mhurhangee/patent-ind-claim-en huggingface dataset:
A welding method for materially cohesively bonding at least two components using at least one additive material (Z), wherein a welding seam (N) consisting of the additive material (Z) is produced with a specified seam course between a seam start and a seam end, wherein the process of producing the welding seam (N) is controlled by least one control unit , wherein at least one detectable external physical welding seam property of the welding seam (N) is influenced by at least one control parameter of the control unit , characterized in that an information is included in the at least one control parameter, said information being stored in the welding seam (N) between an information start point (ISP) and an information end point (IEP) in the seam course during the process of producing the welding seam (N) using the at least one detectable external physical welding seam property, so that the information can be read, preferably optically and/or haptically, from a sequence of the at least one detectable external physical welding seam property along the seam course in the region between the information start point (ISP) and the information end point (IEP), wherein during the process of producing the welding seam (N), the at least one control parameter is varied to change the at least one detectable external physical welding seam property in the seam course between the information start point (ISP) and the information end point (IEP), wherein different forms of the at least one external physical welding seam property are assigned to code letters of a code alphabet and the information is stored as a combination of the code letters of the code alphabet.
Respiratory protective mask for covering the mouth and nose of a person, comprising a multi-layer mask blank with a filter layer of a filter medium , wherein the one filter layer is arranged between an outer covering layer , which forms an outer side facing away from the face of the person when the respiratory protective mask is worn, and an inner cover layer , which forms an inner side of the respiratory protective mask facing the face of the person when the respiratory protective mask is worn, the filter layer being coated with a salt layer at least in sections on its surfaces, and further comprising fastening means for fastening the respiratory protective mask to the head of the person, characterized in that two or more filter layers of a filter medium are arranged between the outer and the inner cover layer, each of the two or more filter layers being coated at least in sections with a salt layer , the salt layer being formed from at least one inorganic salt which contains a sodium salt, and the filter layers being connected at least in sections to one another and to the outer and inner cover layers.
Winding device for winding a material web that travels in a direction of travel , with at least one blade for cutting the material web in the direction of travel into multiple partial material webs (106-109, 206-209, 305-308), with multiple folding elements (309-316) for folding the edges of the partial material webs (106-109, 206-209, 305-308), wherein one folding element (309-316) is provided for each edge of the partial material webs, with a first oscillating device with which the at least one blade can be moved transversely to the direction of travel , characterised in that the winding device is further provided with a second oscillating device with which the folding elements (309-312) for the left-hand edges of the partial material webs (106-109, 206-209, 305-308), as viewed in the direction of travel , can be moved transversely to the direction of travel , with a third oscillating device with which the folding elements (313- 316) for the right-hand edges of the partial material webs (106-109, 206-209, 305-308), as viewed in the direction of travel , can be moved transversely to the direction of travel , with a controller for controlling the first oscillating device, the second oscillating device and the third oscillating device, in such a way that the folded edges of the partial material webs (106-109, 206-209, 305-308) can be wound at an offset. with at least one blade for cutting the material web in the direction of travel into multiple partial material webs (106-109, 206-209, 305-308), with multiple folding elements (309-316) for folding the edges of the partial material webs (106-109, 206-209, 305-308), wherein one folding element (309-316) is provided for each edge of the partial material webs, with a first oscillating device with which the at least one blade can be moved transversely to the direction of travel , characterised in that the winding device is further provided with a second oscillating device with which the folding elements (309-312) for the left-hand edges of the partial material webs (106-109, 206-209, 305-308), as viewed in the direction of travel , can be moved transversely to the direction of travel , with a third oscillating device with which the folding elements (313- 316) for the right-hand edges of the partial material webs (106-109, 206-209, 305-308), as viewed in the direction of travel , can be moved transversely to the direction of travel , with a controller for controlling the first oscillating device, the second oscillating device and the third oscillating device, in such a way that the folded edges of the partial material webs (106-109, 206-209, 305-308) can be wound at an offset.
Catheter pump with a drive unit and a catheter , wherein the catheter comprises a pump head for insertion into the arterial vascular system, a rotor shaft arranged rotatably for driving an expandable conveyor element provided at the pump head and, at its proximal end , a coupling section connected in a rotatably fixed manner to the rotor shaft and rotatable around a coupling axis , and wherein the drive unit comprises a drive and a drive section driveable by the drive around the drive axis in a rotating manner, wherein the coupling section and/or the drive section comprise magnetic elements for contact-free mutual rotational coupling, characterized in that the coupling axis and the drive axis are set apart in a transverse direction by a distance a which is in a range from 0.7 to 6.5 mm and preferably in a range from 1 mm to 3 mm and further preferably in a range of 2 mm, in such a way that the magnetic field of the magnetic elements urges the coupling section in a direction extending transverse to the coupling axis .
