mhurhangee/patent-ind-claim-en huggingface dataset:
Method for storing temporary data in a memory of a RFID tag associated with a consumable of a laboratory instrument for processing a reagent or biological sample, the method comprising - providing the RFID tag associated with the consumable , wherein the RFID tag comprises a memory , wherein the memory comprises a user memory , which is configured to store user data, and a system memory , which is configured to store system data, wherein the system memory comprises unique identifier, and - the laboratory instrument writing the temporary data, wherein the temporary data are associated with a process to be carried out by the laboratory instrument , characterized in that the laboratory instrument writes the temporary data into the system memory , wherein by using only a single command the unique identifier as well as the stored temporary data are transmittable from the RFID tag to an RFID reader. - providing the RFID tag associated with the consumable , wherein the RFID tag comprises a memory , wherein the memory comprises a user memory , which is configured to store user data, and a system memory , which is configured to store system data, wherein the system memory comprises unique identifier, and - the laboratory instrument writing the temporary data, wherein the temporary data are associated with a process to be carried out by the laboratory instrument ,
A mobility device comprising: an actuator assembly including a rotating driving member ; a driven component that is driven by the rotating driving member ; and a magnetic coupling system comprising a first magnetic coupling on the actuator assembly that magnetically couples to a second magnetic coupling on the driven component , the magnetic coupling system including a plurality of magnetic elements located as part of one or both of the first and second magnetic couplings; wherein the first magnetic coupling has a first mating surface and the second magnetic coupling has a second mating surface that join when the magnetic coupling system is in a coupled position, characterized in that the first mating surface and the second mating surface are opposing tapered mating surfaces, and the tapered mating surface of the first mating surface is stepped with a plurality of ridges and the tapered mating surface of the second mating surface is stepped with a plurality of opposing ridges relative to the first mating surface , and the mating surfaces form a mechanical interface that results in a secure coupling that precludes any sliding movement of the driven component relative to the actuator assembly . an actuator assembly including a rotating driving member ; a driven component that is driven by the rotating driving member ; and a magnetic coupling system comprising a first magnetic coupling on the actuator assembly that magnetically couples to a second magnetic coupling on the driven component , the magnetic coupling system including a plurality of magnetic elements located as part of one or both of the first and second magnetic couplings; wherein the first magnetic coupling has a first mating surface and the second magnetic coupling has a second mating surface that join when the magnetic coupling system is in a coupled position, characterized in that the first mating surface and the second mating surface are opposing tapered mating surfaces, and the tapered mating surface of the first mating surface is stepped with a plurality of ridges and the tapered mating surface of the second mating surface is stepped with a plurality of opposing ridges relative to the first mating surface , and the mating surfaces form a mechanical interface that results in a secure coupling that precludes any sliding movement of the driven component relative to the actuator assembly .
A downhole device for being moved downwards in a well by fluid to assist stimulation of a production zone of the well, the well comprising a well tubular structure having a first opening and a first movable sleeve arranged opposite the first opening, the well tubular structure having an inner diameter (ID), the downhole device having an axial extension and comprising: - a first part comprising: - two projection elements having a profile matching grooves in the sleeve, and - a second part comprising: - a body , - two anchor elements projectable from the body for anchoring the second part in the well tubular structure, and - a sealing element configured to seal against the well tubular structure, wherein the downhole device further comprises a displacement mechanism comprising a piston movable within a piston cylinder to displace, in the axial extension, the first part in relation to the second part when anchored in the well tubular structure to operate the sleeve. - a first part comprising: - two projection elements having a profile matching grooves in the sleeve, and - two projection elements having a profile matching grooves in the sleeve, and - a second part comprising: - a body , - two anchor elements projectable from the body for anchoring the second part in the well tubular structure, and - a sealing element configured to seal against the well tubular structure, wherein the downhole device further comprises a displacement mechanism comprising a piston movable within a piston cylinder to displace, in the axial extension, the first part in relation to the second part when anchored in the well tubular structure to operate the sleeve. - a body , - two anchor elements projectable from the body for anchoring the second part in the well tubular structure, and - a sealing element configured to seal against the well tubular structure,
A system for transmitting commands and a video stream between a remote-controlled craft such as a drone and a ground station , characterized in that it comprises a bidirectional link between craft and ground station, at least partly implementing a cellular communication network , said bidirectional link being ensured by means of a cellular modem on the craft side and conveying, on the one hand, a compressed video stream generated by a camera and a video encoding module , and, on the other hand, information belonging to a group comprising movement control commands and flight data or piloting characteristics of the remote-controlled craft , the system further comprising means for managing the bidirectional link capable of ensuring that said link is maintained while taking account of the variability of topology and of performance levels of the link induced by the implementation of the cellular communication network.
