mhurhangee/patent-ind-claim-en huggingface dataset:
A sanitary washing apparatus to be mountable on a toilet bowl having an upper surface on a back side of which are formed a pair of first through-holes , the sanitary washing apparatus comprising: a base plate that has a pair of mounting holes that corresponds to the pair of first through-holes of the toilet bowl and mountable thereon by inserting fastening members mounted on the pair of mounting holes through the pair of first through-holes of the toilet bowl ; and a body part that incorporates a functional component that includes a washing nozzle , to be mounted on the toilet bowl via the base plate , wherein the sanitary washing apparatus further comprises: a water supply hose and an electrical power supply cord that are connected to the body part such that they are able to pass through a second through-hole of the toilet bowl without passing through the base plate to be drawn from a back side of the toilet bowl , the second through-holes being formed on the back side of the upper surface of the toilet bowl and arranged around the pair of first through-holes ; wherein the base plate further comprises: a mounting part for mounting the body part on the base plate , the mounting part being formed only between the pair of mounting holes on the base plate . a base plate that has a pair of mounting holes that corresponds to the pair of first through-holes of the toilet bowl and mountable thereon by inserting fastening members mounted on the pair of mounting holes through the pair of first through-holes of the toilet bowl ; and a body part that incorporates a functional component that includes a washing nozzle , to be mounted on the toilet bowl via the base plate , wherein the sanitary washing apparatus further comprises: a water supply hose and an electrical power supply cord that are connected to the body part such that they are able to pass through a second through-hole of the toilet bowl without passing through the base plate to be drawn from a back side of the toilet bowl , the second through-holes being formed on the back side of the upper surface of the toilet bowl and arranged around the pair of first through-holes ; wherein the base plate further comprises: a mounting part for mounting the body part on the base plate , the mounting part being formed only between the pair of mounting holes on the base plate . a water supply hose and an electrical power supply cord that are connected to the body part such that they are able to pass through a second through-hole of the toilet bowl without passing through the base plate to be drawn from a back side of the toilet bowl , the second through-holes being formed on the back side of the upper surface of the toilet bowl and arranged around the pair of first through-holes ; wherein the base plate further comprises: a mounting part for mounting the body part on the base plate , the mounting part being formed only between the pair of mounting holes on the base plate .
Connector for connecting cellular electrical elements of a battery unit, comprising a cover-like carrier element and a covering element , a plurality of contact elements , each for electrically interconnecting two cellular electrical elements of the battery unit, being arranged in the carrier element , a plurality of connector elements being provided in the edge region of the carrier element , and a plurality of film conductors for contacting the contact elements with the connector elements being arranged in the carrier element, the carrier element having weld openings for welding the contact elements to respective contact locations of a cellular electrical element, wherein at least one contact element has a tongue which spatially overlaps with the plurality of film conductors, characterized in the covering element being constructed in such a manner that the weld openings of the carrier element can be covered therewith, and in that the tongue extends between two adjacent weld openings of the carrier element .
Flat-folding pushchair which is moveable between an unfolded position and a folded position, comprising: - a structure comprising two handle uprights , at least one front leg , at least one rear leg , seat supports , a backrest , and hinges (31-35, 41-47) for folding the pushchair flat; - a textile base ; - tensioners for tensioning a front part of the textile base and each connecting an upper end of a handle upright to a structural element situated at the front of the pushchair; - a protective cover with at least one main bow ; said pushchair being characterized in that - the protective cover also comprises fixing elements allowing each side of the main bow to be fixed to at least one fixing point of each of the tensioners or to at least one fixing point of the front part of the textile base ; - in the unfolded position, the backrest is positioned to hold a child at least in a lying position facing the rear of the pushchair, said backrest being also held against the seat supports thanks to a fixing system ; - in the unfolded position, the tensioners are tensioned and allow deployment of the front part of the textile base and the protective cover ; - on folding, the forward swivelling of the handle uprights loosens the tensioners , causing the folding of the front part of the textile base and the protective cover . - a structure comprising two handle uprights , at least one front leg , at least one rear leg , seat supports , a backrest , and hinges (31-35, 41-47) for folding the pushchair flat; - a textile base ; - tensioners for tensioning a front part of the textile base and each connecting an upper end of a handle upright to a structural element situated at the front of the pushchair; - a protective cover with at least one main bow ; - the protective cover also comprises fixing elements allowing each side of the main bow to be fixed to at least one fixing point of each of the tensioners or to at least one fixing point of the front part of the textile base ; - in the unfolded position, the backrest is positioned to hold a child at least in a lying position facing the rear of the pushchair, said backrest being also held against the seat supports thanks to a fixing system ; - in the unfolded position, the tensioners are tensioned and allow deployment of the front part of the textile base and the protective cover ; - on folding, the forward swivelling of the handle uprights loosens the tensioners , causing the folding of the front part of the textile base and the protective cover .