Tube for a heat exchanger comprising at least one disturbance device for disturbing the flow of a fluid able to flow in the tube, the disturbance device consisting of a local depression in a wall of the tube towards the inside of the tube and having the shape of a chevron , the chevron comprising at least a first branch and a second branch spreading from a tip towards a free end , at least one geometric parameter of the chevron shape having a value that changes between the tip and each of the free ends of the branches , characterized in that said at least one geometric parameter that changes is the height of the chevron, the value of the height at the tip being greater than the value of the height of each of the free ends of the branches .
A busbar module comprising: a plurality of busbars configured to be fixed to a plurality of battery cells of a battery module including the plurality of battery cells ; a plate-like flexible circuit body that includes a plurality of connection conductors corresponding to the plurality of busbars ; and a case that accommodates the circuit body and the busbars , wherein the circuit body includes a trunk portion and a branch portion branching from the trunk portion and configured to be connected to the busbar , the branch portion includes a base layer , a metal foil that is the connection conductor and is formed on the base layer , and a coating layer that covers the base layer and the metal foil, the branch portion has a facing portion at which the coating layer faces a first surface of the busbar , the metal foil is connected to a connection target at a portion that is more adjacent to a distal end of the branch portion than the facing portion is, and the first surface of the busbar has a groove-shaped recess provided at a portion facing the metal foil. a plurality of busbars configured to be fixed to a plurality of battery cells of a battery module including the plurality of battery cells ; a plate-like flexible circuit body that includes a plurality of connection conductors corresponding to the plurality of busbars ; and a case that accommodates the circuit body and the busbars , wherein the circuit body includes a trunk portion and a branch portion branching from the trunk portion and configured to be connected to the busbar , the branch portion includes a base layer , a metal foil that is the connection conductor and is formed on the base layer , and a coating layer that covers the base layer and the metal foil, the branch portion has a facing portion at which the coating layer faces a first surface of the busbar , the metal foil is connected to a connection target at a portion that is more adjacent to a distal end of the branch portion than the facing portion is, and the first surface of the busbar has a groove-shaped recess provided at a portion facing the metal foil.
A method performed by a terminal in a wireless communication system, the method comprising: selecting a random access, RA, type for a random access procedure as a 2-step RA, in case that the random access procedure was initiated for reconfiguration with sync and a contention-free random access resource for the 2-step RA is configured for a bandwidth part, BWP, associated with the random access procedure; transmitting, to a base station, a message A of the 2-step RA, the message A including a random access preamble and a payload for the 2-step RA; receiving, from the base station, a message B including fallback random access response, RAR, medium access control, MAC, sub protocol data unit, subPDU, wherein the fallback RAR MAC subPDU includes a random access preamble identifier, RAPID, matching the random access preamble and an uplink grant; and transmitting, to the base station, an MAC PDU including the payload based on the uplink grant, in case that the 2-step RA is successfully completed based on the random access preamble being selected among contention-free random access preambles. selecting a random access, RA, type for a random access procedure as a 2-step RA, in case that the random access procedure was initiated for reconfiguration with sync and a contention-free random access resource for the 2-step RA is configured for a bandwidth part, BWP, associated with the random access procedure; transmitting, to a base station, a message A of the 2-step RA, the message A including a random access preamble and a payload for the 2-step RA; receiving, from the base station, a message B including fallback random access response, RAR, medium access control, MAC, sub protocol data unit, subPDU, wherein the fallback RAR MAC subPDU includes a random access preamble identifier, RAPID, matching the random access preamble and an uplink grant; and transmitting, to the base station, an MAC PDU including the payload based on the uplink grant, in case that the 2-step RA is successfully completed based on the random access preamble being selected among contention-free random access preambles.
