mhurhangee/patent-ind-claim-en huggingface dataset:
Thermoresistive gas sensor with a flat lattice through which a gas can flow, with lattice webs , which consist of a semiconductor material with a predetermined type of conductivity and are arranged in the plane of the lattice in parallel next to one another, wherein the lattice webs are embodied running in an s shape in the plane of the lattice and are connected electrically in parallel.
Wind turbine , comprising: plural step-up transformers , comprising a first step-up transformer and at least one second step-up transformer , the step-up transformers being connectable to at least one generator , in particular via at least one converter , wherein the step-up transformers are arranged within an inside of the wind turbine , the wind turbine further comprising: a wind turbine nacelle and a wind turbine tower , wherein the step-up transformers are arranged within the wind turbine nacelle and/or the wind turbine tower, wherein at least two of the step-up transformers are arranged within the nacelle , characterized in that a transformer center of mass of each of the step-up transformers lies within an annular region between a first cylinder and a second cylinder , each having as cylinder axis a longitudinal axis of the tower, the first cylinder having a radius of between 1.8 and 1.6 times a tower radius (r) at the vertical position of the respective transformer center of mass, the second cylinder having a radius of between 1.0 and 1.2 times a tower radius at the vertical position of the respective transformer center of mass. plural step-up transformers , comprising a first step-up transformer and at least one second step-up transformer , the step-up transformers being connectable to at least one generator , in particular via at least one converter , wherein the step-up transformers are arranged within an inside of the wind turbine , the wind turbine further comprising: a wind turbine nacelle and a wind turbine tower , wherein the step-up transformers are arranged within the wind turbine nacelle and/or the wind turbine tower, wherein at least two of the step-up transformers are arranged within the nacelle , characterized in that a transformer center of mass of each of the step-up transformers lies within an annular region between a first cylinder and a second cylinder , each having as cylinder axis a longitudinal axis of the tower, the first cylinder having a radius of between 1.8 and 1.6 times a tower radius (r) at the vertical position of the respective transformer center of mass, the second cylinder having a radius of between 1.0 and 1.2 times a tower radius at the vertical position of the respective transformer center of mass. a wind turbine nacelle and a wind turbine tower , wherein the step-up transformers are arranged within the wind turbine nacelle and/or the wind turbine tower, wherein at least two of the step-up transformers are arranged within the nacelle , characterized in that a transformer center of mass of each of the step-up transformers lies within an annular region between a first cylinder and a second cylinder , each having as cylinder axis a longitudinal axis of the tower, the first cylinder having a radius of between 1.8 and 1.6 times a tower radius (r) at the vertical position of the respective transformer center of mass, the second cylinder having a radius of between 1.0 and 1.2 times a tower radius at the vertical position of the respective transformer center of mass.
A switch fabric comprising: a serial communications interface configured to connect a plurality of slave devices to a master device in parallel to transmit information between the plurality of slave devices and the master device ; and a parallel communications interface configured to separately connect the plurality of slave devices to the master device to transmit information between the plurality of slave devices and the master device , and to transmit information between individual ones of the plurality of slave devices . a serial communications interface configured to connect a plurality of slave devices to a master device in parallel to transmit information between the plurality of slave devices and the master device ; and a parallel communications interface configured to separately connect the plurality of slave devices to the master device to transmit information between the plurality of slave devices and the master device , and to transmit information between individual ones of the plurality of slave devices .
Process for the manufacture of a reinforcement beam for a vehicle having at least one weakness zone arranged so that the strength of the beam at bending is lower at the level of that weakness zone than in the rest of the beam , having in order: - an extrusion step (A) of a profile - a cutting step (B) of the profile so as to obtain at least one segment of the profile - a localized deformation stage (C) of the profile segment designed to create the weakness area(s) . characterized in that the localized deformation stage (C) of the profile segment is carried out by localized stripping in one of the lateral walls of the beam at the same time as a stacking operation of the profile segment by forming to give a curvature to the beam . - an extrusion step (A) of a profile - a cutting step (B) of the profile so as to obtain at least one segment of the profile - a localized deformation stage (C) of the profile segment designed to create the weakness area(s) .
