mhurhangee/patent-ind-claim-en huggingface dataset:
A photovoltaic module, characterized by comprising: a photovoltaic laminate and a junction box ; wherein the photovoltaic laminate comprises a plurality of solar cells , at least one solder strip , a rear plate and a wiring member , the plurality of solar cells are electrically connected by the at least one solder strip to form at least one cell string , the at least one cell string is stacked over the rear plate , and the at least one solder strip is electrically connected with the wiring member ; wherein the junction box is fixed and connected to a side of the rear plate away from the plurality of solar cells , and the junction box comprises a bonding pad ; wherein the wiring member passes through an opening defined on the rear plate and abuts the bonding pad , and the wiring member is connected with the bonding pad by a plurality of weld seams formed by laser welding; and wherein the plurality of weld seams are formed in a welding region between the wiring member and the bonding pad , the plurality of weld seams are configure to connect the wiring member and the bonding pad to form an integrated structure, wherein each of the plurality of weld seams extends from the wiring member towards an interior of the bonding pad , and an extension depth of each of the plurality of weld seams in the bonding pad is not greater than 80% of a thickness of the bonding pad . a photovoltaic laminate and a junction box ; wherein the photovoltaic laminate comprises a plurality of solar cells , at least one solder strip , a rear plate and a wiring member , the plurality of solar cells are electrically connected by the at least one solder strip to form at least one cell string , the at least one cell string is stacked over the rear plate , and the at least one solder strip is electrically connected with the wiring member ; wherein the junction box is fixed and connected to a side of the rear plate away from the plurality of solar cells , and the junction box comprises a bonding pad ; wherein the wiring member passes through an opening defined on the rear plate and abuts the bonding pad , and the wiring member is connected with the bonding pad by a plurality of weld seams formed by laser welding; and wherein the plurality of weld seams are formed in a welding region between the wiring member and the bonding pad , the plurality of weld seams are configure to connect the wiring member and the bonding pad to form an integrated structure, wherein each of the plurality of weld seams extends from the wiring member towards an interior of the bonding pad , and an extension depth of each of the plurality of weld seams in the bonding pad is not greater than 80% of a thickness of the bonding pad .
A formulation comprising from 0.001 wt.-% to 20 wt.-% compound X, by total weight of the formulation, wherein compound X is according to Formula (I) wherein R is a saturated or unsaturated hydrocarbon chain having seven or nine carbon atoms, or a mixture thereof, wherein a formulation consisting of a 0.1 wt.-% solution of cyclic capryl N-methyl glucamide in water is excluded, and wherein the formulation is selected from the group consisting of cosmetic formulations and household cleansing formulations. wherein R is a saturated or unsaturated hydrocarbon chain having seven or nine carbon atoms, or a mixture thereof, wherein a formulation consisting of a 0.1 wt.-% solution of cyclic capryl N-methyl glucamide in water is excluded, and wherein the formulation is selected from the group consisting of cosmetic formulations and household cleansing formulations.
Vehicle frame, in particular for an industrial truck, comprising: - a right and a left flange which extend from a base substantially in a vehicle longitudinal direction (L) away from the vehicle centre and between which a drive axle assembly extending in a width direction (B) of the vehicle can be mounted; - a connecting wall which extends in the width direction (B) of the vehicle and connects the two flanges at their respective bases; characterised in that the connecting wall has at least one portion which is deformable in the width direction (B) and which allows the two flanges to move relative to one another in the width direction (B) of the vehicle when the drive axle assembly is mounted. - a right and a left flange which extend from a base substantially in a vehicle longitudinal direction (L) away from the vehicle centre and between which a drive axle assembly extending in a width direction (B) of the vehicle can be mounted; - a connecting wall which extends in the width direction (B) of the vehicle and connects the two flanges at their respective bases;
A method for mitral valve segmentation from a plurality of 2D cardiac magnetic resonance (CMR) slices, comprising: detecting a set of mitral valve landmarks in each of the 2D CMR slices; estimating mitral valve contours in each of the 2D CMR slices based on the detected landmarks; and reconstructing a 3D mitral valve model from the mitral valve contours in the 2D CMR slices using a trained regression model. detecting a set of mitral valve landmarks in each of the 2D CMR slices; estimating mitral valve contours in each of the 2D CMR slices based on the detected landmarks; and reconstructing a 3D mitral valve model from the mitral valve contours in the 2D CMR slices using a trained regression model.
