mhurhangee/patent-ind-claim-en huggingface dataset:
A recombinant CHO cell, comprising: one or more polynucleotide sequences encoding cytomegalovirus (CMV) pentameric complex, wherein said pentameric complex comprises: gH or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, gL or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, pUL128 or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, pUL130 or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, and pUL131 or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof; wherein said one or more polynucleotide sequences are integrated into the genomic DNA of said CHO cell; and wherein the expression level or activity of C12orf35 protein is reduced in said CHO cell, as compared to a wild type cell. one or more polynucleotide sequences encoding cytomegalovirus (CMV) pentameric complex, wherein said pentameric complex comprises: gH or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, gL or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, pUL128 or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, pUL130 or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, and pUL131 or a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof; wherein said one or more polynucleotide sequences are integrated into the genomic DNA of said CHO cell; and wherein the expression level or activity of C12orf35 protein is reduced in said CHO cell, as compared to a wild type cell.
A method of reporting network information of a ZigBee network in a ZigBee coordination node of an Internet of Things, wherein the ZigBee coordination node is connected to a plurality of ZigBee nodes forming the ZigBee network, and the Internet of Things further comprises an auto-configuration server in an IP network, the ZigBee coordination node being connected to the auto-configuration server via a gateway , the method comprising the following step: a. sending (S201) a first signaling based on a ZigBee device object to the gateway , wherein the first signaling includes network description information and neighbor list information, wherein the network description information and the neighbor list information is network description information and neighbor list information of each ZigBee node of the plurality of ZigBee nodes forming the ZigBee network. a. sending (S201) a first signaling based on a ZigBee device object to the gateway , wherein the first signaling includes network description information and neighbor list information, wherein the network description information and the neighbor list information is network description information and neighbor list information of each ZigBee node of the plurality of ZigBee nodes forming the ZigBee network.
Arrangement with a sensor element device on a component carrier for a capacitive touch switch of an operating device , the sensor element device having an upper side oriented toward the underside of a control panel of the operating device and having an illuminated display with a lighting means with a lighting direction toward the underside of the control panel , wherein a housing is provided around the lighting means and the housing together with fastening means for fastening the sensor element device to the component carrier forms a structural unit having a polygonal cross section, wherein on the outside of the structural unit, at least in the region toward the upper side , a capacitive sensor element composed of electrically conductive plastic is provided and extending on at least three sides on the upper side as a collar along an outer periphery of the structural unit, wherein from the capacitive sensor element in the direction toward the underside toward the component carrier a contacting means composed of electrically conductive plastic extends for electrical connection to the component carrier, wherein the collar protrudes beyond the upper side of the structural unit by an amount of 1 μm to 2 mm, and the electrically conductive plastic of the capacitive sensor element and the contacting means is injection-molded onto the structural unit.
A vacuum head comprising: a first brush means and a second brush means each located adjacent an underneath side of the vacuum head ; motor means for actuating said first brush means to rotate in a first axial direction and for actuating said second brush means in a second axial direction, said second axial direction opposite to said first axial direction; characterised in that the vacuum head further comprises: a swivel joint at or about the centre of a top side of the head for connection to a connector means and a handle means , said swivel joint allowing a 360 ° range of motion about an axis through said connector means , said handle means for holding by a user and for conveying debris to be collected from the surface to a debris collection unit; and such that, in use, as the vacuum head moves across a surface said first brush means and said second brush means rotate to position debris from the surface towards the centre of the vacuum head prior to suction of the debris. a first brush means and a second brush means each located adjacent an underneath side of the vacuum head ; motor means for actuating said first brush means to rotate in a first axial direction and for actuating said second brush means in a second axial direction, said second axial direction opposite to said first axial direction; characterised in that the vacuum head further comprises: a swivel joint at or about the centre of a top side of the head for connection to a connector means and a handle means , said swivel joint allowing a 360 ° range of motion about an axis through said connector means , said handle means for holding by a user and for conveying debris to be collected from the surface to a debris collection unit; and such that, in use, as the vacuum head moves across a surface said first brush means and said second brush means rotate to position debris from the surface towards the centre of the vacuum head prior to suction of the debris. a swivel joint at or about the centre of a top side of the head for connection to a connector means and a handle means , said swivel joint allowing a 360 ° range of motion about an axis through said connector means , said handle means for holding by a user and for conveying debris to be collected from the surface to a debris collection unit; and such that, in use, as the vacuum head moves across a surface said first brush means and said second brush means rotate to position debris from the surface towards the centre of the vacuum head prior to suction of the debris.
