mhurhangee/ep-ind-claims huggingface dataset:
Heating and air-conditioning system comprising a first heating circuit, having at least one pump, for heating and comprising a cooling circuit having at least one pump, and comprising a refrigerant circuit, which at least comprises a compressor, an expansion member (29, 41), a high-pressure-side first heat exchanger and a low-pressure-side second heat exchanger which is or can be activated at least for air-conditioning operation, wherein the first heat exchanger is also connected to the first heating circuit and the second heat exchanger is also connected to the cooling circuit, and, in the first heat exchanger, refrigerant of the refrigerant circuit is or can be thermally coupled to heating liquid of the first heating circuit by a heat exchange connection directly and/or via an optionally first latent heat storage medium and, in the second heat exchanger, refrigerant of the refrigerant circuit and cooling liquid of the cooling circuit is or can be thermally coupled by a heat exchange connection directly and/or via an optionally second latent heat storage medium, wherein the heating and air-conditioning system is designed for a vehicle and the heating and air-conditioning system comprises a second heating circuit, having at least one pump, for heating, and the refrigerant circuit comprises a high-pressure-side third heat exchanger arranged downstream of the first heat exchanger in the intended refrigerant flow direction, and the third heat exchanger is also connected to the second heating circuit, wherein, in the third heat exchanger, refrigerant of the refrigerant circuit is or can be thermally coupled to heating liquid of the second heating circuit by a heat exchange connection directly and/or via an optionally third latent heat storage medium, characterised in that the refrigerant circuit comprises an external heat exchanger that can be operated as an evaporator in heat pump operation and is arranged downstream of the third heat exchanger in the refrigerant flow direction. and the heating and air-conditioning system comprises a second heating circuit, having at least one pump, for heating, and the refrigerant circuit comprises a high-pressure-side third heat exchanger arranged downstream of the first heat exchanger in the intended refrigerant flow direction, and the third heat exchanger is also connected to the second heating circuit, wherein, in the third heat exchanger, refrigerant of the refrigerant circuit is or can be thermally coupled to heating liquid of the second heating circuit by a heat exchange connection directly and/or via an optionally third latent heat storage medium, characterised in that the refrigerant circuit comprises an external heat exchanger that can be operated as an evaporator in heat pump operation and is arranged downstream of the third heat exchanger in the refrigerant flow direction.
A liquid dispensing device, comprising: a pressure chamber (660; 4970) and a dispensing head; said pressure chamber (660; 4970) comprising a pressure spring and a pressure piston (670; 4980; 6325); and said dispensing head comprising: a piston (630; 4940; 6313) and a piston chamber (17; 617; 4917; 6317), a first outlet channel in fluid communication with the pressure chamber (660; 4970); a piston chamber outlet valve (650; 4960; 6319) provided between said first outlet channel and said piston chamber (17; 617; 4917; 6317); an outlet valve (610; 4920; 6305); and a second outlet channel between said outlet valve (610; 4920; 6305) and an orifice (620; 6307), characterized in that the outlet valve (610; 4920; 6305) is a dome valve. a pressure chamber (660; 4970) and a dispensing head; said pressure chamber (660; 4970) comprising a pressure spring and a pressure piston (670; 4980; 6325); and said dispensing head comprising: a piston (630; 4940; 6313) and a piston chamber (17; 617; 4917; 6317), a first outlet channel in fluid communication with the pressure chamber (660; 4970); a piston chamber outlet valve (650; 4960; 6319) provided between said first outlet channel and said piston chamber (17; 617; 4917; 6317); an outlet valve (610; 4920; 6305); and a second outlet channel between said outlet valve (610; 4920; 6305) and an orifice (620; 6307), a piston (630; 4940; 6313) and a piston chamber (17; 617; 4917; 6317), a first outlet channel in fluid communication with the pressure chamber (660; 4970); a piston chamber outlet valve (650; 4960; 6319) provided between said first outlet channel and said piston chamber (17; 617; 4917; 6317); an outlet valve (610; 4920; 6305); and a second outlet channel between said outlet valve (610; 4920; 6305) and an orifice (620; 6307), characterized in that the outlet valve (610; 4920; 6305) is a dome valve.
