mhurhangee/patent-ind-claim-en huggingface dataset:
A collapsible child support apparatus comprising a frame supporting a seat for the child, the frame and the seat having an open condition for seating a child in the seat and a collapsed condition, the frame comprising left and right frame assemblies (L, R), each frame assembly comprising a front member , a rear member and a handle member pivotally mounted together by a hinge member to allow pivotal movement of the frame members between open and collapsed conditions, the seat comprising a seat base supported by the front frame members , a seat back supported by the handle members and a seat pivot to allow the seat back and seat base to pivot between open and closed conditions, wherein each frame assembly comprises a strut of fixed length which is connected between the seat pivot and the handle member , characterised in that the seat back is supported by said handle members by being suspended from the handle members by flexible material with the length of the flexible material between connection points on the handle members and the seat back being selectively variable to allow the seat back to pivot to any one of a plurality of reclined positions relative to the seat base in the open condition and in that the strut resists movement of the seat pivot relative to the frame in the open condition to resist seat inversion.
Use of the cpcR regulator gene of the sequence SEQ ID NO: 1 for reducing the sporulation of a recombinant strain of Bacillus thuringiensis.
Apparatus for supplying build material to a three-dimensional printing system, comprising: a build material supply module ; a build material delivery system to deliver build material to the build material supply module; a distribution mechanism to distribute build material within the supply module; and a rotatable vane to move a portion of build material from the build material supply module to a feed position, the vane comprising a build material support section and a build material return section , the vane arranged such that as the build material support section is moved to the feed position, excess build material slides down the build material return section and returns to the build material supply module, thereby leaving a predeterminable quantity of build material on the build material support section. a build material supply module ; a build material delivery system to deliver build material to the build material supply module; a distribution mechanism to distribute build material within the supply module; and a rotatable vane to move a portion of build material from the build material supply module to a feed position, the vane comprising a build material support section and a build material return section , the vane arranged such that as the build material support section is moved to the feed position, excess build material slides down the build material return section and returns to the build material supply module, thereby leaving a predeterminable quantity of build material on the build material support section.
A high side heat exchanger , comprising: a frame ; one or more refrigerant tubes extending through the frame , wherein: each refrigerant tube of the one or more refrigerant tubes comprises at least one cavity configured to allow a refrigerant to flow through the refrigerant tube; and the high side heat exchanger is configured to remove heat from the refrigerant as the refrigerant flows through the one or more refrigerant tubes ; one or more heat pipes contacting the frame , wherein: the one or more heat pipes , collectively, bear at least 25% of the weight of the one or more refrigerant tubes ; each heat pipe of the one or more heat pipes is coupled directly to the frame ; and each heat pipe of the one or more heat pipes is configured to transfer heat from a refrigerant tube of the one or more refrigerant tubes to the frame as the refrigerant flows through the one or more refrigerant tubes . a frame ; one or more refrigerant tubes extending through the frame , wherein: each refrigerant tube of the one or more refrigerant tubes comprises at least one cavity configured to allow a refrigerant to flow through the refrigerant tube; and the high side heat exchanger is configured to remove heat from the refrigerant as the refrigerant flows through the one or more refrigerant tubes ; each refrigerant tube of the one or more refrigerant tubes comprises at least one cavity configured to allow a refrigerant to flow through the refrigerant tube; and the high side heat exchanger is configured to remove heat from the refrigerant as the refrigerant flows through the one or more refrigerant tubes ; one or more heat pipes contacting the frame , wherein: the one or more heat pipes , collectively, bear at least 25% of the weight of the one or more refrigerant tubes ; each heat pipe of the one or more heat pipes is coupled directly to the frame ; and each heat pipe of the one or more heat pipes is configured to transfer heat from a refrigerant tube of the one or more refrigerant tubes to the frame as the refrigerant flows through the one or more refrigerant tubes . the one or more heat pipes , collectively, bear at least 25% of the weight of the one or more refrigerant tubes ; each heat pipe of the one or more heat pipes is coupled directly to the frame ; and each heat pipe of the one or more heat pipes is configured to transfer heat from a refrigerant tube of the one or more refrigerant tubes to the frame as the refrigerant flows through the one or more refrigerant tubes .
A sensor support that is removably positionable near a surface of a tire, the sensor support comprising: a flexible substrate , rotatably supported by a base , defining a longitudinal direction, the flexible substrate bendable along the longitudinal direction between a first position and a second position; the flexible substrate defining a lateral direction that is perpendicular to the longitudinal direction; a biasing member attached to the substrate and configured for urging the substrate towards the first position; and at least one flexibly supported sensor attached to the flexible substrate, the sensor configured for detecting damage at or below the surface of the tire, wherein the flexible substrate comprises a plurality of interlocking members connected together along the longitudinal direction and rotatable relative to each other. a flexible substrate , rotatably supported by a base , defining a longitudinal direction, the flexible substrate bendable along the longitudinal direction between a first position and a second position; the flexible substrate defining a lateral direction that is perpendicular to the longitudinal direction; a biasing member attached to the substrate and configured for urging the substrate towards the first position; and at least one flexibly supported sensor attached to the flexible substrate, the sensor configured for detecting damage at or below the surface of the tire, wherein the flexible substrate comprises a plurality of interlocking members connected together along the longitudinal direction and rotatable relative to each other.
