mhurhangee/ep-ind-claims huggingface dataset:
A merchandise tag comprising: a conductor sheet of electrically conductive material having a perimeter edge; a slot-loop hybrid antenna having an elongated slot positioned fully within an interior of the conductor sheet except for a slot open end not short-circuited with respect to the conductor sheet; a wireless communication device e.g. an RFID device having a pair of contact points electrically coupled to respective parts of the conductor sheet, the points being on opposing sides of the slot at a first location with respect to the slot; a second location of the conductor sheet and slot providing a closed end of the slot; wherein: said slot has opposing sidewalls defining therebetween an average slot width; said conductor sheet extends uninterrupted from the slot sidewalls and the slot closed end to the conductive material perimeter edge for a distance equal to two times or greater than two times the average width of the slot; and an overlayer that overlies the entirety of the wireless communication device and at least a portion of the conductor sheet adjacent the wireless communication device, characterised by an inter-digital capacitor near the slot for tuning the slot-loop hybrid antenna. a conductor sheet of electrically conductive material having a perimeter edge; a slot-loop hybrid antenna having an elongated slot positioned fully within an interior of the conductor sheet except for a slot open end not short-circuited with respect to the conductor sheet; a wireless communication device e.g. an RFID device having a pair of contact points electrically coupled to respective parts of the conductor sheet, the points being on opposing sides of the slot at a first location with respect to the slot; a second location of the conductor sheet and slot providing a closed end of the slot; wherein: said slot has opposing sidewalls defining therebetween an average slot width; said conductor sheet extends uninterrupted from the slot sidewalls and the slot closed end to the conductive material perimeter edge for a distance equal to two times or greater than two times the average width of the slot; and said slot has opposing sidewalls defining therebetween an average slot width; said conductor sheet extends uninterrupted from the slot sidewalls and the slot closed end to the conductive material perimeter edge for a distance equal to two times or greater than two times the average width of the slot; and an overlayer that overlies the entirety of the wireless communication device and at least a portion of the conductor sheet adjacent the wireless communication device, characterised by an inter-digital capacitor near the slot for tuning the slot-loop hybrid antenna.
A wireless power relay apparatus (120; 220; 320; 400; 500; 620) comprising: a first antenna (410; 510; 630) configured to wirelessly receive an alternating current, AC, power signal of a first frequency from a wireless power transmission apparatus (110; 210; 310; 610); a rectifier (420; 520) configured to convert the received AC power signal into a direct current, DC, power; a storage device (430; 530) configured to store electric energy of the DC power output from the rectifier; characterised by a power oscillator (440; 550) configured to generate an AC power signal of a second frequency in response to receiving an output current of the rectifier and a DC voltage stored in the storage device reaching a reference value, wherein the power oscillator (440; 550) includes two transistors and a capacitor of a second antenna that is connected to one end of each of the two transistors, and wherein the power oscillator (440; 550) is further configured to remain in an off state until the DC voltage reaches the reference value, and to start to oscillate, in response to the reception of the AC power signal of the first frequency and the DC voltage stored in the storage device (430; 530) reaching the reference value; and the second antenna (450; 540; 638) configured to transmit the AC power signal of the second frequency to a wireless power reception apparatus, wherein the storage device is a capacitor, and an end of the capacitor is connected to a ground terminal, and another end of the capacitor is connected to the rectifier and the second antenna. a first antenna (410; 510; 630) configured to wirelessly receive an alternating current, AC, power signal of a first frequency from a wireless power transmission apparatus (110; 210; 310; 610); a rectifier (420; 520) configured to convert the received AC power signal into a direct current, DC, power; a storage device (430; 530) configured to store electric energy of the DC power output from the rectifier; characterised by a power oscillator (440; 550) configured to generate an AC power signal of a second frequency in response to receiving an output current of the rectifier and a DC voltage stored in the storage device reaching a reference value, wherein the power oscillator (440; 550) includes two transistors and a capacitor of a second antenna that is connected to one end of each of the two transistors, and wherein the power oscillator (440; 550) is further configured to remain in an off state until the DC voltage reaches the reference value, and to start to oscillate, in response to the reception of the AC power signal of the first frequency and the DC voltage stored in the storage device (430; 530) reaching the reference value; and the second antenna (450; 540; 638) configured to transmit the AC power signal of the second frequency to a wireless power reception apparatus, wherein the storage device is a capacitor, and an end of the capacitor is connected to a ground terminal, and another end of the capacitor is connected to the rectifier and the second antenna.