A helmet comprising a shell with a vision space, characterized in that it comprises, at each of the two ends where the ears of the user are disposed, a hearing hole in the shell, an element in the form of an ear coupled to the outside of the shell and a cone joined by a trumpet to an ear pad, the cone being attached to the inside of the shell, wherein the ear-shaped element, the cone, the trumpet and the ear pad, each comprises a hearing hole (17, 16, 13), the hearing holes being aligned between them and with the hearing hole in the shell and arranged perpendicular to the space in which the user's ear canal is located.
A printing blanket comprising: a base layer; a compressible layer, and a printing surface layer, wherein the compressible layer and/or the printing surface layer is comprised of a thermoplastic polyurethane composition, wherein the thermoplastic polyurethane composition is made by reacting (a) at least one polyester polyol intermediate with (b) at least one diisocyanate and (c) at least one chain extender; characterised in that the polyester polyol intermediate comprises an intermediate derived from at least one dialkylene glycol and at least one dicarboxylic acid or an ester or anhydride thereof.
An in vitro method of determining a risk for a human subject to develop C. difficil e-associated disease (CDAD), recurrent CDAD and/or severe forms of CDAD, said method comprising: a) Quantitating in a sample from a human subject: i) the level of antibodies specifically binding at least one toxin antigen of C. difficile wherein said toxin antigen is selected from the group comprising TcdA and TcdB and ii) the level of antibodies specifically binding at least one colonization factor antigen of C. difficile, wherein said colonization factor antigen is selected from the group comprising: Cwp84 and FliD, b) Comparing said level of antibodies to a reference sample or a reference threshold, wherein said reference sample or reference threshold is the level of antibodies in a subject negative for C. difficile. wherein an increased level of antibodies specifically binding said at least one toxin antigen and specifically binding said at least one colonization factor antigen in step b) is associated with a low risk of CDAD, recurrent CDAD and/or severe forms of CDAD and, wherein no increased level of antibodies specifically binding said at least one toxin antigen and specifically binding said at least one colonization factor antigen in step b) is associated with a high risk of CDAD, recurrent CDAD and/or severe forms of CDAD. a) Quantitating in a sample from a human subject: i) the level of antibodies specifically binding at least one toxin antigen of C. difficile wherein said toxin antigen is selected from the group comprising TcdA and TcdB and ii) the level of antibodies specifically binding at least one colonization factor antigen of C. difficile, wherein said colonization factor antigen is selected from the group comprising: Cwp84 and FliD, b) Comparing said level of antibodies to a reference sample or a reference threshold, wherein said reference sample or reference threshold is the level of antibodies in a subject negative for C. difficile.
A system for adaptive placement of a treatment element for brachytherapy, comprising placement devices for placing a treatment element being a radioactive seed; a localization system including sensors built into the placement devices and being configured to track progress of the placement devices such that a position of the treatment element placed by the respective placement device or to be placed by the respective placement device is stored in memory; and a computer system including a program implemented in computer readable storage media and configured to compute an effect of at least one treatment element at the position and determine whether a dosage amount has been achieved by the at least one treatment element for treatment of an organ; characterized in that the placement devices are needles and the system is adapted to use electromagnetic localization, fiber Bragg grating localization or another localization of the needles in the organ to identify swelling of the organ determined by relative movements of the needles.
