arranged along an upper surface of the lid body outside of the housing portion, - a busbar module (70, 270, 370, 570, 670, 770, 870) that is integrally formed by insulating the heat-dissipating portions (411, 421, 431) from the casing is provided, and - a refrigerant flow path (80, 280, 281, 282, 580, 680, 780, 980) formed between and thus limited by the lid body and the busbar module (70, 270, 370, 570, 670, 770, 870). - a drive unit (20; 30) that is configured to convert and to transmit electric power; - a casing that includes a main body that forms a housing portion that houses the drive unit (20; 30) and a lid body for closing this main body; and - a plurality of busbars (40 - 43) connecting the drive unit (20; 30) and input-output parts (51, 52) of the casing to and from which electric power is input and output, and that are routed outside of the casing; - the plurality of busbars (40 - 43) comprise heat-dissipating portions (411, 421, 431) that are arranged along an upper surface of the lid body outside of the housing portion, - a busbar module (70, 270, 370, 570, 670, 770, 870) that is integrally formed by insulating the heat-dissipating portions (411, 421, 431) from the casing is provided, and - a refrigerant flow path (80, 280, 281, 282, 580, 680, 780, 980) formed between and thus limited by the lid body and the busbar module (70, 270, 370, 570, 670, 770, 870).
A switching apparatus comprising: a vacuum interrupter in which a fixed contact and a movable contact are contained in a vacuum vessel; a fixed side mounting plate which supports a fixed side conductor connected to the fixed contact (la); and a cylindrical insulation support in which the vacuum interrupter is contained in the inside and to which the fixed side mounting plate is firmly fixed at one end side; and an operating mechanism which is coupled to a movable side conductor (le) connected to the movable contact and performs opening and closing operation of both the contacts (1a, 1b), wherein the fixed side mounting plate is configured such that a plurality of plate-like members are overlapped; an exposed portion of the fixed side conductor exposed to the outside of the vacuum vessel is attached with a divided terminal which is to be fitted to the exposed portion; and characterized in that the divided terminal has a fitting hole to be fitted to the exposed portion and is formed with a slit in a radial direction from the fitting hole; and the divided terminal is fixed to the fixed side mounting plate, and the fixed side conductor of the vacuum interrupter is supported by the fixed side mounting plate via the divided terminal. a vacuum interrupter in which a fixed contact and a movable contact are contained in a vacuum vessel; a fixed side mounting plate which supports a fixed side conductor connected to the fixed contact (la); and a cylindrical insulation support in which the vacuum interrupter is contained in the inside and to which the fixed side mounting plate is firmly fixed at one end side; and an operating mechanism which is coupled to a movable side conductor (le) connected to the movable contact and performs opening and closing operation of both the contacts (1a, 1b), wherein the fixed side mounting plate is configured such that a plurality of plate-like members are overlapped; an exposed portion of the fixed side conductor exposed to the outside of the vacuum vessel is attached with a divided terminal which is to be fitted to the exposed portion; and characterized in that the divided terminal has a fitting hole to be fitted to the exposed portion and is formed with a slit in a radial direction from the fitting hole; and the divided terminal is fixed to the fixed side mounting plate, and the fixed side conductor of the vacuum interrupter is supported by the fixed side mounting plate via the divided terminal.
A method of making a cover for a bicycle saddle, comprising the steps of: preparing a basic layer made of a first plastic material with a first friction factor on a top surface thereof; suiting said basic layer to have a narrow front portion for fitting between the crotch of a bicycle rider, and a wide rear portion for supporting the buttocks of a bicycle rider; preparing a first auxiliary layer made of a second plastic material with a second friction factor being smaller than the first friction factor, characterized by further directly disposing said first auxiliary layer on said basic layer by a screen printing process on at least one side of said narrow front portion of said basic layer for forming a smooth area. preparing a basic layer made of a first plastic material with a first friction factor on a top surface thereof; suiting said basic layer to have a narrow front portion for fitting between the crotch of a bicycle rider, and a wide rear portion for supporting the buttocks of a bicycle rider; preparing a first auxiliary layer made of a second plastic material with a second friction factor being smaller than the first friction factor, characterized by further directly disposing said first auxiliary layer on said basic layer by a screen printing process on at least one side of said narrow front portion of said basic layer for forming a smooth area.