A system comprising memory and one or more microprocessors, which memory comprises instructions and which one or more microprocessors are configured to perform, according to the instructions, a process for determining the presence or absence of one or more chromosome alterations in sample nucleic acid, which process comprises: (a) characterizing mappability of a plurality of sequence read subsequences for sequence reads, wherein: there are multiple sequence read subsequences for each sequence read, the sequence read subsequences for each sequence read are of different lengths, and the sequence reads are of the sample nucleic acid; (b) identifying a subset of sequence reads for which there is a change in mappability of one or more sequence read subsequences of each sequence read; (c) comparing (i) the number of each of the sequence reads in the subset identified in (b) from the sample, to (ii) the number of each of the sequence reads in the subset identified in (b) from a reference, thereby generating a comparison; and (d) determining the presence or absence of one or more chromosome alterations for the sample according to the comparison in (c), wherein the one or more chromosome alterations comprise a chromosome translocation, a balanced chromosome translocation, a chromosome deletion, a chromosome inversion, or a heterologous insertion. (a) characterizing mappability of a plurality of sequence read subsequences for sequence reads, wherein: there are multiple sequence read subsequences for each sequence read, the sequence read subsequences for each sequence read are of different lengths, and the sequence reads are of the sample nucleic acid; there are multiple sequence read subsequences for each sequence read, the sequence read subsequences for each sequence read are of different lengths, and the sequence reads are of the sample nucleic acid; (b) identifying a subset of sequence reads for which there is a change in mappability of one or more sequence read subsequences of each sequence read; (c) comparing (i) the number of each of the sequence reads in the subset identified in (b) from the sample, to (ii) the number of each of the sequence reads in the subset identified in (b) from a reference, thereby generating a comparison; and (d) determining the presence or absence of one or more chromosome alterations for the sample according to the comparison in (c),
Machine for processing a succession of elements in the form of sheets, comprising at least one device for printing the succession of elements, comprising a platen press for depositing onto each sheet, by stamping between a static platen and a mobile platen , the coloured or metallised film coming from at least one stamping foil , as well as a heating element for bringing to a given temperature any stamping tool integral to the static platen in order that the stamping operation takes place in a hot environment within the platen press , the printing device further comprising a frame which is configured to support each stamping tool associated with the static platen , and which is mounted for moving by displacement between a use position wherein it extends opposite and in contact with the heating element in an operating position, and an extraction position wherein it is arranged outside the platen press , characterised in that the heating element is mounted for moving by displacement between an operating position wherein it is interposed between the static platen , and each stamping tool associated with said platen and a maintenance position wherein it is positioned outside the platen press , the printing device comprising: - means capable of transporting the heating element between the operating position and the maintenance position, the frame , forming said transporting means , being capable of transporting the heating element between the operating position and the maintenance position when said frame is moved between the use position and the extraction position, - fastening means capable of immobilising the heating element in an operating position, the fastening means being accessible from the face of the static platen , called outer face , which is opposite the inner face . - means capable of transporting the heating element between the operating position and the maintenance position, the frame , forming said transporting means , being capable of transporting the heating element between the operating position and the maintenance position when said frame is moved between the use position and the extraction position, - fastening means capable of immobilising the heating element in an operating position, the fastening means being accessible from the face of the static platen , called outer face , which is opposite the inner face .