A gas turbine engine comprising: a core nacelle defined about an engine centerline axis (A); a fan nacelle mounted at least partially around said core nacelle to define a fan bypass airflow path (B) for a fan bypass airflow (B) having a bypass ratio greater than six; a gear system driven by a core engine within the core nacelle to drive a fan within the fan nacelle , wherein said gear system defines a gear reduction ratio of greater than or equal to about 2.3; a fan variable area nozzle ; a multiple of fan exit guide vanes in communication with said fan bypass flow path (B), said multiple of fan exit guide vanes rotatable about an axis of rotation (A); and a controller (C) operable to control the fan variable area nozzle to vary the fan nozzle exit area and adjust the pressure ratio of the fan bypass airflow (B); characterized in that : the fan pressure ratio is less than 1.45 at cruise at 0.8 Mach and 35,000 ft (10,668 m); said fan defines a corrected fan tip speed less than 1150 ft / second (350.5 m/s); said fan variable area nozzle is axially movable relative said fan nacelle to vary a fan nozzle exit area and adjust a pressure ratio of the fan bypass airflow (B) during engine operation; and said controller (C) is operable to reduce said fan nozzle exit area at a cruise flight condition. a core nacelle defined about an engine centerline axis (A); a fan nacelle mounted at least partially around said core nacelle to define a fan bypass airflow path (B) for a fan bypass airflow (B) having a bypass ratio greater than six; a gear system driven by a core engine within the core nacelle to drive a fan within the fan nacelle , wherein said gear system defines a gear reduction ratio of greater than or equal to about 2.3; a fan variable area nozzle ; a multiple of fan exit guide vanes in communication with said fan bypass flow path (B), said multiple of fan exit guide vanes rotatable about an axis of rotation (A); and a controller (C) operable to control the fan variable area nozzle to vary the fan nozzle exit area and adjust the pressure ratio of the fan bypass airflow (B); characterized in that : the fan pressure ratio is less than 1.45 at cruise at 0.8 Mach and 35,000 ft (10,668 m); said fan defines a corrected fan tip speed less than 1150 ft / second (350.5 m/s); said fan variable area nozzle is axially movable relative said fan nacelle to vary a fan nozzle exit area and adjust a pressure ratio of the fan bypass airflow (B) during engine operation; and said controller (C) is operable to reduce said fan nozzle exit area at a cruise flight condition. the fan pressure ratio is less than 1.45 at cruise at 0.8 Mach and 35,000 ft (10,668 m); said fan defines a corrected fan tip speed less than 1150 ft / second (350.5 m/s); said fan variable area nozzle is axially movable relative said fan nacelle to vary a fan nozzle exit area and adjust a pressure ratio of the fan bypass airflow (B) during engine operation; and said controller (C) is operable to reduce said fan nozzle exit area at a cruise flight condition.
Apparatus for detecting radioactivity in a target fluid , comprising: at least one fluid communication passageway for a target fluid; at least one region of scintillator material for providing light responsive to radioactivity in the target fluid; and at least one solid state light sensor element for providing an output signal responsive to said light; wherein said fluid communication passageway comprises a microchannel , the apparatus being characterized in that the microchannel is in a surface of said region of scintillator material . at least one fluid communication passageway for a target fluid; at least one region of scintillator material for providing light responsive to radioactivity in the target fluid; and at least one solid state light sensor element for providing an output signal responsive to said light; wherein said fluid communication passageway comprises a microchannel , the apparatus being characterized in that the microchannel is in a surface of said region of scintillator material .
Apparatus for insertion into an imaging system, the apparatus having: a receptacle for a sample holder for a sample , a device for generating a magnetic field in a region of the receptacle for the sample holder , a main body , a recess which forms the receptacle for the sample holder being formed in an upper face , the device for generating a magnetic field being arranged in the main body , characterized in that the device for generating a magnetic field further comprises magnetic field conductors which extend beneath a flat face of the sample holder so as to allow the sample to be immobilized on the sample holder . a receptacle for a sample holder for a sample , a device for generating a magnetic field in a region of the receptacle for the sample holder , a main body , a recess which forms the receptacle for the sample holder being formed in an upper face , the device for generating a magnetic field being arranged in the main body , characterized in that the device for generating a magnetic field further comprises magnetic field conductors which extend beneath a flat face of the sample holder so as to allow the sample to be immobilized on the sample holder .
A device suitable for the subsequent positioning of a pterygoid dental implant, comprising: a. a handle extending along a longitudinal axis and having a proximal and a distal end; b. and a bifurcated abutment means at the distal end and at the proximal end of the handle , each comprising two legs , characterized in that a first of the bifurcated abutment means is adapted to embrace the left maxilla at the processus pyramidalis ossis palatini and/or the processus pterygoideus ossis sphenoidalis and/or the tuberosity of the left maxilla, and whereby said abutment means comprises an edge between the legs of the abutment means , wich edge has a profile adapted to fit over a relief in bone structure at sutura pterygomaxillaris of the left maxilla, and that a second of the bifurcated abutment means is adapted to embrace the right maxilla at the processus pyramidalis ossis palatini and/or the processus pterygoideus ossis sphenoidalis and/or the tuberosity of the right maxilla, and whereby said abutment means comprises an edge between the legs of the abutment means which edge has a profile adapted to fit over a relief in bone structure at sutura pterygomaxillaris of the right maxilla. a. a handle extending along a longitudinal axis and having a proximal and a distal end; b. and a bifurcated abutment means at the distal end and at the proximal end of the handle , each comprising two legs ,
An orthopedic augment comprising: at least two projections extending from a base member , the at least two projections having a gap therebetween; and at least one fixation element provided on one or more of the at least two projections, characterised in that the at least one fixation element includes a trough that extends along a surface of the projection and is configured to receive cement to bind the augment to an implant and/or bone. at least two projections extending from a base member , the at least two projections having a gap therebetween; and at least one fixation element provided on one or more of the at least two projections, characterised in that the at least one fixation element includes a trough that extends along a surface of the projection and is configured to receive cement to bind the augment to an implant and/or bone.