A crushing and flotation device, intended especially for mineral raw materials, containing an electromagnetic mill with vertical working chamber, which is fed with air from the bottom characterized in that the electromagnetic mill has an integrated flotation cell installed in its top part so that an outlet collector of the electromagnetic mill is passed coaxially through the flotation cell bottom that is fitted with an outflow nozzle with a controlled adjustment valve , wherein an overflow step of the flotation cell chamber is coaxially fitted within an overflow tank that is equipped with an overflow nozzle , and the slurry is supplied from the bottom part of the electromagnetic mill via a supply stub pipe connected with a oump , wherein the controlled adjustment valve and the pump are connected using signal cables or by wireless methods with 1 a control unit, which is in turn connected via signal cable or wireless to a draff level sensor.
A flash memory system , comprising: a first array of flash memory cells, the first array comprising a selected flash memory cell; a second array of flash memory cells; a third array of flash memory cells, the third array comprising a reference memory cell; a fourth array of flash memory cells; a sense amplifier configured to be coupled during operation to the selected flash memory cell and to a programmable number of flash memory bit lines in the second array through a programmable number of multiplexors ; a reference sense amplifier configured to be coupled during operation to the reference memory cell and to a programmable number of flash memory bit lines in the fourth array through a programmable number of multiplexors ; and a flip-flop configured to receive a signal (SOUT) from the sense amplifier and a signal (ROUT) from the reference sense amplifier and generate an output indicating a value stored in the selected flash memory cell. a first array of flash memory cells, the first array comprising a selected flash memory cell; a second array of flash memory cells; a third array of flash memory cells, the third array comprising a reference memory cell; a fourth array of flash memory cells; a sense amplifier configured to be coupled during operation to the selected flash memory cell and to a programmable number of flash memory bit lines in the second array through a programmable number of multiplexors ; a reference sense amplifier configured to be coupled during operation to the reference memory cell and to a programmable number of flash memory bit lines in the fourth array through a programmable number of multiplexors ; and a flip-flop configured to receive a signal (SOUT) from the sense amplifier and a signal (ROUT) from the reference sense amplifier and generate an output indicating a value stored in the selected flash memory cell.
Apparatus comprising: a catheter configured to be placed inside a blood vessel of a subject; a blood pump disposed on the catheter ; and an occlusion element disposed on the catheter , and configured to partially occlude the subject's blood vessel, longitudinal centers of the blood pump and the occlusion element being separated from one another by a distance of at least 3 cm, the distance being measured along a longitudinal axis of the catheter , characterized in that : the blood pump and the occlusion element are configured to generate a region within the blood vessel that is of lower blood pressure than elsewhere within the blood vessel by the blood pump pumping away from a region of the blood vessel between the blood pump and the occlusion element in a downstream direction. a catheter configured to be placed inside a blood vessel of a subject; a blood pump disposed on the catheter ; and an occlusion element disposed on the catheter , and configured to partially occlude the subject's blood vessel, longitudinal centers of the blood pump and the occlusion element being separated from one another by a distance of at least 3 cm, the distance being measured along a longitudinal axis of the catheter , characterized in that : the blood pump and the occlusion element are configured to generate a region within the blood vessel that is of lower blood pressure than elsewhere within the blood vessel by the blood pump pumping away from a region of the blood vessel between the blood pump and the occlusion element in a downstream direction.
A dishwasher having - a washing chamber - a door comprising a detergent dispenser , and - a wash arm arrangement with a rotatable first wash arm arranged within said washing chamber , characterized in that said wash arm arrangement further comprises - a second wash arm , which is rotatably attached to said rotatable first wash arm , and which comprises - a spray nozzle arranged to expel washing liquid, said spray nozzle moving along a circular path with a radius (r) in a plane (p) during a rotation cycle of said second wash arm , and being oriented on the second wash arm along a direction (d) that forms a first angle (α) with the radius (r) in said plane (p) and a second angle (β) with said plane (p), so that the washing liquid expelled from the spray nozzle intersects the detergent dispenser during at least a portion of said rotation cycle of the second wash arm . - a washing chamber - a door comprising a detergent dispenser , and - a wash arm arrangement with a rotatable first wash arm arranged within said washing chamber , - a second wash arm , which is rotatably attached to said rotatable first wash arm , and which comprises - a spray nozzle arranged to expel washing liquid, said spray nozzle moving along a circular path with a radius (r) in a plane (p) during a rotation cycle of said second wash arm , and being oriented on the second wash arm along a direction (d) that forms a first angle (α) with the radius (r) in said plane (p) and a second angle (β) with said plane (p), so that the washing liquid expelled from the spray nozzle intersects the detergent dispenser during at least a portion of said rotation cycle of the second wash arm .
