mhurhangee/ep-ind-claims huggingface dataset:
Battery housing for accommodating one or more battery modules, in particular for an electrically powered vehicle or a vehicle with hybrid drive, comprising - a box with a frame (2.1) and a base (2.2), which provides an interior space for accommodating the battery module or modules, - at least one mounting support which is connected to the frame (2.1) of the box at least in sections on the side of the frame (2.1) facing away from the interior and which serves to detachably connect the battery housing to a vehicle, - a lid to close the box, characterized in that the frame (2.1), the base (2.2), the mounting support or the cover of the battery housing is made from a sheet steel which has a microstructure comprising ferrite and martensite, the sheet steel having a microstructure with at least 65% ferrite and martensite, at least 20% ferrite and at least 5% martensite being present, up to 35% bainite, pearlite, cementite and/or retained austenite being present, and being provided with a zinc-based coating on one or both sides. - a box with a frame (2.1) and a base (2.2), which provides an interior space for accommodating the battery module or modules, - at least one mounting support which is connected to the frame (2.1) of the box at least in sections on the side of the frame (2.1) facing away from the interior and which serves to detachably connect the battery housing to a vehicle, - a lid to close the box,
A plastic serviceable screw grommet for joining automobile components comprising: a base; a pair of legs extending upwardly from the base and defining a screw passage between the legs, the screw passage defining a central longitudinal axis; a retaining wing hingedly coupled to an outer surface of each of the legs along a hinge line, the retaining wing extending outwardly from the outer surface, the hinge line extending parallel to the central longitudinal axis or at a hinge line angle that is less than about 45 degrees from the central longitudinal axis, the retaining wing having a leading edge facing toward a distal end of the legs and a trailing edge facing away from a distal end of the legs; wherein, when the screw grommet is inserted into an aperture of a first of the automobile components and a screw is not present in the screw passage, engagement of the trailing edge against the first of the automobile components operates to direct a portion of a servicing removal force, applied to the screw grommet through the base, inwardly on the wings causing the wings to flex inwardly to a collapsed position and permit removal of the screw grommet from the aperture without damaging any of the grommet and the automobile components and without requiring any separate inwardly directed force on the wings. a base; a pair of legs extending upwardly from the base and defining a screw passage between the legs, the screw passage defining a central longitudinal axis; a retaining wing hingedly coupled to an outer surface of each of the legs along a hinge line, the retaining wing extending outwardly from the outer surface, the hinge line extending parallel to the central longitudinal axis or at a hinge line angle that is less than about 45 degrees from the central longitudinal axis, the retaining wing having a leading edge facing toward a distal end of the legs and a trailing edge facing away from a distal end of the legs; wherein, when the screw grommet is inserted into an aperture of a first of the automobile components and a screw is not present in the screw passage, engagement of the trailing edge against the first of the automobile components operates to direct a portion of a servicing removal force, applied to the screw grommet through the base, inwardly on the wings causing the wings to flex inwardly to a collapsed position and permit removal of the screw grommet from the aperture without damaging any of the grommet and the automobile components and without requiring any separate inwardly directed force on the wings.
A polypeptide consisting of the amino acid sequence of SEQ ID NO: 5, wherein the polypeptide forms a complex with a Major Histocompatibility Complex molecule.
A method for reproducibly generating a password, comprising the following steps: - selecting one or several files from a plurality of files which consist of stringed characters and are only known to the password owner, - copying the one or several selected files into a source text file to obtain a total length of N characters, - changing the source text file by a number d of predefined changes at selected positions of the source text file, said changes being only known to the password owner, - applying one or several cryptologic hash functions in a predefined number of iterations to the changed source text file to obtain the password as a result. - selecting one or several files from a plurality of files which consist of stringed characters and are only known to the password owner, - copying the one or several selected files into a source text file to obtain a total length of N characters, - changing the source text file by a number d of predefined changes at selected positions of the source text file, said changes being only known to the password owner, - applying one or several cryptologic hash functions in a predefined number of iterations to the changed source text file to obtain the password as a result.
A cassette for use in detection of particles in a sample volume of aspirated fluid, comprising at least one inlet opening (3, 3a, 3b, 3c), at least one outlet opening and a housing for holding the sample volume, characterized in that the cassette is made of a transparent material and comprises at least one reflection area on at least one side of the housing reflecting optical signals through the sample volume in an optical path, the housing being configured to create a space of air on top of a pool of liquid of the sample volume.