A method for a user equipment for wireless communications including at least a first radio access technology, RAT, and a second RAT, comprising: adjusting communications of the first radio access technology, RAT, based at least in part on an autonomous denial rate; adjusting communications of a second RAT based at least in part on the adjusted communications of the first RAT; and characterized in that the method further comprises: receiving the autonomous denial rate from a base station of the first RAT, the autonomous denial rate configured by the base station and indicating a limit for a rate of autonomous denials by a user equipment to deny the first RAT to perform uplink communication without prior knowledge of the base station; and reporting measurements to the base station, wherein an expected measurement window for measurement reporting, in which the user equipment is expected to send a measurement report, is adjusted by the base station based at least in part on the received autonomous denial rate. adjusting communications of the first radio access technology, RAT, based at least in part on an autonomous denial rate; adjusting communications of a second RAT based at least in part on the adjusted communications of the first RAT; and characterized in that the method further comprises: receiving the autonomous denial rate from a base station of the first RAT, the autonomous denial rate configured by the base station and indicating a limit for a rate of autonomous denials by a user equipment to deny the first RAT to perform uplink communication without prior knowledge of the base station; and reporting measurements to the base station, wherein an expected measurement window for measurement reporting, in which the user equipment is expected to send a measurement report, is adjusted by the base station based at least in part on the received autonomous denial rate. receiving the autonomous denial rate from a base station of the first RAT, the autonomous denial rate configured by the base station and indicating a limit for a rate of autonomous denials by a user equipment to deny the first RAT to perform uplink communication without prior knowledge of the base station; and reporting measurements to the base station, wherein an expected measurement window for measurement reporting, in which the user equipment is expected to send a measurement report, is adjusted by the base station based at least in part on the received autonomous denial rate.
Electric motor, comprising a stator and coil windings of the latter, wherein the wiring of the coil windings is implementable on an end plate of the stator laminated core, wherein support posts, integrally formed with the end plate and having indentations for wire guidance arranged on a first, second and third radius (33, 32, 31), are provided in such a manner that - the wiring of a first phase is implemented in a first spatial region provided on the first radius, - the wiring of a second phase is implemented in a second spatial region provided on the second radius, - the wiring of a third phase is implemented in a third spatial region provided on the third radius, wherein the first spatial region is extended greater in the radial direction than the second spatial region and the second spatial region is extended greater in the radial direction than the third spatial region, wherein the first spatial region has greater radii than the second spatial region and the second region has greater radii than the third spatial region, wherein, on the wiring of a phase, for deflecting winding wire the latter is guided around deflection posts (13, 14) which are provided on a greater radius than the radii (31, 32, 33) of the spatial regions. - the wiring of a first phase is implemented in a first spatial region provided on the first radius, - the wiring of a second phase is implemented in a second spatial region provided on the second radius, - the wiring of a third phase is implemented in a third spatial region provided on the third radius,
A wireless charging system, comprising: a first loop antenna having a shape defining a first plane; and a second loop antenna having a shape defining a second plane, the second plane being oriented differently than the first plane and the first and second loop antennas (1014, 1016) being configured to simultaneously wirelessly transmit power to charge one or more chargeable devices (1020, 1024) based on a combination of power transmitted from the first loop antenna and the second loop antenna; and a processor configured to vary power levels of the first and second loop antennas to adjust a total amount of power to be received by the one or more chargeable devices from the combination of the first loop antenna and the second loop antenna. a first loop antenna having a shape defining a first plane; and a second loop antenna having a shape defining a second plane, the second plane being oriented differently than the first plane and the first and second loop antennas (1014, 1016) being configured to simultaneously wirelessly transmit power to charge one or more chargeable devices (1020, 1024) based on a combination of power transmitted from the first loop antenna and the second loop antenna; and a processor configured to vary power levels of the first and second loop antennas to adjust a total amount of power to be received by the one or more chargeable devices from the combination of the first loop antenna and the second loop antenna.
A recombinant polymeric IgA-type antibody, wherein an amino acid residue at position 458 of a heavy chain constant region with the numbering of the amino acid residues of the corresponding human IgAl antibody is an isoleucine and wherein the IgA-type is IgA1, IgA2m1 or IgA2(n).