A polymerization reactor for performing polymerization reaction, comprising: a container body ; and a jacket covering an outer surface of the container body and defining a passage for passing a non-corrosive cooling/heating liquid between itself and the outer surface of the container body ; wherein the container body is made of a clad metal plate comprising a support metal layer having an inner surface at an inner side of the container body and an outer surface at an outer side of the container body , and an inner corrosion-resistant metal skin layer bonded to the inner surface of the support metal layer and being smaller in thickness than the support metal layer ; and wherein the reactor further comprises an inert gas supplier for supplying an inert gas into the passage; and wherein the support metal layer is made of carbon steel, whereas the inner skin layer is made of stainless steel; characterised in that the thickness of the inner skin layer is in a range of 1/10 to 1/2 of the thickness of the support metal layer ; and the thickness of the support metal layer is 5 to 15 mm. a container body ; and a jacket covering an outer surface of the container body and defining a passage for passing a non-corrosive cooling/heating liquid between itself and the outer surface of the container body ; wherein the container body is made of a clad metal plate comprising a support metal layer having an inner surface at an inner side of the container body and an outer surface at an outer side of the container body , and an inner corrosion-resistant metal skin layer bonded to the inner surface of the support metal layer and being smaller in thickness than the support metal layer ; and wherein the reactor further comprises an inert gas supplier for supplying an inert gas into the passage; and wherein the support metal layer is made of carbon steel, whereas the inner skin layer is made of stainless steel; characterised in that the thickness of the inner skin layer is in a range of 1/10 to 1/2 of the thickness of the support metal layer ; and the thickness of the support metal layer is 5 to 15 mm.
A method, comprising steps of: a storage device receiving from a storage device client a data block write request to write a data block to said storage device ; wherein said storage device comprises one or more primary storage devices and one or more persistent cache devices ; storing, to a persistent cache device of said one or more persistent cache devices , said data block as a cache copy that is a later version of the data block version stored in said one or more primary storage devices; in response to storing said data block to said persistent cache device , transmitting an acknowledgement to the storage device client to acknowledge commitment of the write of said data block; and after transmitting said acknowledgment, said storage device storing said data block to said one or more primary storage devices; while said storage device operates in write-back mode, monitoring the write operation load of said one or more primary storage devices; if said write operation load is below a threshold while said storage device operates in write-back-mode, determining to transition from write-back mode to write-through mode; and if said write operation load reaches the threshold while said storage device operates in write-through mode, determining to transition from write-through mode to write-back mode. a storage device receiving from a storage device client a data block write request to write a data block to said storage device ; wherein said storage device comprises one or more primary storage devices and one or more persistent cache devices ; storing, to a persistent cache device of said one or more persistent cache devices , said data block as a cache copy that is a later version of the data block version stored in said one or more primary storage devices; in response to storing said data block to said persistent cache device , transmitting an acknowledgement to the storage device client to acknowledge commitment of the write of said data block; and after transmitting said acknowledgment, said storage device storing said data block to said one or more primary storage devices; while said storage device operates in write-back mode, monitoring the write operation load of said one or more primary storage devices; if said write operation load is below a threshold while said storage device operates in write-back-mode, determining to transition from write-back mode to write-through mode; and if said write operation load reaches the threshold while said storage device operates in write-through mode, determining to transition from write-through mode to write-back mode.
A bending press (1; 21) or press brake comprising two tool halves (2, 3; 22, 23) designed as dies and punches, which can be moved relative to one another, and comprising a platform (4; 24), in particular a table, wherein a tool half (2; 22) is displaceably mounted on the platform (4; 24) by means of a bearing, characterised in that the bearing is a gas bearing (5; 25) to which a gaseous medium can be applied, in particular an air bearing, having gas outlet openings (6; 26) in the bearing surface (7; 27) for generating a gas cushion.