mhurhangee/ep-ind-claims huggingface dataset:
A composition for use as a dialysis liquid in haemodialysis or peritoneal dialysis that comprises the crystallization inhibitory substance inositol phosphate or the pharmaceutically acceptable salts thereof.
Apparatus to dehumidify a fluid to be dehumidified comprising a heat exchanger associated to an air heat exchange circuit and a coolant heat exchange circuit and configured to feed to said heat exchanger respectively said fluid and a coolant, said coolant heat exchange circuit being provided with a compressor, a condenser and an expansion member connected in series to each other and to said heat exchanger, a drive member being connected to said compressor and a device to regulate the speed being connected to said drive member and configured to regulate the drive speed of said compressor, said apparatus comprising a command and control unit connected to said device to regulate the speed, and to detection devices provided to detect the thermal load of said heat exchanger, characterized in that, if the actuation speed of said compressor reaches the minimum speed, said command and control unit is configured to detect, by means of said detection devices, at least one functioning parameter of said fluid or said coolant, in that if said at least one functioning parameter reaches a limit threshold value, indicating a further reduction in the thermal load, said command and control unit is configured to switch off said compressor, in that said coolant heat exchange circuit is provided with a non-return valve interposed between the exit of said heat exchanger and the suction of said compressor and configured to prevent a reflux of the coolant from the compressor toward said heat exchanger at least when said compressor is switched off, and in that said expansion member is configured to selectively intercept the flow in transit at least when said compressor is switched off.
A method for control of transmission time interval, TTI, combinations in multicarrier High Speed Uplink Packet Access, HSUPA, the method being performed in a serving node (2, 3) of a communication network and comprising: sending a single High Speed Signalling Control Channel, HS-SCCH, order for TTI switching of a primary uplink, UL, frequency and for TTI switching of a secondary uplink frequency to a User Equipment, wherein the HS-SCCH order is sent indicating a TTI switch order to 2 ms + 10 ms, 10 ms + 2 ms, 2 × 2 ms, or 2 × 10 ms.
Personal conferencing device having a base unit and a headset, wherein the base unit comprises a first interface to a telephone system, and a headset receiving part for receiving the headset, the headset comprises: a base connection adapted to be received by the receiving part, at least a first microphone for receiving audio from a headset user, at least a first headset speaker for providing audio to a headset user, and a position detecting device for detecting a position and/or a state of the headset, characterized in that the headset further comprises a second headset speaker, wherein audio is provided to a headset user via the second headset speaker in response to a first signal provided from the position detecting device. a first interface to a telephone system, and a headset receiving part for receiving the headset, a base connection adapted to be received by the receiving part, at least a first microphone for receiving audio from a headset user, at least a first headset speaker for providing audio to a headset user, and a position detecting device for detecting a position and/or a state of the headset,
A method for preparing arylsulfur pentafluoride having a formula as follows: comprising reacting arylsulfur halotetrafluoride of formula with anhydrous hydrogen fluoride to form the arylsulfur pentafluoride: wherein a mol ratio of the arylsulfur halotetrafluoride to anhydrous hydrogen fluoride is in the range of 1:10 to 1:150; in which: R 1, R 2, R 3, R 4, and R 5 each is independently a hydrogen atom, a halogen atom, a substituted or unsubstituted alkyl group having 1 to 18 carbon atoms, a substituted or unsubstituted aryl group having 6 to 30 carbon atoms, a nitro group, a cyano group, a substituted or unsubstituted alkanesulfonyl group having 1 to 18 carbon atoms, a substituted or unsubstituted arenesulfonyl group having 6 to 30 carbon atoms, a substituted or unsubstituted alkoxy group having 1 to 18 carbon atoms, a substituted or unsubstituted aryloxy group having 6 to 30 carbon atoms, a substituted or unsubstituted acyloxy group having from 1 to 18 carbon atoms, a substituted or unsubstituted alkanesulfonyloxy group having from 1 to 18 carbon atoms, a substituted or unsubstituted arenesulfonyloxy group having from 6 to 30 carbon atoms, a substituted or unsubstituted alkoxycarbonyl group having 2 to 18 carbon atoms, a substituted or unsubstituted aryloxycarbonyl group having 7 to 30 carbon atoms, a substituted carbamoyl group having 2 to 18 carbon atoms, a substituted amino group having 1 to 18 carbon atoms, or a SF 5 group; and X is a chlorine atom, bromine atom, or iodine atom, and wherein alkyl includes linear, branched, and cyclic alkyls.