Exhaust system for an internal combustion engine, comprising: - an oxidation catalytic converter unit with a first catalytic converter housing elongated in the direction of a first housing axis (A 1), - an SCR catalytic converter unit with a second catalytic converter housing elongated in the direction of a second housing axis (A 2), - a mixer housing adjoining a downstream end of the first catalytic converter housing with an upstream connection area and an upstream end of the second catalytic converter housing with a downstream connection area, wherein the downstream connection area has a downstream connection edge area extending over the second catalytic converter housing on the outer side thereof, - a mixer, which is arranged in the mixer housing and is carried at the mixer housing, and - a reactant release device carried on the mixer housing for releasing reactant into a reactant-receiving duct of the mixer, wherein the mixer housing comprises a first housing part forming the upstream connection area and a second housing part, characterized in that the first housing part and the second housing part are provided as shaped sheet metal parts and are connected to one another by connection in substance, that the first housing part forms the downstream connection area together with the second housing part, wherein a first partial area of the downstream connection edge area is provided at the first housing part and a second partial area of the downstream connection edge area is provided at the second housing part and in that for connecting the mixer and the reactant release device to the mixer housing a carrier wall area extending essentially parallel to the first housing axis (A 1) and a transition wall area extending from the carrier wall area in the direction away from the downstream connection area are provided. - an oxidation catalytic converter unit with a first catalytic converter housing elongated in the direction of a first housing axis (A 1), - an SCR catalytic converter unit with a second catalytic converter housing elongated in the direction of a second housing axis (A 2), - a mixer housing adjoining a downstream end of the first catalytic converter housing with an upstream connection area and an upstream end of the second catalytic converter housing with a downstream connection area, wherein the downstream connection area has a downstream connection edge area extending over the second catalytic converter housing on the outer side thereof, - a mixer, which is arranged in the mixer housing and is carried at the mixer housing, and - a reactant release device carried on the mixer housing for releasing reactant into a reactant-receiving duct of the mixer,
A method of reducing heterogeneity in antibodies obtained by cell culturing by reducing the proportion of lysine residue on C-terminal of the antibodies, said method comprises adding a divalent transitional metal ion to the antibody producing culture medium or altering osmolality of the culture medium or a combination thereof to obtain said antibodies with reduced heterogeneity.
An intake device for an engine which is equipped with an electronic governor for opening and closing a throttle valve of a carburetor provided in an intake path of the engine by means of an actuator, the device comprising: the carburetor; an air cleaner which is provided on an upstream side of the carburetor in the intake path to be adjacent to the carburetor; a first thermal insulator which is provided on a downstream side of the carburetor in the intake path to be adjacent to the carburetor; an intake pipe of the engine that is provided on a downstream side of the first thermal insulator in the intake path to be adjacent to the first thermal insulator; a bracket (5, 70, 80) which is provided between adjacent two of the air cleaner, the first thermal insulator, the carburetor and the intake pipe and which comprises a first portion (51, 71, 81) extending outward from the intake path and a second portion (52, 72, 82) extending orthogonally from an outer end of the first portion toward the carburetor, the first and second portions forming a L-shape; the actuator which is installed on the second portion of the bracket (5, 70, 80) and is connected to a drive shaft of the throttle valve to drive the throttle valve; and a fastening member (9, 10) which fastens the air cleaner, the carburetor, the first thermal insulator and the first portion of the bracket to the intake pipe, the air cleaner, the carburetor, the first thermal insulator and the first portion being arranged linearly in the intake path. the carburetor; an air cleaner which is provided on an upstream side of the carburetor in the intake path to be adjacent to the carburetor; a first thermal insulator which is provided on a downstream side of the carburetor in the intake path to be adjacent to the carburetor; an intake pipe of the engine that is provided on a downstream side of the first thermal insulator in the intake path to be adjacent to the first thermal insulator; a bracket (5, 70, 80) which is provided between adjacent two of the air cleaner, the first thermal insulator, the carburetor and the intake pipe and which comprises a first portion (51, 71, 81) extending outward from the intake path and a second portion (52, 72, 82) extending orthogonally from an outer end of the first portion toward the carburetor, the first and second portions forming a L-shape; the actuator which is installed on the second portion of the bracket (5, 70, 80) and is connected to a drive shaft of the throttle valve to drive the throttle valve; and a fastening member (9, 10) which fastens the air cleaner, the carburetor, the first thermal insulator and the first portion of the bracket to the intake pipe, the air cleaner, the carburetor, the first thermal insulator and the first portion being arranged linearly in the intake path.