A flywheel-driven fastener driving tool comprising: a frame; a motor coupled to the frame and operably coupled to a flywheel to rotate the flywheel; a driver comprising a ferromagnetic material movable along a driver axis relative to the frame between a returned position and an extended position, and the driver having a firing position in which the driver is drivingly engaged against the flywheel, and having a driver home position radially further away from the flywheel than the firing position when the driver is in the returned position and the flywheel is spinning in preparation to firing the driver toward the extended position; characterised in that a magnet is coupled to the frame and positioned adjacent the driver to exert a magnetic force on the driver to pull the driver into the driver home position. a frame; a motor coupled to the frame and operably coupled to a flywheel to rotate the flywheel; a driver comprising a ferromagnetic material movable along a driver axis relative to the frame between a returned position and an extended position, and the driver having a firing position in which the driver is drivingly engaged against the flywheel, and having a driver home position radially further away from the flywheel than the firing position when the driver is in the returned position and the flywheel is spinning in preparation to firing the driver toward the extended position; characterised in that a magnet is coupled to the frame and positioned adjacent the driver to exert a magnetic force on the driver to pull the driver into the driver home position.
Device for the disconnectable, free-of-play fitting of an attachment part to a support part, with a cover plate incorporating foot part extending in an axial direction, which has two spring arms (11, 12) bendable in a radial direction, each designed with a holding lug, with which an edge area formed in a support part of a through recess can be engaged from behind, and which has at least one abutment wall lying opposite the spring arms (11, 12) as well as a securing lug that is locked in a final assembly arrangement, designed to secure the foot part by means of an extraction force that is greater than the holding force of the holding lugs, wherein the or each locking securing lug is formed in the abutment wall, wherein at least one form closure plinth (20, 21) is provided on the side of the spring arms (11, 12), opposite the abutment wall, which extends in an axial direction of the foot part to between the holding lugs and the or each locking securing lug, and wherein at least one tensioning tab bendable in the radial direction of the foot part is provided on the side of the spring arms (11, 12) opposite the abutment wall, which extends in an axial direction of the foot part across the or each locking securing lug, wherein the tensioning tab is formed on the cover plate and ends flush with the or each form closure plinth (20, 21) of the spring arms (11, 12) in a relaxed arrangement, or is offset radially inwards across an offsetting path that is smaller than the radial expansion of the or each locking securing lug formed on the abutment wall opposite the or each form closure plinth (20, 21).
A mechanical toothbrush with a dual rotary brushing system, comprising a body forming a handle and a head fixed on said handle, which head is provided with adjacent contra-rotating brushes (2, 2') which have a cylindrical shape and substantially parallel axes, each of them being supported at least at their distal end by a bearing (3, 3') and each being driven by a shaft (4, 4') in the area of the head, with said shafts (4, 4') being flexible, and each of said two bearings that support them, one (3, 3') of which is positioned at their distal end and the other one (5, 5') on the body side, being mounted on a support enabling the two brushes (2, 2') to move away from each other and then ensuring that they move towards each other, with the support comprising four flexible branches (6a, 6b, 6c, 6d) around a central component used for fixing said support on the head composed of a single arm, characterized in that the support is fixed on the head through a link which enables the pivoting thereof about its point of fixation to the head.
