mhurhangee/ep-ind-claims huggingface dataset:
An article of equipment incorporating a detection system for monitoring and registering the intensity and location of impacts for players in contact sports, comprising: a.) A proximity sensor consisting of one or more electrically conductive wires, the said one or more wires being embedded as a mechanical layout in said article of equipment; b.) an impact sensor connected to the conductive wire and embedded in said article of equipment, the impact sensor being adapted to generate an electrical signal based on the impact and location of an impact; c.) magnet means mounted in an attacking gear of a player, the proximity sensor being adapted to detect the approaching presence of the magnet means and to generate an electrical impulse proportional to the intensity and location of a subsequent impact; d.) a transceiver connected to the conductive wire; e.) signal processor means connected to the transceiver, whereby changes in voltage as a result of changes in voltage due to changes in magnetic flux caused by proximity of the magnet means to the impact sensor determine the extent of impact and the location of an impact based on the mechanical layout of the embedded wire in said article of equipment; and, f.) output means for the signal processor, to provide a visual and/or audible display; the proximity sensor comprising means to enable the impact sensor so that the impact sensor will detect an impact only after it has been enabled by the proximity sensor. a.) A proximity sensor consisting of one or more electrically conductive wires, the said one or more wires being embedded as a mechanical layout in said article of equipment; b.) an impact sensor connected to the conductive wire and embedded in said article of equipment, the impact sensor being adapted to generate an electrical signal based on the impact and location of an impact; c.) magnet means mounted in an attacking gear of a player, the proximity sensor being adapted to detect the approaching presence of the magnet means and to generate an electrical impulse proportional to the intensity and location of a subsequent impact; d.) a transceiver connected to the conductive wire; e.) signal processor means connected to the transceiver, whereby changes in voltage as a result of changes in voltage due to changes in magnetic flux caused by proximity of the magnet means to the impact sensor determine the extent of impact and the location of an impact based on the mechanical layout of the embedded wire in said article of equipment; and, f.) output means for the signal processor, to provide a visual and/or audible display;
A rainwater collector to be mounted on a gutter downspout, of the type comprising: - a mounting plate intended to be coupled to the gutter downspout, having an orifice intended to be placed facing an opening provided in the gutter downspout, - a scoop intended to be introduced into the gutter downspout, through the orifice of the mounting plate, - a scoop support intended to be mounted through the orifice of the mounting plate and to support the scoop inside the gutter downspout, wherein the scoop and the scoop support are detachably coupled, characterized in that the scoop support has a base and a bearing frame extending from the base, the scoop support further comprising a tab extending from the base inside the bearing frame, the tab being elastically deformable to form a clamp with the bearing frame and maintain the scoop between the tab and the bearing frame, or in that the scoop support has a base and a cradle extending from the base, the cradle comprising a first hook close to the base and a second hook at the free end of the cradle, the scoop comprising a first notch and a second notch, the scoop being configured to be inserted under the first hook such that the first hook is accommodated in the first notch and to be clipped onto the cradle by introducing the second hook into the second notch. - a mounting plate intended to be coupled to the gutter downspout, having an orifice intended to be placed facing an opening provided in the gutter downspout, - a scoop intended to be introduced into the gutter downspout, through the orifice of the mounting plate, - a scoop support intended to be mounted through the orifice of the mounting plate and to support the scoop inside the gutter downspout,
Vehicle composite pane at least comprising an outer pane made of glass and an inner pane made of glass that are bonded to one another via a polymeric intermediate layer, wherein a region of the intermediate layer is formed from a first wedge inlay and a second wedge inlay made of a different material, which are wedge-shaped and have in each case a wedge face, wherein the wedge faces are positioned one atop the other such that in the direction from a lower edge to an upper edge of the composite pane, the thickness of the first wedge inlay increases and the thickness of the second wedge inlay decreases, wherein at least one wedge inlay (4, 5) has a refractive index that differs from the refractive index of the outer pane and of the inner pane.
