mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic machine for providing corrugated sheet-like elements, comprising means for the continuous corrugation of a ribbon in motion in a longitudinal direction, said corrugation means comprising an upper conveyor and a lower conveyor , said upper conveyor comprising a plurality of upper abutment elements that are extended substantially transversely to said longitudinal direction of motion of said ribbon , said lower conveyor comprising a plurality of lower abutment elements that are extended substantially transversely to said longitudinal direction of motion of said ribbon , said upper abutment elements being intercalated between said lower abutment elements in a work area , said upper abutment elements each comprising a flap , which has, in the end adapted to make contact with said ribbon , at least one portion comprising grip means , said grip means being formed by one or two mutually opposite undercut portions , characterized in that said upper conveyor and said lower conveyor each comprises respectively an upper chain and a lower chain , which unwind continuously, said upper abutment elements and said lower abutment elements being associated respectively with the links of said upper chain and of said lower chain , in said work area , said lower chain defining a lower movement direction of said lower abutment elements that is inclined with respect to the upper movement direction of said upper abutment elements defined by said upper chain , said upper conveyor comprises at least two upper sprockets , with which said upper chain is associated, said lower conveyor comprising at least two lower sprockets with which said lower chain is associated, at least one upper sprocket of said upper sprockets being connected kinematically to at least one lower sprocket of said lower sprockets , so that the rotation of said at least one upper sprocket causes the rotation of said at least one lower sprocket or vice versa, and said at least one upper sprocket and said at least one lower sprocket are connected kinematically by a transmission chain , wherein the automatic machine comprises means for offsetting the rotation of said upper sprocket about its own rotation axis with respect to the rotation of said lower sprocket relative to its own rotation axis in order to ensure that said upper abutment elements are intercalated between said lower abutment elements , and in that said offsetting means comprise a guiding fork that comprises two arms with which two guiding sprockets are associated respectively to guide said transmission chain , said guiding fork being rotatable with respect to a rotation axis , the rotation of said guiding fork varying the length of the segment of said transmission chain comprised between said upper sprocket and said lower sprocket in order to offset the rotation of said upper sprocket with respect to the rotation of said lower sprocket .
A combination of a Src-family kinase inhibitor and a KRAS G12C inhibitor; for use in a method of treating cancer in a subject in need thereof, comprising administering to the subject a therapeutically effective amount of the combination of a Src-family kinase inhibitor and a KRAS G12C inhibitor, wherein the Src-family kinase inhibitor is dasatinib, wherein the KRas G12C inhibitor is: or a pharmaceutically acceptable salt thereof, and wherein the cancer is non-small cell lung cancer. wherein the Src-family kinase inhibitor is dasatinib, wherein the KRas G12C inhibitor is: or a pharmaceutically acceptable salt thereof, and wherein the cancer is non-small cell lung cancer.
Membrane-electrode assembly for a fuel cell, comprising a gas diffusion assembly having a sheetlike gas diffusion layer disposed on a carrier substrate , where on at least one main side of the carrier substrate a sealing arrangement , where a connecting portion of the sealing arrangement is assigned to the surrounding edge of the gas diffusion layer , where the connecting portion forms a sealing bead, where the connecting portion fastens the gas diffusion layer with material bonding on the carrier substrate , and a further gas diffusion layer , and a catalyst-coated membrane disposed between gas diffusion assembly and the further gas diffusion layer , where the further gas diffusion layer is provided along the surrounding edge with a further sealing bead , characterized in that the sealing bead of the connecting portion and the further sealing bead sealingly abut the catalyst-coated membrane .
