mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical device comprising: (a) a handle; and (b) an elongated end effector (101, 1101) coupled to the handle, the end effector (101, 1101) having (i) an elongated insulating body having a proximal end coupled to the handle such that the body extends away from the handle (101, 1101) toward a distal end, (ii) a first electrode (136, 1136) disposed along the insulating body, (iii) a second electrode (134, 1134) disposed along the insulating body, wherein the first and second electrodes (136, 134; 1136, 1134) are separated at the distal end of the insulating body, (iv) a cavity (144, 1144) formed in the distal end (142, 1142) of the effector (101, 1101) between the first and second electrodes (136, 134; 1136, 1134), and (v) a fluid-delivery tube (122, 1122) for delivering a fluid to the distal end of the insulating body adjacent the cavity (144, 1144); wherein the device is configured such that delivery of the fluid facilitates formation of an electrical coupling between the first electrode (136, 1136) and the second electrode (134, 1134) through tissue adjacent the distal end (142, 1142) of the insulating body for performance of an electrosurgical procedure; wherein the fluid delivery tube (122, 1122) is electrically conductive and adapted to provide electrical energy to the second electrode (134, 1134). (a) a handle; and (b) an elongated end effector (101, 1101) coupled to the handle, the end effector (101, 1101) having (i) an elongated insulating body having a proximal end coupled to the handle such that the body extends away from the handle (101, 1101) toward a distal end, (ii) a first electrode (136, 1136) disposed along the insulating body, (iii) a second electrode (134, 1134) disposed along the insulating body, wherein the first and second electrodes (136, 134; 1136, 1134) are separated at the distal end of the insulating body, (iv) a cavity (144, 1144) formed in the distal end (142, 1142) of the effector (101, 1101) between the first and second electrodes (136, 134; 1136, 1134), and (v) a fluid-delivery tube (122, 1122) for delivering a fluid to the distal end of the insulating body adjacent the cavity (144, 1144); (i) an elongated insulating body having a proximal end coupled to the handle such that the body extends away from the handle (101, 1101) toward a distal end, (ii) a first electrode (136, 1136) disposed along the insulating body, (iii) a second electrode (134, 1134) disposed along the insulating body, wherein the first and second electrodes (136, 134; 1136, 1134) are separated at the distal end of the insulating body, (iv) a cavity (144, 1144) formed in the distal end (142, 1142) of the effector (101, 1101) between the first and second electrodes (136, 134; 1136, 1134), and (v) a fluid-delivery tube (122, 1122) for delivering a fluid to the distal end of the insulating body adjacent the cavity (144, 1144);
Water-block element for water-tight sealing a blown tube containing a blown fiber unit (305,305') at an extraction point of the blown fiber unit from the blown tube, comprising: - a monolithic body of an elastically deformable material having a bore (115,120) along a direction (X-X); - said bore having a first opening at a first free end of the monolithic body and a second opening at a second free end of the monolithic body, the first opening being an entrance for the blown tube and the second opening being an exit for the blown fiber unit extracted from the blown tube; - wherein said bore comprises a first bore and a second bore aligned along said direction, the first bore having a first diameter suitable for receiving therein a terminal portion of the blown tube with mechanical interference, and said second bore having a second diameter suitable for receiving therein the extracted blown fiber unit with mechanical interference, wherein the second bore is frusto-conical, with diameter reducing along said direction (X-X) from the first free end towards the second free end, characterized in that: - said bore (115,120) along said direction is a single bore (115,120), and - the second bore is flared at its opening towards the first bore. - a monolithic body of an elastically deformable material having a bore (115,120) along a direction (X-X); - said bore having a first opening at a first free end of the monolithic body and a second opening at a second free end of the monolithic body, the first opening being an entrance for the blown tube and the second opening being an exit for the blown fiber unit extracted from the blown tube; - wherein said bore comprises a first bore and a second bore aligned along said direction, the first bore having a first diameter suitable for receiving therein a terminal portion of the blown tube with mechanical interference, and said second bore having a second diameter suitable for receiving therein the extracted blown fiber unit with mechanical interference, wherein the second bore is frusto-conical, with diameter reducing along said direction (X-X) from the first free end towards the second free end, - said bore (115,120) along said direction is a single bore (115,120), and - the second bore is flared at its opening towards the first bore.