A process for preparing a compound of Formula A or a salt or solvate thereof, the process comprising the step of: a) Reacting the compound 1 with a trialkyl orthoformate to provide a compound of Formula A or a salt or solvate thereof, wherein R is the alkyl moiety of the trialkyl orthoformate. a) Reacting the compound 1 with a trialkyl orthoformate to provide a compound of Formula A or a salt or solvate thereof,
Coupling device adapted to couple a motorcycle to a vertical wall, of the type comprising a frame to be coupled with said wall, supporting means, adapted to house said motorcycle and lifting means, integral with said frame, adapted to lift said supporting means, said frame being made of two parts: an upper part, adapted to be fastened to said wall, and a lower part, sliding with respect to said upper part and integral with said supporting means, said lifting means operating between said upper part of the frame and said lower part of the frame in such a way as to generate: - a length reduction of said frame, for lifting said motorcycle; - a length increase of said frame, for lowering said motorcycle; wherein said lifting means, adapted to lift said supporting means, comprise a winch fastened to said upper part of said frame, adapted to exert a traction on said lower part of said frame; characterized in that said length variation of said frame is obtained through the use of first tubes, integral with said upper part of said frame, adapted to be telescopically inserted into second tubes, integral with said lower part of said frame said winch comprising at least one belt fastened, with a first end, to a bar integral with said upper part of the frame and, with a second end, to a pulley assembled on a rod, rotating around its own axis, said at least one belt passing around a pin, integral with a bar which, in turn, is integral with said lower part of the frame, so that, by rotating said pulley, said at least one belt is wound onto said pulley exerting a traction action on said pin and then, through said cross member, on the second tubes, generating the shortening of the frame and the lifting of the motorcycle. - a length reduction of said frame, for lifting said motorcycle; - a length increase of said frame, for lowering said motorcycle;
A hydraulic circuit comprising: a hydraulic accumulator (11, 21) a hydraulic device characterized in that it further comprises a primary line (12, 22) and a secondary line (13, 23) each connecting said accumulator (11, 21) to the hydraulic device, the primary line (12, 22) comprising a restriction (14, 24) and a primary distributor (15, 25) adapted to selectively connect the hydraulic device to the accumulator (11, 21) or to a tank at ambient pressure, the secondary line (13, 23) comprising a secondary distributor (16, 26) adapted to alternate between a first configuration in which it blocks the secondary line (13, 23), and a second configuration in which it is passing, said secondary distributor (16, 26) being controlled via the pressure within the primary line (12, 22) downstream of the primary distributor (15, 25) relative to the hydraulic accumulator (11, 21), such that switching from the first to the second configuration of the secondary distributor (16, 26) takes place only when the pressure in the primary line (12, 22) reaches a threshold value. a hydraulic accumulator (11, 21) a hydraulic device characterized in that it further comprises a primary line (12, 22) and a secondary line (13, 23) each connecting said accumulator (11, 21) to the hydraulic device, the primary line (12, 22) comprising a restriction (14, 24) and a primary distributor (15, 25) adapted to selectively connect the hydraulic device to the accumulator (11, 21) or to a tank at ambient pressure, the secondary line (13, 23) comprising a secondary distributor (16, 26) adapted to alternate between a first configuration in which it blocks the secondary line (13, 23), and a second configuration in which it is passing, said secondary distributor (16, 26) being controlled via the pressure within the primary line (12, 22) downstream of the primary distributor (15, 25) relative to the hydraulic accumulator (11, 21), such that switching from the first to the second configuration of the secondary distributor (16, 26) takes place only when the pressure in the primary line (12, 22) reaches a threshold value.
A vehicle door comprising: a first panel; and a second panel bonded to a panel bonding part of the first panel, in which vehicle door, the first panel is provided with a plurality of ribs, sticking out from the panel bonding part so as to cross an adhesive coated on the first panel or the second panel, along the coating direction of the adhesive, and each rib is provided with: a non-visible part which is bonded to the second panel and which is covered by the second panel and can no longer be viewed from the outside; and characterised in that each rib is also provided with a visible part which extends from the non-visible part in a direction crossing the adhesive and which is not covered by the second panel and can be viewed from the outside. a first panel; and a second panel bonded to a panel bonding part of the first panel, in which vehicle door, the first panel is provided with a plurality of ribs, sticking out from the panel bonding part so as to cross an adhesive coated on the first panel or the second panel, along the coating direction of the adhesive, and each rib is provided with: a non-visible part which is bonded to the second panel and which is covered by the second panel and can no longer be viewed from the outside; and characterised in that each rib is also provided with a visible part which extends from the non-visible part in a direction crossing the adhesive and which is not covered by the second panel and can be viewed from the outside. a non-visible part which is bonded to the second panel and which is covered by the second panel and can no longer be viewed from the outside; and characterised in that each rib is also provided with a visible part which extends from the non-visible part in a direction crossing the adhesive and which is not covered by the second panel and can be viewed from the outside.
