mhurhangee/ep-ind-claims huggingface dataset:
Two-track vehicle having a wheel suspension for a vehicle access of the two-track vehicle, having a wheel carrier carrying a vehicle wheel, which is articulated via a multi-link assembly on a vehicle body, which multi-link assembly has a trapezoidal link in the form of a four-point link having two body-side connecting points (21, 23) and two wheel-side connecting points (25, 27), wherein the multi-link assembly in addition to the trapezoidal link has precisely three further wheel links (L2, L3, L4) which are designed as two-point links with respectively one body-side connecting point and one wheel carrier-side connecting point (29, 31, 33), and wherein the trapezoidal link is arranged together with an under-vehicle wheel link in a lower link plane, in which the under-vehicle wheel link is positioned offset by a certain height offset (z 3) below the trapezoidal link, wherein in an upper link plane are arranged a front, upper wheel link and a rear, upper wheel link, wherein the wheel carrier-side connecting point of the front upper wheel link and the front trapezoidal link connecting points are arranged in direction of drive in front of a vehicle wheel rotational axis, and wherein the wheel carrier-side connecting points (31, 33) of the lower wheel link and of the rear upper wheel link and the rear-vehicle trapezoidal link connecting point are arranged behind the vehicle wheel rotational axis, characterised in that the two wheel carrier-side trapezoidal link connecting points (25, 27) are realised as rubber-metal sleeve bearings, that the rubber-metal sleeve bearings are designed with a greater elastic longitudinal yield, i.e. are softer, than the body-side trapezoidal link connecting points (21, 23), that in the case of a longitudinal force acting on the vehicle wheel the wheel carrier is displaced in relation to the trapezoidal link by a longitudinal path (Δx) in vehicle longitudinal direction (x), and that for limiting the longitudinal path (Δx) of the wheel carrier, axially acting longitudinal abutments are provided in the rubber-metal sleeve bearings.
A method comprising: performing a first etch upon a structure to form a resistor; and performing a second etch upon the structure to form an electrically conductive trace (78, 80) electrically connected to the resistor, characterized in that the first etch removes portions of a resistive material layer overlying a conductive material layer without completely removing those portions of the conductive material layer that underlie removed portions of the resistive material layer and wherein the second etch removes portions of the conductive material layer to form the electrically conductive trace (78, 80). performing a first etch upon a structure to form a resistor; and performing a second etch upon the structure to form an electrically conductive trace (78, 80) electrically connected to the resistor, characterized in that the first etch removes portions of a resistive material layer overlying a conductive material layer without completely removing those portions of the conductive material layer that underlie removed portions of the resistive material layer and wherein the second etch removes portions of the conductive material layer to form the electrically conductive trace (78, 80).
Crawler bar (2a, 2b) for a crawler chain of a tracked vehicle, in particular a snow vehicle, wherein the crawler bar (2a, 2b) comprises a base rail which can be attached detachably to the crawler chain, a track bracket which is provided for guiding the crawler chain on a chassis of the tracked vehicle, and a tread element which is provided for arranging on a base contact side of the crawler chain and for engaging in an underlying driving surface, wherein the track bracket and the tread element are designed in one piece, characterised in that the tread element is extended over a large part of the length of the base rail and in longitudinal direction of the base rail, in that the track bracket and the tread element are made from an elastically flexible material, in particular a material containing rubber.
A galvanic element, characterized in that, as active anode material, it contains metal imide compounds of the general formula M 1 4-2x M 2 x 2 · y M 1 NH 2 with M 1 = alkali metal (Li, Na, K, Rb, Cs or any mixture thereof) M 2 = alkaline earth element (Mg, Ca, Sr, Ba or any mixture thereof) x and y independently of one another a number between 0 and 1 in the discharged state, or the metal imide compounds of the general formula Li4M 1 4-2x M 2 x 2 · y LiH with M 1 = alkali metal (Li, Na, K, Rb, Cs or any mixture thereof) M 2 = alkaline earth element (Mg, Ca, Sr, Ba or any mixture thereof) x and y independently of one another a number between 0 and 1 in the charged state as the cathode material in the discharged state, a layer-structured material or a spinel-structured material or an olivine structure or non-lithiated metal insertion compound or a conversion cathode material or a lithium oxide, as conducting salt lithium salts with weakly coordinating, oxidation-stable anions in an aprotic solvent selected from the classes of carbonic acid esters, carboxylic acid esters, ethers, nitriles, tertiary amines, dialkyl sulfoxides, lactones, sulfolane or ionic liquids, either in pure form or in any mixtures. M 1 = alkali metal (Li, Na, K, Rb, Cs or any mixture thereof) M 2 = alkaline earth element (Mg, Ca, Sr, Ba or any mixture thereof) x and y independently of one another a number between 0 and 1 in the discharged state, or the metal imide compounds of the general formula M 1 = alkali metal (Li, Na, K, Rb, Cs or any mixture thereof) M 2 = alkaline earth element (Mg, Ca, Sr, Ba or any mixture thereof) x and y independently of one another a number between 0 and 1 in the charged state as the cathode material in the discharged state, a layer-structured material or a spinel-structured material or an olivine structure or non-lithiated metal insertion compound or a conversion cathode material or a lithium oxide, as conducting salt lithium salts with weakly coordinating, oxidation-stable anions in an aprotic solvent selected from the classes of carbonic acid esters, carboxylic acid esters, ethers, nitriles, tertiary amines, dialkyl sulfoxides, lactones, sulfolane or ionic liquids, either in pure form or in any mixtures.