A system for processing a web, wherein the web has a first surface, a second surface opposite the first surface, and comprises a magnetic material, the system comprising: a processing bed, wherein the processing bed is configured to support the web while the first surface of the web undergoes one or more processing steps, and wherein the processing bed includes a center portion having a flat surface and side portions (206A, 206B) having curved surfaces; a plurality of magnets, wherein the plurality of magnets are positioned relative to the processing bed so as to exert a magnetic force on the web that pulls the web toward the processing bed, and wherein the magnetic force is sufficient to shape the web so that the web substantially conforms to the flat surface and curved surfaces of the processing bed; and a conveyor belt configured to move the web over the processing bed while the web is shaped by the magnetic force to substantially conform to the flat surface and curved surfaces of the processing bed, wherein the conveyor belt has a first contact surface and a second contact surface opposite the first contact surface, wherein the first contact surface is configured to contact the second surface of the web, and characterised in that the second contact surface is configured to contact the processing bed, wherein the first contact surface of the conveyor belt is configured to apply traction to the second surface of the web such that the web moves along with the conveyor belt, and wherein second contact surface of the conveyor belt is configured to slide over the flat surface of the processing bed. a processing bed, wherein the processing bed is configured to support the web while the first surface of the web undergoes one or more processing steps, and wherein the processing bed includes a center portion having a flat surface and side portions (206A, 206B) having curved surfaces; a plurality of magnets, wherein the plurality of magnets are positioned relative to the processing bed so as to exert a magnetic force on the web that pulls the web toward the processing bed, and wherein the magnetic force is sufficient to shape the web so that the web substantially conforms to the flat surface and curved surfaces of the processing bed; and a conveyor belt configured to move the web over the processing bed while the web is shaped by the magnetic force to substantially conform to the flat surface and curved surfaces of the processing bed, wherein the conveyor belt has a first contact surface and a second contact surface opposite the first contact surface, wherein the first contact surface is configured to contact the second surface of the web, and characterised in that the second contact surface is configured to contact the processing bed, wherein the first contact surface of the conveyor belt is configured to apply traction to the second surface of the web such that the web moves along with the conveyor belt, and wherein second contact surface of the conveyor belt is configured to slide over the flat surface of the processing bed.
A microbial oil, comprising a mixture of fatty acid alkyl esters or free fatty acids obtainable by performing hydrolysis or alkyl esterification on a crude oil obtained from a microbial biomass of microbe capable of producing dihomo-γ-linolenic acid, followed by a heating process including rectification under conditions including a column bottom temperature of from 160°C to 230°C and a minimum pressure in the distillation column of from 0.1 Pa to 30 Pa, the microbial oil comprising dihomo-γ-linolenic acid in fatty acid alkyl ester form and/or in free fatty acid form at a content of at least 50% by weight of the total weight of fatty acids in the oil; and in which the content of thermally-produced fatty acid having from 16 to 22 carbon atoms, generated due to heat associated with distillation, is from 0.0001% by weight to 3.0% by weight of the total weight of fatty acids in the microbial oil.
A method for generating a stimulation program for electrical stimulation of a patient, the method comprising: providing, by a processor on a display communicatively coupled to the processor, a first grid, with gridlines, demarcating a plurality of selectable first pixels and a representation of a portion of an electrical stimulation lead with a plurality of electrodes; obtaining, by the processor, a user selection of a first plurality of the first pixels in the first grid of first pixels for stimulation; generating, by the processor, a stimulation program based, at least in part, on the user-selected first plurality of the first pixels for stimulation using at least one of the electrodes of the electrical stimulation lead; and initiating, by the processor, a signal that provides an implantable pulse generator with the stimulation program for producing electrical stimulation using an electrical stimulation lead coupled to the implantable pulse generator in accordance with the stimulation program. providing, by a processor on a display communicatively coupled to the processor, a first grid, with gridlines, demarcating a plurality of selectable first pixels and a representation of a portion of an electrical stimulation lead with a plurality of electrodes; obtaining, by the processor, a user selection of a first plurality of the first pixels in the first grid of first pixels for stimulation; generating, by the processor, a stimulation program based, at least in part, on the user-selected first plurality of the first pixels for stimulation using at least one of the electrodes of the electrical stimulation lead; and initiating, by the processor, a signal that provides an implantable pulse generator with the stimulation program for producing electrical stimulation using an electrical stimulation lead coupled to the implantable pulse generator in accordance with the stimulation program.
