mhurhangee/patent-ind-claim-en huggingface dataset:
A wear resistant hot rolled steel plate having excellent toughness and internal quality, consisting essentially of: carbon (C): 0.6 wt% to 1.3 wt%, manganese (Mn): 14 wt% to 22 wt%, a balance of iron (Fe) and other unavoidable impurities, and having a microstructure including carbides in an area fraction of 5% or less (including 0%) and residual austenite, characterized in that the hot rolled steel plate has a thickness of 10 mm to 80 mm, and a degree of segregation of manganese (Mn), represented by Relationship 1, of 1.16 or less. Degree of segregation of Mn = (Mn element in a central portion of a steel plate) / (Mn element in molten steel) where, in Relationship 1, a central portion of a steel plate refers to a region of the steel plate, located above and below a 1/2t position in a thickness direction, by 50 um or less, where t refers to a thickness (mm). carbon (C): 0.6 wt% to 1.3 wt%, manganese (Mn): 14 wt% to 22 wt%, a balance of iron (Fe) and other unavoidable impurities, and having a microstructure including carbides in an area fraction of 5% or less (including 0%) and residual austenite, characterized in that the hot rolled steel plate has a thickness of 10 mm to 80 mm, and a degree of segregation of manganese (Mn), represented by Relationship 1, of 1.16 or less. Degree of segregation of Mn = (Mn element in a central portion of a steel plate) / (Mn element in molten steel) where, in Relationship 1, a central portion of a steel plate refers to a region of the steel plate, located above and below a 1/2t position in a thickness direction, by 50 um or less, where t refers to a thickness (mm).
A diaphragm metering pump comprising: a pump body having a head portion including a suction side and a discharge side defining a flow path from a fluid source to a fluid destination , wherein the discharge side comprises an outlet including a valve seat arranged at the discharge side and a check valve arranged at the valve seat ; and a degassing system including a check valve actuator operatively connected to the check valve , the check valve actuator being selectively activated to unseat the check valve from the valve seat to allow the gases trapped in the head portion to pass through the discharge side ; and wherein the gases and all liquid passing through the discharge side are passed from the outlet to the fluid destination . a pump body having a head portion including a suction side and a discharge side defining a flow path from a fluid source to a fluid destination , wherein the discharge side comprises an outlet including a valve seat arranged at the discharge side and a check valve arranged at the valve seat ; and a degassing system including a check valve actuator operatively connected to the check valve , the check valve actuator being selectively activated to unseat the check valve from the valve seat to allow the gases trapped in the head portion to pass through the discharge side ; and wherein the gases and all liquid passing through the discharge side are passed from the outlet to the fluid destination .
A delivery-and-fluid-storage bridge for use with a reduced-pressure treatment system, comprising: a delivery manifold extending along a length of the delivery-and-fluid-storage bridge for delivering reduced pressure through the delivery-and-fluid-storage bridge ; an absorbent layer proximate the delivery manifold adapted to receive and store fluids; wherein the delivery-and-fluid storage bridge has a first side and a second, patient-facing side ; a first encapsulating layer and a second encapsulating layer at least partially enclosing the delivery manifold and the absorbent layer ; a first aperture formed proximate a first longitudinal end of the delivery-and-fluid-storage bridge for fluidly communicating reduced pressure to the delivery manifold from a reduced-pressure source; a second aperture formed on the second, patient-facing side of the second encapsulating layer proximate a second longitudinal end of the delivery-and-fluid-storage bridge for transmitting reduced pressure to a tissue site; and characterised by a conduit disposed between the first encapsulating layer and the second encapsulating layer which continues along the length of the delivery-and-fluid storage bridge to the second longitudinal end of the delivery-and-fluid-storage bridge , wherein the conduit has an end positioned at the second longitudinal end of the delivery-and-fluid-storage bridge . a delivery manifold extending along a length of the delivery-and-fluid-storage bridge for delivering reduced pressure through the delivery-and-fluid-storage bridge ; an absorbent layer proximate the delivery manifold adapted to receive and store fluids; wherein the delivery-and-fluid storage bridge has a first side and a second, patient-facing side ; a first encapsulating layer and a second encapsulating layer at least partially enclosing the delivery manifold and the absorbent layer ; a first aperture formed proximate a first longitudinal end of the delivery-and-fluid-storage bridge for fluidly communicating reduced pressure to the delivery manifold from a reduced-pressure source; a second aperture formed on the second, patient-facing side of the second encapsulating layer proximate a second longitudinal end of the delivery-and-fluid-storage bridge for transmitting reduced pressure to a tissue site; and characterised by a conduit disposed between the first encapsulating layer and the second encapsulating layer which continues along the length of the delivery-and-fluid storage bridge to the second longitudinal end of the delivery-and-fluid-storage bridge , wherein the conduit has an end positioned at the second longitudinal end of the delivery-and-fluid-storage bridge .