A sprocket comprising: mounting holes arranged at equal intervals in a circumferential direction; a plurality of sprocket teeth provided on an outer periphery; first openings each having a substantially triangular shape two corners of which respectively face the mounting holes and a remaining one corner of which is located toward the outer periphery; and second openings each having a substantially triangular shape one corner of which faces the mounting hole and remaining two corners of which are located toward the outer periphery, the first and second openings defining therebetween first crossbars where a driving force and a load reaction force act toward each other and second crossbars where a driving force and a load reaction force act away from each other, characterized in that a first reference line (Lr1) passes through a center of one of the mounting holes and is parallel to a centerline (Lc1) of a minimum-width site of each first crossbar , in that a second reference line (Lr2) passes through a center of one of the mounting holes and is parallel to a centerline (Lc2) of a minimum-width site of each second crossbar , and in that an intersection point of the first reference line (Lr1) with the second reference line (Lr2) is positioned in a vicinity of an addendum circle of the sprocket teeth . mounting holes arranged at equal intervals in a circumferential direction; a plurality of sprocket teeth provided on an outer periphery; first openings each having a substantially triangular shape two corners of which respectively face the mounting holes and a remaining one corner of which is located toward the outer periphery; and second openings each having a substantially triangular shape one corner of which faces the mounting hole and remaining two corners of which are located toward the outer periphery, the first and second openings defining therebetween first crossbars where a driving force and a load reaction force act toward each other and second crossbars where a driving force and a load reaction force act away from each other, characterized in that a first reference line (Lr1) passes through a center of one of the mounting holes and is parallel to a centerline (Lc1) of a minimum-width site of each first crossbar , in that a second reference line (Lr2) passes through a center of one of the mounting holes and is parallel to a centerline (Lc2) of a minimum-width site of each second crossbar , and in that an intersection point of the first reference line (Lr1) with the second reference line (Lr2) is positioned in a vicinity of an addendum circle of the sprocket teeth .
A process for making hydrogen from a syngas produced from carbon-matrix waste gasification, without any emission of nitrogen and sulphur, comprising the following steps: - a gasification step of carbon-matrix waste to produce syngas; - a pretreatment step to remove from the raw syngas particulate and the bulk of metals, chlorine and NH 3 compounds - a conversion step where HCN, CO and COS present in the pretreated syngas are converted into N 2 , CO 2 and H 2 S in presence of H 2 S; - a removal step where H 2 S is removed from syngas and then transformed in elementary S; - a purification step where CO 2 is removed via a cryogenic unit or amine step, and pure hydrogen is produced by a PSA unit, - wherein the carbon matrix waste is selected from municipal waste, a derived waste fuel as RDF and industrial waste and wherein the waste composition is such to maintain a H 2 S concentration in the syngas high enough to carry a sour CO shift and - wherein the H 2 S level into the syngas is controlled by eventually adding waste containing S into the gasification reactor. - a gasification step of carbon-matrix waste to produce syngas; - a pretreatment step to remove from the raw syngas particulate and the bulk of metals, chlorine and NH 3 compounds - a conversion step where HCN, CO and COS present in the pretreated syngas are converted into N 2 , CO 2 and H 2 S in presence of H 2 S; - a removal step where H 2 S is removed from syngas and then transformed in elementary S; - a purification step where CO 2 is removed via a cryogenic unit or amine step, and pure hydrogen is produced by a PSA unit, - wherein the carbon matrix waste is selected from municipal waste, a derived waste fuel as RDF and industrial waste and wherein the waste composition is such to maintain a H 2 S concentration in the syngas high enough to carry a sour CO shift and - wherein the H 2 S level into the syngas is controlled by eventually adding waste containing S into the gasification reactor.
A polypeptide encoding a chimeric antigen receptor (CAR) comprising at least one extracellular binding domain that comprises a scFv formed by at least a VH chain and a VL chain specific to an antigen, wherein said extracellular binding domain comprises at least one inserted mAb-specific epitope having the amino acid sequence of SEQ ID NO 35.