A washing machine comprising a drum rotated by a motor around the horizontal axis, wherein the laundry is placed, a tub wherein the drum moves, a shaft that transfers the movement received from the motor to the drum, a cylindrical stationary hub disposed on the rear wall of the tub and wherein the shaft is supported, a bearing housing disposed in the middle of the hub and wherein more than one bearing (6, 106) supporting the shaft is placed, a cylindrical hub housing connected to the rear wall of the drum, surrounding the hub concentrically such that a gap remains between the hub housing and the hub and rotating together with the drum by transferring the movement of the shaft to the drum, at least one balancing chamber disposed in the drum and into which water is transferred according to the unbalanced load status, a water distributing device placed between the outer surface of the hub and the inner surface of the hub housing, having more than one ring-shaped gasket arranged one after the other in parallel to each other and at least one slot disposed between the gaskets, characterized in that the hub housing extends from the rear wall of the drum into the drum in the axial direction, - the hub extends from the rear wall of the tub into a region of the hub housing in the drum by passing through the rear wall plane of the drum, and in that the said hub housing surrounds the water distributing device, the hub, the bearing housing and the shaft in the drum region.
An annular nozzle containing a nozzle body, the nozzle body comprising at least one annular gap for the discharge of a film, the annular gap being laterally bounded by a stationary wall and a flexible lip, a plurality of threaded pins and a plurality of bolts being arranged in the nozzle body, wherein the threaded pins are rotatably mounted in a first bore in the nozzle body, wherein the bolts in the nozzle body are slidably mounted in a second bore in the nozzle body, characterized in that each of the bolts is in contact with the flexible lip and the corresponding threaded pin, so that a compressive force can be transmitted from the threaded pin to the corresponding bolt and via the bolt to the flexible lip, wherein the bolt has a first end containing a first bearing surface and a second end containing a second bearing surface, wherein the first bearing surface rests at least partially on the flexible lip and the second bearing surface rests at least partially along a common line of contact on the threaded pin or rests on a wedge surface of a wedge element.
An occlusive medical device system, comprising: an elongate shaft having a proximal end, a distal strain relief portion, and a lumen extending longitudinally through the elongate shaft, the elongate shaft further comprising a plurality of retaining arms extending distally from the distal strain relief portion, the plurality of retaining arms each having a distal end; an occlusive medical device configured to occlude fluid flow through a vessel lumen, the occlusive medical device including a proximal mounting portion fixed to an expandable occlusive element; and a release wire disposed within the lumen of the elongate shaft and axially translatable between a distal engagement position and a proximal released position; wherein the plurality of retaining arms extend into the proximal mounting portion; wherein the release wire is configured to engage the plurality of retaining arms in the distal engagement position, thereby urging the plurality of retaining arms radially outward into releasable engagement with the proximal mounting portion of the occlusive medical device; wherein when the release wire is in the proximal released position, the plurality of retaining arms is deflectable radially inward to disengage from the proximal mounting portion, wherein the distal strain relief portion includes a plurality of micromachined or laser cuts extending at an angle to a longitudinal axis of the elongate shaft from an outer surface of the elongate shaft through to the lumen extending through the elongate shaft. an elongate shaft having a proximal end, a distal strain relief portion, and a lumen extending longitudinally through the elongate shaft, the elongate shaft further comprising a plurality of retaining arms extending distally from the distal strain relief portion, the plurality of retaining arms each having a distal end; an occlusive medical device configured to occlude fluid flow through a vessel lumen, the occlusive medical device including a proximal mounting portion fixed to an expandable occlusive element; and a release wire disposed within the lumen of the elongate shaft and axially translatable between a distal engagement position and a proximal released position; wherein the plurality of retaining arms extend into the proximal mounting portion; wherein the release wire is configured to engage the plurality of retaining arms in the distal engagement position, thereby urging the plurality of retaining arms radially outward into releasable engagement with the proximal mounting portion of the occlusive medical device; wherein when the release wire is in the proximal released position, the plurality of retaining arms is deflectable radially inward to disengage from the proximal mounting portion, wherein the distal strain relief portion includes a plurality of micromachined or laser cuts extending at an angle to a longitudinal axis of the elongate shaft from an outer surface of the elongate shaft through to the lumen extending through the elongate shaft.
A titanium target for sputtering, wherein the titanium has a purity of 99.995 mass% or more, excluding gas components; the titanium target has impurity elements of Al, Si, S, Cl, Cr, Fe, Ni, As, Zr, Sn, Sb, B, and La in a total amount of 50 mass ppm or less but more than zero mass ppm; Shore hardness Hs is 20 or more; 0.2% proof stress in a tensile test at 23°C is 330 N/mm 2 or more; 0.2% proof stress in a tensile test at 500°C is 36 N/mm 2 or more.
