mhurhangee/ep-ind-claims huggingface dataset:
A directional control valve for temperature-dependent water conduction, in particular for a sanitary station, having a housing, a housing inlet for mixed water, at least two housing outlets (5, 6) for discharging the mixed water from the directional control valve, and a first switch mechanism, by means of which the one housing outlet is unblocked in a first switch position and the other housing outlet is unblocked in a second switch position, wherein the directional control valve comprises a cold water outlet and a temperature-controlled second switch mechanism, which connects the housing inlet to the cold water outlet in a first switch position, and to at least one of the housing outlets (5, 6) in a second switch position, such that the mixed water can be conducted out of the directional control valve through the cold water outlet at a water temperature lying below a threshold temperature and through at least one of the housing outlets (5, 6) upon reaching the threshold temperature, characterized in that the two switch mechanisms (8, 16) are interconnected for axial displacement via an axial guide.
A motor of a ceiling fan, comprising: a shaft having two shoulder surfaces (11, 12) facing in opposite axial directions of the shaft, with the shaft coupling with a stator; a bearing sleeve receiving two bearings (22, 23); and a rotor having a housing coupling with the bearing sleeve, with the housing having a connecting portion at a surface of the housing axially facing one of the bearings (22, 23), characterized in that an annular flange is formed at an end of the bearing sleeve, the annular flange and one of the shoulder surfaces (11, 12) of the shaft clamp and position one of the bearings (22, 23), and that the connecting portion and the other one of the shoulder surfaces (11, 12) of the shaft clamp and position the other one of the bearings (22, 23). a shaft having two shoulder surfaces (11, 12) facing in opposite axial directions of the shaft, with the shaft coupling with a stator; a bearing sleeve receiving two bearings (22, 23); and a rotor having a housing coupling with the bearing sleeve, with the housing having a connecting portion at a surface of the housing axially facing one of the bearings (22, 23), characterized in that an annular flange is formed at an end of the bearing sleeve, the annular flange and one of the shoulder surfaces (11, 12) of the shaft clamp and position one of the bearings (22, 23), and that the connecting portion and the other one of the shoulder surfaces (11, 12) of the shaft clamp and position the other one of the bearings (22, 23).
A method for producing a polypropiolactone composition, comprising: combining beta propiolactone and at least one compound of Formula, or a salt thereof, to produce the polypropiolactone composition, wherein: the at least one compound of Formula independently has the structure: wherein each p is independently an integer from 0 to 9; and the polypropiolactone composition comprises polypropiolactone polymers, or salts thereof, independently comprising: (a) an acrylate end group having the structure and (b) a polymer chain comprising repeating units having the structure wherein the acrylate end group caps the alkyl terminus of the polymer chain, and wherein: the polypropiolactone composition has an M n less than or equal to about 40,000 g/mol; and the polypropiolactone composition has a polydispersity less than or equal to about 2.0; and at least 90 wt% of the polypropiolactone composition comprises polypropiolactone polymers, or salts thereof, having the acrylate end group, wherein the polydispersity and Mn are determined as indicated in the description. the at least one compound of Formula independently has the structure: wherein each p is independently an integer from 0 to 9; and the polypropiolactone composition comprises polypropiolactone polymers, or salts thereof, independently comprising: (a) an acrylate end group having the structure and (b) a polymer chain comprising repeating units having the structure wherein the acrylate end group caps the alkyl terminus of the polymer chain, and (a) an acrylate end group having the structure and (b) a polymer chain comprising repeating units having the structure wherein the acrylate end group caps the alkyl terminus of the polymer chain, and wherein: the polypropiolactone composition has an M n less than or equal to about 40,000 g/mol; and the polypropiolactone composition has a polydispersity less than or equal to about 2.0; and at least 90 wt% of the polypropiolactone composition comprises polypropiolactone polymers, or salts thereof, having the acrylate end group, wherein the polydispersity and Mn are determined as indicated in the description. the polypropiolactone composition has an M n less than or equal to about 40,000 g/mol; and the polypropiolactone composition has a polydispersity less than or equal to about 2.0; and at least 90 wt% of the polypropiolactone composition comprises polypropiolactone polymers, or salts thereof, having the acrylate end group, wherein the polydispersity and Mn are determined as indicated in the description.