An ointment comprising an oxazole compound represented by the following formula : and a base component, wherein the base component comprises a solvent for dissolving the oxazole compound in the solvent, and an ointment base for dispersing or dissolving the solvent in the ointment base, wherein the oxazole compound is dissolved in the solvent for dissolving the oxazole compound, and wherein the solvent for dissolving the oxazole compound is at least one member selected from the group consisting of propylene carbonate, benzyl alcohol, and triacetin. wherein the base component comprises a solvent for dissolving the oxazole compound in the solvent, and an ointment base for dispersing or dissolving the solvent in the ointment base, wherein the oxazole compound is dissolved in the solvent for dissolving the oxazole compound, and wherein the solvent for dissolving the oxazole compound is at least one member selected from the group consisting of propylene carbonate, benzyl alcohol, and triacetin.
A Zr-based composite ceramic material, comprising: a zirconia matrix; and a cubic Sr x NbO 3 stable phase dispersed within the zirconia matrix, where 0.7≤x≤0.95. a zirconia matrix; and a cubic Sr x NbO 3 stable phase dispersed within the zirconia matrix, where 0.7≤x≤0.95.
A method of repairing a metallic component by powder feeding laser deposition, the metallic component being formed from a first material , the method comprising the step of: depositing a plurality of first repair layers onto a repair surface of the component to form a first repair zone , the first of the plurality of first repair layers comprising a mixture of A/B by weight of the first material and a second material , each n th successive one of the plurality of first repair layers comprising a change in the proportion of the second material in the mixture, the last of the plurality of first repair layers comprising a mixture of C/D by weight of the first material and the second material , characterised by : the first material being provided as a powder having a first mean particle size, and a second material being provided as a powder having a second mean particle size, and if a melting temperature of the first material is greater than a melting temperature of the second material , selecting the first mean particle size to be smaller than the second mean particle size, otherwise if the melting temperature of the second material is greater than the melting temperature of the first material , selecting the second mean particle size to be smaller than the first mean particle size.
An aircraft seat comprising an actuator for a recline mechanism , wherein the actuator is positioned adjacent a seat base cushion of the aircraft seat, the actuator comprising: (i) a connector which connects the actuator to an elongate frame member adjacent to the seat base cushion of the aircraft seat ; (ii) a housing ; and (iii) a trigger for pulling a cable , characterised in that the trigger is slideable forward or rearward from a position on the upper surface of the housing , wherein the trigger is shaped to follow the contours of the outer surface of the housing and wherein the housing is shaped to correspond to the shape of the seat base cushion and wherein the trigger is slideable along the outer surface of the housing. (i) a connector which connects the actuator to an elongate frame member adjacent to the seat base cushion of the aircraft seat ; (ii) a housing ; and (iii) a trigger for pulling a cable , characterised in that the trigger is slideable forward or rearward from a position on the upper surface of the housing , wherein the trigger is shaped to follow the contours of the outer surface of the housing and wherein the housing is shaped to correspond to the shape of the seat base cushion and wherein the trigger is slideable along the outer surface of the housing.
A device for guiding a sliding window in a glazed door with a flush window of a motor vehicle, comprising a panel extended by a frame , this frame and this panel together delimiting an opening inside which said window slides, this guiding device comprising a guide rail intended to be inserted and retained in one of the uprights of the frame of the door and at least one guide shoe intended to be attached to the inner face of said sliding window , said guide rail taking the form of a profile made of a flexible and elastically deformable elastomer material, provided with a cylindrical longitudinal recess opening onto a longitudinal slot , which extends the entire length of said rail, said guide shoe comprising at least one guiding head engaged in said longitudinal recess through said slot, said guide shoe being rigid, characterized in that the guiding head comprises at least three, preferably four, flat rigid parts extending radially from said guiding head and from an axis named "axis of the shoe head", while being evenly distributed about the latter and in that said guide rail on the one hand surrounds said guiding head , so that the free ends of each flat part of the guiding head are constantly bearing against the inner wall of said longitudinal recess , so as to hold said guide shoe while permitting its axial sliding in said guide rail and on the other hand allows the mounting of the rail on any curved part of said door frame.