A system for assessing the temperature of a catenary cable, comprising: - a first cable section, distinct from a catenary cable; - a first temperature sensor associated with the first section for measuring its temperature, so-called the first temperature; - an electronic unit coupled to the first sensor; characterised in that it comprises: - a second cable section, the second cable section being distinct from a catenary cable and distinct from the first section, and inserted into a shading shield, the first section extending from the shading shield and intended to be directly exposed to a solar radiation; - a second temperature sensor associated with the second section for measuring its temperature, so-called the second temperature, the electronic unit also being coupled to the second sensor; and in that the electronic unit comprises means for calculating a global temperature obtained based on a weighting of the first temperature and the second temperature. - a first cable section, distinct from a catenary cable; - a first temperature sensor associated with the first section for measuring its temperature, so-called the first temperature; - an electronic unit coupled to the first sensor; characterised in that it comprises: - a second cable section, the second cable section being distinct from a catenary cable and distinct from the first section, and inserted into a shading shield, the first section extending from the shading shield and intended to be directly exposed to a solar radiation; - a second temperature sensor associated with the second section for measuring its temperature, so-called the second temperature, the electronic unit also being coupled to the second sensor; - a second cable section, the second cable section being distinct from a catenary cable and distinct from the first section, and inserted into a shading shield, the first section extending from the shading shield and intended to be directly exposed to a solar radiation; - a second temperature sensor associated with the second section for measuring its temperature, so-called the second temperature, the electronic unit also being coupled to the second sensor; and in that the electronic unit comprises means for calculating a global temperature obtained based on a weighting of the first temperature and the second temperature.
A method for producing a difluoro lactone compound represented by the following formula, which comprises fluorinating a lactone compound represented by the following formula by reacting it with an electrophilic fluorinating agent in the presence of potassium hexamethyldisilazide and in the absence of a metal compound reactant: wherein each of R 3, R 4, R 5 and R 6 which are independent of one another, is a monovalent group selected from the group consisting of a hydrogen atom, a halogen atom, a protected hydroxy group, a protected amino group, a protected carboxy group and a C 1-20 hydrocarbon group which may have a substituent, or adjacent two among R 3, R 4, R 5 and R 6 are bonded to form a C 2-6 alkylene group which may have a substituent and other than the two among R 3, R 4, R 5 and R 6 are, each independently, the above monovalent group, and n is an integer of from 1 to 4.
A pump comprising: a casing (30, 30A) forming an outer shell of a suction flow passage, of a pump chamber communicating with the suction flow passage, and of a discharge flow passage communicating with the pump chamber; a volute unit (130, 130A) provided to the pump chamber as a component independent of the casing (30, 30A) in such a way as to form an outer shell of a volute flow passage communicating with the suction flow passage and with the discharge flow passage; an impeller housed in the pump chamber in such a way as to be fitted into the volute flow passage, and configured to send a liquid, which flows from the suction flow passage into the volute flow passage, out to the discharge flow passage; a rotation center shaft extending in a direction of extension of a rotation center axis of the impeller; and a shaft support unit configured to support one end portion of the rotation center shaft, wherein the volute unit (130, 130A) and the shaft support unit are formed as an integral structure by integral molding; an opening communicating with the suction flow passage is formed in a region on an inner side of the volute unit (130, 130A) in such a way as to form a central part of the volute flow passage, and a portion on the casing side of the volute unit (139, 130A) comprises an annular projection extending along an outer periphery of the opening; characterized in that an upper surface of the annular projection has a flat surface connected to an inner surface of the casing (30, 30A) forming the suction flow passage, such that the upper surface forms part of the suction flow passage. a casing (30, 30A) forming an outer shell of a suction flow passage, of a pump chamber communicating with the suction flow passage, and of a discharge flow passage communicating with the pump chamber; a volute unit (130, 130A) provided to the pump chamber as a component independent of the casing (30, 30A) in such a way as to form an outer shell of a volute flow passage communicating with the suction flow passage and with the discharge flow passage; an impeller housed in the pump chamber in such a way as to be fitted into the volute flow passage, and configured to send a liquid, which flows from the suction flow passage into the volute flow passage, out to the discharge flow passage; a rotation center shaft extending in a direction of extension of a rotation center axis of the impeller; and a shaft support unit configured to support one end portion of the rotation center shaft, wherein the volute unit (130, 130A) and the shaft support unit are formed as an integral structure by integral molding; an opening communicating with the suction flow passage is formed in a region on an inner side of the volute unit (130, 130A) in such a way as to form a central part of the volute flow passage, and a portion on the casing side of the volute unit (139, 130A) comprises an annular projection extending along an outer periphery of the opening; characterized in that an upper surface of the annular projection has a flat surface connected to an inner surface of the casing (30, 30A) forming the suction flow passage, such that the upper surface forms part of the suction flow passage.