A medical support device, comprising a three-dimensional mesh structure (10; 20; 30) for supporting a breast implant and/or tissue, wherein the three-dimensional mesh structure (10; 20; 30) is made from an essentially two-dimensional mesh material formed and shaped into said three-dimensional structure, and wherein the three-dimensional mesh structure (10; 20; 30) comprises at least a first portion (11; 21; 31) of the two-dimensional mesh material, which has a first value of a specific mechanical property, and a second portion (12; 22; 32) of the two-dimensional mesh material, which has a second value of said specific mechanical property, which second value of said specific mechanical property is different from the first value of said mechanical property, and wherein said mechanical property can be anyone of extension, modulus of elasticity, compliance, stiffness, yield strength, tensile strength, or elongation, and characterised in that said first portion (11; 21; 31) and said second portion (12; 22; 32) differ from each other by at least one of the following: different pore size or number of fibers per surface area or number of fibers with higher modulus of elasticity and that the two-dimensional mesh material is a knitted or woven material.
A coated cutting tool comprising a substrate and a surface coating deposited on the substrate and covering at least a portion of the substrate, the surface coating having a thickness T c, wherein the substrate comprises a plurality of recesses into the substrate within a patterned surface area within the coated portion of the substrate, characterized in that each of said recesses has a depth D, wherein 2 μm <D< 100 μm, a width W i at half depth [D/2] of the recess, where W i ≤2T c, and T c is between 2 μm and 30 μm, and wherein the recess is at least partly filled by the surface coating, wherein the coating comprises an inner layer made of Ti(C,O,N), Ti(C,N), TiC, TiN, or combinations thereof with thickness T ci and an outer layer made of Al 2 O 3 with thickness T co.
An electronic cigarette, comprising a main body, a control assembly, two clearomizers, and a sliding member; wherein: the two clearomizers and the sliding member are disposed on the main body; the sliding member is slidable along a travel line on the main body to drive the control assembly to control operations of the two clearomizers; each of the two clearomizers comprises an air hole; the main body comprises two air inlets communicating with the two air holes, respectively; the two air inlets are disposed along the travel line; the sliding member is configured to slide to cover and/or expose the two air inlets; characterized in that: the control assembly comprises two semiconductor switches and two magnetic members; the two semiconductor switches are configured to control operations of the two clearomizers, respectively; the two magnetic members are disposed on the sliding member along the travel line; the sliding member is configured to slide along the travel line towards one semiconductor switch, whereby one magnetic member is disposed above the one semiconductor switch, the magnetism of the one magnetic member causes a change in the potential difference of the one semiconductor switch, and the one semiconductor switch is turned off to prevent the operation of one clearomizer. the two clearomizers and the sliding member are disposed on the main body; the sliding member is slidable along a travel line on the main body to drive the control assembly to control operations of the two clearomizers; each of the two clearomizers comprises an air hole; the main body comprises two air inlets communicating with the two air holes, respectively; the two air inlets are disposed along the travel line; the sliding member is configured to slide to cover and/or expose the two air inlets; the control assembly comprises two semiconductor switches and two magnetic members; the two semiconductor switches are configured to control operations of the two clearomizers, respectively; the two magnetic members are disposed on the sliding member along the travel line; the sliding member is configured to slide along the travel line towards one semiconductor switch, whereby one magnetic member is disposed above the one semiconductor switch, the magnetism of the one magnetic member causes a change in the potential difference of the one semiconductor switch, and the one semiconductor switch is turned off to prevent the operation of one clearomizer.
Water box for a motor vehicle, with at least one air inlet opening located at the top in the fitted position, and with a water separating chamber which is connected to the air inlet opening and which has a bottom wall, a side wall, a top wall, at least one water outlet opening and at least one air outlet opening, wherein the at least one air inlet opening is connected via at least one supply line to the substantially closed water separating chamber, and wherein, downstream of the at least one air inlet opening, the supply line has at least one pre-separating outlet through which water can be conducted outside the substantially closed water separating chamber, characterized in that, at an opening of the pre-separating outlet, the supply line has a downwardly curved wall at which water can be conducted downwards into the pre-separating outlet in accordance with the Coandǎ effect.
