mhurhangee/ep-ind-claims huggingface dataset:
A power feeding connector assembly comprising: a power feeding side connector connected to a power supply; and a power receiving side connector mounted on a vehicle body of an electric automobile so that the power feeding side connector can be engaged with and connected to the power receiving side connector; wherein the power feeding side connector includes a housing front side tubular part to be engaged with an inner periphery of an outer tubular wall part of the power receiving side connector, and a lock arm adapted to be locked to a tubular wall part formed on the inner periphery of the outer tubular wall part, when an engaging length of the housing front side tubular part with respect to the outer tubular wall part has reached a prescribed length, so as to keep the power feeding side connector and the power receiving side connector in a fastened state, wherein the housing front side tubular part is provided with a raised part which overrides an inner peripheral face of the outer tubular wall part, before the engaging length of the housing front side tubular part with respect to the outer tubular wall part reaches the prescribed length, and the raised part corrects a backwardly inclined state of the power feeding side connector due to its dead weight into a state where axes of the outer tubular wall part and the housing front side tubular part are aligned with each other, and wherein the raised part is provided at a root side of the housing front side tubular part and on an outer periphery of the housing front side tubular part at a lower end side thereof. a power feeding side connector connected to a power supply; and a power receiving side connector mounted on a vehicle body of an electric automobile so that the power feeding side connector can be engaged with and connected to the power receiving side connector;
A computer implemented method comprising: aggregating, by a computer system (108; 600), a plurality of threat signatures from a plurality of threat signature data sources; analysing, by the computer system (108; 600), bit stream data based on the plurality of threat signatures to detect a first threat in the bit stream data, the bit stream data being analyzed using a signature-based threat analysis; logging, by the computer system (108; 600), a result of analyzing the bit stream data as threat analysis log data, wherein: the threat analysis log data includes log data produced by an external deep packet inspection system; and the result of analysing the bit stream data comprises an indication of whether a packet of the bit stream data matches at least one threat signature in the plurality of threat signatures; analysing, by the computer system (108; 600), the threat analysis log data to detect a second threat in the bit stream data, wherein the analyzing the threat analysis log data is based on at least one heuristic; and triggering, by the computer system (108; 600), an action based on the analyzing the bit stream data or based on the analyzing the threat analysis log data. aggregating, by a computer system (108; 600), a plurality of threat signatures from a plurality of threat signature data sources; analysing, by the computer system (108; 600), bit stream data based on the plurality of threat signatures to detect a first threat in the bit stream data, the bit stream data being analyzed using a signature-based threat analysis; logging, by the computer system (108; 600), a result of analyzing the bit stream data as threat analysis log data, wherein: the threat analysis log data includes log data produced by an external deep packet inspection system; and the result of analysing the bit stream data comprises an indication of whether a packet of the bit stream data matches at least one threat signature in the plurality of threat signatures; the threat analysis log data includes log data produced by an external deep packet inspection system; and the result of analysing the bit stream data comprises an indication of whether a packet of the bit stream data matches at least one threat signature in the plurality of threat signatures; analysing, by the computer system (108; 600), the threat analysis log data to detect a second threat in the bit stream data, wherein the analyzing the threat analysis log data is based on at least one heuristic; and triggering, by the computer system (108; 600), an action based on the analyzing the bit stream data or based on the analyzing the threat analysis log data.