A compound according to Formula or a pharmaceutically acceptable salt thereof: wherein: R 1 is (C 1 -C 4)alkyl or (C 1 -C 4)alkoxy; R 2 is (C 1 -C 3)alkyl; and R 3 is (C 1 -C 8)alkyl, halo(C 1 -C 8)alkyl, hydroxy(C 1 -C 8)alkyl, (C 1 -C 4)alkoxy(C 1 -C 8)alkyl-, (C 3 -C 5)cycloalkyl, or (C 6 -C 10)bicycloalkyl, wherein said (C 3 -C 5)cycloalkyl or (C 6 -C 10)bicycloalkyl are each optionally substituted by one or two groups independently selected from halogen, hydroxyl, (C 1 -C 4)alkoxy, (C 1 -C 4)alkyl, and halo(C 1 -C 4)alkyl. R 1 is (C 1 -C 4)alkyl or (C 1 -C 4)alkoxy; R 2 is (C 1 -C 3)alkyl; and R 3 is (C 1 -C 8)alkyl, halo(C 1 -C 8)alkyl, hydroxy(C 1 -C 8)alkyl, (C 1 -C 4)alkoxy(C 1 -C 8)alkyl-, (C 3 -C 5)cycloalkyl, or (C 6 -C 10)bicycloalkyl, wherein said (C 3 -C 5)cycloalkyl or (C 6 -C 10)bicycloalkyl are each optionally substituted by one or two groups independently selected from halogen, hydroxyl, (C 1 -C 4)alkoxy, (C 1 -C 4)alkyl, and halo(C 1 -C 4)alkyl.
An electromagnetic induction device, comprising: an electromagnetic induction transmitting model; an electromagnetic induction receiving model; a first shell which is an independent unit; a second shell which is an independent unit; said electromagnetic induction transmitting model is installed in said first shell, and said electromagnetic induction receiving model is installed in said second shell; the output terminal of said electromagnetic induction transmitting model comprises an electromagnetic induction coil; and the input terminal of said electromagnetic induction receiving model comprises an electromagnetic induction means; said first shell contains a concave part at where the electromagnetic induction coil is installed, said concave part forming a groove; and said second shell contains a convex part at where the electromagnetic induction means is disposed; the size and shape of the groove of said concave part is fitted with said convex part, the electromagnetic induction means would be inserted into the centre of the electromagnetic induction coil when said convex part is inserted into said concave part, and the electrical current would occur by electromagnetic induction when the electricity enters into said electromagnetic induction coil or electromagnetic induction bar to produce the magnetic field; characterized in that said induction means is an induction bar; the output frequency of said electromagnetic induction transmitting model is 250-400 KHZ. an electromagnetic induction transmitting model; an electromagnetic induction receiving model; a first shell which is an independent unit; a second shell which is an independent unit; said electromagnetic induction transmitting model is installed in said first shell, and said electromagnetic induction receiving model is installed in said second shell; the output terminal of said electromagnetic induction transmitting model comprises an electromagnetic induction coil; and the input terminal of said electromagnetic induction receiving model comprises an electromagnetic induction means; said first shell contains a concave part at where the electromagnetic induction coil is installed, said concave part forming a groove; and said second shell contains a convex part at where the electromagnetic induction means is disposed; the size and shape of the groove of said concave part is fitted with said convex part, the electromagnetic induction means would be inserted into the centre of the electromagnetic induction coil when said convex part is inserted into said concave part, and the electrical current would occur by electromagnetic induction when the electricity enters into said electromagnetic induction coil or electromagnetic induction bar to produce the magnetic field; characterized in that said induction means is an induction bar; the output frequency of said electromagnetic induction transmitting model is 250-400 KHZ.
A method of operating non-volatile storage that includes a plurality of NAND strings and a plurality of word lines (WL0...WL7), the NAND strings each having a first select transistor (406 or 424) at a first end of the NAND string and a second select transistor (406 or 424) at a second end of the NAND string, the method comprising: applying a voltage to a gate of the first select transistor (406 or 424) of a first of the plurality of NAND strings that has a magnitude that depends on the location of a selected word line of the plurality of word lines; and applying a program voltage to the selected word line while applying the voltage to the gate of the first select transistor; characterised in that: the first select transistor (406 or 424) is a source side select transistor. applying a voltage to a gate of the first select transistor (406 or 424) of a first of the plurality of NAND strings that has a magnitude that depends on the location of a selected word line of the plurality of word lines; and applying a program voltage to the selected word line while applying the voltage to the gate of the first select transistor; characterised in that: the first select transistor (406 or 424) is a source side select transistor.