mhurhangee/ep-ind-claims huggingface dataset:
A branching unit for a submarine communications system configured to receive direct current -DC- power from a first power source (130, 230) or a second power source (140, 240), or both, wherein the first power source and the second power source each comprise one or more zener diodes, the branching unit comprises: - an internal circuit including electronic components; - an insulation transformer including a first primary winding, a second primary winding and a secondary winding; - a first transistor electrically coupled to the first primary winding and a second transistor electrically coupled to the second primary winding; - a control unit; and - a rectifier bridge; wherein in a first state, the control unit is configured to switch the first transistor on, causing the first primary winding to induce a first voltage in the secondary winding; and in a second state the control unit is configured to switch the second transistor on causing the second primary winding to induce a second voltage in the secondary winding such that the first and the second voltage have opposing polarities; and wherein the rectifier bridge is configured to rectify the first and the second voltage and provide a rectified third voltage at input ports of the internal circuit. - an internal circuit including electronic components; - an insulation transformer including a first primary winding, a second primary winding and a secondary winding; - a first transistor electrically coupled to the first primary winding and a second transistor electrically coupled to the second primary winding; - a control unit; and - a rectifier bridge;
Apparatus comprising: an antenna comprising a connector, a radome enclosing the antenna, and comprising a side opening provided in a side wall of the radome, said side opening serving as an aperture to permit a cable to be connected to said connector, said connector being located inside the radome, characterized in that the antenna further comprises a connector support on which said connector is mounted, said connector support comprising a part arranged in a substantially stair-step shape, a step of this stair-step shape being configured to receive at least said connector, wherein said part arranged in a substantially stair-step shape is fixed inside the radome obliquely with respect to the plane of the side opening. an antenna comprising a connector, a radome enclosing the antenna, and comprising a side opening provided in a side wall of the radome, said side opening serving as an aperture to permit a cable to be connected to said connector, said connector being located inside the radome, characterized in that the antenna further comprises a connector support on which said connector is mounted, said connector support comprising a part arranged in a substantially stair-step shape, a step of this stair-step shape being configured to receive at least said connector, wherein said part arranged in a substantially stair-step shape is fixed inside the radome obliquely with respect to the plane of the side opening.
A system for identifying audio data, comprising: a feature extraction module for receiving an unknown input audio data stream from a source to be identified and dividing the unknown input audio data stream into a plurality of segments of unknown input audio data; and a similarity module for receiving the plurality of segments of the unknown input audio data and for receiving a known audio data stream from a known source, the known audio data stream being divided into a plurality of segments of known audio data, the similarity module performing comparisons between the segments of unknown input audio data and respective segments of known audio data and generating a respective plurality of similarity values representative of similarity between the segments of the comparisons, the comparisons being performed serially, the similarity module terminating the comparisons if the similarity values indicate insufficient similarity between the segments of the comparisons, prior to completing comparisons for all segments of the unknown input audio data. a feature extraction module for receiving an unknown input audio data stream from a source to be identified and dividing the unknown input audio data stream into a plurality of segments of unknown input audio data; and a similarity module for receiving the plurality of segments of the unknown input audio data and for receiving a known audio data stream from a known source, the known audio data stream being divided into a plurality of segments of known audio data, the similarity module performing comparisons between the segments of unknown input audio data and respective segments of known audio data and generating a respective plurality of similarity values representative of similarity between the segments of the comparisons, the comparisons being performed serially, the similarity module terminating the comparisons if the similarity values indicate insufficient similarity between the segments of the comparisons, prior to completing comparisons for all segments of the unknown input audio data.
A process for the preparation of - -1-azabicyclo [2.2.2]oct-3-yl 3,4-dihydro-1-phenyl-2 -isoquinoline carboxylate by reacting -alkyl 1-phenyl-1,2,3,4-tetrahydro-2-isoquinoline carboxylate with 3- -quinuclidol in an inert solvent, characterized in that a primary alkyl ester of the carboxylate whose alkyl length is C 1 -C 4 is used and the reaction is catalyzed by a non-nucleophilic base, wherein the non-nucleophilic base is potassium tert-butoxide.