Cryptography module (100; 100a; 100b) for at least temporarily controlling operation of at least one computing device (200; 200a), wherein the cryptography module (100; 100a; 100b) is designed to inspect at least one memory area of a memory device that the computing device (200; 200a) is able to access and to control the operation of the at least one computing device (200; 200a) on the basis of the inspection , wherein the cryptography module (100; 100a; 100b) is designed to receive a first control instruction (A1) from the computing device (200; 200a), which control instruction characterizes at least one memory area to be inspected of the memory device , and to inspect the memory area characterized by the first control instruction (A1), wherein the cryptography module (100; 100a; 100b) is designed to inspect a boot loader (BL) of the computing device (200; 200a), to authorize execution of the boot loader following successful inspection of the boot loader (BL), and to wait for the first control instruction (A1).
A wireless communication system, comprising: a first relay configured to forward data received from at least one of a plurality of base stations , and to reduce intra-cell interference between a plurality of sectors of the plurality of base stations the system including a plurality of 3-sector vertices wherein a 3-sector vertex is a convergence of three sectors , each of the three sectors being associated to a different base station ; further comprising a second relay and a third relay , wherein the first relay and the second relay are at different 3-sector vertices of multiple sectors, whereas the third relay is on a border of two sectors between the first relay and the second relay ; wherein the third relay coordinates with two base stations , wherein the relays are configured to receive transmissions from one or more associated base stations in a first time slot, wherein the relays are configured to transmit to at least one associated mobile station during a second time slot in conjunction with the plurality of base stations, and the first and second time slots are consecutive and orthogonal. a first relay configured to forward data received from at least one of a plurality of base stations , and to reduce intra-cell interference between a plurality of sectors of the plurality of base stations the system including a plurality of 3-sector vertices wherein a 3-sector vertex is a convergence of three sectors , each of the three sectors being associated to a different base station ; further comprising a second relay and a third relay , wherein the first relay and the second relay are at different 3-sector vertices of multiple sectors, whereas the third relay is on a border of two sectors between the first relay and the second relay ; wherein the third relay coordinates with two base stations , wherein the relays are configured to receive transmissions from one or more associated base stations in a first time slot, wherein the relays are configured to transmit to at least one associated mobile station during a second time slot in conjunction with the plurality of base stations, and the first and second time slots are consecutive and orthogonal.
Method for controlling a brake force distribution of a vehicle comprising at least two axles (N), wherein the total brake force (F v ) to be applied in order to reach a certain retardation of the vehicle is distributed to the axles (n) of the vehicle, the method characterised in that it comprises the following steps: a) defining one or more brake patterns (d 1 , d 2 ), wherein the brake patterns (d 1 , d 2 ) are vectors with an entry for each axle (n); b) calculation of one pattern weight (a 1 , a 2 ) for each brake pattern (d 1 , d 2 ) based on at least one input value (Input 1), c) calculation of a weight distribution for the brake force (F n ) of each axle (n); d) calculation of a brake force (F N ) for each axle (n). a) defining one or more brake patterns (d 1 , d 2 ), wherein the brake patterns (d 1 , d 2 ) are vectors with an entry for each axle (n); b) calculation of one pattern weight (a 1 , a 2 ) for each brake pattern (d 1 , d 2 ) based on at least one input value (Input 1), c) calculation of a weight distribution for the brake force (F n ) of each axle (n); d) calculation of a brake force (F N ) for each axle (n).
A method for producing a glass sheet , said method comprising the steps of: causing the glass sheet to travel in a traveling direction; separating the glass sheet which is moving using a scoreless separation device which comprises a separation mechanism that generates a stress profile within the moving glass sheet that produces a crack in a predefined location within the moving glass sheet to shear off an edge of the moving glass sheet; separating and removing the sheared-off edge ; wherein after the edge has been sheared off of the moving glass sheet , directing a remaining portion of the moving glass sheet away from the traveling direction and to a take-up roller ; and winding the remaining portion of the moving glass sheet onto the take-up roller . causing the glass sheet to travel in a traveling direction; separating the glass sheet which is moving using a scoreless separation device which comprises a separation mechanism that generates a stress profile within the moving glass sheet that produces a crack in a predefined location within the moving glass sheet to shear off an edge of the moving glass sheet; separating and removing the sheared-off edge ; wherein after the edge has been sheared off of the moving glass sheet , directing a remaining portion of the moving glass sheet away from the traveling direction and to a take-up roller ; and winding the remaining portion of the moving glass sheet onto the take-up roller .