Arrangement for processing an edge of a furniture panel provided with an edge band , comprising - a processing unit having a blasting nozzle directed onto an edge region of the furniture panel and - a feed device for producing a relative movement between the furniture panel and the blasting nozzle in the direction of a longitudinal extension of the edge, characterized by a common compressed air and blasting-material supply for supplying compressed air and blasting material to the blasting nozzle to direct a blasting jet of blasting material comprising particulate blasting material onto the edge region, wherein the common compressed-air and blasting-material supply is connected to a blasting-material container to which compressed air is admitted, and a vibration generator is arranged in or on the blasting-material container . - a processing unit having a blasting nozzle directed onto an edge region of the furniture panel and - a feed device for producing a relative movement between the furniture panel and the blasting nozzle in the direction of a longitudinal extension of the edge,
A liquid container configured to be mounted to a carriage that reciprocates in an X direction, the liquid container comprising: an upper wall and a bottom wall opposed to each other in a Z direction that intersects with the X direction; a first side wall and a second side wall opposed to each other in a Y direction that intersects with the X direction and the Z direction; a third side wall and a fourth side wall opposed to each other in the X direction; a liquid supply port provided in the bottom wall ; a first chamber provided on a +Z direction side that is an upper wall side in the Z direction; a second chamber provided on a -Z direction side that is a bottom wall side in the Z direction; a partition wall configured to part the first chamber from the second chamber ; and a connecting hole configured to connect the first chamber with the second chamber , wherein the second chamber is connected with the liquid supply port , the first chamber is connected with the liquid supply port via the connecting hole and the second chamber , the second chamber includes a return flow path that is turned back along the X direction, and the liquid container is configured so that a liquid contained in the first chamber is flowed from the connecting hole through the return flow path to the liquid supply port , characterized in that the return flow path includes a first flow path in which the liquid flows from the third side wall toward the fourth side wall , and a second flow path in which the liquid flows from the fourth side wall toward the third side wall . an upper wall and a bottom wall opposed to each other in a Z direction that intersects with the X direction; a first side wall and a second side wall opposed to each other in a Y direction that intersects with the X direction and the Z direction; a third side wall and a fourth side wall opposed to each other in the X direction; a liquid supply port provided in the bottom wall ; a first chamber provided on a +Z direction side that is an upper wall side in the Z direction; a second chamber provided on a -Z direction side that is a bottom wall side in the Z direction; a partition wall configured to part the first chamber from the second chamber ; and a connecting hole configured to connect the first chamber with the second chamber , wherein the second chamber is connected with the liquid supply port , the first chamber is connected with the liquid supply port via the connecting hole and the second chamber , the second chamber includes a return flow path that is turned back along the X direction, and the liquid container is configured so that a liquid contained in the first chamber is flowed from the connecting hole through the return flow path to the liquid supply port , characterized in that the return flow path includes a first flow path in which the liquid flows from the third side wall toward the fourth side wall , and a second flow path in which the liquid flows from the fourth side wall toward the third side wall .
A computer system configured to be communicably coupled to a surgical device and a camera configured to view an operating room, the computer system comprising: a processor ; and a memory coupled to the processor, the memory storing instructions that, when executed by the processor, cause the computer system to: receive an image of the surgical device within the operating room via the camera; determine a pose of the surgical device based on the image; and change an operation of the surgical device according to the pose of the surgical device, wherein: the surgical device comprises an end effector configured to staple or deliver energy to a tissue according to a control algorithm; and the operation comprises the control algorithm. a processor ; and a memory coupled to the processor, the memory storing instructions that, when executed by the processor, cause the computer system to: receive an image of the surgical device within the operating room via the camera; determine a pose of the surgical device based on the image; and change an operation of the surgical device according to the pose of the surgical device, wherein: receive an image of the surgical device within the operating room via the camera; determine a pose of the surgical device based on the image; and change an operation of the surgical device according to the pose of the surgical device, wherein: the surgical device comprises an end effector configured to staple or deliver energy to a tissue according to a control algorithm; and the operation comprises the control algorithm.
A packet sending method, wherein the method comprises: receiving , by a first edge network device, a first packet comprising a target segment identifier from an ingress provider edge device in a first network, generating , by the first edge network device based on the first packet, a second packet comprising a first label, wherein there is a mapping relationship between the first label and the target segment identifier; and sending , by the first edge network device, the second packet to a customer edge device in a second network; wherein the first edge network device is an egress provider edge, PE, device in the first network in a carrier's carrier, CSC, system, the CSC system further comprises the second network, the first network is an Internet Protocol version 6 segment routing, SRv6 network, the second network accesses the first network in a multiprotocol label switching, MPLS manner, the first network is a network of a tier-1 carrier, and the second network is a network of a tier-2 carrier. receiving , by a first edge network device, a first packet comprising a target segment identifier from an ingress provider edge device in a first network, generating , by the first edge network device based on the first packet, a second packet comprising a first label, wherein there is a mapping relationship between the first label and the target segment identifier; and sending , by the first edge network device, the second packet to a customer edge device in a second network; wherein the first edge network device is an egress provider edge, PE, device in the first network in a carrier's carrier, CSC, system, the CSC system further comprises the second network, the first network is an Internet Protocol version 6 segment routing, SRv6 network, the second network accesses the first network in a multiprotocol label switching, MPLS manner, the first network is a network of a tier-1 carrier, and the second network is a network of a tier-2 carrier.