A liquid reservoir assembly for a refrigerating system, comprising: a liquid reservoir having a gas inlet and a gas outlet and being oriented in a vertical direction, wherein the gas inlet is disposed at a top of the liquid reservoir and the gas outlet is disposed at a bottom of the liquid reservoir; a gas input pipe connected to the gas inlet of the liquid reservoir; a gas output pipe connected to the gas outlet of the liquid reservoir and extending into the liquid reservoir until above a central portion of the liquid reservoir, and having an end which is inclined towards a side wall of the liquid reservoir; and a capillary attached to the gas input pipe, wherein an inlet end of the capillary is wound around the gas input pipe, and an outlet end of the capillary is wound around an outer wall of the liquid reservoir and the capillary is bound to the gas input pipe by an aluminum-foil heat-transfer tape, such that a refrigerant in the capillary can achieve a heat exchange with a refrigerant in the gas input pipe (2.) a liquid reservoir having a gas inlet and a gas outlet and being oriented in a vertical direction, wherein the gas inlet is disposed at a top of the liquid reservoir and the gas outlet is disposed at a bottom of the liquid reservoir; a gas input pipe connected to the gas inlet of the liquid reservoir; a gas output pipe connected to the gas outlet of the liquid reservoir and extending into the liquid reservoir until above a central portion of the liquid reservoir, and having an end which is inclined towards a side wall of the liquid reservoir; and a capillary attached to the gas input pipe, wherein an inlet end of the capillary is wound around the gas input pipe, and an outlet end of the capillary is wound around an outer wall of the liquid reservoir and the capillary is bound to the gas input pipe by an aluminum-foil heat-transfer tape, such that a refrigerant in the capillary can achieve a heat exchange with a refrigerant in the gas input pipe (2.)
A heater control device to be applied to a heater unit provided with at least two PTC heaters (2a, 2b, 2c) having PTC elements (3a, 3b, 3c), the heater control device comprising: switching means (12a, 12b, 12c) which are provided so as to correspond to the PTC heaters (2a, 2b, 2c) and configured to switch between an energized state and a non-energized state of the PTC elements (3a, 3b, 3c) by being turned ON and OFF; pattern information configured to associate each of a plurality of state combination patterns that are state combinations of the energized state and the non-energized state of the PTC elements with an output power value supplied by each of the plurality of state combination patterns; and characterised by ratio controlling means configured to, when a required power for the heater unit is at an intermediate value of output power values defined in the pattern information, select from among the plurality of state combination patterns, a state combination pattern associated with an output power value exceeding the required power and closest to the required power, and to control a ratio of the energized state of the PTC elements (3a, 3b, 3c) energized in the selected state combination pattern to the non-energized state of the PTC elements (3a, 3b, 3c) based on a ratio of ON time to OFF time for which an average power within a certain period matches the required power. switching means (12a, 12b, 12c) which are provided so as to correspond to the PTC heaters (2a, 2b, 2c) and configured to switch between an energized state and a non-energized state of the PTC elements (3a, 3b, 3c) by being turned ON and OFF; pattern information configured to associate each of a plurality of state combination patterns that are state combinations of the energized state and the non-energized state of the PTC elements with an output power value supplied by each of the plurality of state combination patterns; and characterised by ratio controlling means configured to, when a required power for the heater unit is at an intermediate value of output power values defined in the pattern information, select from among the plurality of state combination patterns, a state combination pattern associated with an output power value exceeding the required power and closest to the required power, and to control a ratio of the energized state of the PTC elements (3a, 3b, 3c) energized in the selected state combination pattern to the non-energized state of the PTC elements (3a, 3b, 3c) based on a ratio of ON time to OFF time for which an average power within a certain period matches the required power.
Extractor hood comprising a chimney, at least one fan and at least one odour filter element, arranged downstream of the fan in the direction of flow in the extractor hood, characterised in that the extractor hood has a circulating air filter unit with a filter drawer, wherein at least one of the odour filter elements is accommodated in a removable manner in the filter drawer, which filter drawer can be displaced laterally in a guided manner against at least one further part of the extractor hood, and wherein the filter drawer has at least one front, which at least partially forms at least one outer surface of the circulating air unit, wherein the circulating air filter unit is arranged on the chimney and forms at least partially a part of the outer side of the extractor hood.