A method of wireless communication, at a User Equipment, UE, comprising: receiving data via a first group of component carriers, CCs, of a plurality of groups of aggregated CCs, the first group of CCs corresponding to unlicensed or shared frequencies; selecting a CC from at least two CCs of the first group of CCs for transmission on a physical uplink control channel, PUCCH, based on at least an uplink-transmission clearance procedure to determine if a particular carrier is available that is performed on each of the at least two CCs and based on a first comparison of an earliest uplink subframe index associated with each of the at least two CCs or based on a second comparison of a cell index associated with each of the at least two CCs when the earliest uplink subframe index is the same for the at least two CCs; and transmitting uplink information on the PUCCH via the selected CC to a base station. receiving data via a first group of component carriers, CCs, of a plurality of groups of aggregated CCs, the first group of CCs corresponding to unlicensed or shared frequencies; selecting a CC from at least two CCs of the first group of CCs for transmission on a physical uplink control channel, PUCCH, based on at least an uplink-transmission clearance procedure to determine if a particular carrier is available that is performed on each of the at least two CCs and based on a first comparison of an earliest uplink subframe index associated with each of the at least two CCs or based on a second comparison of a cell index associated with each of the at least two CCs when the earliest uplink subframe index is the same for the at least two CCs; and transmitting uplink information on the PUCCH via the selected CC to a base station.
Changeover switch for medium voltage switchgear, which changeover switch comprises: - a first terminal body - a second terminal body - two elongate pole bodies arranged parallel to each other and rotatable arranged with first ends on opposite sides of, and in direct contact with the first terminal body around a rotation axis, wherein the two elongate pole bodies are rotatable between an open position and a closed position, wherein the second ends of the two elongate pole bodies are positioned in direct contact with opposite sides of the second terminal body; and - spring means arranged between the two elongate pole bodies to urge the pole bodies towards each other, characterized in that - the spring means comprise two leaf springs, which leaf springs are connected with one of the center parts or the ends to each other and with the other of the center parts or the ends to each of the elongate pole bodies respectively, and - at least one spacer is arranged between the two leaf springs in order to adjust the pretension of the leaf springs. - a first terminal body - a second terminal body - two elongate pole bodies arranged parallel to each other and rotatable arranged with first ends on opposite sides of, and in direct contact with the first terminal body around a rotation axis, wherein the two elongate pole bodies are rotatable between an open position and a closed position, wherein the second ends of the two elongate pole bodies are positioned in direct contact with opposite sides of the second terminal body; and - spring means arranged between the two elongate pole bodies to urge the pole bodies towards each other, characterized in that - the spring means comprise two leaf springs, which leaf springs are connected with one of the center parts or the ends to each other and with the other of the center parts or the ends to each of the elongate pole bodies respectively, and - at least one spacer is arranged between the two leaf springs in order to adjust the pretension of the leaf springs.
A method for manufacturing a package substrate for mounting a semiconductor device comprising: a first laminate preparing step of preparing a first laminate including a resin layer, a bonding layer that is provided on at least one surface side of the resin layer, is a non-metal layer that contains a resin and includes peeling means, wherein the peeling means includes an intermediate layer provided between the resin layer and the bonding layer, and a first metal layer provided on the bonding layer; a first wiring forming step of forming a first wiring conductor in the first laminate by etching the first metal layer; a second laminate forming step of forming a second laminate by laminating an insulating resin layer and a second metal layer in this order on a surface of the first laminate, the surface being provided with the first wiring conductor; a second wiring forming step of forming a second wiring conductor on the insulating resin layer by forming a non-through hole in the insulating resin layer, the non-through hole extending to the first wiring conductor, and subjecting the insulating resin layer with the non-through hole formed therein to electrolytic plating and/or electroless plating; and a peeling step of peeling at least the resin layer off from the second laminate with the second wiring conductor formed therein, wherein the peeling step includes a step of removing at least the bonding layer from the second laminate with at least the resin layer peeled therefrom. a first laminate preparing step of preparing a first laminate including a resin layer, a bonding layer that is provided on at least one surface side of the resin layer, is a non-metal layer that contains a resin and includes peeling means, wherein the peeling means includes an intermediate layer provided between the resin layer and the bonding layer, and a first metal layer provided on the bonding layer; a first wiring forming step of forming a first wiring conductor in the first laminate by etching the first metal layer; a second laminate forming step of forming a second laminate by laminating an insulating resin layer and a second metal layer in this order on a surface of the first laminate, the surface being provided with the first wiring conductor; a second wiring forming step of forming a second wiring conductor on the insulating resin layer by forming a non-through hole in the insulating resin layer, the non-through hole extending to the first wiring conductor, and subjecting the insulating resin layer with the non-through hole formed therein to electrolytic plating and/or electroless plating; and a peeling step of peeling at least the resin layer off from the second laminate with the second wiring conductor formed therein, wherein the peeling step includes a step of removing at least the bonding layer from the second laminate with at least the resin layer peeled therefrom.
Non-therapeutic cosmetic use of a masterwort (Peucedanum ostruthium) extract as an active ingredient for skin whitening, reducing melanin, or suppressing pigmentation by decreasing tyrosinase activity, wherein the masterwort (Peucedanum ostruthium) extract is an extract of an ethanol/water solution.