A damper device comprising: a cylinder body ; and a piston body , wherein at least one of the cylinder body or the piston body is adapted to attach to a damping object to damp a movement or a relative movement of the damping object, the cylinder body is partitioned by a partition into a first chamber that is divided from an outside by a cap body and a second chamber accommodating the piston body , a flow channel communicating the first chamber and the second chamber with each other is formed in the partition , and a shaft is projected from the partition toward a first chamber side, characterized in that the cap body includes a through-hole , and the shaft is inserted movably in the through-hole from a reference position along an axis line (x) of the cylinder body , and a throttle structure is provided to change a gap (y) between the through-hole and the shaft when the cap body moves from the reference position by a pressure change generated by a movement or a relative movement of the piston body . a cylinder body ; and a piston body , wherein at least one of the cylinder body or the piston body is adapted to attach to a damping object to damp a movement or a relative movement of the damping object, the cylinder body is partitioned by a partition into a first chamber that is divided from an outside by a cap body and a second chamber accommodating the piston body , a flow channel communicating the first chamber and the second chamber with each other is formed in the partition , and a shaft is projected from the partition toward a first chamber side, characterized in that the cap body includes a through-hole , and the shaft is inserted movably in the through-hole from a reference position along an axis line (x) of the cylinder body , and a throttle structure is provided to change a gap (y) between the through-hole and the shaft when the cap body moves from the reference position by a pressure change generated by a movement or a relative movement of the piston body .
A multiturn coil antenna for transmitting or receiving wireless power in a wireless power transfer system, the coil structure including a plane multiturn spiral shaped primary conductor coil and at least two secondary conductor coils (1-4) positioned in the plane defined by the primary coil and interspiraled between the turns of the multiturn primary coil on an insulating material, each of the secondary coils having different diameters and lengths providing different inductance and are shorter than the primary coil, wherein each secondary coils is connected to a switch (9-12) configured to be controlled by a tuning controller for individually connecting and disconnecting the coil to a battery for receiving said power or to a power supply.
A battery charging apparatus , comprising: a battery compartment having a receptacle configured to receive a battery pack ; a fluid source configured to supply a fluid; and a first heat exchange module including: a plenum around a perimeter of the receptacle , the plenum including a chamber in fluid communication with the fluid source ; and a plurality of flow guides (56a-56h) disposed in the chamber ; wherein the plenum has a gap through which the fluid exits the chamber and surrounds a side surface of the battery pack , the gap being around the receptacle and in fluid communication with the chamber ; wherein the receptacle is defined by a lower side wall and an upper side wall , and the gap is formed between the lower side wall and the upper side wall . a battery compartment having a receptacle configured to receive a battery pack ; a fluid source configured to supply a fluid; and a first heat exchange module including: a plenum around a perimeter of the receptacle , the plenum including a chamber in fluid communication with the fluid source ; and a plurality of flow guides (56a-56h) disposed in the chamber ; a plenum around a perimeter of the receptacle , the plenum including a chamber in fluid communication with the fluid source ; and a plurality of flow guides (56a-56h) disposed in the chamber ; wherein the plenum has a gap through which the fluid exits the chamber and surrounds a side surface of the battery pack , the gap being around the receptacle and in fluid communication with the chamber ; wherein the receptacle is defined by a lower side wall and an upper side wall , and the gap is formed between the lower side wall and the upper side wall .