An illumination apparatus for a vehicle, the illumination apparatus comprising: a projector configured to project an image of visible light; and a processing apparatus configured to predict a travel area of the vehicle after a predetermined time or a predetermined distance of travel, and project an image in the predicted travel area with the projector for illumination of the travel area, the image being indicative of a travel state of the vehicle or a control state of the vehicle, wherein, during a state in which an intervention control to be performed regardless of a driver operation is executable, the processing apparatus projects the image indicative of the control state of the intervention control with the projector, wherein the intervention control includes an autonomous vehicle speed control, characterized in that the processing apparatus projects, in an acceleration control state, the image such that only a front end portion of the image is flashed, and projects, in an deceleration control state, the image such that only a rear end portion of the image is flashed, if front and rear directions of the image are defined with respect to the image on a road surface viewed from the vehicle side. a projector configured to project an image of visible light; and a processing apparatus configured to predict a travel area of the vehicle after a predetermined time or a predetermined distance of travel, and project an image in the predicted travel area with the projector for illumination of the travel area, the image being indicative of a travel state of the vehicle or a control state of the vehicle, wherein, during a state in which an intervention control to be performed regardless of a driver operation is executable, the processing apparatus projects the image indicative of the control state of the intervention control with the projector, wherein the intervention control includes an autonomous vehicle speed control, characterized in that the processing apparatus projects, in an acceleration control state, the image such that only a front end portion of the image is flashed, and projects, in an deceleration control state, the image such that only a rear end portion of the image is flashed, if front and rear directions of the image are defined with respect to the image on a road surface viewed from the vehicle side.
A mistuned compressor rotor for a gas turbine engine comprising blades circumferentially distributed around and extending a span length from a central hub, the blades including successively alternating first and second blades (28, 30) each having an airfoil (31, 33) with a pressure side (35, 37) and a suction side disposed on opposed sides of a median chord line, the pressure side (35, 37) and suction side extending on opposed sides of the airfoils (31, 33) between a leading edge and a trailing edge, characterized in that the first and second blades (28, 30) respectively having different first and second airfoil thickness distributions, the first airfoil thickness distribution including a first baseline thickness and a first frequency modifier on the pressure side, the first frequency modifier defining an airfoil thickness differential relative to the first baseline thickness and being located at a first span distance away from the central hub, and the second airfoil thickness distribution including a second baseline thickness and a second frequency modifier on the pressure side, the second frequency modifier defining an airfoil thickness differential relative to the second baseline thickness and being located at a second span distance away from the central hub, the second span distance being different from the first span distance, the first and second frequency modifiers (50, 52) generating different natural vibration frequencies for each of the first and second blades (28, 30), wherein a thickness of the airfoil of the first blade at the first span distance is less than the thickness of the second blade at the first span distance, and a thickness of the airfoil of the second blade at the second span distance is less than the thickness of the first blade at the second span distance, and the first span distance corresponds to a span-wise location of the airfoil of the first blade which corresponds, in use, to an expected region of high strain energy relative to an average strain energy in the airfoil of the first blade and the second span distance corresponds to a span-wise location of the airfoil of the second blade which corresponds, in use, to an expected region of low strain energy (63, 65) relative to an average strain energy in the airfoil of the second blade.
A vent for a mask, comprising: a first wall; and a second wall having an outer edge defining an outer perimeter, a top surface, and a bottom surface; a plurality of spaced supports positioned between the first wall and the second wall; and a plurality of gas washout vent holes formed between the supports and positioned between the first wall and the second wall, wherein the vent holes have an inner edge positioned inside the outer perimeter of the second wall, and characterized in that the supports are disposed beneath the bottom surface of the second wall and inside the first wall, and a top face of the supports is in contact with the bottom surface of the second wall. a first wall; and a second wall having an outer edge defining an outer perimeter, a top surface, and a bottom surface; a plurality of spaced supports positioned between the first wall and the second wall; and a plurality of gas washout vent holes formed between the supports and positioned between the first wall and the second wall, wherein the vent holes have an inner edge positioned inside the outer perimeter of the second wall, and characterized in that the supports are disposed beneath the bottom surface of the second wall and inside the first wall, and a top face of the supports is in contact with the bottom surface of the second wall.
A kite comprising: a wing; a tether coupled directly or indirectly to the wing; tensile couplings from a rigid spar arrangement to multiple locations on the wing; and an actuator linkage arrangement (6, 7, 10,11) having a length dimension that can be controllably adjusted, characterised by the rigid spar arrangement having first and second attachments (8, 5) to the tether, wherein: at the first attachment the spar arrangement is fixed to the tether, and at the second attachment the spar arrangement is attached to the tether and separate from the tether by a distance that is adjusted by control of the actuator arrangement (6, 7, 10, 11). a wing; a tether coupled directly or indirectly to the wing; tensile couplings from a rigid spar arrangement to multiple locations on the wing; and an actuator linkage arrangement (6, 7, 10,11) having a length dimension that can be controllably adjusted, characterised by the rigid spar arrangement having first and second attachments (8, 5) to the tether, at the first attachment the spar arrangement is fixed to the tether, and at the second attachment the spar arrangement is attached to the tether and separate from the tether by a distance that is adjusted by control of the actuator arrangement (6, 7, 10, 11).