A kiosk for purchasing mobile phones from users, the kiosk comprising: an inspection area configured to receive a mobile phone from a user; and a connector carrier , wherein the connector carrier includes - a support frame ; and a chassis rotatably supported by the support frame ; and a plurality of electrical connectors fixedly positioned around a periphery of the chassis , wherein the chassis is configured to rotate about a central axis to position a selected one of the electrical connectors in a first position adjacent to the inspection area , wherein the central axis is a first axis, and wherein the support frame is configured to rotate about a second axis , spaced apart from the central axis , to move the chassis toward the inspection area when the selected electrical connector is in the first position to move the selected electrical connector from the first position to a second position in which the selected electrical connector is positioned for connection to the mobile phone in the inspection area . an inspection area configured to receive a mobile phone from a user; and a connector carrier , wherein the connector carrier includes - a support frame ; and a chassis rotatably supported by the support frame ; and a plurality of electrical connectors fixedly positioned around a periphery of the chassis , wherein the chassis is configured to rotate about a central axis to position a selected one of the electrical connectors in a first position adjacent to the inspection area , wherein the central axis is a first axis, and wherein the support frame is configured to rotate about a second axis , spaced apart from the central axis , to move the chassis toward the inspection area when the selected electrical connector is in the first position to move the selected electrical connector from the first position to a second position in which the selected electrical connector is positioned for connection to the mobile phone in the inspection area . a support frame ; and a chassis rotatably supported by the support frame ; and a plurality of electrical connectors fixedly positioned around a periphery of the chassis , wherein the chassis is configured to rotate about a central axis to position a selected one of the electrical connectors in a first position adjacent to the inspection area , wherein the central axis is a first axis, and wherein the support frame is configured to rotate about a second axis , spaced apart from the central axis , to move the chassis toward the inspection area when the selected electrical connector is in the first position to move the selected electrical connector from the first position to a second position in which the selected electrical connector is positioned for connection to the mobile phone in the inspection area .
A turbine section for a gas turbine engine comprising: a tangential on board injector ("TOBI") ; a first stage rotor blade in fluid communication with the TOBI ; and a first cavity (C1) located between a first disk and a second disk , wherein the first cavity (C1) is in fluid communication with the TOBI ; and further comprising a segmented seal in contact with the first disk and the second disk , the segmented seal comprising: a first radial span ; a second radial span ; a first axial span that extends between the first radial span and the second radial span ; a second axial span that extends between the first radial span and the second radial span , wherein the first radial span , the second radial span , the first axial span , and the second axial span form a torque box ; and an axial seal span with a plurality of knife edges configured to engage an abradable annular seal . a tangential on board injector ("TOBI") ; a first stage rotor blade in fluid communication with the TOBI ; and a first cavity (C1) located between a first disk and a second disk , wherein the first cavity (C1) is in fluid communication with the TOBI ; and further comprising a segmented seal in contact with the first disk and the second disk , the segmented seal comprising: a first radial span ; a second radial span ; a first axial span that extends between the first radial span and the second radial span ; a second axial span that extends between the first radial span and the second radial span , wherein the first radial span , the second radial span , the first axial span , and the second axial span form a torque box ; and an axial seal span with a plurality of knife edges configured to engage an abradable annular seal . a first radial span ; a second radial span ; a first axial span that extends between the first radial span and the second radial span ; a second axial span that extends between the first radial span and the second radial span , wherein the first radial span , the second radial span , the first axial span , and the second axial span form a torque box ; and an axial seal span with a plurality of knife edges configured to engage an abradable annular seal .
A system comprising: a flight control surface ; an actuator configured to control motion of the flight control surface ; and a brake configured to engage at least a portion of the flight control surface in response to the flight control surface disengaging from the actuator , wherein the brake is configured to arrest unrestrained motion of the flight control surface when the brake engages the at least a portion of the flight control surface . a flight control surface ; an actuator configured to control motion of the flight control surface ; and a brake configured to engage at least a portion of the flight control surface in response to the flight control surface disengaging from the actuator , wherein the brake is configured to arrest unrestrained motion of the flight control surface when the brake engages the at least a portion of the flight control surface .