Holding device having a mounting base and, held thereon by holding means a tubular or rod-shaped stand for a lightning protection device, wherein the mounting base comprises means for changing its longitudinal extent, and the holding means are designed in such a way that the tubular or rod-shaped stand is steplessly fixable over an angular range in an angular position of its longitudinal axis relative to the mounting base , wherein the mounting base is designed in such a way that it can be fastened from outside on the roof covering of a building roof by means of fastening means and, in the region of the four outer corners, there are in each case situated outer positions for fastening means for fastening the holding device from outside on the roof covering of a building roof, characterized - in that the mounting base has in its transverse extent perpendicular to the longitudinal extent a maximum of at least thirty centimetres, - in that the means for changing the longitudinal extent of the mounting base comprise two mutually parallel telescope-like elements which each contain two inter-engaging tubes or each contain a tube and a rod engaging in the tube , and - in that the mounting base has, in the plane of its transverse and longitudinal extent, four outer corners at a distance of at least thirty centimetres from one another. - in that the mounting base has in its transverse extent perpendicular to the longitudinal extent a maximum of at least thirty centimetres, - in that the means for changing the longitudinal extent of the mounting base comprise two mutually parallel telescope-like elements which each contain two inter-engaging tubes or each contain a tube and a rod engaging in the tube , and - in that the mounting base has, in the plane of its transverse and longitudinal extent, four outer corners at a distance of at least thirty centimetres from one another.
A method for executing by a circuit (CT1) an operation (OPR) whereby a first input data (X1Vn1) is combined with a second input data (X2Vn2), the method comprising: performing the operation on all of the possible data pairs (X1Vi-X2Vj) consisting of one data (X1V1-X1Vw) of a first input set (PX1) and the second input data, the first input set (PX1) comprising the first input data (X1Vn1), each data in the first input set comprising at least one word, the words in the first input set having a same size and forming a first word subset comprising a single word from each data of the first input set and a same number of occurrences of all possible values of the words, the application of the operation to each data pair generating an output set comprising an output data (RVn1.n2) resulting from the application of the operation to the first and second input data, and having a position in the output set, which is known from the circuit, wherein the second input data (X2Vn2) belongs to a second input set (PX2), each data in the second input set comprising at least one word, the words in the second input set having a same size and forming a second word subset comprising a single word from each data of the second input set and a same number of occurrences of all possible values of the words, the operation being performed on all of the possible data pairs consisting of one data from the first input set and one data from the second input set, the output set (PR2) comprising all data (RV1.1-RVw.w) resulting from the application of the operation to one of the data pairs. performing the operation on all of the possible data pairs (X1Vi-X2Vj) consisting of one data (X1V1-X1Vw) of a first input set (PX1) and the second input data, the first input set (PX1) comprising the first input data (X1Vn1), each data in the first input set comprising at least one word, the words in the first input set having a same size and forming a first word subset comprising a single word from each data of the first input set and a same number of occurrences of all possible values of the words, the application of the operation to each data pair generating an output set comprising an output data (RVn1.n2) resulting from the application of the operation to the first and second input data, and having a position in the output set, which is known from the circuit, wherein the second input data (X2Vn2) belongs to a second input set (PX2), each data in the second input set comprising at least one word, the words in the second input set having a same size and forming a second word subset comprising a single word from each data of the second input set and a same number of occurrences of all possible values of the words, the operation being performed on all of the possible data pairs consisting of one data from the first input set and one data from the second input set, the output set (PR2) comprising all data (RV1.1-RVw.w) resulting from the application of the operation to one of the data pairs.
A system comprising a cable tray provided with a joint intended to be coupled to an adjacent tray, said tray comprising a sheet which is elongated and substantially bent in the shape of a U, defining a base and two side walls facing each other, wherein the base and the side walls have a plurality of perforations, wherein the side walls are provided with a reinforcing lip on a free end portion of said side walls, said tray including at one end along its longitudinal axis a male portion with a predetermined length with a transverse cross section with smaller dimensions with respect to the rest of the sheet, the male portion being free of the lip, and a female portion present at the opposite end intended for the coupling of a male portion of an adjacent tray, such that in a coupling condition of two adjacent trays with each other, the side walls and the base of the trays overlap with each other, the male portion being located inside the adjacent sheet in a coplanar manner, wherein said system further comprises two joining members configured to be coupled, one to each side wall of the female portion through coupling means , each joining member defining, when coupled to the female portion , a housing configured for the insertion of the male portion of an adjacent tray, each joining member having at least one fitting flange capable of fitting in a through hole made in the male portion, wherein each joining member is formed by a substantially rectangular laminar body having an upper side , a low side and two lateral sides including, on the upper side thereof and on one lateral side which is opposite from an access area for the insertion of the male portion in a coupling condition between two trays, rounded extensions which extend perpendicular to the laminar body, the laminar body being configured to be parallel to one of the side walls of the tray , such that a partially closed housing is defined between the inner face of said side wall and the joining member when coupled to the female portion ; wherein slotted perforations located in the base and the side walls are arranged longitudinally with respect to a longitudinal axis of the base , the slotted perforations being present in the base in a plurality of inlaid regions arranged along the length of said base ; and wherein in a portion of the base which makes up part of the female portion, a projection is provided which extends transversely with respect to the longitudinal axis of the base and protrudes from the face of the base, which is intended for the arrangement of cabling.