A system for assisting an operator in operations of assembling/disassembling and/or change of configuration of an operating machine, the operating machine comprising a plurality of first areas provided with respective first pieces to be dismounted from said operating machine or configured to receive respective second pieces to be mounted on said operating machine, the system comprising: - at least one support structure movable on wheels, or manually by an operator, for transporting pieces from a storage environment to a working environment close to the operating machine and for transporting pieces from the working environment to the storage environment, the support structure comprising a plurality of second areas provided with said second pieces or configured to receive said first pieces; - a plurality of warning devices, each warning device being associated to a respective area of said plurality of second areas; - a control unit operatively connected to said warning devices and configured to perform a predetermined sequence of commands correlated to at least some operations of a predetermined sequence of operations of assembling/disassembling and/or change of configuration of the operating machine; wherein the control unit is configured to selectively activate and deactivate said warning devices according to said sequence of commands. - at least one support structure movable on wheels, or manually by an operator, for transporting pieces from a storage environment to a working environment close to the operating machine and for transporting pieces from the working environment to the storage environment, the support structure comprising a plurality of second areas provided with said second pieces or configured to receive said first pieces; - a plurality of warning devices, each warning device being associated to a respective area of said plurality of second areas; - a control unit operatively connected to said warning devices and configured to perform a predetermined sequence of commands correlated to at least some operations of a predetermined sequence of operations of assembling/disassembling and/or change of configuration of the operating machine;
An article of cleated footwear comprising: a) an outsole plate comprising: (i) a rigid first member, extending substantially along the length of the outsole, and (ii) a rigid second member, (iii) wherein the second member is attached to the first member, (iv) wherein the first member and / or the second member has a ground-engaging profile (13, 23); b) an upper attached to the first member; wherein (i) a first part of the upper is lasted around a first region of the first member; (ii) the second member is attached to the first member such that at least a portion of the first part of the upper is arranged between the first member and the second member in at least a portion of the first region, and wherein a second part of the upper is sewn to a sheet and the sheet is attached to a second region of the first member. a) an outsole plate comprising: (i) a rigid first member, extending substantially along the length of the outsole, and (ii) a rigid second member, (iii) wherein the second member is attached to the first member, (iv) wherein the first member and / or the second member has a ground-engaging profile (13, 23); (i) a rigid first member, extending substantially along the length of the outsole, and (ii) a rigid second member, (iii) wherein the second member is attached to the first member, (iv) wherein the first member and / or the second member has a ground-engaging profile (13, 23); b) an upper attached to the first member; wherein (i) a first part of the upper is lasted around a first region of the first member; (ii) the second member is attached to the first member such that (i) a first part of the upper is lasted around a first region of the first member; (ii) the second member is attached to the first member such that at least a portion of the first part of the upper is arranged between the first member and the second member in at least a portion of the first region, and wherein a second part of the upper is sewn to a sheet and the sheet is attached to a second region of the first member.
A conjugate of formula ConjA: ConjB: ConjC: ConjD: Or ConjE: where Ab is an antibody that binds to CD19, the antibody comprising a VH domain having the sequence according to any one of SEQ ID NOs. 1 or 2, optionally further comprising a VL domain having the sequence according to any one of SEQ ID NOs. 7, 8, 9, 10, 11 or 12; wherein the drug loading (p) of drugs to antibody (Ab) is an integer from 1 to 8. ConjB: ConjC: ConjD: Or ConjE: where Ab is an antibody that binds to CD19, the antibody comprising a VH domain having the sequence according to any one of SEQ ID NOs. 1 or 2, optionally further comprising a VL domain having the sequence according to any one of SEQ ID NOs. 7, 8, 9, 10, 11 or 12; wherein the drug loading (p) of drugs to antibody (Ab) is an integer from 1 to 8.
Display device with a holding device that can be placed on the head of a user, an image-generating module (8, 9), secured on the holding device, which generates an image, and an imaging lens system (5, 6), secured on the holding device, which has a spectacle lens with a curved front and a curved back and which projects the image generated when the holding device is placed on the head such that the user can perceive it superimposed on the surroundings, wherein the light coming from the image-generating module (8, 9) is coupled via an entrance section into an optical channel in the spectacle lens, conducted in the optical channel to an exit section and coupled via the exit section out of the spectacle lens, characterized in that the optical channel has in the region of the back a first Fresnel structure with a plurality of first facets and in the region of the front a second Fresnel structure with a plurality of second facets on which the light conducted in the optical channel is reflected and which are aligned parallel to one another, wherein owing to the first and second facets (20, 21), the optical channel acts optically as a plane-parallel plate.
A method of manufacturing a temperature sensor, comprising: depositing a metal layer on a substrate (102, 602); fabricating a calibration structure having a first calibration portion and a second calibration portion on the metal layer; performing a first calibration of the temperature sensor by modifying the first calibration portion, wherein the first calibration includes additional resistance within the range of 2Ω-6Ω; placing a cover layer (110, 610) on a portion of the first calibration portion; placing at least one passivation layer between the cover layer (110, 610) and the first calibration portion; and performing a second calibration of the temperature sensor by modifying the second calibration portion to a nominal resistance value after placing the cover layer (110, 610) on the portion of the first calibration portion. depositing a metal layer on a substrate (102, 602); fabricating a calibration structure having a first calibration portion and a second calibration portion on the metal layer; performing a first calibration of the temperature sensor by modifying the first calibration portion, wherein the first calibration includes additional resistance within the range of 2Ω-6Ω; placing a cover layer (110, 610) on a portion of the first calibration portion; placing at least one passivation layer between the cover layer (110, 610) and the first calibration portion; and performing a second calibration of the temperature sensor by modifying the second calibration portion to a nominal resistance value after placing the cover layer (110, 610) on the portion of the first calibration portion.