A pharmaceutical composition for preventing or treating an allergic disease comprising, as an active ingredient, baicalein represented by Formula 1: and a pharmaceutically acceptable carrier, further comprising one or more of the compounds represented by Formulae 5 and 6: a pharmaceutically acceptable carrier, further comprising one or more of the compounds represented by Formulae 5 and 6:
A meat processing device comprising a meat processing unit for processing meat or meat product, the unit having a unit outlet ; and an X-ray analyzer disposed external the meat processing unit , the X-ray analyzer having an X-ray source for emitting an X-ray beam towards the processed meat at an analysis zone and an associated X-ray detector for detecting X-rays from the source having interacted with the processed meat; a housing having an inlet to and an outlet from internal the housing ; a conveyor located internal of the housing and configured to convey processed meat from the inlet to the outlet , through the analysis zone ; the X-ray source and the X-ray detector being disposed internal the housing for analysis of processed meat on the conveyor ; characterised in that the housing is provided with X-ray curtains only over the outlet to cooperate with the housing to provide complete shielding for personnel from X-rays and in that the X-ray analyser is moveable relative to the meat processing unit to and from a first position at which the unit outlet and the inlet are collocated to form an enclosed passageway such that the unit outlet projects past the inlet into the housing a distance selected so as not to impinge on the analysis zone to cooperate with the housing to provide complete shielding of personnel from X-rays towards the inlet and provide an enclosed passageway for processed meat from internal the meat processing unit to the conveyor internal of the housing .
A method for allocating a bearer identifier, comprising: receiving , by an access and mobility management network element in a first communication network, a bearer identifier assignment request message from a session management network element in the first communication network in a procedure for establishing a dedicated flow in a packet data unit, PDU, session in the first communication network; allocating , by the access and mobility management network element, a bearer identifier to a dedicated bearer in a second communication network, wherein the dedicated bearer in the second communication network corresponds to the dedicated flow in the first communication network; sending , by the access and mobility management network element, a bearer identifier assignment response message to the session management network element, the bearer identifier assignment response message comprising the bearer identifier. receiving , by an access and mobility management network element in a first communication network, a bearer identifier assignment request message from a session management network element in the first communication network in a procedure for establishing a dedicated flow in a packet data unit, PDU, session in the first communication network; allocating , by the access and mobility management network element, a bearer identifier to a dedicated bearer in a second communication network, wherein the dedicated bearer in the second communication network corresponds to the dedicated flow in the first communication network; sending , by the access and mobility management network element, a bearer identifier assignment response message to the session management network element, the bearer identifier assignment response message comprising the bearer identifier.
An image information processing apparatus comprising: a memory that stores setting information that is information for indicating settings selected by a user when the user has utilized a function of the image information processing apparatus , wherein the function is implemented by a plug-in or an add-on of the image information processing apparatus ; a first obtaining unit that obtains, from a terminal apparatus , user identification information for identifying the user, function identification information for identifying a function utilized by the user, and apparatus identification information for identifying an image information processing apparatus that stores latest setting information used when the user has utilized the function most recently at any of plural image information processing apparatuses having the function in common; a second obtaining unit that obtains, in a case where the image information processing apparatus identified by the apparatus identification information is an external image information processing apparatus , the latest setting information from the external image information processing apparatus ; and an updating unit that updates the setting information stored in the memory to the latest setting information obtained by the second obtaining unit . a memory that stores setting information that is information for indicating settings selected by a user when the user has utilized a function of the image information processing apparatus , wherein the function is implemented by a plug-in or an add-on of the image information processing apparatus ; a first obtaining unit that obtains, from a terminal apparatus , user identification information for identifying the user, function identification information for identifying a function utilized by the user, and apparatus identification information for identifying an image information processing apparatus that stores latest setting information used when the user has utilized the function most recently at any of plural image information processing apparatuses having the function in common; a second obtaining unit that obtains, in a case where the image information processing apparatus identified by the apparatus identification information is an external image information processing apparatus , the latest setting information from the external image information processing apparatus ; and an updating unit that updates the setting information stored in the memory to the latest setting information obtained by the second obtaining unit .