A deuterium-enriched compound of Formula II having an optical purity of at least 75% enantiomeric excess for use in treating by oral administration a neurological disorder selected from the group consisting of Alzheimer's disease, Parkinson's disease, amyotrophic lateral sclerosis, Friedreich's ataxia, autism spectrum disorder, depression, mild cognitive impairment, Down syndrome, neurodegeneration, adrenoleukodystrophy, Huntington's disease, stroke, traumatic brain injury, substance abuse, spinal cord injury, neuronal injury and major depression or bipolar disorder comorbid with metabolic syndrome, wherein Formula II is represented by: or a pharmaceutically acceptable salt thereof, wherein: A 1, A 2, A 3, and A 4 are independently -C(R 9)(R 10)-; A 5 is -C(R 11)(R 12)(R 13); R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently H or D; R 9, R 10, R 11, R 12, and R 13 each represent independently for each occurrence H or D; and Z is H or D, provided that the abundance of deuterium in Z is at least 30%. A 1, A 2, A 3, and A 4 are independently -C(R 9)(R 10)-; A 5 is -C(R 11)(R 12)(R 13); R 1, R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are independently H or D; R 9, R 10, R 11, R 12, and R 13 each represent independently for each occurrence H or D; and Z is H or D, provided that the abundance of deuterium in Z is at least 30%.
Process for electrically welding metal elements lying next to one another to at least one profile of metal, insulating regions being arranged between the metal elements, thereby the metal elements being electrically separated from one another and during welding the electric current being directed in a target manner to pass through the arrangement of the insulating regions, characterized in that the insulating regions are formed by an electrically insulating material that has a high electrical resistance.
A catheter and package combination, comprising: a rectangular package (10, 10a, 300) having opposed front and rear panels (32, 34) that are sealed together to define a sealed interior cavity, the package (10, 10a, 300) having top and bottom edges (36, 38) and opposed side edges (40, 42); the cavity having a first height extending in a direction between the top and bottom edges (36, 38); the front and rear panels (32, 34) being configured to tear adjacent to one of the side edges in the direction between the top and bottom edges (36, 38) to form an opening in communication with the cavity, the opening having a second height in the direction between the top and bottom edges (36, 38) that is smaller than the first height of the cavity; and a urinary catheter (12, 12b) in a compact configuration disposed within the cavity, wherein the compact configuration comprises a coiled, curved, folded and/or bent configuration. a rectangular package (10, 10a, 300) having opposed front and rear panels (32, 34) that are sealed together to define a sealed interior cavity, the package (10, 10a, 300) having top and bottom edges (36, 38) and opposed side edges (40, 42); the cavity having a first height extending in a direction between the top and bottom edges (36, 38); the front and rear panels (32, 34) being configured to tear adjacent to one of the side edges in the direction between the top and bottom edges (36, 38) to form an opening in communication with the cavity, the opening having a second height in the direction between the top and bottom edges (36, 38) that is smaller than the first height of the cavity; and a urinary catheter (12, 12b) in a compact configuration disposed within the cavity, wherein the compact configuration comprises a coiled, curved, folded and/or bent configuration.
A plasma etching method comprising: a deposition process of depositing a protective layer including silicon and carbon on a photoresist of a processing target object by plasma of a first processing gas including silicon tetrachloride gas, methane gas, and hydrogen gas, the processing target object including a base layer and the photoresist having a predetermined pattern which are laminated in sequence; and an etching process of etching the base layer by plasma of a second processing gas using the photoresist including the protective layer deposited thereon, as a mask, the second processing gas being different from the first processing gas. a deposition process of depositing a protective layer including silicon and carbon on a photoresist of a processing target object by plasma of a first processing gas including silicon tetrachloride gas, methane gas, and hydrogen gas, the processing target object including a base layer and the photoresist having a predetermined pattern which are laminated in sequence; and an etching process of etching the base layer by plasma of a second processing gas using the photoresist including the protective layer deposited thereon, as a mask, the second processing gas being different from the first processing gas.
A corner bearing for the concealed bearing of a casement of a window, a door or the like pivotable against a frame, with a frame-side fitting part, a casement-side fitting part, a linkage arrangement having at least two steering lever (6, 7) pivotable relative to each other about a common axis of rotation, with an overlap region of the pivotable steering levers (6, 7) about the common axis of rotation and with pivot bearings (9, 10) for the bearing and longitudinal guides (11, 12) for the guiding of the steering lever (6, 7) into the fitting parts (4, 5) or in the frame or the casement, characterized in that in the overlap region of the pivotable steering levers (6, 7) about the common axis of rotation a slide coating is arranged between the steering levers (6, 7), which engages around a steering lever through webs (15, 16) on both longitudinal sides, wherein the slide coating is arranged on the lower steering lever and reaches up to the nearby end of the steering lever and the webs (15, 16) are connected through a connecting web guided around the nearby end of the steering lever and the slide coating has a higher strength than the steering lever (6, 7).