A spray head and holder assembly comprising a spray head holder and a spray head, the holder comprising an outer rim and a socket for receiving the spray head, the socket defining an inner mouth, wherein the inner mouth is at least partially surrounded by said outer rim, the inner mouth and outer rim being disposed in respective planes that are obliquely disposed with respect to one another, and wherein the longitudinal axis of said socket is obliquely disposed with respect to the plane in which said outer rim lies, characterised in that the spray head has a substantially linear body extending between first and second ends, and wherein said body is shaped and dimensioned to pass through said socket, said first end being engageable with said holder substantially at the mouth of the holder.
A display apparatus including a light-emitting device, the light-emitting device comprising a substrate on which a light source is provided, wherein the light source is configured to emit first-wavelength light other than white light, and the light source includes a light-emitting point; a wavelength conversion sheet configured to perform wavelength conversion of the first-wavelength light into a second-wavelength light different from the first wavelength; and a reflective member (3, 3A, 3B, 3C, 3D) comprising a resin, wherein the reflective member is placed on the substrate and includes an opening into which the light source is inserted, a sloped section having a first thickness, and the first thickness is a dimension of the sloped section in a direction orthogonal to a sloped surface, a bottom surface section coupled to a bottom end of the sloped section, wherein the bottom surface section has a second thickness, the first thickness is greater than the second thickness, the light source has a first distance from the substrate to the light-emitting point of the light source, and the second thickness is smaller than the first distance. a substrate on which a light source is provided, wherein the light source is configured to emit first-wavelength light other than white light, and the light source includes a light-emitting point; the light source is configured to emit first-wavelength light other than white light, and the light source includes a light-emitting point; a wavelength conversion sheet configured to perform wavelength conversion of the first-wavelength light into a second-wavelength light different from the first wavelength; and a reflective member (3, 3A, 3B, 3C, 3D) comprising a resin, wherein the reflective member is placed on the substrate and includes an opening into which the light source is inserted, a sloped section having a first thickness, and the first thickness is a dimension of the sloped section in a direction orthogonal to a sloped surface, a bottom surface section coupled to a bottom end of the sloped section, wherein the bottom surface section has a second thickness, the first thickness is greater than the second thickness, an opening into which the light source is inserted, a sloped section having a first thickness, and the first thickness is a dimension of the sloped section in a direction orthogonal to a sloped surface, a bottom surface section coupled to a bottom end of the sloped section, wherein the bottom surface section has a second thickness, the first thickness is greater than the second thickness, the light source has a first distance from the substrate to the light-emitting point of the light source, and the second thickness is smaller than the first distance.
A piezoelectric ceramic stacked structure, comprising: at least one first layer comprising a K-Na-Nb, KNN-based ceramic; and at least one second layer comprising a Bi-Fe-O, BFO-based ceramic, wherein the first layer and the second layer are electrically connected in parallel, and wherein a ratio of a number n 1 of the first layers stacked to a number n 2 of the second layers stacked in the piezoelectric ceramic stacked structure satisfies Equation below: 0.8 × q / p ≤ n 1 / n 2 ≤ 1.2 × q / p wherein |p| represents an absolute value of a decrease rate p of a charge sensitivity according to a temperature of the first layer, |q| represents an absolute value of an increase rate q of a charge sensitivity according to a temperature of the second layer, and the decrease rate p of the charge sensitivity according to the temperature of the first layer and the increase rate q of the charge sensitivity according to the temperature of the second layer are slope values of a straight line obtained by approximating the charge sensitivity according to the temperature within a temperature range from room temperature, 25°C, to a Curie temperature, Tc, of the KNN-based ceramic by a method of least squares. at least one first layer comprising a K-Na-Nb, KNN-based ceramic; and at least one second layer comprising a Bi-Fe-O, BFO-based ceramic, wherein the first layer and the second layer are electrically connected in parallel, and wherein a ratio of a number n 1 of the first layers stacked to a number n 2 of the second layers stacked in the piezoelectric ceramic stacked structure satisfies Equation below: 0.8 × q / p ≤ n 1 / n 2 ≤ 1.2 × q / p wherein |p| represents an absolute value of a decrease rate p of a charge sensitivity according to a temperature of the first layer, |q| represents an absolute value of an increase rate q of a charge sensitivity according to a temperature of the second layer, and the decrease rate p of the charge sensitivity according to the temperature of the first layer and the increase rate q of the charge sensitivity according to the temperature of the second layer are slope values of a straight line obtained by approximating the charge sensitivity according to the temperature within a temperature range from room temperature, 25°C, to a Curie temperature, Tc, of the KNN-based ceramic by a method of least squares.
