mhurhangee/ep-ind-claims huggingface dataset:
A water free bleaching and/or highlighting composition for keratin fibres, especially for human hair based on at least one compound with bleaching and/or highlighting effect at a concentration in the range of 20 to 80% bv weight, calculated to total composition prior to mixing with oxidizing lotion characterised in that it comprises at least one calcium salt selected from calcium aluminium borosilicate, calcium dihydrogen phosphate, calcium fluoride, calcium hydroxide, calcium monofluorophosphate, calcium oxide, calcium phosphate, calcium pyrophosphate, calcium sulphate, calcium nitrate, and tricalcium phosphate, at a concentration between 0,1 and 20% by weight, calculated to total composition prior to mixing with oxidizing lotion, wherein at least one compound with bleaching and/or highlighting effect is selected from sodium and potassium persulfate, ammonium persulfate, magnesium peroxide, melamine peroxide or urea peroxide or phtholimidoperoxy- hexanoic acid, and mixtures thereof.
Adaptor for connecting a drug delivery device to a needleless access device provided with a straight external thread, the adaptor comprising a globally tubular body having a proximal region and a distal region, said proximal region being provided with engagement means for mounting said adaptor on the drug delivery device, said distal region being provided on its inner wall with an internal thread intended to cooperate with said external thread on a determined length L of said internal thread so as to connect said needleless access device to said adaptor, said internal thread having on a distal part of said length L, said distal part having a length L1, a major diameter D1 mating that of said straight external thread, said internal thread having on a proximal part of said length L a major diameter D2, where D2 is strictly smaller than D1, wherein said internal thread further comprises a tapered portion linking said proximal part to said distal part, said tapered portion having a length L2, characterized in that the major diameter D1 is of constant value and in that said proximal part has a length L4, D2 having a constant value over the length L4.
An ultrasonic transducer stack comprising a plurality of stacked layers, the plurality of stacked layers comprising: a piezoelectric layer, a first matching layer, and a lens layer, wherein each layer of the plurality of layers has a top surface and an opposed bottom surface; wherein the first matching layer is connected to and underlies the bottom surface of the lens layer and wherein the piezoelectric layer underlies the bottom surface of the first matching layer, characterised in that the first matching layer comprises cyanoacrylate and is configured to be about a 1/4 acoustic wavelength matching layer and in that the lens layer comprises a thermo set cross linked polystyrene. a piezoelectric layer, a first matching layer, and a lens layer, wherein each layer of the plurality of layers has a top surface and an opposed bottom surface; wherein the first matching layer is connected to and underlies the bottom surface of the lens layer and wherein the piezoelectric layer underlies the bottom surface of the first matching layer, characterised in that the first matching layer comprises cyanoacrylate and is configured to be about a 1/4 acoustic wavelength matching layer and in that the lens layer comprises a thermo set cross linked polystyrene.
A fusion protein for use in the treatment of cancer, wherein the fusion protein comprises: (a) a sema domain chosen from SEMA3C or Plexin B1; (b) a single Plexins-Semaphorins-Integrins domain (PSI domain); and (c) a half life extending moiety. (a) a sema domain chosen from SEMA3C or Plexin B1; (b) a single Plexins-Semaphorins-Integrins domain (PSI domain); and (c) a half life extending moiety.
A method of wireless communication at a User Equipment, UE, having a first Radio Access Technology, RAT, component for communicating using a first RAT and a second RAT component for communicating using a second RAT, comprising: receiving (610, 710, 802, 902), by the second RAT component of the UE from the first RAT component of the UE, information on first resources for a first sidelink transmission using the first RAT; converting (618, 718, 810, 908) the information on the first resources for the first sidelink transmission using the first RAT from a first timeline based on the first RAT to a second timeline based on the second RAT; transmitting (622, 722, 812, 910), by the second RAT component of the UE to a base station of the second RAT, at least a portion of the information on the first resources for the first sidelink transmission using the first RAT after converting the information to the second timeline based on the second RAT; and transmitting to a receiving UE at least one of the first sidelink transmission using the first RAT or a second sidelink transmission using the second RAT. receiving (610, 710, 802, 902), by the second RAT component of the UE from the first RAT component of the UE, information on first resources for a first sidelink transmission using the first RAT; converting (618, 718, 810, 908) the information on the first resources for the first sidelink transmission using the first RAT from a first timeline based on the first RAT to a second timeline based on the second RAT; transmitting (622, 722, 812, 910), by the second RAT component of the UE to a base station of the second RAT, at least a portion of the information on the first resources for the first sidelink transmission using the first RAT after converting the information to the second timeline based on the second RAT; and transmitting to a receiving UE at least one of the first sidelink transmission using the first RAT or a second sidelink transmission using the second RAT.