Method for manufacturing of a concrete element, in which method during the manufacturing of a concrete element, the concrete element is supported on a rack , and the rack is moved with a transfer car , which transfer car is equipped with a frame structure forming part of the transfer car , which frame structure includes two essentially parallel frames , which extend on both side of the rack , characterized in that after the manufacturing the concrete element is supported on the same rack during the storing and transporting of the concrete element , and each frame is equipped with a lifting-wheel unit , which is arranged essentially in the centre of said frames longitudinally.
Tibial component of an artificial knee joint, comprising a support plate on which an anchoring keel for anchoring in the tibia of the wearer of the knee joint is arranged, wherein the anchoring keel having a first wall section and a second wall section which are connected to one another, wherein both wall sections having a convex outer shape in an anterior-posterior view at least over a predetermined circumferential section, characterized in that the two wall sections have a substantially semicircular or semi-elliptical shape in the anterior-posterior view, wherein the anchoring keel being arranged on the support plate centered on the support plate with respect to the lateral-medial direction and centered with respect to the anterior-posterior direction relative to the center of the support plate .
An end welding mold for providing end welding in all moving or fixed glass profiles of vehicles or dynamic seals like door seals via injection method by using material paste transferred by a hot runner system or a cold runner system characterized in comprising; at least one mold core which is changeable depending on different end welding references; and through which the profile is passed for geometric shaping of the paste which is transferred by the said hot runner system or the cold runner system ; wherein the said end welding mold comprises a top plate to establish contact between the upper portion of the said mold core and the press and the hot runner system or the cold runner system .
A computer method for providing security for intermediate programming code for execution by a virtual machine, this method being characterized in that it comprises the following steps: - receiving a plurality of bytecode instructions of said intermediate programming code; - converting said plurality of bytecode instructions, said conversion comprising a step of inserting at least one bytecode instruction relative to a function for execution checking of at least one bytecode instruction of said plurality of bytecode instructions, independently of the bytecode instructions of the initial set; and, - generating bytecode, the generated bytecode comprising said plurality of converted bytecode instructions. - receiving a plurality of bytecode instructions of said intermediate programming code; - converting said plurality of bytecode instructions, said conversion comprising a step of inserting at least one bytecode instruction relative to a function for execution checking of at least one bytecode instruction of said plurality of bytecode instructions, independently of the bytecode instructions of the initial set; and, - generating bytecode, the generated bytecode comprising said plurality of converted bytecode instructions.
A dual vector system comprising: (a) a gene editing AAV vector comprising a Cas9 gene under control of regulatory sequences which direct expression of the Cas9 in a target cell comprising a targeted gene which has one or more mutations resulting in a disorder; (b) a targeting AAV vector comprising one or more sgRNA and a donor template, wherein the one or more sgRNA individually comprise at least 20 nucleotides which specifically bind to a selected site in the targeted genes and which selected site is 5' to a protospacer-adjacent motif (PAM) which is specifically recognized by the Cas9, and wherein the donor template comprises nucleic acid sequences which replaces at least one of the mutations in the targeted gene; wherein the ratio of the gene editing AAV vector (a) to the targeting AAV vector (b) is such that the targeting AAV vector (b) is in excess of the gene editing AAV vector (a), as determined based on vector genome copies of (a) and (b), and wherein the target cells are hepatocytes or liver cells. (a) a gene editing AAV vector comprising a Cas9 gene under control of regulatory sequences which direct expression of the Cas9 in a target cell comprising a targeted gene which has one or more mutations resulting in a disorder; (b) a targeting AAV vector comprising one or more sgRNA and a donor template, wherein the one or more sgRNA individually comprise at least 20 nucleotides which specifically bind to a selected site in the targeted genes and which selected site is 5' to a protospacer-adjacent motif (PAM) which is specifically recognized by the Cas9, and wherein the donor template comprises nucleic acid sequences which replaces at least one of the mutations in the targeted gene;
A chip module, comprising a module carrier with a first side and a second side, and electrically insulating material between the first and second sides, wherein a chip is arranged on the first side and an arrangement of one or several electroconductive contact fields (101, 102, ..., 108) with which the chip is at least partially interconnected is formed on the second side, on the first side of the module carrier one or several electroconductive elements are provided which are interconnected with the chip to form an electrical circuit, the chip comprises a means for monitoring the electrical circuit, wherein the means detects a deviation of the electrical circuit from a normal state during operation of the chip module and wherein the means for monitoring the electrical circuit comprises a measuring device for measuring one or several electrical properties of the electrical circuit, wherein the measuring device detects a deviation of the measured property or properties from one or several predetermined values characterized in that the electroconductive element is configured as a coil or capacitor (C), wherein the electroconductive element is applied as an electroconductive layer to the first side of the module carrier , wherein the electroconductive element is configured as an electroconductive area on the first side of the module carrier opposite a ground-potential contact field on the second side of the module carrier , so that a capacitor (C) is formed in the electrical circuit by the ground-potential contact field , the electroconductive area and the interposed insulating material of the module carrier .