Computed tomography system with the following features: a) at least one X-ray source, b) at least one patient table for positioning a patient, c) at least one first X-ray detector, which is arranged permanently or at least temporarily in the beam path of the X-rays from the X-ray source through the patient table, d) at least one second X-ray detector, which is arranged permanently or at least temporarily in the beam path of the X-rays from the X-ray source through the patient table, e) at least one actuatable drive mechanism by means of which the first and/or the second X-ray detector (4, 5) can be moved from a position in the beam path of the X-rays from the X-ray source through the patient table to a position outside the beam path and vice versa, f) at least one electronic control device (6, 7) which is set up to actuate the drive mechanism, characterized in that the second X-ray detector is structurally integrated into the patient table, the second X-ray detector being designed as an angled CT flat-panel detector or as at least two CT flat-panel detectors arranged at an angle to one another. a) at least one X-ray source, b) at least one patient table for positioning a patient, c) at least one first X-ray detector, which is arranged permanently or at least temporarily in the beam path of the X-rays from the X-ray source through the patient table, d) at least one second X-ray detector, which is arranged permanently or at least temporarily in the beam path of the X-rays from the X-ray source through the patient table, e) at least one actuatable drive mechanism by means of which the first and/or the second X-ray detector (4, 5) can be moved from a position in the beam path of the X-rays from the X-ray source through the patient table to a position outside the beam path and vice versa, f) at least one electronic control device (6, 7) which is set up to actuate the drive mechanism,
A flexible circuit electrode array for neural tissue stimulation comprising: a polymer base layer; metal traces deposited on said polymer base layer, including electrodes (13,74) suitable to stimulate neural tissue; and a polymer top layer deposited on said polymer base layer and said metal traces characterized in that the electrode array is pre-curved in a convex shape in the plane of the electrodes (13, 74). a polymer base layer; metal traces deposited on said polymer base layer, including electrodes (13,74) suitable to stimulate neural tissue; and a polymer top layer deposited on said polymer base layer and said metal traces characterized in that the electrode array is pre-curved in a convex shape in the plane of the electrodes (13, 74).
A modified microorganism of Corynebacterium genus having enhanced ability to produce putrescine, wherein the activity of a protein having an amino acid sequence represented by SEQ ID NO: 18 or SEQ ID NO: 20 is weakened or removed compared to the endogenous activity thereof, and wherein the activity of ornithine decarboxylase is further introduced thereto.
A web drying apparatus, comprising: two blower units which are arranged vertically between an upper dry path and a lower dry path disposed below the upper dry path and at least partially overlap each other when viewed from a vertical direction, wherein one blower unit disposed on an upper side, among the two blower units, faces the upper dry path from downward and injects gas onto web passing through the upper dry path, the other blower unit disposed on a lower side, among the two blower units, faces the lower dry path from upward and injects gas onto web passing through the lower dry path, the one blower unit has a first sidewall provided at one end in a horizontal direction, a second sidewall provided at the other end in the horizontal direction, and a lower end part which is disposed between the first sidewall and the second sidewall, the lower end part is positioned lower than the first sidewall and the second sidewall and forms a lower end of the one blower unit, the other blower unit has a third sidewall provided at one end in the horizontal direction, a fourth sidewall provided at the other end in the horizontal direction, and an upper end part which is disposed between the third sidewall and the fourth sidewall, the upper end part is positioned upper than the third sidewall and the fourth sidewall and forms an upper end of the other blower unit, characterized in that the lower end part of the one blower unit deviates from the upper end part of the other blower unit in the horizontal direction and protrudes to be lower than the upper end part in the vertical direction. two blower units which are arranged vertically between an upper dry path and a lower dry path disposed below the upper dry path and at least partially overlap each other when viewed from a vertical direction, wherein one blower unit disposed on an upper side, among the two blower units, faces the upper dry path from downward and injects gas onto web passing through the upper dry path, the other blower unit disposed on a lower side, among the two blower units, faces the lower dry path from upward and injects gas onto web passing through the lower dry path, the one blower unit has a first sidewall provided at one end in a horizontal direction, a second sidewall provided at the other end in the horizontal direction, and a lower end part which is disposed between the first sidewall and the second sidewall, the lower end part is positioned lower than the first sidewall and the second sidewall and forms a lower end of the one blower unit, the other blower unit has a third sidewall provided at one end in the horizontal direction, a fourth sidewall provided at the other end in the horizontal direction, and an upper end part which is disposed between the third sidewall and the fourth sidewall, the upper end part is positioned upper than the third sidewall and the fourth sidewall and forms an upper end of the other blower unit, characterized in that the lower end part of the one blower unit deviates from the upper end part of the other blower unit in the horizontal direction and protrudes to be lower than the upper end part in the vertical direction.