Device for lifting and displacing objects , having a pneumatic lifting device by means of an air cushion with connection and having an associated hand pump and valve for temporarily extending the wheels downwards, so that the object can be raised and subsequently rolled on the wheels , characterized in that it forms an insert in the form of a sheet-metal box with a projecting edge , which insert can be inserted from below into a recess in the underside of the object to be lifted or can be fastened to the underside in the fallen position, i.e. with a projecting edge at the bottom, wherein the air cushion with connection is inserted into this sheet-metal box so as to fit onto its base surface, and a sheet-metal plate , which is equipped with at least three wheels on the side facing away from the air cushion , bears against this air cushion , and the sheet metal plate being displaceable up and down in the sheet metal box along the box side walls, and in that compression springs are installed between the box-like insert and the sheet metal plate , which compression springs act perpendicularly on the sheet metal plate and can be compressed by inflating the air cushion , so that, when the air cushion is relieved as a result of spring force, the sheet metal plate can be pushed away from the edge of the box-like insert by releasing these compression springs , as a result of which the wheels of the running gear can be retracted upwards completely beyond the lower edge of the box-like insert .
A modular assembly for fry and other aquatic organisms comprising: - at least one support of materials forming reliefs, - materials forming reliefs liable to encourage the growth of fry and aquatic organisms, said materials being arranged with the material support so as to define a zone in which the fry and aquatic organisms can live and - at least one protective structure comprising mesh walls delimiting an empty volume, said protective structure being fixed removably to the material support and arranged therewith to establish a protective zone protecting the home zone, the material support forming a home cage enclosing the relief-forming materials , characterized in that the protective structure forms a cage free of relief- forming materials. - at least one support of materials forming reliefs, - materials forming reliefs liable to encourage the growth of fry and aquatic organisms, said materials being arranged with the material support so as to define a zone in which the fry and aquatic organisms can live and - at least one protective structure comprising mesh walls delimiting an empty volume, said protective structure being fixed removably to the material support and arranged therewith to establish a protective zone protecting the home zone, the material support forming a home cage enclosing the relief-forming materials , characterized in that the protective structure forms a cage free of relief- forming materials.
A leak detection system for detecting leaks in pressurised containers, the system comprising a leak test conveyor for moving each container and an accumulation tunnel through which the leak test conveyer extends, wherein the accumulation tunnel and the leak test conveyer together define at least one enclosed accumulation volume, each enclosed accumulation volume being sized to accommodate only a single container, thereby to allow gas leaking from the single container to accumulate, and a gas sensor for sensing accumulated leaked gas from the single container, wherein the leak test conveyor is configured to move through the accumulation tunnel , and the leak test conveyor and accumulation tunnel are arranged to define together the at least one enclosed accumulation volume as the leak test conveyer moves through the accumulation tunnel .
A cold work tool material having a steel composition including, by mass %, C: 0.65% to 2.40%, Cr: 5.0% to 15.0%, Mo and W alone or in combination in an amount of (Mo + 1/2W): 0.50% to 4.00%, V: 0.10% to 1.50%, and N: more than 0.0300% and not more than 0.0800%, Si: not more than 2.00%, Mn: not more than 1.50%, P: not more than 0.050%, S: not more than 0.0500%, Ni: 0% to 1.00% and Nb: 0% to 1.50%, and the balance being Fe and impurities, wherein the material includes a cross sectional region of a structure, the region having a length of 90 μm and a width of 90 μm and including no carbides having an equivalent circular diameter exceeding 5.0 μm, and wherein, in the cross sectional region, a number density of carbides A having an equivalent circular diameter of more than 0.1 μm and not more than 2.0 μm is not less than 9.0 ∗ 10 5 /mm 2 , and a number density of carbides B having an equivalent circular diameter of more than 0.1 μm and not more than 0.4 μm is not less than 7.5 ∗ 10 5 /mm 2 .
An imaging system comprising: a light source configured to generate successive light pulses of diminishing intensities having a pulse interval; and a microscopy system configured to image a sample and to process signals detected from the sample based on intensities of the successive light pulses; characterized in that the successive light pulses are more than two and in that the pulse interval is constant. a light source configured to generate successive light pulses of diminishing intensities having a pulse interval; and a microscopy system configured to image a sample and to process signals detected from the sample based on intensities of the successive light pulses;
A tool for a press brake, of the type adapted to produce a bend line in a sheet material, where said tool comprises a body connectable to a movable or fixed part of a press brake, characterized by comprising at least one optical fibre a section of which is fixed stably to a surface of the body, and wherein in the aforesaid section said optical fibre includes at least one Bragg grating .