A land, air or sea vehicle, characterized in that it comprises two loop antenna systems , identical to each other and being positioned side by side and parallel to each other, each antenna system comprising : - a first electrically conductive filiform element forming a loop portion, - a second electrically conductive filiform element forming a loop portion, the two filiform elements having different lengths (I a , I b ) with respect to one another, the first filiform element and the second filiform element being supplied with the same radiofrequency signal received at one of the end of each of the two filiform elements , for each antenna system , the length (I a , I b ) of the longest filiform element being substantially equal to twice the length (I a , I b ) of the shortest filiform element . - a first electrically conductive filiform element forming a loop portion, - a second electrically conductive filiform element forming a loop portion, the two filiform elements having different lengths (I a , I b ) with respect to one another,
A method for accelerated fatigue damage testing of an object (DUT), wherein the object (DUT) is excited via an actor (SH) for a prescribed amount of time, wherein a drive signal (DS) is generated by a control system (CLC) and transmitted to the actor (SH), the acceleration of the object (DUT) or of a mounting base of the actor (SH) is measured and fed back to the control system (CLC) for a cycled closed loop control of the drive signal (DS) in the frequency domain, wherein during the test in multiple cycles • in the control system (CLC), a Power Spectral Density PSD and a Fatigue Damage Spectrum FDS are calculated from the measured acceleration (AD), • the calculated Power Spectral Density PSD is compared with an a priori defined target Power Spectral Density PSD, • the calculated Fatigue Damage Spectrum FDS is compared with an a priori defined target Fatigue Damage Spectrum FDS, • based on the comparisons, a new drive frequency spectrum is calculated such that the targets for PSD and FDS are approached, and • from the new drive frequency spectrum, one or multiple time-domain blocks for the drive signal (DS) for a next cycle are generated and transmitted to the actor. wherein the object (DUT) is excited via an actor (SH) for a prescribed amount of time, wherein a drive signal (DS) is generated by a control system (CLC) and transmitted to the actor (SH), the acceleration of the object (DUT) or of a mounting base of the actor (SH) is measured and fed back to the control system (CLC) for a cycled closed loop control of the drive signal (DS) in the frequency domain, wherein during the test in multiple cycles • in the control system (CLC), a Power Spectral Density PSD and a Fatigue Damage Spectrum FDS are calculated from the measured acceleration (AD), • the calculated Power Spectral Density PSD is compared with an a priori defined target Power Spectral Density PSD, • the calculated Fatigue Damage Spectrum FDS is compared with an a priori defined target Fatigue Damage Spectrum FDS, • based on the comparisons, a new drive frequency spectrum is calculated such that the targets for PSD and FDS are approached, and • from the new drive frequency spectrum, one or multiple time-domain blocks for the drive signal (DS) for a next cycle are generated and transmitted to the actor.
A sensor data transmission method, comprising: receiving, by a sensor, a message requesting for data packet description information from a data receiving end, and reporting the data packet description information to the data receiving end, wherein the data packet description information comprises: signal type information (S110); receiving, by the sensor, a data reporting request from the data receiving end and sending the data packet to the data receiving end, wherein the data packet sent to the data receiving end contains a packet header portion and a load portion, the packet header portion comprises a frame header field, a load length field, and a check field, a load length value in the load length field is determined according to a data length of each type of signal in the reported data packet description information, and the load portion comprises sensor data corresponding to a signal type in the reported data packet description information (S120); characterized in that , the data packet description information further comprises: an acquisition rate for each type of signal, and a sending rate of a data packet; and the sending the data packet to the data receiving end comprises: sending the data packet to the data receiving end according to the sending rate of the data packet in the reported data packet description information based on the data reporting request. receiving, by a sensor, a message requesting for data packet description information from a data receiving end, and reporting the data packet description information to the data receiving end, wherein the data packet description information comprises: signal type information (S110); receiving, by the sensor, a data reporting request from the data receiving end and sending the data packet to the data receiving end, wherein the data packet sent to the data receiving end contains a packet header portion and a load portion, the packet header portion comprises a frame header field, a load length field, and a check field, a load length value in the load length field is determined according to a data length of each type of signal in the reported data packet description information, and the load portion comprises sensor data corresponding to a signal type in the reported data packet description information (S120); characterized in that , the data packet description information further comprises: an acquisition rate for each type of signal, and a sending rate of a data packet; and the sending the data packet to the data receiving end comprises: sending the data packet to the data receiving end according to the sending rate of the data packet in the reported data packet description information based on the data reporting request.
Method of producing a coating provided with at least one colorant which accumulates at interfaces , comprising the following steps: i) Provision of a curable liquid medium which comprises at least one colorant which accumulates at interfaces , ii) Application of the curable liquid medium to a carrier , whereby the colorant which accumulates at interfaces accumulates at the interface between the curable liquid medium and the ambient atmosphere, iii) At least partial curing of the curable liquid medium on the carrier and iv) Transfer of the at least partially cured curable liquid medium from the carrier to a substrate , so that the side on which the colorant which accumulates at interfaces has accumulated on the carrier rests on the substrate . i) Provision of a curable liquid medium which comprises at least one colorant which accumulates at interfaces , ii) Application of the curable liquid medium to a carrier , whereby the colorant which accumulates at interfaces accumulates at the interface between the curable liquid medium and the ambient atmosphere, iii) At least partial curing of the curable liquid medium on the carrier and iv) Transfer of the at least partially cured curable liquid medium from the carrier to a substrate , so that the side on which the colorant which accumulates at interfaces has accumulated on the carrier rests on the substrate .