Fuel supply system for an internal combustion engine comprising: - a low pressure fuel pump to be fluidically connected to a fuel feeding circuit to receive fuel from a fuel tank; - a low pressure supply circuit through which fuel is delivered by the low pressure pump to one or several high pressure circuits, said low pressure supply circuit comprising at least one delivery connection for delivering fuel to the high pressure circuit(s); - a pressure regulator which has an input fluidically connected to the low pressure supply circuit and an output which is fluidically connected to a pump return circuit in order that excess fuel from the low pressure supply circuit is discharged through the pressure regulator in the pump return circuit, wherein the pressure regulator is located downstream of the at least one delivery connection to the high pressure circuit(s), and in that a fuel derivation circuit is fluidically connected to the low pressure fuel supply circuit at a derivation pick-up location downstream of the at least one delivery connection to the high pressure circuit(s) and upstream of the pressure regulator; characterized in that the pump return circuit is fluidically connected to an input of the low pressure pump without passing through the fuel tank, and the low pressure supply circuit comprises at least one fuel retrieval connection to the high pressure circuit(s) where fuel from the high pressure circuit(s) is recovered in the low pressure fuel supply circuit, and in that the pressure regulator is located downstream of the at least one retrieval connection to the high pressure circuit(s). - a low pressure fuel pump to be fluidically connected to a fuel feeding circuit to receive fuel from a fuel tank; - a low pressure supply circuit through which fuel is delivered by the low pressure pump to one or several high pressure circuits, said low pressure supply circuit comprising at least one delivery connection for delivering fuel to the high pressure circuit(s); - a pressure regulator which has an input fluidically connected to the low pressure supply circuit and an output which is fluidically connected to a pump return circuit in order that excess fuel from the low pressure supply circuit is discharged through the pressure regulator in the pump return circuit,
A quantization module quantizing a line spectral frequency, LSF, coefficient of a speech or audio signal comprising: a first quantizer comprising a trellis coded vector quantizer configured to quantize an error vector between a prediction vector of a current stage and an N-dimension sub-vector of the current stage, where N is a natural number greater than or equal to 2; an intra-frame predictor configured to generate the prediction vector of the current stage by using a quantized N-dimension sub-vector of a previous stage and a prediction matrix of the current stage, wherein the prediction matrix is a prediction coefficient having NXN matrix format; and a second quantizer comprising a vector quantizer configured to quantize a quantization error vector which corresponds to a difference between a quantized N-dimension sub-vector of the current stage and the N-dimension sub-vector, wherein the N-dimension sub-vector quantized by the quantization module is obtained by removing a predefined mean value from the LSF coefficient, and wherein the quantized N-dimension sub-vector of the current stage is obtained by adding the quantized error vector of the current stage and the prediction vector of the current stage. a first quantizer comprising a trellis coded vector quantizer configured to quantize an error vector between a prediction vector of a current stage and an N-dimension sub-vector of the current stage, where N is a natural number greater than or equal to 2; an intra-frame predictor configured to generate the prediction vector of the current stage by using a quantized N-dimension sub-vector of a previous stage and a prediction matrix of the current stage, wherein the prediction matrix is a prediction coefficient having NXN matrix format; and a second quantizer comprising a vector quantizer configured to quantize a quantization error vector which corresponds to a difference between a quantized N-dimension sub-vector of the current stage and the N-dimension sub-vector, wherein the N-dimension sub-vector quantized by the quantization module is obtained by removing a predefined mean value from the LSF coefficient, and wherein the quantized N-dimension sub-vector of the current stage is obtained by adding the quantized error vector of the current stage and the prediction vector of the current stage.
An integrated electric drive power assembly, characterized in that: the integrated electric drive power assembly comprises an motor and a gearbox, an output shaft of the motor and an input shaft of the gearbox are integrally manufactured, to form a main shaft of the power assembly, a parking lock wheel is provided within the gearbox, and the parking lock wheel is fixedly mounted to the main shaft; a motor rear end cover and a gearbox front housing are integrally manufactured, a shaft mounting bore is provided at gearbox front housing, and the main shaft passes through the shaft mounting bore to enter the gearbox; a middle bearing and an oil seal are mounted at the shaft mounting bore, the middle bearing supports the main shaft, and the oil seal seals a gap between the main shaft and the shaft mounting bore, to seal and isolate the gearbox and the motor; a left end bearing and a right end bearing are respectively provided at two ends of the main shaft, the left end bearing is fixedly mounted to a gearbox rear housing, a bearing seat is correspondingly provided at the gearbox rear housing, the right end bearing is fixedly mounted to a motor front end cover, and a bearing seat is correspondingly provided at the front end cover; multi-stage gear pairs are provided in the gearbox, a rightmost first-stage gear pair is connected to the main shaft and is neighboring the motor, and the parking lock wheel is located on a left side of the first gear pair.