A device for electrically stimulating a sympathetic nerve of a patient to improve heart function which comprises: a sensor for detecting an electrical event of the heart at a time to during the patient's natural heart muscle cycle; a timer for measuring a stimulation interval having a predetermined time interval Δt between the start time t 0 and a time t 1, wherein t 1 is in the absolute refractory period of the patient's heart cycle (Δt= t 1 -t 0); and a stimulator connected with an electrode for stimulating the sympathetic nerve with at least one electrical pulse at the time t 1, to improve a contraction of the heart muscle, a pacing device selectively connected with the stimulator to electronically establish t 0; a switch to selectively alternate between a connection of the stimulator with the sensor and with the pacing device; a voltage source to generate the electrical pulse at the time t 1; and a computer for coordinating an operation of the stimulator with respective operations of the sensor, the pacing device, the switch, and the timer wherein the electrical pulse for stimulating the sympathetic nerve has a predetermined intensity less than three times the intensity required for activating a contraction of the heart muscle and wherein the predetermined time interval Δt is in a range of 100 - 120 msec. a sensor for detecting an electrical event of the heart at a time to during the patient's natural heart muscle cycle; a timer for measuring a stimulation interval having a predetermined time interval Δt between the start time t 0 and a time t 1, wherein t 1 is in the absolute refractory period of the patient's heart cycle (Δt= t 1 -t 0); and a stimulator connected with an electrode for stimulating the sympathetic nerve with at least one electrical pulse at the time t 1, to improve a contraction of the heart muscle, a pacing device selectively connected with the stimulator to electronically establish t 0; a switch to selectively alternate between a connection of the stimulator with the sensor and with the pacing device; a voltage source to generate the electrical pulse at the time t 1; and a computer for coordinating an operation of the stimulator with respective operations of the sensor, the pacing device, the switch, and the timer wherein the electrical pulse for stimulating the sympathetic nerve has a predetermined intensity less than three times the intensity required for activating a contraction of the heart muscle and wherein the predetermined time interval Δt is in a range of 100 - 120 msec.
A fuel pumping unit for an aero-engine, the unit having a low pressure pump and a high pressure pump, the low pressure pump supplying fuel at a raised pressure to the high pressure pump for onward supply to a fuel metering unit of the engine, wherein the low pressure pump has: a brushless electrical motor including a stator assembly and a rotor ring arranged externally of the stator assembly; and a centrifugal impeller operatively connected to the rotor ring such that the electrical motor rotates the impeller, the impeller being configured to raise the pressure of fuel, wherein the impeller is coaxial with the motor and has an inducer section which expands from an axially-located inlet towards an annular outlet, the stator and rotor are arranged to be located within the inducer section, wherein the low pressure pump is configured such that a portion of the raised pressure fuel flow is diverted to form a recirculation flow which circulates through and cools the electrical motor before being returned to the impeller for re-pressurisation thereby. a brushless electrical motor including a stator assembly and a rotor ring arranged externally of the stator assembly; and a centrifugal impeller operatively connected to the rotor ring such that the electrical motor rotates the impeller, the impeller being configured to raise the pressure of fuel, wherein the impeller is coaxial with the motor and has an inducer section which expands from an axially-located inlet towards an annular outlet, the stator and rotor are arranged to be located within the inducer section, wherein the low pressure pump is configured such that a portion of the raised pressure fuel flow is diverted to form a recirculation flow which circulates through and cools the electrical motor before being returned to the impeller for re-pressurisation thereby.
A battery module comprising: a cell assembly; a module case for accommodating the cell assembly therein; and a connector provided in the module case and having a cover configured to block flame discharged from the cell assembly; wherein the cover includes: a first portion coupled to an outer surface of the module case; and a second portion coupled to an inner surface of the module case, wherein a part of the module case is disposed between the first portion and the second portion, wherein the second portion includes a material with higher heat resistance than the first portion, and wherein the second portion is disposed on the opposite side with the module case interposed therebetween from the first portion. a cell assembly; a module case for accommodating the cell assembly therein; and a connector provided in the module case and having a cover configured to block flame discharged from the cell assembly; wherein the cover includes: a first portion coupled to an outer surface of the module case; and a second portion coupled to an inner surface of the module case, wherein a part of the module case is disposed between the first portion and the second portion, wherein the second portion includes a material with higher heat resistance than the first portion, and wherein the second portion is disposed on the opposite side with the module case interposed therebetween from the first portion. a first portion coupled to an outer surface of the module case; and a second portion coupled to an inner surface of the module case, wherein a part of the module case is disposed between the first portion and the second portion, wherein the second portion includes a material with higher heat resistance than the first portion, and wherein the second portion is disposed on the opposite side with the module case interposed therebetween from the first portion.