A two-component aqueous coating composition, the coating composition comprising: a) at least one primary agent, the at least one primary agent comprising: i) at least one fatty acid derived polyol; ii) at least one polyether modified polysiloxane; and b) at least one aqueous polyisocyanate curing agent, wherein the at least one polyether modified polysiloxane is present in an amount of at least 2 wt% relative to the total weight of the at least one primary agent, and wherein the at least one fatty acid-derived polyol has a solid content of 90 wt% or higher. a) at least one primary agent, the at least one primary agent comprising: i) at least one fatty acid derived polyol; ii) at least one polyether modified polysiloxane; and i) at least one fatty acid derived polyol; ii) at least one polyether modified polysiloxane; and b) at least one aqueous polyisocyanate curing agent,
A motor vehicle having an imaging apparatus comprising at least one camera , the apparatus being configured to provide a wade image to an occupant of the vehicle, characterised in the imaging apparatus being operable automatically to reposition the camera to provide the wade image and the image being an image of at least a portion of an exterior surface of the vehicle that is exposed to liquid when wading, the wade image being arranged to allow the occupant to determine whether the level of the liquid is below a prescribed level.
Protective equipment for a region of the human body, adapted to be fixed to that region of the human body, comprising; - a reinforcing support , extending mainly along a longitudinal axis (X) and intended to be placed against the region of the human body, and - at least one curved shell whose shape is adapted to cover the region of the human body, the said shell being fixed to the reinforcing support , the protective equipment being of an asymmetrical form with respect to the longitudinal axis (X) so that it can adapt itself to the morphology of the region of the human body to be protected, and being characterised in that the shell and/or the reinforcing support comprises upper and lower transverse edges , connected by internal longitudinal edges and external edges , the curvilinear abscissa of the external longitudinal edge being larger than the curvilinear abscissa of the internal longitudinal edge , the curvilinear abscissa of the internal edge and external edge respectively being the length along the internal edge and external edge respectively, between the upper and lower edges of the shell , and in that the external longitudinal edge is more curved than the internal longitudinal edge , that is to say the curvature of the external edges is greater than the curvature of the internal edges . - a reinforcing support , extending mainly along a longitudinal axis (X) and intended to be placed against the region of the human body, and - at least one curved shell whose shape is adapted to cover the region of the human body, the said shell being fixed to the reinforcing support ,
A method of forming a composite member, the method comprising: providing a first elongate composite element comprising a wedge shaped end with a complimentary tapered end surface, the first elongate composite element being part of a spar cap for use in a wind turbine blade; providing a second elongate composite element comprising a wedge shaped end with a complimentary tapered end surface, the second elongate composite element being part of the spar cap for use in the wind turbine blade; wherein at least one of the first and second elongate composite elements is formed of a stack of fibre layers impregnated in resin, the tapered end surface being formed by each fibre layer extending longitudinally progressively further than the adjacent layer towards a thin end of the wedge at which the fibre layers have the greatest longitudinal extent; applying adhesive to at least one of the tapered end surfaces; wherein the properties of at least one of the first and second composite elements and/or the properties of the adhesive are changed in the vicinity of the thin end of the wedge as compared to the rest of the tapered surface in order to reduce the stress concentrations in the region of the thin end of the wedge in the composite material after curing; and bringing the tapered end surfaces together and curing the composite material and adhesive; providing a first elongate composite element comprising a wedge shaped end with a complimentary tapered end surface, the first elongate composite element being part of a spar cap for use in a wind turbine blade; providing a second elongate composite element comprising a wedge shaped end with a complimentary tapered end surface, the second elongate composite element being part of the spar cap for use in the wind turbine blade; wherein at least one of the first and second elongate composite elements is formed of a stack of fibre layers impregnated in resin, the tapered end surface being formed by each fibre layer extending longitudinally progressively further than the adjacent layer towards a thin end of the wedge at which the fibre layers have the greatest longitudinal extent; applying adhesive to at least one of the tapered end surfaces; wherein the properties of at least one of the first and second composite elements and/or the properties of the adhesive are changed in the vicinity of the thin end of the wedge as compared to the rest of the tapered surface in order to reduce the stress concentrations in the region of the thin end of the wedge in the composite material after curing; and bringing the tapered end surfaces together and curing the composite material and adhesive;