A robotic work tool system configured to determine whether there is any disturbing and interfering object, such as dirt, on a camera unit of a robotic lawn mower which may degrade the operation of the robotic lawn mower , wherein the robotic lawn mower is configured to perform a work task autonomously, and wherein the robotic work tool system comprises at least one controller configured to: - obtain a plurality of image frames reflecting the view of the camera unit of the robotic lawn mower , wherein each of the obtained image frames is associated with a different position and/or angle compared to the other obtained plurality of image frames; - determine, based on the obtained image frames, pixel intensity gradients within the view of the camera unit ; - compare each of the determined pixel intensity gradients against at least one threshold; determine, based on the comparison, whether there is an interfering object on the camera unit of the robotic lawn mower ; and - control a subsequent action of the robotic work tool system based on the determination whether there is an interfering object on the camera unit of the robotic lawn mower . - obtain a plurality of image frames reflecting the view of the camera unit of the robotic lawn mower , wherein each of the obtained image frames is associated with a different position and/or angle compared to the other obtained plurality of image frames; - determine, based on the obtained image frames, pixel intensity gradients within the view of the camera unit ; - compare each of the determined pixel intensity gradients against at least one threshold; determine, based on the comparison, whether there is an interfering object on the camera unit of the robotic lawn mower ; and - control a subsequent action of the robotic work tool system based on the determination whether there is an interfering object on the camera unit of the robotic lawn mower .
A device comprising: a liquid-tight container that is configured to house a fragile object, the container having a cylindrical shape including a bottom, wherein the container comprises a lower portion configured to house the fragile object, an upper portion that includes an opening, and a stepped portion provided between the lower portion and the upper portion ; a lid that seals the container ; and a seal mechanism including a seal , with the seal representing a portion that is interposed between the lid and the stepped portion ; wherein the seal has an outside diameter lager than the inside diameter of the lower portion of the container and smaller than the inside diameter of the upper portion of the container , such that, upon inserting the seal into the container , a space is created between an outer periphery of the seal and an inner periphery of the upper portion of the container ; wherein the lid seals the opening of the upper portion , and the seal is interposed between the lid and the stepped portion to seal an opening of the lower portion , and wherein the upper portion has an inside diameter larger than an inside diameter of the lower portion , and the stepped portion is a portion where an inside diameter of the container is sharply reduced. a lid that seals the container ; and a seal mechanism including a seal , with the seal representing a portion that is interposed between the lid and the stepped portion ; wherein the seal has an outside diameter lager than the inside diameter of the lower portion of the container and smaller than the inside diameter of the upper portion of the container , such that, upon inserting the seal into the container , a space is created between an outer periphery of the seal and an inner periphery of the upper portion of the container ; wherein the lid seals the opening of the upper portion , and the seal is interposed between the lid and the stepped portion to seal an opening of the lower portion ,
A laminated structure of a photovoltaic assembly, comprising: a first encapsulation layer, a second encapsulation layer, and a solar cell string between the first encapsulation layer and the second encapsulation layer; wherein: the first encapsulation layer comprises 30-50 wt. % of fiber cloth and 50-70 wt. % of a first powder coating evenly disposed on the fiber cloth; the second encapsulation layer comprises 30-50 wt. % of the fiber cloth and 50-70 wt. % of a second powder coating evenly disposed on the fiber cloth; the first powder coating employs an acrylic powder coating; the second powder coating employs the polyester powder coating; the acrylic powder coating comprises acrylic resin and acrylic resin curing agent; the polyester powder coating comprises polyester resin and polyester resin curing agent; and the fiber cloth comprises woven fiber material. the first encapsulation layer comprises 30-50 wt. % of fiber cloth and 50-70 wt. % of a first powder coating evenly disposed on the fiber cloth; the second encapsulation layer comprises 30-50 wt. % of the fiber cloth and 50-70 wt. % of a second powder coating evenly disposed on the fiber cloth; the first powder coating employs an acrylic powder coating; the second powder coating employs the polyester powder coating; the acrylic powder coating comprises acrylic resin and acrylic resin curing agent; the polyester powder coating comprises polyester resin and polyester resin curing agent; and the fiber cloth comprises woven fiber material.