Closure device for metallic containers comprising a tubular body having an upper end portion which incorporates an outer and upper finishing cord, and an outer and lower peripheral rib; and a lid including a peripheral upper skirt to be fitted inside said upper end portion and externally incorporating an outer curl; a retention ring seated around the tubular body and axially locked between the finishing cord and the peripheral rib, characterized in that said device comprises: a locking ring having an upper portion seated onto the end cord of the lid, and incorporating, in a single piece, an inner skirt radially seated against the interior of said peripheral upper skirt of the lid and an outer skirt, radially and externally seated against said end cord and finishing cord and incorporating an inner circumferential rib which surrounds, inferiorly, said end cord and which is seated onto the finishing cord, the outer skirt being elastically deformable, from a locked position on the retention ring against upward displacement, to an position unlocked from said retention ring.
A processor-implemented method (500, 700) for performing channel estimation of a communication channel, by a user equipment or a base station, using a machine learning model, the method being characterized by: processing a sensing matrix using a set of one or more layers of the machine learning model, based on a learned sparsifying dictionary, to generate a set of associated sparse vector representations; and determining a channel estimation based on output of a final layer of the set of one or more layers of the machine learning model. processing a sensing matrix using a set of one or more layers of the machine learning model, based on a learned sparsifying dictionary, to generate a set of associated sparse vector representations; and determining a channel estimation based on output of a final layer of the set of one or more layers of the machine learning model.
Device for the control of the braking of a trailer, comprising: - a first male joint connectable to the braking system of a trailer, there being provided first valve means which can be moved between an open position and a closed position to allow and prevent, respectively, the passage of a work fluid through the first joint itself; - a second male joint connectable to the automatic and/or parking brake of the trailer, there being provided second valve means which can be moved between an open position and a closed position, to allow and prevent, respectively, the passage of a work fluid through the second joint itself; - a brake-trailer valve comprising a body wherein is formed at least a seat communicating with a supply port connectable to a source of a work fluid at a first pressure, an additional port communicating with a source of a work fluid at a second pressure and with said second male joint and at least a discharge port of the work fluid; - at least a distributor housed in a sliding manner inside said seat and movable at least to put said first male joint in communication with said supply port or with said discharge port; - piloting means of said distributor which are connectable to the braking system of a towed vehicle; characterized in that said piloting means comprise at least a first and a second piloting element (11a, 11b) adapted to interact with said distributor and in that it comprises control means operable by said second valve means and operatively connected to one of said piloting elements (11a, 11b), wherein said control means are adapted to allow the displacement of both the piloting elements (11a, 11b) with said second valve means in closed position and to lock the displacement of one of said piloting elements (11a, 11b) with said second valve means in open position. - a first male joint connectable to the braking system of a trailer, there being provided first valve means which can be moved between an open position and a closed position to allow and prevent, respectively, the passage of a work fluid through the first joint itself; - a second male joint connectable to the automatic and/or parking brake of the trailer, there being provided second valve means which can be moved between an open position and a closed position, to allow and prevent, respectively, the passage of a work fluid through the second joint itself; - a brake-trailer valve comprising a body wherein is formed at least a seat communicating with a supply port connectable to a source of a work fluid at a first pressure, an additional port communicating with a source of a work fluid at a second pressure and with said second male joint and at least a discharge port of the work fluid; - at least a distributor housed in a sliding manner inside said seat and movable at least to put said first male joint in communication with said supply port or with said discharge port; - piloting means of said distributor which are connectable to the braking system of a towed vehicle;
A regional monitoring system comprising: a condition detector, wherein the condition detector is located at a location; a camera having a field of view; and a regional control element that receives a signal from the condition detector and a signal from the camera, wherein, responsive to an alarm condition sensed at the condition detector, the regional control element directs the field of view of the camera to include the location and performs video analytics on an image of the location captured by the camera to detect activity at the location to confirm the alarm condition detected by the condition detector. a condition detector, wherein the condition detector is located at a location; a camera having a field of view; and a regional control element that receives a signal from the condition detector and a signal from the camera, wherein, responsive to an alarm condition sensed at the condition detector, the regional control element directs the field of view of the camera to include the location and performs video analytics on an image of the location captured by the camera to detect activity at the location to confirm the alarm condition detected by the condition detector.