A knitted component , comprising: a base portion formed with a plurality of courses extending generally in a course-wise direction of the knitted component ; and a tubular knit structure forming a raised structure located on a first side of the base portion ; wherein the raised structure includes a plurality of uninterrupted consecutive loops of a first course , wherein the first course of the raised structure is angled at least 5 degrees relative to the course-wise direction of the base courses at a location immediately adjacent to the tubular knit structure, and wherein the knitted component further comprises a margin extending along a longitudinal edge of the raised structure , characterised in that the margin is formed with a yarn having a tenacity greater than about 44.15 cN/tex (5g/D). a base portion formed with a plurality of courses extending generally in a course-wise direction of the knitted component ; and a tubular knit structure forming a raised structure located on a first side of the base portion ; wherein the raised structure includes a plurality of uninterrupted consecutive loops of a first course , wherein the first course of the raised structure is angled at least 5 degrees relative to the course-wise direction of the base courses at a location immediately adjacent to the tubular knit structure, and wherein the knitted component further comprises a margin extending along a longitudinal edge of the raised structure , characterised in that the margin is formed with a yarn having a tenacity greater than about 44.15 cN/tex (5g/D).
A humanized monoclonal IgG antibody which comprises a combination of a V HH -domain derived from an animal from the Camelidae family and a light chain variable domain V L , wherein said antibody specifically binds to human IL-17A and comprises: a) a heavy chain variable domain (VHH) comprising 3 hypervariable regions HCDR1, HCDR2 and HCDR3, wherein: HCDR1 comprises the amino acid sequence of G-T-F-A-T-S-P-M-G (SEQ ID NO: 4); HCDR2 comprises the amino acid sequence of A-I-S-P-S-G-G-D-R-I-Y-A-D-S-V-K-G (SEQ ID NO: 5); and HCDR3 comprises the amino acid sequence of C-A-V-R-R-R-F-D-G-T-S-Y-Y-T-G-D-Y-D-S (SEQ ID NO: 6); and b) a variable domain of the light chain (V L ) of a human antibody or a variable domain of the light chain of a humanized antibody. a) a heavy chain variable domain (VHH) comprising 3 hypervariable regions HCDR1, HCDR2 and HCDR3, wherein: HCDR1 comprises the amino acid sequence of G-T-F-A-T-S-P-M-G (SEQ ID NO: 4); HCDR2 comprises the amino acid sequence of A-I-S-P-S-G-G-D-R-I-Y-A-D-S-V-K-G (SEQ ID NO: 5); and HCDR3 comprises the amino acid sequence of C-A-V-R-R-R-F-D-G-T-S-Y-Y-T-G-D-Y-D-S (SEQ ID NO: 6); and HCDR1 comprises the amino acid sequence of G-T-F-A-T-S-P-M-G (SEQ ID NO: 4); HCDR2 comprises the amino acid sequence of A-I-S-P-S-G-G-D-R-I-Y-A-D-S-V-K-G (SEQ ID NO: 5); and HCDR3 comprises the amino acid sequence of C-A-V-R-R-R-F-D-G-T-S-Y-Y-T-G-D-Y-D-S (SEQ ID NO: 6); and b) a variable domain of the light chain (V L ) of a human antibody or a variable domain of the light chain of a humanized antibody.
Method for assisting a coupling operation to be carried out at a three-point powerlift of an agricultural tractor, in which the three-point powerlift has right and left lower links at which tractor-side coupling points for attaching an implement interface of an implement are provided, which coupling points can be adjusted with respect to a spreading extent (d), a lateral offset (s) and/or a height position (h) by means of an actuator arrangement , wherein, in a starting position taken up by the agricultural tractor , a control unit is used to determine, by image capture and analysis by means of an imaging device , a spatial actual position of implement-side coupling points of the implement interface relative to the tractor-side coupling points , wherein the agricultural tractor is brought along a predetermined trajectory into an end position provided for the attachment of the implement , characterized in that the actuator arrangement is activated by the control unit in accordance with the course of the predetermined trajectory in such a manner that the tractor-side coupling points take up a spatial desired position provided for attaching the implement-side coupling points .