A heat transfer device for transferring heat generated by a heat source to a heat sink via a fluid, the heat transfer device comprising: - an evaporation region where the fluid in the liquid phase may evaporate, - a condensation region where the fluid in the vapor phase may condense, - a vapor channel extending from the evaporation region to the condensation region such that evaporated fluid may flow from the evaporation region to the condensation region through the vapor channel, and - a porous structure extending from the condensation region to the evaporation region such that condensed fluid may flow from the condensation region to the evaporation region through the porous structure by action of capillary forces, wherein the porous structure comprises a sequence of segments including at least i) a first segment extending in the evaporation region and ii) a second segment extending in the condensation region, the first segment having a first effective pore size, the second segment having a second effective pore size, the second effective pore size being larger than the first effective pore size, wherein the sequence of segments further includes at least one intermediate segment (24, 26) extending between the first segment and the second segment, the at least one intermediate segment (24, 26) having a third effective pore size, the third effective pore size being larger than the first effective pore size; characterized in that the second effective pore size of the second segment is smaller than the third effective pore size of the at least one intermediate segment (24, 26). - an evaporation region where the fluid in the liquid phase may evaporate, - a condensation region where the fluid in the vapor phase may condense, - a vapor channel extending from the evaporation region to the condensation region such that evaporated fluid may flow from the evaporation region to the condensation region through the vapor channel, and - a porous structure extending from the condensation region to the evaporation region such that condensed fluid may flow from the condensation region to the evaporation region through the porous structure by action of capillary forces, wherein the porous structure comprises a sequence of segments including at least i) a first segment extending in the evaporation region and ii) a second segment extending in the condensation region, the first segment having a first effective pore size, the second segment having a second effective pore size, the second effective pore size being larger than the first effective pore size, wherein the sequence of segments further includes at least one intermediate segment (24, 26) extending between the first segment and the second segment, the at least one intermediate segment (24, 26) having a third effective pore size, the third effective pore size being larger than the first effective pore size; characterized in that the second effective pore size of the second segment is smaller than the third effective pore size of the at least one intermediate segment (24, 26).
A drainage apparatus, in particular a trap, comprising an inlet opening, which is connectable to a sanitary device, and a drainage opening, which is connectable to a sewage pipe, as well as a closure section, which is arranged between the inlet opening and the drainage opening, wherein the passage of gas between the inlet opening and the drainage opening can be prevented by filling the closure section with a liquid, further comprising an actuating device and a vent opening, wherein, in a rest position, the actuating device closes the vent opening and, in an activation position, releases the vent opening, and wherein, in the activation position, a gas passage between the drainage opening and the vent opening is allowed, and wherein the actuating device can be brought into the activation position by the liquid flowing through the drainage apparatus, characterized in that the vent opening is arranged in a housing of the drainage apparatus and allows a gas passage between the environment of the drainage apparatus and a connecting tube, which is arranged between the inlet opening and the drainage opening.
A pouch machine with an insert crush station configured to receive an insert and a substrate (104, 106), characterized in that the insert crush station is configured to crush the insert and the substrate (104, 106) using at least two of a pre-crush heating phase wherein the insert is heated before applying crush pressure, a controlled crushing phase wherein the insert is crushed using controlled crush rate and pressure, and a crushing phase wherein the insert is heated to obtain molecular relaxation and without additional crush pressure to allow displaced molecules to relax and/or to reduce intermolecular strain.
Method for managing the synchronization of a distributed system for recording events that are time-stamped at a given frequency corresponding to a cycle time, comprising: - a local clock exhibiting its own inherent local time; - a reference clock exhibiting a reference time (Tref), a last time-stamping time (LastTimestamp) being associated with the last recording of an event, characterized in that, upon a synchronization of said local clock to said reference clock, said inherent local time becoming a new local time equal to the reference time (Tref): - if the new synchronized local time is less than the last time-stamping time (LastTimestamp), the time used as time-stamping time for the next event recording is equal to the last time-stamping time plus an increment span of less than the cycle time, until the new local time is greater than or equal to said last time-stamping time; then, the time used as time-stamping time for the following event recordings is equal to the new local time; - if the new synchronized local time is greater than or equal to the last time-stamping time (LastTimestamp), the time used as time-stamping time for the next event recordings is equal to the new local time. - a local clock exhibiting its own inherent local time; - a reference clock exhibiting a reference time (Tref), - if the new synchronized local time is less than the last time-stamping time (LastTimestamp), the time used as time-stamping time for the next event recording is equal to the last time-stamping time plus an increment span of less than the cycle time, until the new local time is greater than or equal to said last time-stamping time; then, the time used as time-stamping time for the following event recordings is equal to the new local time; - if the new synchronized local time is greater than or equal to the last time-stamping time (LastTimestamp), the time used as time-stamping time for the next event recordings is equal to the new local time.