An apparatus for positioning sheets of material to form a shell of a wind turbine blade, the apparatus comprising: - a wind turbine blade mould in which the sheets of material are positioned in use, the mould having a mould surface defining the profile of a portion of the shell; - a rail that is mounted proximate to the mould and follows a path in a direction along the longitudinal length of the mould; and - a sheet mounting apparatus coupled to the rail, the mounting apparatus configured to releasably hold a sheet of material and to move along the rail; characterised in that the sheet mounting apparatus comprises: - a carriage (402, 450) that engages with the rail to allow the mounting apparatus to move along the rail and first and second clamps connected to the carriage (402, 450) for holding a sheet along at least one side, the clamps each being configured to hold a sheet at opposing ends, and the locations of the clamps being such that a sheet, in use, is held in a slack state. - a wind turbine blade mould in which the sheets of material are positioned in use, the mould having a mould surface defining the profile of a portion of the shell; - a rail that is mounted proximate to the mould and follows a path in a direction along the longitudinal length of the mould; and - a sheet mounting apparatus coupled to the rail, the mounting apparatus configured to releasably hold a sheet of material and to move along the rail; characterised in that the sheet mounting apparatus comprises: - a carriage (402, 450) that engages with the rail to allow the mounting apparatus to move along the rail and first and second clamps connected to the carriage (402, 450) for holding a sheet along at least one side, the clamps each being configured to hold a sheet at opposing ends, and the locations of the clamps being such that a sheet, in use, is held in a slack state.
Intercommunication bellows for compartments of a public transport vehicle or for a removable aircraft access ramp, characterized in that said bellows consists of a textile support coated with an elastomer material comprising a double-weave fabric both faces of which are covered with an elastomer material, in which the textile yarns connecting the two fabrics of the double-weave fabric are non-elastic yarns, and the textile yarns of the double-weave fabric have a tenacity of 50 to 110 cN/tex according to the ISO 13934-1 standard, and an elongation at break of greater than 10% according to the ISO 13934-1 standard, said double-weave fabric consisting of two distinct and superposed fabrics with no space between them, which are intimately connected to one another intermittently at regular intervals by weft yarns of the two fabrics, with the participation of the warp yarn, and do not move with respect to one another; said coated textile support having a stiffness of 58 to 70 mm in the longitudinal and cross directions according to the NF EN 1735 standard.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier, excipient or diluent and a fusion protein, wherein the pharmaceutical composition is for use in a method for treating a subject in need of AAT therapy or having a bacterial infection or having a mycobacterial infection, wherein the fusion protein comprises mammalian alpha-1 antitrypsin or peptide fragment thereof, wherein the peptide fragment consists of an amino acid sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 16, SEQ ID NO: 56, SEQ ID NO: 57, SEQ ID NO: 58 and SEQ ID NO: 59, and an immunoglobulin constant region, wherein the AAT peptide fragment inhibits serine protease activity.
A poppet valve for a compressor, comprising a cage, a valve seat and a plurality of closing elements, wherein the cage has a plurality of bores running in an axial direction, wherein the bores are open towards the valve seat and have a bottom element at an end opposite the valve seat, wherein a closing element which is moveable in the axial direction is arranged in each bore, wherein the valve seat has a plurality of passage openings which are arranged opposite the bores in the axial direction such that each of the passage openings can be closed by one of the closing elements, wherein a support element is arranged in each of the bores and wherein a spring is arranged between each support element and the respective closing element in order to apply a preload force directed towards the valve seat to the closing element, characterized in that the support element has at least one support element opening arranged eccentrically in relation to the bore, and that the bottom element has at least one bottom element opening arranged eccentrically in relation to the bore, in order to form a passage arranged eccentrically in relation to the bore in the axial direction through the support element and the bottom element.