A method of operating a self-organizing network, SON, system, the network system comprising a plurality of SON functions (10, 20), wherein at least one of the plurality of SON functions is a SON Verification Function performing post-action verification, the method being performed by the SON Verification Function and comprising the following steps: monitoring changes by other SON functions of the plurality of SON functions of at least one configuration management CM parameter, performance management data, and/or fault management data of the network system; observing a performance degradation in the network system and identifying the change as responsible for the performance degradation; and performing an undo of the change during blocking of the other SON functions trying to modify the at least one CM parameter, wherein the SON Verification Function has a higher priority compared to the other SON functions in the plurality of SON functions to block any of the other SON functions trying to modify the at least one CM parameter. monitoring changes by other SON functions of the plurality of SON functions of at least one configuration management CM parameter, performance management data, and/or fault management data of the network system; observing a performance degradation in the network system and identifying the change as responsible for the performance degradation; and performing an undo of the change during blocking of the other SON functions trying to modify the at least one CM parameter, wherein the SON Verification Function has a higher priority compared to the other SON functions in the plurality of SON functions to block any of the other SON functions trying to modify the at least one CM parameter.
A clevis-sensing lock mechanism comprising: a block formed to include a cylinder-receiving first bore extending into the block and a pin-receiving slot extending into the block to intersect with the cylinder-receiving first bore; a lock cylinder configured to be received in the cylinder-receiving first bore of the block and rotate relative to the block, the lock cylinder including a first end and a second end spaced apart from the first end, the lock cylinder formed to include an annular groove, an axial slot extending toward the first end of the lock cylinder from the annular groove, and a key-receiving second born extending from the second end toward the first end; a cross-pin positioned within the pin-receiving slot of the block and configured to slide in the annular groove and axial slot of the lock cylinder to control rotation of the lock cylinder; a tumbler arrangement coupled between the lock cylinder and the block and configured to control rotation of the lock cylinder; a coupler shaft positioned within the key-receiving second bore and coupled with the lock cylinder to rotate therewith; and an interference member coupled to the coupler shaft at the first end of the lock cylinder to rotate with the lock cylinder. a block formed to include a cylinder-receiving first bore extending into the block and a pin-receiving slot extending into the block to intersect with the cylinder-receiving first bore; a lock cylinder configured to be received in the cylinder-receiving first bore of the block and rotate relative to the block, the lock cylinder including a first end and a second end spaced apart from the first end, the lock cylinder formed to include an annular groove, an axial slot extending toward the first end of the lock cylinder from the annular groove, and a key-receiving second born extending from the second end toward the first end; a cross-pin positioned within the pin-receiving slot of the block and configured to slide in the annular groove and axial slot of the lock cylinder to control rotation of the lock cylinder; a tumbler arrangement coupled between the lock cylinder and the block and configured to control rotation of the lock cylinder; a coupler shaft positioned within the key-receiving second bore and coupled with the lock cylinder to rotate therewith; and an interference member coupled to the coupler shaft at the first end of the lock cylinder to rotate with the lock cylinder.
A tissue treatment system, comprising: an elongate probe having a distal tip and a flexible length; at least one infusion lumen (18, 239) positioned through or along the elongate probe, wherein the infusion lumen defines one or more openings (194, 260) along its length; at least one delivery lumen (20, 365) slidingly positioned through or along the infusion lumen; and a liner (22, 24, 174) expandably enclosing the probe such that a cryoablative fluid introduced through the unobstructed openings is sprayed into contact with an interior surface of the liner and coats the interior surface, characterized in that: translation of the delivery lumen (20, 365) relative to the infusion lumen (18, 239) controls a number of unobstructed openings (194, 260) along the infusion lumen via a positioning of the delivery lumen obstructing a selected number of openings along the infusion lumen, such that proximal retraction of the delivery lumen relative to the infusion lumen from a first location increases the number of unobstructed openings, and distal translation of the delivery lumen relative to the infusion lumen from the first location decreases the number of unobstructed openings. an elongate probe having a distal tip and a flexible length; at least one infusion lumen (18, 239) positioned through or along the elongate probe, wherein the infusion lumen defines one or more openings (194, 260) along its length; at least one delivery lumen (20, 365) slidingly positioned through or along the infusion lumen; and a liner (22, 24, 174) expandably enclosing the probe such that a cryoablative fluid introduced through the unobstructed openings is sprayed into contact with an interior surface of the liner and coats the interior surface, characterized in that: translation of the delivery lumen (20, 365) relative to the infusion lumen (18, 239) controls a number of unobstructed openings (194, 260) along the infusion lumen via a positioning of the delivery lumen obstructing a selected number of openings along the infusion lumen, such that proximal retraction of the delivery lumen relative to the infusion lumen from a first location increases the number of unobstructed openings, and distal translation of the delivery lumen relative to the infusion lumen from the first location decreases the number of unobstructed openings.