A storage and retrieval unit , having a carriage , which is displaceable along a linear guide arranged on a floor in a shelf aisle (G) in the direction of an X axis, and which supports a vertical mast which extends perpendicular to the X axis in the direction of a vertical Y axis, and having a load receiving means mounted by only one end on a support device , wherein the load receiving means can be moved vertically together with the support device along the mast and can be moved into and out of a shelf compartment (F) in the direction of a Z axis which runs perpendicular to the X axis and perpendicular to the Y axis, wherein the load receiving means can be pivoted about a pivot axis X 1 running parallel to the X axis in such a way that it can be brought into a position inclined downward towards the floor, in which position a front free end of the load receiving means remote from the support device is arranged lower than a rearward end of the load receiving means close to the support device , characterized in that the support device together with the load receiving means is displaceable along a transverse guide in the direction of the Z axis and is pivotable about the pivot axis X 1, wherein the transverse guide is formed on a guide part which is pivotable on the carriage about the pivot axis X 1 running parallel to the X axis and wherein the pivoting movement of the guide part about the pivot axis X 1 in the direction of the vertical Y axis can be superimposed with a lifting or lowering movement, and the displacement movement of the support device and of the load receiving means along the transverse guide can be superimposed, by means of a controller, in such a way that the load receiving means can be moved along an at least partially curved path of movement from its inclined position within the shelf aisle (G) into a horizontal receiving position below on object (O) to be taken when it is moved into the shelf compartment (F).
A method for locating mobile devices comprising for each mobile device, for each mobile device, reconstructing a trajectory (T1, T2) modelling a movement made by the mobile device during which the mobile device carries out measurements of an indicator related to the distance separating it from access terminals (B1-B5) to a communication network, said method comprising the following steps: - for each mobile device, calculating, from the measurements carried out by the mobile device, locations ( B 1 j , B 2 j , B 3 j ; B 1 i , B 2 i , B 3 i ) of the access terminals in a frame of reference associated to the mobile device; - determining, for each mobile device, a geometric transformation that transforms the locations of the access terminals in the frame of reference associated to the mobile device into locations transformed in a common frame of reference, said determining being carried out so as to superimpose according to a superimposition validity metric, for each access terminal, the locations of the access terminal transformed in the common frame of reference with a location of the access terminal in the common frame of reference; - for each mobile device, modifying the trajectory of the mobile device by applying the corresponding geometric transformation. - for each mobile device, calculating, from the measurements carried out by the mobile device, locations ( B 1 j , B 2 j , B 3 j ; B 1 i , B 2 i , B 3 i ) of the access terminals in a frame of reference associated to the mobile device; - determining, for each mobile device, a geometric transformation that transforms the locations of the access terminals in the frame of reference associated to the mobile device into locations transformed in a common frame of reference, said determining being carried out so as to superimpose according to a superimposition validity metric, for each access terminal, the locations of the access terminal transformed in the common frame of reference with a location of the access terminal in the common frame of reference; - for each mobile device, modifying the trajectory of the mobile device by applying the corresponding geometric transformation.
A thermal head (X1) comprising: a substrate ; an electrode located on the substrate ; a bonding material located on the substrate or the electrode ; an electrically conductive member located on the bonding material and electrically connected to the electrode via the bonding material ; and a sealing material located on the substrate , the sealing material covering the bonding material and the electrically conductive member , wherein the bonding material includes a protruding portion located at an outer circumferential edge of the electrically conductive member , the bonding material being away from the substrate and the electrically conductive member , and characterised in that the electrically conductive member includes a first end surface facing the bonding material and a second end surface located closer to the substrate side than the first end surface and surrounding the first end surface in a plan view. a substrate ; an electrode located on the substrate ; a bonding material located on the substrate or the electrode ; an electrically conductive member located on the bonding material and electrically connected to the electrode via the bonding material ; and a sealing material located on the substrate , the sealing material covering the bonding material and the electrically conductive member , wherein the bonding material includes a protruding portion located at an outer circumferential edge of the electrically conductive member , the bonding material being away from the substrate and the electrically conductive member , and characterised in that the electrically conductive member includes a first end surface facing the bonding material and a second end surface located closer to the substrate side than the first end surface and surrounding the first end surface in a plan view.