A medicament delivery device comprising: a housing having first and second portions ; a dispensing mechanism that comprises a reservoir disposed in the housing , wherein the dispensing mechanism is operable to dispense medicament from the reservoir when the reservoir contains medicament; and, an actuator , wherein the first portion of the housing comprises a distal end and the second portion is moveable towards the distal end from an initial position, wherein actuation of the actuator is impeded such that the dispensing mechanism is rendered inoperable, to a primed position, wherein the actuator is actuatable to operate the dispensing mechanism , wherein the actuator is retracted into the housing when the second portion is in the initial position to prevent actuation of the actuator and protrudes out of the housing when the second portion is in the primed position. a housing having first and second portions ; a dispensing mechanism that comprises a reservoir disposed in the housing , wherein the dispensing mechanism is operable to dispense medicament from the reservoir when the reservoir contains medicament; and, an actuator , wherein the first portion of the housing comprises a distal end and the second portion is moveable towards the distal end from an initial position, wherein actuation of the actuator is impeded such that the dispensing mechanism is rendered inoperable, to a primed position, wherein the actuator is actuatable to operate the dispensing mechanism , wherein the actuator is retracted into the housing when the second portion is in the initial position to prevent actuation of the actuator and protrudes out of the housing when the second portion is in the primed position.
A wearable electronic device assembly , comprising: an electronic device ; a strap attached to the device for attaching the device to a wearer, the strap having two end regions arranged to be brought together in overlapping configuration; and a connector comprising first and second parts configured to be secured together with the two overlapping end regions of the strap extending between them, thereby to secure the two overlapping end regions of the strap together; the first part of the connector comprising a projection arranged to extend through or adjacent to the strap; and the second part of the connector comprising a main body having an aperture to receive the projection of the first part therein, and a securement part retained by and movable with respect to the main body between a release position and a securement position; wherein the projection has an engagement protrusion configured to engage with the main body and/or with the securement part when the securement part is in its securement position, to retain the projection in the aperture of the second part of the connector and thereby secure the first part of the connector to the second part of the connector.
An abnormality detection device for a suction nozzle including a mounting head , a nozzle holder , a nozzle portion that adsorbs a component, the nozzle portion being vertically movable, biasing means for biasing downward the nozzle portion such that after a lower end of the nozzle portion comes into contact with the component at a time of a component adsorption operation or after the component adsorbed on the nozzle portion comes into contact with a circuit board at a time of a component mounting operation, the nozzle portion is pushed in against a biasing force of the biasing means according to a downward movement of the nozzle holder , an air flow path in the nozzle holder that is opened and closed by vertical movement of the nozzle portion ; and detection means for detecting an amount or a pressure of air flow in the air flow path , wherein the abnormality detection device is configured to detect a defect of the vertical movement of the nozzle portion by supplying air to the air flow path and monitoring the amount or pressure of the air flow by the detection means, characterized in that the abnormality detection device is configured to detect the defect of the vertical movement of the nozzle portion when the suction nozzle is pushed in at the time of the component adsorption operation or at the time of the component mounting operation. an air flow path in the nozzle holder that is opened and closed by vertical movement of the nozzle portion ; and detection means for detecting an amount or a pressure of air flow in the air flow path , wherein the abnormality detection device is configured to detect a defect of the vertical movement of the nozzle portion by supplying air to the air flow path and monitoring the amount or pressure of the air flow by the detection means, characterized in that the abnormality detection device is configured to detect the defect of the vertical movement of the nozzle portion when the suction nozzle is pushed in at the time of the component adsorption operation or at the time of the component mounting operation.
Connection device for secondary piping in combination with a transverse opening in main piping, in a shaft or in a wall, comprising: a relatively soft elastomer insert in the form of a hollow plug, the outside of which insert is adapted to the transverse opening, and the inside of which has a conical screwing region , and a relatively harder connecting branch , which has an engagement end , a conical middle part with external thread , a receiving portion and a drive end , wherein the elastomer insert has at least one sealing element on the inside , and the connecting branch has a sealing face on the conical middle part , characterised in that the sealing element is in the form of a lip which protrudes from the inside of the elastomer insert , wherein when the connection device is assembled, with the connecting branch screwed into the elastomer insert , the sealing element on the inside of the elastomer insert lies against the sealing face on the conical middle part of the connecting branch . a relatively soft elastomer insert in the form of a hollow plug, the outside of which insert is adapted to the transverse opening, and the inside of which has a conical screwing region , and a relatively harder connecting branch , which has an engagement end , a conical middle part with external thread , a receiving portion and a drive end , wherein the elastomer insert has at least one sealing element on the inside , and the connecting branch has a sealing face on the conical middle part , characterised in that the sealing element is in the form of a lip which protrudes from the inside of the elastomer insert , wherein when the connection device is assembled, with the connecting branch screwed into the elastomer insert , the sealing element on the inside of the elastomer insert lies against the sealing face on the conical middle part of the connecting branch .