A device, comprising: - at least one semiconductor chip, - a leadframe (10, 12) comprising a chip mounting portion having the at least one semiconductor chip thereon and at least one lead arranged facing the chip mounting portion, the at least one lead lying in a first plane and the chip mounting portion lying in a second plane, the first plane and the second plane mutually offset with a gap therebetween, and - an electrical component arranged on the chip mounting portion and extending between the first plane and the second plane, wherein: said at least one lead is arranged facing and at least partially overlapping the chip mounting portion, the electrical component extending bridge-like between the chip mounting portion and the at least one lead arranged facing the chip mounting portion, characterized in that the electrical component extends sidewise of the at least one lead between the chip mounting portion and a lateral surface of the at least one lead in abutment with said lateral surface. - at least one semiconductor chip, - a leadframe (10, 12) comprising a chip mounting portion having the at least one semiconductor chip thereon and at least one lead arranged facing the chip mounting portion, the at least one lead lying in a first plane and the chip mounting portion lying in a second plane, the first plane and the second plane mutually offset with a gap therebetween, and - an electrical component arranged on the chip mounting portion and extending between the first plane and the second plane, wherein: said at least one lead is arranged facing and at least partially overlapping the chip mounting portion, the electrical component extending bridge-like between the chip mounting portion and the at least one lead arranged facing the chip mounting portion, characterized in that the electrical component extends sidewise of the at least one lead between the chip mounting portion and a lateral surface of the at least one lead in abutment with said lateral surface.
A terminal apparatus in communication with a base station apparatus, comprising: a reception unit configured to, via a higher layer signal, receive a first parameter set and a second parameter set related to an uplink power control; and a transmission unit configured to transmit a sounding reference signal, calculate a first pathloss for the base station apparatus and a second pathloss for a second base station apparatus, set a transmit power of the sounding reference signal to the base station apparatus based on a first measurement target configuration, the first parameter set and the first pathloss on a first subframe belonging to a first subframe set, and set a transmit power of the sounding reference signal to the second base station apparatus based on a second measurement target configuration, the second parameter set and the second pathloss on a second subframe belonging to a second subframe set. a reception unit configured to, via a higher layer signal, receive a first parameter set and a second parameter set related to an uplink power control; and a transmission unit configured to transmit a sounding reference signal, calculate a first pathloss for the base station apparatus and a second pathloss for a second base station apparatus, set a transmit power of the sounding reference signal to the base station apparatus based on a first measurement target configuration, the first parameter set and the first pathloss on a first subframe belonging to a first subframe set, and set a transmit power of the sounding reference signal to the second base station apparatus based on a second measurement target configuration, the second parameter set and the second pathloss on a second subframe belonging to a second subframe set.
A cutting tool hard film disposed as coating on a surface of a cutting tool, wherein the cutting tool hard film is a multilayer film having a first film layer comprising Ag a Cu 1-a, and a second film layer comprising nitride, oxide, carbide, carbonitride, or boride containing at least one element out of group IVa elements, group Va elements, group VIa elements, Al, and Si, the first film layer and the second film layer being laminated alternately in two or more layers, wherein an atom ratio a related to the first film layer is within a range of 0.2 or more and 0.4 or less, wherein a lamination cycle of the first film layer and the second film layer is within a range of 0.2 nm or more and 100 nm or less, and wherein a total film thickness is within a range of 0.2 μm or more and 10.0 μm or less.