A pre-distortion processing device, comprising a pre-distortion unit , characterized in that the pre-distortion processing device further comprises a transmission unit , a coupling unit , a generation unit and a combiner unit ; the pre-distortion unit , the transmission unit , and the coupling unit are sequentially connected, and a feedback path of the coupling unit is connected to the pre-distortion unit , the generation unit is configured to generate a wideband signal having a bandwidth greater than that of a system input signal, and the wideband signal is a non-hopping signal; the combiner unit comprises a first input terminal, a second input terminal and an output terminal, wherein the first input terminal of the combiner unit is connected to an output terminal of the generation unit , the second input terminal of the combiner unit is configured to receive the system input signal, the output terminal of the combiner unit is connected to an input terminal of the pre-distortion unit , the combiner unit is configured to combine the wideband signal and the system input signal into a combined signal and output the combined signal to the pre-distortion unit ; the transmission unit is configured to power-amplify a baseband signal output by the pre-distortion unit ; and the coupling unit is configured to couple a part of an output signal of the transmission unit as a feedback signal and provide the feedback signal to the pre-distortion unit for pre-distortion processing of the baseband signal. the generation unit is configured to generate a wideband signal having a bandwidth greater than that of a system input signal, and the wideband signal is a non-hopping signal; the combiner unit comprises a first input terminal, a second input terminal and an output terminal, wherein the first input terminal of the combiner unit is connected to an output terminal of the generation unit , the second input terminal of the combiner unit is configured to receive the system input signal, the output terminal of the combiner unit is connected to an input terminal of the pre-distortion unit , the combiner unit is configured to combine the wideband signal and the system input signal into a combined signal and output the combined signal to the pre-distortion unit ; the transmission unit is configured to power-amplify a baseband signal output by the pre-distortion unit ; and the coupling unit is configured to couple a part of an output signal of the transmission unit as a feedback signal and provide the feedback signal to the pre-distortion unit for pre-distortion processing of the baseband signal.
A method of forming a through-substrate via, comprising: providing a substrate with a dielectric arranged on the substrate , a metal layer embedded in the dielectric , and a metallic layer arranged on the metal layer , the metallic layer being disposed between the substrate and the metal layer , forming a via hole penetrating the substrate and the dielectric between the substrate and the metal layer , removing the dielectric from above the metallic layer , so that the via hole reaches the metallic layer , applying an insulation layer in the via hole and on the metallic layer after removing the dielectric , removing the insulation layer from above a contact area of the metal layer such that a portion of the metallic layer is left between the metal layer and the insulation layer , and applying a metallization in the via hole , the metallization contacting the metal layer in the contact area and being insulated from the substrate by the insulation layer , characterized in that the metallic layer is completely removed from the contact area before the metallization is applied. providing a substrate with a dielectric arranged on the substrate , a metal layer embedded in the dielectric , and a metallic layer arranged on the metal layer , the metallic layer being disposed between the substrate and the metal layer , forming a via hole penetrating the substrate and the dielectric between the substrate and the metal layer , removing the dielectric from above the metallic layer , so that the via hole reaches the metallic layer , applying an insulation layer in the via hole and on the metallic layer after removing the dielectric , removing the insulation layer from above a contact area of the metal layer such that a portion of the metallic layer is left between the metal layer and the insulation layer , and applying a metallization in the via hole , the metallization contacting the metal layer in the contact area and being insulated from the substrate by the insulation layer , characterized in that the metallic layer is completely removed from the contact area before the metallization is applied.