A process for the preparation of Etoricoxib of formula- comprising, (a) reacting a compound of formula- with suitable chloroacetyl halide or chloro acetic acid and phosphorous oxychloride to obtain the compound of formula (IIId) & further converting the compound of formula (IIId) into its suitable salt to obtain the compound of formula-(IIIb), wherein represents a cyclic group, optionally containing one or more heteroatoms selected from N, O or S & 'X - ' represents a suitable counter ion. (b) reacting the compound of formula (IIIb) with compound of formula in presence of suitable base and suitable solvent to obtain Etoricoxib of formula (a) reacting a compound of formula- with suitable chloroacetyl halide or chloro acetic acid and phosphorous oxychloride to obtain the compound of formula (IIId) & further converting the compound of formula (IIId) into its suitable salt to obtain the compound of formula-(IIIb), wherein represents a cyclic group, optionally containing one or more heteroatoms selected from N, O or S & 'X - ' represents a suitable counter ion. (b) reacting the compound of formula (IIIb) with compound of formula in presence of suitable base and suitable solvent to obtain Etoricoxib of formula
A display device comprising: a display layer comprising a plurality of light emission areas (EA1, EA2, EA3) for emitting light; a plurality of touch electrodes disposed on the display layer to sense a touch and surround the plurality of light emission areas (EA1, EA2, EA3); and a light-shield disposed on a portion of the plurality of touch electrodes; the display device further comprising: (i) a code pattern determined by a planar shape of the light-shield to have position information, wherein the light-shield is configured to absorb light of a specific wavelength, and another portion of the touch electrodes, which is not overlapped with the light-shield, is configured to reflect light of the specific wavelength; or (ii) a code pattern determined by a planar shape of another portion of the touch electrodes, which is not overlapped with the light-shield, to have position information; or (iii) a second light-shield disposed on the plurality of touch electrodes and the light-shield; and a code pattern determined by a planar shape of the light-shield to have position information. a display layer comprising a plurality of light emission areas (EA1, EA2, EA3) for emitting light; a plurality of touch electrodes disposed on the display layer to sense a touch and surround the plurality of light emission areas (EA1, EA2, EA3); and a light-shield disposed on a portion of the plurality of touch electrodes; the display device further comprising: (i) a code pattern determined by a planar shape of the light-shield to have position information, wherein the light-shield is configured to absorb light of a specific wavelength, and another portion of the touch electrodes, which is not overlapped with the light-shield, is configured to reflect light of the specific wavelength; or (ii) a code pattern determined by a planar shape of another portion of the touch electrodes, which is not overlapped with the light-shield, to have position information; or (iii) a second light-shield disposed on the plurality of touch electrodes and the light-shield; and (i) a code pattern determined by a planar shape of the light-shield to have position information, wherein the light-shield is configured to absorb light of a specific wavelength, and another portion of the touch electrodes, which is not overlapped with the light-shield, is configured to reflect light of the specific wavelength; or (ii) a code pattern determined by a planar shape of another portion of the touch electrodes, which is not overlapped with the light-shield, to have position information; or (iii) a second light-shield disposed on the plurality of touch electrodes and the light-shield; and a code pattern determined by a planar shape of the light-shield to have position information.
Finger joint prosthesis with a joint body having a first joint element and a second joint element which are connected to each other pivotably about a rotation axis and from each of which there extends a respective anchoring bar (30, 32) for securing to a proximal and/or distal phalanx, wherein the anchoring bars (30, 32) can have one or more securing eyes (40, 42, 44) with openings to receive fixing screws, characterized in that a terminal securing element is provided, distally from the rotation axis, on the anchoring bar (30, 32) of at least one joint element, which terminal securing element is arranged medially in relation to the horizontal central plane of the anchoring bar (30, 32).