A method for implementing a server anti-attack, comprising: receiving , by a server, a first link request from a client device directly, wherein the first link request includes a source IP address that initiates the first link request; determining , by the server, a target request type of the first link request based on feature information of the first link request, wherein the feature information of the first link request includes at least one of request data, a requesting rule, and requested content, and the target request type includes an SYN flood request, an illegal URL request, or a legal URL request; determining , by the server, the number of requests that are initiated by the source IP address within a first preset period and have a request type consistent with the target request type based on the target request type of the first link request; and if it is determined that the number of requests, that are initiated by the source IP address and have a request type consistent with the target request type, is greater than a preset threshold corresponding to the target request type, determining , by the server, a target attack type of the first link request based on the target request type, rejecting the first link request, and adding the source IP address to a first collection, wherein the first collection is configured to store IP addresses that the server denies access. receiving , by a server, a first link request from a client device directly, wherein the first link request includes a source IP address that initiates the first link request; determining , by the server, a target request type of the first link request based on feature information of the first link request, wherein the feature information of the first link request includes at least one of request data, a requesting rule, and requested content, and the target request type includes an SYN flood request, an illegal URL request, or a legal URL request; determining , by the server, the number of requests that are initiated by the source IP address within a first preset period and have a request type consistent with the target request type based on the target request type of the first link request; and if it is determined that the number of requests, that are initiated by the source IP address and have a request type consistent with the target request type, is greater than a preset threshold corresponding to the target request type, determining , by the server, a target attack type of the first link request based on the target request type, rejecting the first link request, and adding the source IP address to a first collection, wherein the first collection is configured to store IP addresses that the server denies access.
A set of construction plates , each construction plate having undulations suitable to be anchored to the surface of an internal free section of a railway tunnel , each construction plate is configured to avoid water filtration inside the tunnel when covering the interior of the tunnel by construction plates , each construction plate comprises an alternation of flat zones and undulations ; wherein each construction plate comprising a flat zone of a first side edge and a flat zone of a second side edge thereby providing a variable longitudinal overlap between consecutive construction plates enabling to absorb both the internal imperfections of the tunnel and the perimeter difference described between the interior and exterior of said tunnel , characterized in that each construction plate is made of any waterproof and fireproof material of a composite type material made of reinforced polymeric resin with inorganic fibre.
An anti-human CD137 (SEQ ID NO: 1) antibody for use in simultaneous, separate, or sequential combination with an anti-human PD-L1 (SEQ ID NO: 26) antibody in the treatment of cancer, wherein the anti-human CD137 antibody comprises HCDR1 having the amino acid sequence of SEQ ID: 2, HCDR2 having the amino acid sequence of SEQ ID NO: 3, HCDR3 having the amino acid sequence of SEQ ID NO: 4, LCDR1 having the amino acid sequence of SEQ ID NO: 5, LCDR2 having the amino acid sequence of SEQ ID NO: 6, and LCDR3 having the amino acid sequence of SEQ ID NO: 7.
A contactless power receiving device, comprising: - a power reception coil unit including a power reception coil configured to contactlessly receive magnetic flux sent from a power supply coil; - iron bolts for fixing the power reception coil unit to a vehicle body; and - a magnetic shield plate configured to suppress diffusion of the magnetic flux received by the power reception coil unit to surroundings; wherein: - the magnetic shield plate is arranged on a bottom side of the vehicle body below all of the iron bolts , - the magnetic shield plate is formed to have a rectangular shape in a plan view and a rectangular opening in a center of the magnetic shield plate , - the magnetic shield plate includes: a shield plate main body ; and bolt shield portions recessed downward formed in four portions which are front-left, front-right, rear-left and rear-right portions in a peripheral edge of the shield plate main body on a side of the opening and configured to shield against the magnetic flux flowing toward the iron bolts , and - the bolt shield portions are arranged below all of the iron bolts and are covering the iron bolts at said four portions. - a power reception coil unit including a power reception coil configured to contactlessly receive magnetic flux sent from a power supply coil; - iron bolts for fixing the power reception coil unit to a vehicle body; and - a magnetic shield plate configured to suppress diffusion of the magnetic flux received by the power reception coil unit to surroundings; - the magnetic shield plate is arranged on a bottom side of the vehicle body below all of the iron bolts , - the magnetic shield plate is formed to have a rectangular shape in a plan view and a rectangular opening in a center of the magnetic shield plate , - the magnetic shield plate includes: a shield plate main body ; and bolt shield portions recessed downward formed in four portions which are front-left, front-right, rear-left and rear-right portions in a peripheral edge of the shield plate main body on a side of the opening and configured to shield against the magnetic flux flowing toward the iron bolts , and - the bolt shield portions are arranged below all of the iron bolts and are covering the iron bolts at said four portions.