Refrigerator, especially household refrigerator, with a storage compartment, wherein side walls of the storage compartment are provided with pairs of vertically spaced support surfaces, and at least one first shelf disposed in the storage compartment on a pair of the support surfaces, having a base plate and support ribs projecting above the base plate; wherein the base plate is offset vertically in relation to a plane running through the support ribs and the offset (d) between support ribs and base plate of the first shelf is smaller than the distance between closely-adjacent pairs of support surfaces, and a second shelf, characterised in that, when the second shelf is disposed on a first pair of support surfaces, the first shelf is able to be placed on an adjacent second pair of support surfaces so that its base plate is immediately adjacent to the second shelf.
A composition, comprising: a reactive co-stabilizer; a surfactant; a carbon black; and a polymer; characterized in that the reactive co-stabilizer is a methacrylate containing semifluorinated or perfluorinated alcohol and in that the polymer is polystyrene or a polystyrene dominated copolymer. a reactive co-stabilizer; a surfactant; a carbon black; and a polymer;
A multi-layer assembly comprising: i. at least one first layer [layer, herein after] made from a thermoplastic polymer [polymer T L1] selected from the group of ethylene-based polymers, polypropylene-based polymers, polyvinyl chloride polymers, polyamide polymers and polycarbonate polymers and mixtures thereof; and ii. anchoring elements, wherein said anchoring elements [anchoring elements (AE L1→L2), herein after] are adhered to said layer and are projecting from a surface of said layer and wherein said anchoring elements (AE L1→L2) are made from at least one thermoplastic polymer [polymer T ae, herein after], wherein said polymer T ae is equal to or different from the polymer T L1 comprised in layer; and iii. at least one second layer [layer], wherein said anchoring elements (AE L1→L2) adhered to said layer are penetrating into said layer thereby anchoring layer to layer and wherein said layer comprises a thermoset polyurethane foam. i. at least one first layer [layer, herein after] made from a thermoplastic polymer [polymer T L1] selected from the group of ethylene-based polymers, polypropylene-based polymers, polyvinyl chloride polymers, polyamide polymers and polycarbonate polymers and mixtures thereof; and ii. anchoring elements, wherein said anchoring elements [anchoring elements (AE L1→L2), herein after] are adhered to said layer and are projecting from a surface of said layer and wherein said anchoring elements (AE L1→L2) are made from at least one thermoplastic polymer [polymer T ae, herein after], wherein said polymer T ae is equal to or different from the polymer T L1 comprised in layer; and iii. at least one second layer [layer], wherein said anchoring elements (AE L1→L2) adhered to said layer are penetrating into said layer thereby anchoring layer to layer and wherein said layer comprises a thermoset polyurethane foam.
Electric motor comprising an electronics housing with motor electronics placed in it and a stator housing arranged at a distance axially to the electronics housing, wherein the electric motor is formed as an internal running motor, whereby a motor unit in the stator housing is formed by a rotor, with the stator laminated core surrounding the stator with a rotor, and a driveshaft, whereby a twin flow cooling wheel is arranged axially between the electronics housing and the stator housing, which during operation generates a first cooling air stream along the electronics housing and a second cooling air stream along the stator housing, and along at least one bearing shield axially adjoining the stator housing, wherein the motor unit is taken into the at least one bearing shield, and the at least one bearing shield adjoins the twin flow cooling wheel in an axial direction, wherein the electric motor is characterized by at least one stator cooling channel, which at least partially extends in an axial direction along the stator housing and along the at least one bearing shield and in a radial direction along the at least one bearing shield to the cooling wheel and in operation is streamed through by said first cooling air stream generated by said twin flow cooling wheel, and by an electronics cooling channel, which extends in an axial and radial direction at least partially along said electronics housing up to said cooling wheel and in operation is streamed through by said second cooling air stream generated by said twin flow cooling wheel.