A probe head of an air data probe comprising: an insert including: a tip portion making up a tip of the air data probe; an end portion; and a body portion extending between the tip portion and the end portion, the body portion including a groove; a portion of a heater within the groove; an outer shell surrounding the body portion of the insert and the portion of the heater, wherein the tip portion of the insert extends past a first end of the outer shell and the end portion of the insert extends past a second end of the outer shell; a tip weld seal between the tip portion of the insert and the first end of the outer shell; and a braze seal being located adjacent to the second end of the outer shell and between the end portion of the insert and the second end of the outer shell, the braze seal connecting the end portion of the insert and the second end of the outer shell; wherein the portion of the heater is hermetically sealed between the insert and the outer shell. an insert including: a tip portion making up a tip of the air data probe; an end portion; and a body portion extending between the tip portion and the end portion, the body portion including a groove; a tip portion making up a tip of the air data probe; an end portion; and a body portion extending between the tip portion and the end portion, the body portion including a groove; a portion of a heater within the groove; an outer shell surrounding the body portion of the insert and the portion of the heater, wherein the tip portion of the insert extends past a first end of the outer shell and the end portion of the insert extends past a second end of the outer shell; a tip weld seal between the tip portion of the insert and the first end of the outer shell; and a braze seal being located adjacent to the second end of the outer shell and between the end portion of the insert and the second end of the outer shell, the braze seal connecting the end portion of the insert and the second end of the outer shell; wherein the portion of the heater is hermetically sealed between the insert and the outer shell.
Bus communication device with at least one coupling device connected to the bus line and with at least one subscriber unit, wherein the at least one subscriber unit is connected via a respective branch line to at least one coupling device and is connected via the coupling device to the bus line, and with an energy source, which is connected to the bus line to supply the at least one subscriber unit and/or the at least one coupling device with electrical energy, wherein a subscriber current flowing into the at least one subscriber unit via the bus line is modulated for data transmission, wherein the at least one subscriber unit is arranged to perform a first modulation of the subscriber current in accordance with a preset communication protocol, and wherein the at least one coupling device and/or the at least one subscriber unit is arranged to perform at least one second modulation of the coupling device current flowing into the coupling device, wherein the second modulation occurs outside the communication protocol of the first modulation independently of the data transmission by means of the first modulation.
A method in a computing system of securely verifying information pertaining to a target, the method comprising: generating, by one or more processors of the computing system, a request transaction indicating at least (i) a request to verify information pertaining to the target, and (ii) a blockchain address of a third party to which the request is directed; providing, by the one or more processors, the request transaction to a smart contract deployed on the blockchain; detecting, by the one or more processors, an indication that a reply transaction corresponding to the request transaction has been received via the smart contract, the reply transaction generated at the third party in response to detecting the request transaction; and retrieving, by the one or more processors, the reply transaction via the smart contract to determine whether the third party has verified the information. generating, by one or more processors of the computing system, a request transaction indicating at least (i) a request to verify information pertaining to the target, and (ii) a blockchain address of a third party to which the request is directed; providing, by the one or more processors, the request transaction to a smart contract deployed on the blockchain; detecting, by the one or more processors, an indication that a reply transaction corresponding to the request transaction has been received via the smart contract, the reply transaction generated at the third party in response to detecting the request transaction; and retrieving, by the one or more processors, the reply transaction via the smart contract to determine whether the third party has verified the information.
A method for sending a physical layer signal, comprising: constructing a signal frame of a physical layer signal, wherein the signal frame comprises a single-frequency sequence of M in length, multiple Ga 128 sequences, and a -Ga 128 sequence; wherein the Ga 128 and -Ga 128 sequences are Golay sequences of 128 in length, M is an integer multiple of 128, and the single-frequency sequence is e jn π /2, n = 1,2,...,M; and sending the signal frame at a physical layer. constructing a signal frame of a physical layer signal, wherein the signal frame comprises a single-frequency sequence of M in length, multiple Ga 128 sequences, and a -Ga 128 sequence; wherein the Ga 128 and -Ga 128 sequences are Golay sequences of 128 in length, M is an integer multiple of 128, and the single-frequency sequence is e jn π /2, n = 1,2,...,M; and sending the signal frame at a physical layer.
System for automatically inspecting a surface of an object such as an aircraft, transport vehicle, building or engineering structure, said surface being liable to contain a defect, comprising a fleet comprising at least one flying robot (14, 14a, 14b, 14c), each flying robot comprising: - a module for acquiring images of at least one portion of the surface to be inspected, and - a module for processing the acquired images, which module is suitable for providing information representative of the state of each inspected surface portion, which information is called the processing result, characterized in that the automatic inspection system further comprises a module for managing the fleet of robots, the management module being suitable for determining, from a model of the surface to be inspected, a set of displacement instructions and image acquisition instructions for each robot (14, 14a, 14b, 14c, 16) of the fleet. - a module for acquiring images of at least one portion of the surface to be inspected, and - a module for processing the acquired images, which module is suitable for providing information representative of the state of each inspected surface portion, which information is called the processing result,