A method for synthesizing a contrast agent, comprising: reacting a compound in the presence of a 18 F-containing species to produce a contrast agent comprising 18 F, wherein (a) the compound has the following structure: and the contrast agent has the following structure: or (b) the compound has the following structure: and the contrast agent has the following structure: or (c) the compound has the following structure: and the contrast agent has the following structure: or (d) the compound has the following structure: and the contrast agent has the following structure: or (e) the compound has the following structure: and the contrast agent has the following structure: (f) the compound has the following structure: and the contrast agent has the following structure: or (g) the compound has the following structure: and the contrast agent has the following structure: (a) the compound has the following structure: and the contrast agent has the following structure: or (b) the compound has the following structure: and the contrast agent has the following structure: or (c) the compound has the following structure: and the contrast agent has the following structure: or (d) the compound has the following structure: and the contrast agent has the following structure: or (e) the compound has the following structure: and the contrast agent has the following structure: (f) the compound has the following structure: and the contrast agent has the following structure: or (g) the compound has the following structure: and the contrast agent has the following structure:
Rotary electric machine comprising at least: - a first stator circuit capable of driving a rotor and comprising at least one first winding; - a first control means capable of driving the first stator winding so as to drive the rotor; - a second stator circuit capable of driving said rotor and comprising a second winding; - a second control means capable of driving the second stator circuit independently of the first stator circuit according to a setpoint (C3), characterized in that it further includes generating means for generating the setpoint (C3), said setpoint including a random or pseudorandom component so as to spread the spectrum of the magnetic field produced by the first and second windings and decrease the acoustic interference of the electric machine , the first and second windings being connected as an autotransformer. - a first stator circuit capable of driving a rotor and comprising at least one first winding; - a first control means capable of driving the first stator winding so as to drive the rotor; - a second stator circuit capable of driving said rotor and comprising a second winding; - a second control means capable of driving the second stator circuit independently of the first stator circuit according to a setpoint (C3),
An indicator light interpretation device for indicator lights of an electronic device , comprising: a storage system configured to store two or more device images of the electronic device, wherein the two or more device images comprise images taken at predetermined or known time intervals or time periods; and a processing system coupled to the storage system, with the processing system configured to process the two or more device images, with the two or more device images including one or more indicator lights, identify the electronic device using the two or more device images, identify one or more indicator lights in the two or more device images, and generate indicated information for the electronic device from the one or more indicator lights, wherein the indicated information comprises an interpretation of information conveyed by the one or more indicator lights, wherein identifying of the electronic device is performed by comparing the two or more device images to templates of a library of known electronic devices, wherein identifying the one or more indicator lights further comprising identifying an indicator light variation including one or more of a variation period, a variation duty cycle, a variation sequence, a variation intensity range, or a variation color range and wherein characteristics of a time-wise variation can be identified from the two or more device images taken at predetermined or known time intervals or time periods. a storage system configured to store two or more device images of the electronic device, wherein the two or more device images comprise images taken at predetermined or known time intervals or time periods; and a processing system coupled to the storage system, with the processing system configured to process the two or more device images, with the two or more device images including one or more indicator lights, identify the electronic device using the two or more device images, identify one or more indicator lights in the two or more device images, and generate indicated information for the electronic device from the one or more indicator lights, wherein the indicated information comprises an interpretation of information conveyed by the one or more indicator lights, wherein identifying of the electronic device is performed by comparing the two or more device images to templates of a library of known electronic devices, wherein identifying the one or more indicator lights further comprising identifying an indicator light variation including one or more of a variation period, a variation duty cycle, a variation sequence, a variation intensity range, or a variation color range and wherein characteristics of a time-wise variation can be identified from the two or more device images taken at predetermined or known time intervals or time periods.