A targeted device being controlled by a control command received through a mobile terminal and a wearable device, the targeted device comprising: a first receiving unit receiving content for a Miracast service from the mobile terminal; a second receiving unit receiving text data corresponding to a voice signal through a voice recognition service from the wearable device, wherein the text data is transmitted from the wearable device to the targeted device via the mobile terminal; a decoder decoding the content; a processing unit processing the text data; a controlling unit identifying whether text data received from the processed text data includes a control command, controlling an output of a voice interface in response to a reception of the received text data, configuring a result screen respective to the processed text data and controlling an output of the result screen, and performing control operations so as to execute functions corresponding to the outputted result screen; and an outputting unit outputting the decoded content, the voice interface and the result screen or a function execution screen. a first receiving unit receiving content for a Miracast service from the mobile terminal; a second receiving unit receiving text data corresponding to a voice signal through a voice recognition service from the wearable device, wherein the text data is transmitted from the wearable device to the targeted device via the mobile terminal; a decoder decoding the content; a processing unit processing the text data; a controlling unit identifying whether text data received from the processed text data includes a control command, controlling an output of a voice interface in response to a reception of the received text data, configuring a result screen respective to the processed text data and controlling an output of the result screen, and performing control operations so as to execute functions corresponding to the outputted result screen; and an outputting unit outputting the decoded content, the voice interface and the result screen or a function execution screen. a decoder decoding the content; a processing unit processing the text data; a controlling unit identifying whether text data received from the processed text data includes a control command, controlling an output of a voice interface in response to a reception of the received text data, configuring a result screen respective to the processed text data and controlling an output of the result screen, and performing control operations so as to execute functions corresponding to the outputted result screen; and an outputting unit outputting the decoded content, the voice interface and the result screen or a function execution screen.
A Policy and Charging Rule Function, PCRF, comprising: an IP mobile communication network interface unit configured to receive from a User Equipment, UE, first information indicating a default access selected by the UE via a Packet Data Network, PDN, Gateway, PGW,, during a procedure to add a WLAN access to a PDN connection established by the UE over a 3GPP access in a case where a Network-based IP flow mobility, NBIFOM, mode of the PDN connection is a UE-initiated NBIFOM mode; and a control unit configured to determine the default access, based on the first information, wherein the IP mobile communication network interface unit is further configured to transmit second information indicating the default access determined by the control unit to the UE via the PGW. an IP mobile communication network interface unit configured to receive from a User Equipment, UE, first information indicating a default access selected by the UE via a Packet Data Network, PDN, Gateway, PGW,, during a procedure to add a WLAN access to a PDN connection established by the UE over a 3GPP access in a case where a Network-based IP flow mobility, NBIFOM, mode of the PDN connection is a UE-initiated NBIFOM mode; and a control unit configured to determine the default access, based on the first information, wherein the IP mobile communication network interface unit is further configured to transmit second information indicating the default access determined by the control unit to the UE via the PGW.
Method for producing a squirrel-cage rotor of an asynchronous machine by the following steps: - Provision of a main body, which is magnetically conductive at least in parts and has grooves extending substantially axially, - Insertion of electrical conductors into the grooves in such a way that said conductors protrude from the axial end faces of the magnetically conductive main body, - Positioning of electrically conductive end rings, which have a plurality of openings for receiving the respective conductors, - Establishing electrical contact between the conductors and end rings by means of an additive manufacturing process. - wherein one or more end rings are provided at each end face of the magnetically conductive main body, - wherein each of the end rings is produced from a number of ring disks (12, 13) arranged axially directly behind one another, characterised in that - the ring disk lying axially closest to the magnetic main body has a narrowest through-hole for the conductors, - the at least one ring disk adjoining in the axial direction has additional cutouts, and - the additive manufacturing process is a cold-spray method, in which conductive material is inserted substantially axially into the cutouts, whereby contact is established between the conductors and the end ring. - Provision of a main body, which is magnetically conductive at least in parts and has grooves extending substantially axially, - Insertion of electrical conductors into the grooves in such a way that said conductors protrude from the axial end faces of the magnetically conductive main body, - Positioning of electrically conductive end rings, which have a plurality of openings for receiving the respective conductors, - Establishing electrical contact between the conductors and end rings by means of an additive manufacturing process. - wherein one or more end rings are provided at each end face of the magnetically conductive main body, - wherein each of the end rings is produced from a number of ring disks (12, 13) arranged axially directly behind one another, characterised in that - the ring disk lying axially closest to the magnetic main body has a narrowest through-hole for the conductors, - the at least one ring disk adjoining in the axial direction has additional cutouts, and - the additive manufacturing process is a cold-spray method, in which conductive material is inserted substantially axially into the cutouts, whereby contact is established between the conductors and the end ring.