A cable clamp including a tubular member with an opening providing a passageway for a cable through said tubular member, wherein the tubular member includes: - a body portion provided with anchoring formations, and - a collar portion arranged sidewise of said body portion, the collar portion contractile to clamp a cable extending through said passageway, wherein the tubular member is made of one piece of a moulded material, characterized in that: - said body portion includes opposite sides having L-shaped anchoring formations extending therefrom, wherein the body portion is insertable into a receiving seat provided in a housing, and - said collar portion includes two complementary segments mutually coupled at one end and having a contractile gap therebetween at the opposed end. - a body portion provided with anchoring formations, and - a collar portion arranged sidewise of said body portion, the collar portion contractile to clamp a cable extending through said passageway, - said body portion includes opposite sides having L-shaped anchoring formations extending therefrom, wherein the body portion is insertable into a receiving seat provided in a housing, and - said collar portion includes two complementary segments mutually coupled at one end and having a contractile gap therebetween at the opposed end.
Sensor comprising a sensor housing, a sensor element which is accommodated in a chamber and an electronic component which is accommodated in a further chamber, which sensor element and electronic component are connected to one another by means of at least one electrical connection (20, 22, 24) which comprises a conductor track, wherein a media-tight seal is arranged between the chamber and the further chamber and wherein an adhesive, which constitutes the media-tight seal, is placed between two bonding points (32, 34) for bonding wires of the at least one electrical connection (20, 22, 24), characterized in that the two bonding points (32, 34) are arranged at opposite ends of a metallization which serves as the conductor track, wherein the adhesive is placed onto the metallization which serves as the conductor track, and wherein the adhesive forms a media-tight connection between the at least one metallization in a base plate of the sensor housing and a cover element of the sensor housing, and the cover element, by way of a sealing blade, dips into the adhesive, wherein the at least one metallization which is comprised by the electrical connection (20, 22, 24) is designed using MID technology and is embedded into the base plate of the sensor housing between webs of the material of the base plate and clearances (36, 38) are formed next to the metallization which serves as the conductor track, which clearances are separated by the webs of the material of the base plate and are filled by the material of the adhesive, wherein the material of the adhesive which is applied in the form of an adhesive bead has flowed into the clearances (36, 38) such that the metallization which serves as the conductor track is also surrounded laterally at its flanks by the material of the adhesive bead.
A robotic lawnmower characterized in comprising a striper arrangement for striping a lawn, wherein the striper arrangement comprises a striper mat, a biasing element configured to provide a biasing force onto the striper mat, and a holding arrangement for holding the striper mat in contact with a surface of a lawn, wherein the holding arrangement is configured such that: the striper mat is movable in upwards and downwards direction; and further configured to bias the striper mat in a downwards direction by the biasing force, such that movement of the striper mat in upwards direction is restricted until a counter force exerted by the striper mat onto the holding arrangement exceeds the biasing force, wherein the holding arrangement comprises a striper mat holder joined to the striper mat and a striper mat holder attachment of the robotic lawnmower, wherein the striper mat holder is connected to the striper mat holder attachment such that the striper mat holder is movable in upwards/downwards direction, upwards movement allowing the striper mat to straighten out when the robotic lawnmower changes between forward direction and reverse and the resulting counter force forces the striper mat holder upwards, thereby enabling smooth transit between convex and concave bent shape of the striper mat. the striper mat is movable in upwards and downwards direction; and further configured to bias the striper mat in a downwards direction by the biasing force, such that movement of the striper mat in upwards direction is restricted until a counter force exerted by the striper mat onto the holding arrangement exceeds the biasing force, wherein the holding arrangement comprises a striper mat holder joined to the striper mat and a striper mat holder attachment of the robotic lawnmower, wherein the striper mat holder is connected to the striper mat holder attachment such that the striper mat holder is movable in upwards/downwards direction, upwards movement allowing the striper mat to straighten out when the robotic lawnmower changes between forward direction and reverse and the resulting counter force forces the striper mat holder upwards, thereby enabling smooth transit between convex and concave bent shape of the striper mat.
A pharmaceutical composition, in the form of a mono-phase ointment, for dermal use in the topical treatment of psoriasis, said composition comprising a first pharmacologically active component A consisting of calcipotriol or its hydrate, and a second pharmacologically active component B consisting betamethasone or an ester thereof, such as the 17-valerate or 17,21-dipropionate ester.