Electronic control device comprising a controller which carries out a pressure control operation in a motor vehicle braking system and by way of which solenoid valves for pressure control are actuated with current via an actuating electronic system, the valves comprising at least one wheel brake circuit isolating valve (2, 2'), at least one wheel brake pressure inlet valve (3, 3') and at least one wheel brake pressure outlet valve (4, 4'), in which electronic control device, furthermore, a pressure build-up assembly (1, 1') is actuated as a function of a pressure request, which pressure build-up assembly generates a volumetric flow with a periodically fluctuating amplitude at the outlet of the assembly (1, 1'), the wheel brake circuit isolating valve (2, 2'), during an active pressure build-up, discharging part of the delivery volume in a metered manner out of the associated wheel brake circuit into a neighboring volume, in the case of a control operation, if the pressure which is built up by the assembly (1, 1') is higher than the pressure which is to be set, the electric coil current for the actuation of the isolating valve (2, 2') being modulated periodically, the cycle of the modulation corresponding to a major cycle of the volumetric or pressure fluctuation which is caused by the assembly(1, 1') and the signal of a position detection means of the pressure build-up assembly (1, 1') being taken into consideration, from which signal the cycle for the modulation is determined, characterized in that the periodic actuation of the isolating valve (2, 2'), during an active pressure build-up, is carried out in the case of a distance control operation which represents an intervention for driving stability which is not critical to safety, and the periodic actuation of the isolating valve (2, 2') is interrupted at least when the control device has to carry out an intervention for driving stability which is critical to safety, the safety-critical control operation comprising the intervention of skid control and road handling control.
A method of receiving downlink control information, DCI, by a user equipment, UE, in a wireless communication system, the method comprising, detecting a plurality of first DCI candidates from a plurality of control resource block, RB, sets, descrambling a cyclic redundancy check, CRC, included in each of the first DCI candidates, and acquiring the DCI by aggregating second DCI candidates descrambled based on an equal scrambling sequence among the first DCI candidates, characterized in that the number of the second DCI candidates related to the DCI is obtained based on the equal scrambling sequence. detecting a plurality of first DCI candidates from a plurality of control resource block, RB, sets, descrambling a cyclic redundancy check, CRC, included in each of the first DCI candidates, and acquiring the DCI by aggregating second DCI candidates descrambled based on an equal scrambling sequence among the first DCI candidates, characterized in that the number of the second DCI candidates related to the DCI is obtained based on the equal scrambling sequence.
Hand-held power saw having a drive motor, which drives a saw chain, arranged so as to circulate on a guide bar of the power saw, and having a lubricating apparatus (12, 52, 72, 82, 102, 122) for the saw chain, wherein the lubricating apparatus (12, 52, 72, 82, 102, 122) comprises at least one lubricant piece that is solid at 20°C, characterized in that the power saw comprises a melting chamber (43, 93) into which the lubricant piece projects and which is connected to the saw chain via at least one lubricant channel (44, 86), and in that the melting chamber (43, 93) is bounded at least partially by a heat conducting element, which is heated during operation of the power saw.
Heat resistant separation fabric for use as tool cover in glass processing at temperatures higher than 600°C; wherein the heat resistant separation fabric comprises heat resistant yarns; wherein the heat resistant yarns comprise - a core; wherein the core is a core yarn, wherein the core yarn is a multifilament glass yarn; wherein the core yarn is present in the heat resistant yarn without crimp; and - at least one wrap yarn (123, 125), wherein the at least one wrap yarn (123, 125) comprises stainless steel fibers; and wherein the at least one wrap yarn is wrapped around the core yarn. - a core; wherein the core is a core yarn, wherein the core yarn is a multifilament glass yarn; wherein the core yarn is present in the heat resistant yarn without crimp; and - at least one wrap yarn (123, 125), wherein the at least one wrap yarn (123, 125) comprises stainless steel fibers; and wherein the at least one wrap yarn is wrapped around the core yarn.
Laminated apparatus comprising: a core block comprising sheets of metal bonded together, at least in part, by a braze composition disposed between the sheets; wherein the sheets of metal are stainless steel or a nickel, cobalt, or iron based superalloy, and characterized by: a welding composition disposed on the core block and adhering to the braze composition; wherein the welding composition has a composition that differs from the composition of the braze composition; and wherein the welding composition is diffused 2 mm or less into the core block. a welding composition disposed on the core block and adhering to the braze composition; wherein the welding composition has a composition that differs from the composition of the braze composition; and wherein the welding composition is diffused 2 mm or less into the core block.