A dual check valve , comprising: an axially extending body , comprising: an upper housing defining an inlet port of the check valve , and including a first valve seat ; an intermediate housing coupled to the upper housing to define a first cavity , and including a second valve seat ; a lower housing defining an outlet port of the check valve , and coupled to the intermediate housing to define a second cavity , wherein the inlet port and the outlet port are axially aligned along a central longitudinal axis (X1) of the body ; a first disk mounted in the first cavity and configured to selectively contact the first valve seat ; and a second disk mounted in the second cavity and configured to selectively contact the second valve seat , wherein when the dual check valve is in an open state, the first disk deflects away from the first valve seat to create a first gap (G1) between an upper surface of the first disk and the first valve seat , and the second disk deflects away from the second valve seat to create a second gap (G2) between an upper surface of the second disk and the second valve seat , the first gap (G1) being smaller than the second gap (G2). an axially extending body , comprising: an upper housing defining an inlet port of the check valve , and including a first valve seat ; an intermediate housing coupled to the upper housing to define a first cavity , and including a second valve seat ; a lower housing defining an outlet port of the check valve , and coupled to the intermediate housing to define a second cavity , wherein the inlet port and the outlet port are axially aligned along a central longitudinal axis (X1) of the body ; an upper housing defining an inlet port of the check valve , and including a first valve seat ; an intermediate housing coupled to the upper housing to define a first cavity , and including a second valve seat ; a lower housing defining an outlet port of the check valve , and coupled to the intermediate housing to define a second cavity , wherein the inlet port and the outlet port are axially aligned along a central longitudinal axis (X1) of the body ; a first disk mounted in the first cavity and configured to selectively contact the first valve seat ; and a second disk mounted in the second cavity and configured to selectively contact the second valve seat , wherein when the dual check valve is in an open state, the first disk deflects away from the first valve seat to create a first gap (G1) between an upper surface of the first disk and the first valve seat , and the second disk deflects away from the second valve seat to create a second gap (G2) between an upper surface of the second disk and the second valve seat , the first gap (G1) being smaller than the second gap (G2).
A method for creating a renal injury model, wherein the renal injury model is an animal model to study renal injury, wherein the method comprises the following steps: a) inducing, in a non-human test subject, renal injury by administering subcutaneously and/or intravenously a bolus of a renal injury inducer, in a dosage sufficiently high to induce renal injury, b) determining at least the albumin creatinine ratio (ACR) in a urine sample taken from the non-human test subject, and c) determining from the ACR determined in step b) the degree of renal injury that has been induced in the non-human test subject, wherein the renal injury inducer is selected from the group consisting of Angiotensin II, Vasopressin, Sema3a and heparanase. wherein the renal injury model is an animal model to study renal injury, wherein the method comprises the following steps: a) inducing, in a non-human test subject, renal injury by administering subcutaneously and/or intravenously a bolus of a renal injury inducer, in a dosage sufficiently high to induce renal injury, b) determining at least the albumin creatinine ratio (ACR) in a urine sample taken from the non-human test subject, and c) determining from the ACR determined in step b) the degree of renal injury that has been induced in the non-human test subject, a) inducing, in a non-human test subject, renal injury by administering subcutaneously and/or intravenously a bolus of a renal injury inducer, in a dosage sufficiently high to induce renal injury, b) determining at least the albumin creatinine ratio (ACR) in a urine sample taken from the non-human test subject, and c) determining from the ACR determined in step b) the degree of renal injury that has been induced in the non-human test subject, wherein the renal injury inducer is selected from the group consisting of Angiotensin II, Vasopressin, Sema3a and heparanase.
Light signaler comprising a support body , a light source associated with the support body , and provided with a plurality of LEDs , a deflector attached to the support body , and provided with a shaped deflection surface facing, during use, toward the light source in order to deflect the light beam emitted by the LEDs , a closing body made of a transparent material, having a tubular shape, attached to the support body and to the deflector and defining with the latter two a closed chamber , insulated from the external environment, in which said light source is positioned; wherein the support body is provided with a coupling part configured to couple with a respective coupling portion of the deflector , characterized in that the deflector is attached to the support body by means of attachment elements which anchor to the coupling part of the support body , and in that the attachment elements are configured to close the closing body pack-wise between the deflector and the support body , in order to confer explosion proof properties on the assembly, and in that the coupling part of the support body is provided in a central zone of a support surface on which the light source is positioned, the LEDs being disposed on said support surface around the coupling part .
Device for driving at least one mover on a drive surface , the mover comprising at least one second magnetic field generator , the drive surface having a number of plate-shaped sectors , the sectors having magnetic field generators , the sectors being connected to a control unit , the control unit being designed to generate magnetic fields by way of corresponding control of a power supply of the magnetic field generators of the sectors in such a way that the mover is movable in at least one direction over the drive surface , the control unit being designed to carry out path planning for the mover from a starting point to a target point and the control unit being designed to activate the magnetic field generators of the sectors with current in such a way that the mover can be moved over the drive surface along the determined path , characterized in that the control unit is designed to use at least one graph with nodes and edges for the path planning, the graph having a greater density of edges and/or a greater density of nodes and/or a smaller average length of the edges in a predetermined surrounding area around the position of the mover than outside the surrounding area .