A system comprising several cameras of which at least one is a surveillance camera having a network interface and storage means for video data storage within the camera, and of which several other cameras are accessible via the network interface for storing video data to be stored from the at least one surveillance camera, wherein a further storage means is designed for storing video data to be stored additionally in at least one camera of the several other cameras of the system accessible via the interface, and wherein selection means are provided for selecting the at least one other camera accessible via the network interface among the several other accessible cameras, to select which of the at least one other camera accessible via the network interface among the plurality of other accessible cameras provides storage means for storing video data to be stored of the at least one surveillance camera, characterised in that the selection means takes into consideration in the selection at least one of hazard zones in which the several other cameras and the at least one surveillance camera are arranged via the network interface, distances determined by round trip times of data packets to the several other cameras accessible via the network interface, distances determined by GPS sensors in cameras to the several others cameras accessible via the network interface.
Operating device for operating a household appliance, having at least one operating unit with at least one plunger (8, 9), and having at least one diaphragm arrangement with a diaphragm which is electrically conductive on at least one side and an electrically conductive circuit board which runs parallel to the diaphragm and is spaced from the diaphragm, wherein the diaphragm can be pressed against the circuit board for producing at least one electrically conductive connection (18, 19) by way of the at least one plunger (8, 9) of the operating unit, wherein the at least one plunger (8, 9) is configured such that it can be moved along an extension of the diaphragm, and wherein a function can be adjusted by way of an electrical resistance which can be measured or by way of a change in the resistance of the electrically conductive connection (18, 19). with at least one plunger (8, 9), and having at least one diaphragm arrangement with a diaphragm which is electrically conductive on at least one side and an electrically conductive circuit board which runs parallel to the diaphragm and is spaced from the diaphragm, wherein the diaphragm can be pressed against the circuit board for producing at least one electrically conductive connection (18, 19) by way of the at least one plunger (8, 9) of the operating unit, wherein the at least one plunger (8, 9) is configured such that it can be moved along an extension of the diaphragm, and wherein a function can be adjusted by way of an electrical resistance which can be measured or by way of a change in the resistance of the electrically conductive connection (18, 19).
A continuous circulation percutaneous stent delivery system comprising: an expandable perfusion channel structure formed by an elongated braided structure and configured to maintain an expanded conformation during stent deployment; a first guide (452, 454, 456) configured to deliver the perfusion channel structure into a blood vessel; a second guide (452, 454, 456) configured to expand the perfusion channel structure by reducing a length of the perfusion channel structure and causing the elongated braided structure to expand radially such that blood flow is enabled through the perfusion channel structure; and a stent configured to be positioned over the expanded perfusion channel structure during deployment, wherein the perfusion channel structure includes a temporary check valve (776, 778) for ensuring one-way blood flow during the deployment of the stent. an expandable perfusion channel structure formed by an elongated braided structure and configured to maintain an expanded conformation during stent deployment; a first guide (452, 454, 456) configured to deliver the perfusion channel structure into a blood vessel; a second guide (452, 454, 456) configured to expand the perfusion channel structure by reducing a length of the perfusion channel structure and causing the elongated braided structure to expand radially such that blood flow is enabled through the perfusion channel structure; and a stent configured to be positioned over the expanded perfusion channel structure during deployment, wherein the perfusion channel structure includes a temporary check valve (776, 778) for ensuring one-way blood flow during the deployment of the stent.
A cartridge for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the cartridge comprising: a housing defining a chamber; and a pouch containing smokable material, wherein: the pouch is located within the chamber; at least part of the pouch is made of porous material for permitting aerosol or volatilised material generated within the pouch to pass out of the pouch from within the pouch; the pouch defines part of an exterior surface of the cartridge; the exterior surface of the cartridge comprises a cavity for receiving in use a heating device for heating the smokable material; and the pouch defines at least part of the cavity. a housing defining a chamber; and a pouch containing smokable material, wherein: the pouch is located within the chamber; at least part of the pouch is made of porous material for permitting aerosol or volatilised material generated within the pouch to pass out of the pouch from within the pouch; the pouch defines part of an exterior surface of the cartridge; the exterior surface of the cartridge comprises a cavity for receiving in use a heating device for heating the smokable material; and the pouch defines at least part of the cavity. the pouch is located within the chamber; at least part of the pouch is made of porous material for permitting aerosol or volatilised material generated within the pouch to pass out of the pouch from within the pouch; the pouch defines part of an exterior surface of the cartridge; the exterior surface of the cartridge comprises a cavity for receiving in use a heating device for heating the smokable material; and the pouch defines at least part of the cavity.