An electronic smoking device comprising: - a primary and a secondary liquid reservoir (3, 5); - a primary heating element adapted to atomize liquid of the primary liquid reservoir; - a secondary heating element adapted to atomize liquid of the secondary liquid reservoir; - a battery; - an activation switch; - an operation unit, electrically connected to the battery and the primary and secondary heating element (6, 8) respectively; wherein, the operation unit is adapted to non-simultaneously supply at least one pulse of power from the battery to the primary and the secondary heating element (6, 8) respectively upon an actuation of the activation switch, characterized in that the time interval between a pulse of power supplied to the primary heating element and a pulse of power supplied to the secondary heating element has a length of T, wherein T ∈ [100ms; 300ms]. - a primary and a secondary liquid reservoir (3, 5); - a primary heating element adapted to atomize liquid of the primary liquid reservoir; - a secondary heating element adapted to atomize liquid of the secondary liquid reservoir; - a battery; - an activation switch; - an operation unit, electrically connected to the battery and the primary and secondary heating element (6, 8) respectively; the operation unit is adapted to non-simultaneously supply at least one pulse of power from the battery to the primary and the secondary heating element (6, 8) respectively upon an actuation of the activation switch, characterized in that the time interval between a pulse of power supplied to the primary heating element and a pulse of power supplied to the secondary heating element has a length of T, wherein T ∈ [100ms; 300ms].
An in vitro method for the diagnosis, prognosis and/or monitoring of lung cancer, preferably early stage lung cancer, in a patient, the method comprising the detection and/or determination of the amount of autoantibodies specifically binding to a panel of isolated peptides in a biological sample isolated from the patient, wherein the panel of isolated peptides comprises a plurality of isolated peptides consisting of 8 to 25, preferably 10 to 20, more preferably 12 to 18 amino acid residues and comprising at least 8, preferably at least 10, more preferably at least 12 contiguous amino acid residues of an amino acid sequence selected from the group consisting of SEQ ID NOs: 1 to 21, and wherein the panel of isolated peptides comprises at least one isolated peptide for each of SEQ ID NOs: 1 to 21.
A method for providing quality control upon a lateral flow assay device, said device comprising a substrate having a plurality of discrete zones including at least one sample addition zone, at least one detection zone downstream of said at least one sample addition zone and at least one wicking zone downstream of said at least one detection zone, each of said zones being fluidly interconnected along a fluid flow path through which sample flows under capillary action from said sample addition zone to said wicking zone, said method comprising the steps of: adding sample to the sample addition zone and initiating a timer; combining sample and a reagent, wherein the sample and reagent may be combined prior to the adding of sample to the sample addition zone or on the assay device, said reagent including at least one detection material that produces a detectable signal; making at least one time-related measurement at or downstream of the at least one detection zone to determine the presence of said detectable signal in said lateral flow assay device after sample is added to the sample addition zone; and comparing a time elapsed calculated from the initiation of the timer to the at least one time-related measurement to a predetermined threshold to determine whether the device is operating properly. adding sample to the sample addition zone and initiating a timer; combining sample and a reagent, wherein the sample and reagent may be combined prior to the adding of sample to the sample addition zone or on the assay device, said reagent including at least one detection material that produces a detectable signal; making at least one time-related measurement at or downstream of the at least one detection zone to determine the presence of said detectable signal in said lateral flow assay device after sample is added to the sample addition zone; and comparing a time elapsed calculated from the initiation of the timer to the at least one time-related measurement to a predetermined threshold to determine whether the device is operating properly.
A method for performing, by a first apparatus, wireless communication, the method comprising: obtaining a priority value related to a sidelink, SL, communication; obtaining information related to a first SL threshold for prioritization between the SL communication and an uplink, UL, transmission; based on the UL transmission being related to a high priority: based on a second SL threshold related to ultra reliable and low latency communication, URLLC, being configured: performing a prioritization between the SL communication and the UL transmission related to URLLC, based on the priority value related to the SL communication and the second SL threshold; and performing the prioritized one of the SL communication or the UL transmission; based on the second SL threshold being not configured, performing the UL transmission, wherein the SL communication and the UL transmission overlap in a time domain. obtaining a priority value related to a sidelink, SL, communication; obtaining information related to a first SL threshold for prioritization between the SL communication and an uplink, UL, transmission; based on the UL transmission being related to a high priority: based on a second SL threshold related to ultra reliable and low latency communication, URLLC, being configured: performing a prioritization between the SL communication and the UL transmission related to URLLC, based on the priority value related to the SL communication and the second SL threshold; and performing the prioritized one of the SL communication or the UL transmission; based on the second SL threshold being not configured, performing the UL transmission, based on a second SL threshold related to ultra reliable and low latency communication, URLLC, being configured: performing a prioritization between the SL communication and the UL transmission related to URLLC, based on the priority value related to the SL communication and the second SL threshold; and performing the prioritized one of the SL communication or the UL transmission; performing a prioritization between the SL communication and the UL transmission related to URLLC, based on the priority value related to the SL communication and the second SL threshold; and performing the prioritized one of the SL communication or the UL transmission; based on the second SL threshold being not configured, performing the UL transmission, wherein the SL communication and the UL transmission overlap in a time domain.