A method for manufacturing a carbonaceous luminescent material, comprising the step of mixing together and heating a polycarboxylic acid-containing starting material, an amino group-containing compound, an acid catalyst and a solvent, wherein the amino group-containing compound is selected from amino acids and amino group-containing polyalkylene glycols; and the acid catalyst is a homogeneous acid catalyst selected from hydrochloric acid, sulfuric acid, nitric acid, phosphoric acid, sulfonic acid and p-toluenesulfonic acid; or a heterogeneous acid catalyst which is a solid acid catalyst selected from cationic ion-exchange resins, cationic ionic-exchange membranes, zeolite and polyphosphoric acid. wherein the amino group-containing compound is selected from amino acids and amino group-containing polyalkylene glycols; and the acid catalyst is a homogeneous acid catalyst selected from hydrochloric acid, sulfuric acid, nitric acid, phosphoric acid, sulfonic acid and p-toluenesulfonic acid; or a heterogeneous acid catalyst which is a solid acid catalyst selected from cationic ion-exchange resins, cationic ionic-exchange membranes, zeolite and polyphosphoric acid.
A machine tool comprising: - at least one work head adapted to support at least one tool ; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams; - on each beam at least one carriage movable along the longitudinal extension of the beam and provided with a respective actuator controlling the movement of the carriage along the respective beam , the actuator being integrally movable with the carriage ; wherein to each carriage a flexible member is associated, forming a guide that contains cables for powering the actuator , the flexible member having two branches ; characterized in that : the flexible member is arranged on an outer side of the beam ; the two branches of the flexible member are put over each other, such that the flexible member is contained in a volume whose vertical dimension (H) is defined by the outer parallel surfaces of the upper branch and lower branch of the flexible member , respectively, and whose width (L) is defined by the size of the flexible member in a direction orthogonal to the longitudinal extension of the respective beam ; the actuator of each carriage is arranged between the two overlying branches of the flexible member such as to be completely contained within said vertical dimension (H) defined by the upper surface of the upper branch and the lower surface of the lower branch of the flexible member ; and in a top view each actuator and the respective flexible member are at least partially overlapped. - at least one work head adapted to support at least one tool ; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams; - on each beam at least one carriage movable along the longitudinal extension of the beam and provided with a respective actuator controlling the movement of the carriage along the respective beam , the actuator being integrally movable with the carriage ;
Sterilization machine for the sterilization of caps comprising at least: - an isolation tunnel having an inner space , the machine being configured such that the caps are advanced along a conveying path (P) placed within the inner space , said isolation tunnel separating the inner space from an outer space ; - a plurality of carts positioned within the inner space ; and - an actuation unit arranged in the outer space and configured to advance the carts along an advancement path (Q) by means of the generation of an electromagnetic field; wherein each cart comprises at least one pusher configured to interact with a group of caps having one or more caps and such that the advancement of each cart along an operative portion (Q1) of the advancement path (Q) corresponds to the advancement of the respective group along the conveying path (P), said at least one operative portion (Q1) being arranged within the inner space ; wherein, for each cart , the actuation unit is configured to control the advancement of the cart along the advancement path (Q), by means of control of the electromagnetic field and independently from the other carts ; characterized in that , for each cart advancing independently from the other carts , the actuation unit is configured to control by means of magnetic levitation a first position component of the cart with respect to the actuation unit , said first position component being along a vertical direction (D3), said vertical direction (D3) being transversal to the advancement path (Q) ; wherein the operative portion (Q1) is serpentine shaped. - an isolation tunnel having an inner space , the machine being configured such that the caps are advanced along a conveying path (P) placed within the inner space , said isolation tunnel separating the inner space from an outer space ; - a plurality of carts positioned within the inner space ; and - an actuation unit arranged in the outer space and configured to advance the carts along an advancement path (Q) by means of the generation of an electromagnetic field; wherein each cart comprises at least one pusher configured to interact with a group of caps having one or more caps and such that the advancement of each cart along an operative portion (Q1) of the advancement path (Q) corresponds to the advancement of the respective group along the conveying path (P), said at least one operative portion (Q1) being arranged within the inner space ; wherein, for each cart , the actuation unit is configured to control the advancement of the cart along the advancement path (Q), by means of control of the electromagnetic field and independently from the other carts ; characterized in that , for each cart advancing independently from the other carts , the actuation unit is configured to control by means of magnetic levitation a first position component of the cart with respect to the actuation unit , said first position component being along a vertical direction (D3), said vertical direction (D3) being transversal to the advancement path (Q) ; wherein the operative portion (Q1) is serpentine shaped.