A method of oxidizing furan aldehydes comprising heating the furan aldehyde in a reaction mixture comprising a solvent containing dissolved oxygen and at least one catalyst selected from the group consisting of Co, Mn and Ce salts, wherein: the furan aldehyde is 5-(hydroxymethyl)furfural, the reaction mixture includes an aliphatic ketone and the predominant reaction products of the oxidizing are diformylfuran and furan dicarboxylic acid (FDCA). the furan aldehyde is 5-(hydroxymethyl)furfural, the reaction mixture includes an aliphatic ketone and the predominant reaction products of the oxidizing are diformylfuran and furan dicarboxylic acid (FDCA).
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: establishing a Radio Link Control, RLC, entity and a Packet Data Convergence Protocol, PDCP, entity for processing a first RLC Protocol Data Unit, PDU, including a PDCP Service Data Unit, SDU, based on the first RLC PDU for the RLC entity being received from a peer UE via a direct interface between the UE and the peer UE; initializing each of RLC status variables to be used for the established RLC entity by setting to a respective initial value, wherein the respective initial value is a RLC sequence number, SN, of the first RLC PDU for the RLC entity; processing the first RLC PDU using the initialized RLC status variables, wherein the first RLC PDU is an RLC PDU received firstly before any other RLC PDUs are received by the RLC entity from the peer UE via the direct interface; and deciphering the PDCP SDU based on a PDCP SN of the PDCP SDU, wherein deciphering the PDCP SDU is performed without an increment of a Hyper Frame Number, HFN, of the PDCP SDU when the PDCP SN reaches to a maximum value. establishing a Radio Link Control, RLC, entity and a Packet Data Convergence Protocol, PDCP, entity for processing a first RLC Protocol Data Unit, PDU, including a PDCP Service Data Unit, SDU, based on the first RLC PDU for the RLC entity being received from a peer UE via a direct interface between the UE and the peer UE; initializing each of RLC status variables to be used for the established RLC entity by setting to a respective initial value, wherein the respective initial value is a RLC sequence number, SN, of the first RLC PDU for the RLC entity; processing the first RLC PDU using the initialized RLC status variables, wherein the first RLC PDU is an RLC PDU received firstly before any other RLC PDUs are received by the RLC entity from the peer UE via the direct interface; and deciphering the PDCP SDU based on a PDCP SN of the PDCP SDU, wherein deciphering the PDCP SDU is performed without an increment of a Hyper Frame Number, HFN, of the PDCP SDU when the PDCP SN reaches to a maximum value.
A method of optically measuring a location of one or more objects (W1-W6) comprising: obtaining stereoscopic image data for the object from first and second stereoscopic camera pairs (10a, 10b) which lie in a common viewing plane; the first stereoscopic camera pair having a first camera and a second camera (C1, C2) located adjacent to each other, and the second stereoscopic camera pair having a third camera and a fourth camera (C3,C4) located adjacent to each other, the first stereoscopic camera pair being spaced from the second stereoscopic camera pair; characterised by: the location being a location in three dimensional space and the one or more objects being one or more wires (W1-W6) in a group of wires (W1-W6); processing the image data from the first and second stereoscopic camera pairs for each of the one or more wires (W1-W6) to identify each of the one or more wires (W1-W6) in a region of interest (Rol); and, determining a location in 3-D space of selected ones of the identified wires (W1-W6) using image data from one camera (C1, C4) in each of the first and second stereoscopic camera pairs (10a, 10b). obtaining stereoscopic image data for the object from first and second stereoscopic camera pairs (10a, 10b) which lie in a common viewing plane; the first stereoscopic camera pair having a first camera and a second camera (C1, C2) located adjacent to each other, and the second stereoscopic camera pair having a third camera and a fourth camera (C3,C4) located adjacent to each other, the first stereoscopic camera pair being spaced from the second stereoscopic camera pair; characterised by: the location being a location in three dimensional space and the one or more objects being one or more wires (W1-W6) in a group of wires (W1-W6); processing the image data from the first and second stereoscopic camera pairs for each of the one or more wires (W1-W6) to identify each of the one or more wires (W1-W6) in a region of interest (Rol); and, determining a location in 3-D space of selected ones of the identified wires (W1-W6) using image data from one camera (C1, C4) in each of the first and second stereoscopic camera pairs (10a, 10b).
A control device for an agricultural vehicle having a spray boom assembly for spreading material, such as fertilizers, plant protection products or seeds, comprising a control unit and at least two pressure control valves used for controlling the inclination of the spray boom assembly and connected to the control unit, characterized in that each pressure control valve has assigned thereto a check valve and a pressure sensor, the check valve being arranged between the pressure sensor and the pressure control valve.