An anti-CD37 immunoconjugate for use in a method of treating a patient having cancer, the anti-CD37 immunoconjugate having the formula - -, wherein: is an antibody or antigen-binding fragment thereof that specifically binds to CD37 and comprises heavy and light chain variable region CDR sequences of SEQ ID NOs: 4-6 and SEQ ID NOs: 7-9, respectively; is a linker; and is a maytansinoid; and wherein the linker links to; wherein an increased expression level has been detected in a cancer sample isolated from the patient for at least one gene selected from the group consisting of: SLC6A16, CD79A, BASP1, CXCR5, BIK, LY86, TLR10, CD86, LCK, CD22, PTPN22, BCL6, PIK3IP1, CDKN2A, AFF3, PIM1, MGMT, PDE4B, NFKBIE, SYK, FOXO1, CHI3L2, FAM117B, LPAR5, NFATC1, PTPN22, RBM38, and SGPP1. is an antibody or antigen-binding fragment thereof that specifically binds to CD37 and comprises heavy and light chain variable region CDR sequences of SEQ ID NOs: 4-6 and SEQ ID NOs: 7-9, respectively; is a linker; and is a maytansinoid; and wherein the linker links to; wherein an increased expression level has been detected in a cancer sample isolated from the patient for at least one gene selected from the group consisting of: SLC6A16, CD79A, BASP1, CXCR5, BIK, LY86, TLR10, CD86, LCK, CD22, PTPN22, BCL6, PIK3IP1, CDKN2A, AFF3, PIM1, MGMT, PDE4B, NFKBIE, SYK, FOXO1, CHI3L2, FAM117B, LPAR5, NFATC1, PTPN22, RBM38, and SGPP1.
Securing apparatus for a steering column for a motor vehicle, which securing apparatus can be used between a casing unit and a steering shaft which is mounted rotatably in the said casing unit, for temporarily blocking a rotational movement of the steering shaft relative to the casing unit, comprising an elongate bar element which extends in the longitudinal direction, and to one end of which a handle element is attached and the other end of which is configured as a free end which is configured from plastic material, a reinforcing element extending at least over a part region of the longitudinal direction of the bar element, characterized in that the reinforcing element is configured as a tensile reinforcing element which is enclosed at least partially or completely by the material of the bar element, and which is connected to the plastic material of the bar element in a tension-resistant manner in the longitudinal direction, the bar element being configured as a plastic injection moulded part, and the tensile reinforcing element being overmoulded by the plastic material.
A product vending module (610, 612, 614) for vending a number of products, comprising: a product row for said products; a product gate positioned about the product row and comprising a door positioned on a biased base which is biased into position via a base spring, wherein the biased base is a pivoting base; and a product locking system in communication with the product gate; the product locking system comprising: a latch and a solenoid to operate the latch; a micro-switch in communication with the biased base and arranged to detect movement of the biased base caused by the opening of the door; and a control in communication with the solenoid and the micro-switch such that detection of said movement releases the latch and allows the biased base to rotate whereby one of the number of products may be removed and whereby curvature of the door prevents access to the next product on the product row; and wherein the biased base and the door rotate back to the original position via the base spring. a product row for said products; a product gate positioned about the product row and comprising a door positioned on a biased base which is biased into position via a base spring, wherein the biased base is a pivoting base; and a product locking system in communication with the product gate; the product locking system comprising: a latch and a solenoid to operate the latch; a micro-switch in communication with the biased base and arranged to detect movement of the biased base caused by the opening of the door; and a control in communication with the solenoid and the micro-switch such that detection of said movement releases the latch and allows the biased base to rotate whereby one of the number of products may be removed and whereby curvature of the door prevents access to the next product on the product row; and a latch and a solenoid to operate the latch; a micro-switch in communication with the biased base and arranged to detect movement of the biased base caused by the opening of the door; and a control in communication with the solenoid and the micro-switch such that detection of said movement releases the latch and allows the biased base to rotate whereby one of the number of products may be removed and whereby curvature of the door prevents access to the next product on the product row; and wherein the biased base and the door rotate back to the original position via the base spring.
Method for assisting in the positioning of a tip of a needle for injection into and/or removal from an egg, comprising the steps of: - measuring at least one characteristic electrical parameter of a target zone in order to obtain a reference electrical value; - measuring said electrical parameter at said tip to obtain a value measured at a position of the tip in the egg; - comparing said measured value with the characteristic reference parameter. - measuring at least one characteristic electrical parameter of a target zone in order to obtain a reference electrical value; - measuring said electrical parameter at said tip to obtain a value measured at a position of the tip in the egg; - comparing said measured value with the characteristic reference parameter.