A receiver (802-805; 1502, 1503; 2002-2005) for receiving a radio frequency (RF) signal in a distribution system (801; 1501; 2001), the receiver comprising: an A-port (806, 808, 810, 812; 1504; 2006; 2101) providing radio frequency (RF) connectivity to a first antenna (820; 1511; 2110) via the distribution system; a B-port (807, 809, 811, 813; 1505; 2008) providing RF connectivity to a second antenna (821; 1512; 2111) via the distribution system; and a processor (1508, 1518; 2105; 2208) configured to perform: receiving received data from the distribution system via the B-port; processing the received data to obtain processed data; and sending the processed data to the distribution system via the A-port, characterised in that : the receiver further comprises an RF scanner , and in that the processor is further configured to perform: obtaining an indication to perform a scan by the RF scanner; initiating , based on the indication, the scan by the RF scanner; obtaining scan results from the RF scanner; including the scan results in the processed data; and passing the processed data to a next receiver via the distribution system through the A-port. an A-port (806, 808, 810, 812; 1504; 2006; 2101) providing radio frequency (RF) connectivity to a first antenna (820; 1511; 2110) via the distribution system; a B-port (807, 809, 811, 813; 1505; 2008) providing RF connectivity to a second antenna (821; 1512; 2111) via the distribution system; and a processor (1508, 1518; 2105; 2208) configured to perform: receiving received data from the distribution system via the B-port; processing the received data to obtain processed data; and sending the processed data to the distribution system via the A-port, receiving received data from the distribution system via the B-port; processing the received data to obtain processed data; and sending the processed data to the distribution system via the A-port, characterised in that : the receiver further comprises an RF scanner , and in that the processor is further configured to perform: obtaining an indication to perform a scan by the RF scanner; initiating , based on the indication, the scan by the RF scanner; obtaining scan results from the RF scanner; including the scan results in the processed data; and passing the processed data to a next receiver via the distribution system through the A-port. obtaining an indication to perform a scan by the RF scanner; initiating , based on the indication, the scan by the RF scanner; obtaining scan results from the RF scanner; including the scan results in the processed data; and passing the processed data to a next receiver via the distribution system through the A-port.
A fastener for use in re-usable launch vehicles and hypersonic vehicles, the fastener including a bolt , a washer and a nut , wherein the bolt, the washer and the nut are made of a ceramic material, the fastener further including a nut retainer , wherein the nut retainer is made of a high temperature metal.
A method for plasma dicing a substrate , the method comprising: providing the substrate having a substrate diameter, a top surface and a bottom surface, the top surface having a plurality of device structures and unprotected street areas ; providing a process chamber having a wall ; providing a plasma source adjacent to the wall of the process chamber ; providing a work piece support within the process chamber ; providing an electrostatic chuck having an outer diameter within said work piece support , said outer diameter of the electrostatic chick being greater than the substrate diameter; placing the bottom surface of the substrate onto a support film on a frame to form a work piece ; loading the work piece onto the work piece support ; generating a plasma through the plasma source; and etching the unprotected street areas on the top surface of the substrate of the work piece through the generated plasma; providing a cover ring having an inner diameter vertically disposed above the work piece during the plasma etching step, the inner diameter of the cover ring being greater than the substrate diameter, said cover ring not contacting the frame of said work piece and said cover ring overlapping the frame but not overlapping the substrate during the plasma etching step; controlling the temperature of the cover ring during the etching step; and electrostatically clamping an area of the support film exposed to the generated plasma that is not shielded from the generated plasma by the cover ring using said electrostatic chuck during the etching step. providing the substrate having a substrate diameter, a top surface and a bottom surface, the top surface having a plurality of device structures and unprotected street areas ; providing a process chamber having a wall ; providing a plasma source adjacent to the wall of the process chamber ; providing a work piece support within the process chamber ; providing an electrostatic chuck having an outer diameter within said work piece support , said outer diameter of the electrostatic chick being greater than the substrate diameter; placing the bottom surface of the substrate onto a support film on a frame to form a work piece ; loading the work piece onto the work piece support ; generating a plasma through the plasma source; and etching the unprotected street areas on the top surface of the substrate of the work piece through the generated plasma; providing a cover ring having an inner diameter vertically disposed above the work piece during the plasma etching step, the inner diameter of the cover ring being greater than the substrate diameter, said cover ring not contacting the frame of said work piece and said cover ring overlapping the frame but not overlapping the substrate during the plasma etching step; controlling the temperature of the cover ring during the etching step; and electrostatically clamping an area of the support film exposed to the generated plasma that is not shielded from the generated plasma by the cover ring using said electrostatic chuck during the etching step.