A method for detecting contention in a random access procedure by a base station, BS, in a mobile communication system, the method comprising: receiving a random access preamble on a random access channel; transmitting a random access response message, in response to the received random access preamble; receiving a message from a user equipment, UE, and determining whether or not the message includes a cell-radio network temporary identifier, C-RNTI, for identifying the UE in a cell; transmitting, to the UE, a contention resolution, CR, message for the random access procedure, if the message does not include the C-RNTI for identifying the UE in the cell; and transmitting, to the UE, UE-specific control information on a downlink control channel if the message includes the C-RNTI for identifying the UE in the cell, characterized in that the UE-specific control information includes a cyclic redundancy check, CRC, based on the C-RNTI, identified in the received message, for identifying the UE in the cell. receiving a random access preamble on a random access channel; transmitting a random access response message, in response to the received random access preamble; receiving a message from a user equipment, UE, and determining whether or not the message includes a cell-radio network temporary identifier, C-RNTI, for identifying the UE in a cell; transmitting, to the UE, a contention resolution, CR, message for the random access procedure, if the message does not include the C-RNTI for identifying the UE in the cell; and transmitting, to the UE, UE-specific control information on a downlink control channel if the message includes the C-RNTI for identifying the UE in the cell, characterized in that the UE-specific control information includes a cyclic redundancy check, CRC, based on the C-RNTI, identified in the received message, for identifying the UE in the cell.
A method for preparing yoghurt or drinking yoghurt comprising adding a sialidase and an acidifying agent to a sialic acid comprising protein, allowing acidification to take place and optionally recovering the produced yoghurt or drinking yoghurt.
Oenothein B for use in therapy to treat, prevent or delay the onset of endothelial dysfunction wherein the treatment, prevention or delay comprises administering oenothein B in combination with at least one proanthocyanidin either simultaneously or sequentially and in therapeutically effective amounts.
A method for producing and distribution of dry ice snow into boxes with food articles for cooling of the food article, where dry ice snow is produced by releasing liquid pressurized CO 2 through one or more nozzles, where the dry ice snow is produced inside a closed compartment having a controlled ventilation to remove generated CO 2 gas, and where dry ice is distributed into boxes containing food articles to be cooled by opening of one or more doors at the bottom of said closed compartment at the same time as the boxes are passed under the closed compartment, said method being characterized in that the doors at the bottom of the closed compartment are heated.
A sound damping filter for a hearing protector placeable in the auditory duct of a person, said sound damping filter comprising a sound damping canal, wherein said sound damping canal comprises a first tube part connected to a second tube part, wherein said first tube part provides for a sound inlet opening and wherein said second tube part provides for a sound outlet opening such that a sound passage extends in said sound damping canal from said sound inlet opening to said sound outlet opening, wherein said first tube part comprises at least one membrane providing a sound damping function, and wherein said sound inlet opening is larger than said sound outlet opening, wherein - said first tube part is formed such that said sound inlet opening has a diameter of between 4mm - 6mm, preferably substantially 5mm, and - said second tube part is formed such that said sound outlet opening has a diameter of between 0,3mm - 1,0mm, preferably substantially 0,6mm - a length of said second tube part is between 1 mm - 2mm, preferably substantially 1,5mm. - said first tube part is formed such that said sound inlet opening has a diameter of between 4mm - 6mm, preferably substantially 5mm, and - said second tube part is formed such that said sound outlet opening has a diameter of between 0,3mm - 1,0mm, preferably substantially 0,6mm - a length of said second tube part is between 1 mm - 2mm, preferably substantially 1,5mm.
A data transmitting/receiving method that is performed between a master device and at least one slave device (M1, M2), the data transmitting/receiving method comprising: synchronization establishing step for establishing synchronization between the master device and the one slave device (M1, M2) based on predetermined synchronization information that is transmitted from the master device or the one slave device; contention access period setting step for setting CAP between the master device and the one slave device (M1, M2) at predetermined timing based on the established synchronization; starting step for starting data transmission/reception between the master device and the one slave device (M1, M2) within the CAP; and extending step for extending the data transmission/reception even after the CAP in a case where the data transmission/reception does not end within the CAP, characterized in that a data frame transmitted/received between the master device and the one slave device (M1, M2) is configured to include a synchronization section that defines a signal used for the synchronization, a payload section that includes at least one payload and a combined information header defining the number of payloads and a payload length of each of the payloads, and a header section that defines a payload length of the whole payload section, and when the data frame is received from the slave device (M1, M2), the master device extracts the payload from the data frame, generates a new payload section by combining the extracted payload with another payload extracted from another data frame received from another slave device or a new payload generated by the master device and generates a new synchronization section and a new header section, generates a new data frame by combining the new synchronization section and the new header section that are generated with the new payload section, and transmits the generated new data frame to a master device having a higher-level. synchronization establishing step for establishing synchronization between the master device and the one slave device (M1, M2) based on predetermined synchronization information that is transmitted from the master device or the one slave device; contention access period setting step for setting CAP between the master device and the one slave device (M1, M2) at predetermined timing based on the established synchronization; starting step for starting data transmission/reception between the master device and the one slave device (M1, M2) within the CAP; and extending step for extending the data transmission/reception even after the CAP in a case where the data transmission/reception does not end within the CAP,