mhurhangee/ep-ind-claims huggingface dataset:
A flexible secondary battery comprising: an electrode stack assembly comprising a first electrode layer, a second electrode layer, and a separator between the first and second electrode layers; wherein the electrode stack assembly has a first end portion and a second end portion located opposite to the first end portion; and a fixing member fixing the first electrode layer, the separator, and the second electrode layer together; wherein the electrode stack assembly comprises a fixing member region in which the fixing member is formed, the fixing member region being located between the first and second end portions of the electrode stack assembly in a first direction; wherein the first electrode layer comprises a first active material coating portion coated with a first active material and a first non-coating portion not coated with the first active material, wherein the second electrode layer comprises a second active material coating portion coated with a second active material and a second non-coating portion not coated with the second active material, and wherein the first non-coating portion and the second non-coating portion are located in the fixing member region. an electrode stack assembly comprising a first electrode layer, a second electrode layer, and a separator between the first and second electrode layers; wherein the electrode stack assembly has a first end portion and a second end portion located opposite to the first end portion; and a fixing member fixing the first electrode layer, the separator, and the second electrode layer together; wherein the electrode stack assembly comprises a fixing member region in which the fixing member is formed, the fixing member region being located between the first and second end portions of the electrode stack assembly in a first direction; wherein the first electrode layer comprises a first active material coating portion coated with a first active material and a first non-coating portion not coated with the first active material, wherein the second electrode layer comprises a second active material coating portion coated with a second active material and a second non-coating portion not coated with the second active material, and wherein the first non-coating portion and the second non-coating portion are located in the fixing member region.
A seat, comprising: a structural frame (1, 1') comprising one or more thin walled complex geometry structures (3, 3'), said one or more thin walled complex geometry structures (3, 3') comprising one or more of multiple internal channels (41, 43) and ribs, said one or more of multiple channels (41, 43) and ribs defining a structure for supporting elements within said structural frame (1, 1'), said one or more of said multiple channels (41, 43) and said ribs defining one or more of structural loading paths and a channel for one or more of transporting fluids and receiving one or more components, wherein said structural frame (1, 1') comprises one or more of a seat back and a cushion frame comprising additive manufacturing material, said one or more thin walled complex geometry structures (3, 3') comprising non-castable and non-machinable portions.
Method for coating a bore wall of a bore in a workpiece, in particular a cylinder bore in an engine block, in which - a coating lance of a coating device is introduced into the bore from one side of the workpiece whilst releasing coating particles, wherein the bore wall is provided with a coating, - wherein, before coating, an annular protective ring, which protrudes axially with respect to the side of the workpiece, is designed on the edge of the bore directly on the workpiece, characterized in that - the protective ring is formed by chipless shaping of a ductile material of the workpiece. - a coating lance of a coating device is introduced into the bore from one side of the workpiece whilst releasing coating particles, wherein the bore wall is provided with a coating, - wherein, before coating, an annular protective ring, which protrudes axially with respect to the side of the workpiece, is designed on the edge of the bore directly on the workpiece, characterized in that - the protective ring is formed by chipless shaping of a ductile material of the workpiece.
Multifunction headlight for a motor vehicle, designed to provide, in the same housing, - a first function comprising at least one first light source and a first lens at the output face with a double curvature in accordance with the curvature of the bodywork or of a shield surrounding the lens, - and a second function comprising at least one second light source and a second lens, wherein - the second function is situated below or respectively above the first function in the housing; - the second lens is connected to the first lens, and the output face of the second lens extends the output face of the first lens downwards or respectively upwards, so that the output face of the overall lens formed by the set of two lenses (L1, L2) is smooth and curved, the input face of the second lens being determined from the output face and the required emerging beam. - a first function comprising at least one first light source and a first lens at the output face with a double curvature in accordance with the curvature of the bodywork or of a shield surrounding the lens, - and a second function comprising at least one second light source and a second lens, wherein - the second function is situated below or respectively above the first function in the housing; - the second lens is connected to the first lens, and the output face of the second lens extends the output face of the first lens downwards or respectively upwards,
A method of controlling a plurality of trackless vehicles, comprising: transmitting, from a controller, a first instruction to a first one of the plurality of trackless vehicles to begin travel at a first time along a corresponding one of a plurality of paths leading to a predefined area; transmitting, from the controller, when the first trackless vehicle has traveled to an end of the corresponding path, a second instruction to the first trackless vehicle regarding travel along a predefined area path in order to achieve a time interval between the first trackless vehicle and a second trackless vehicle, wherein the time interval is based on the throughput value, which is the number of trackless vehicles in the predefined area at a given time, wherein the second instruction comprises dynamic routing along dynamic paths based on the position of the first trackless vehicle in the predefined area and a remaining time within the time interval since the first trackless vehicle was dispatched into the predefined area, and wherein the first time is based on the time interval and the number of trackless vehicles in the plurality of trackless vehicles outside of the predefined area. transmitting, from a controller, a first instruction to a first one of the plurality of trackless vehicles to begin travel at a first time along a corresponding one of a plurality of paths leading to a predefined area; transmitting, from the controller, when the first trackless vehicle has traveled to an end of the corresponding path, a second instruction to the first trackless vehicle regarding travel along a predefined area path in order to achieve a time interval between the first trackless vehicle and a second trackless vehicle, wherein the time interval is based on the throughput value, which is the number of trackless vehicles in the predefined area at a given time, wherein the second instruction comprises dynamic routing along dynamic paths based on the position of the first trackless vehicle in the predefined area and a remaining time within the time interval since the first trackless vehicle was dispatched into the predefined area, and wherein the first time is based on the time interval and the number of trackless vehicles in the plurality of trackless vehicles outside of the predefined area.
A composition containing at least one compound of the following formula I R-SOa-S-R', where a is equal to 1 or 2 and R and R' are, independently of each other, a linear or branched C 1 - C 5 alkyl group, for daily use or more regular use, over at least eight days, in preventing bacterial infections in aquatic animals bred in aquaculture structures, said at least one above-mentioned compound being 0.003 wt.% based on the total weight of the composition. where a is equal to 1 or 2 and R and R' are, independently of each other, a linear or branched C 1 - C 5 alkyl group, for daily use or more regular use, over at least eight days, in preventing bacterial infections in aquatic animals bred in aquaculture structures, said at least one above-mentioned compound being 0.003 wt.% based on the total weight of the composition.
A chemotherapeutic agent for use in a method of treating a radiation resistant skin cancer in a subject, wherein the method further comprises irradiating the skin cancer with a total dose not to exceed 1 Gy at a dose rate of 2,400 mu/min, wherein the total dose is measured over one radiation treatment, wherein the total dose decreases the cell survival percentage (%) of the skin cancer while maintaining the survival percentage (%) of normal cells, and wherein the chemotherapeutic agent is a mitochondrial inhibitor or a mitotic inhibitor.
A magnetron comprising a cathode, an anode including a plurality of vanes defining resonant cavities, an output coupler connected to a first set of the vanes (20, 22, 24, 26, 28, 30, 32, 34, 36, 38, 40), a second set of the vanes (19, 21, 23, 25, 27, 29, 31, 33, 35, 37, 39) not connected to the output coupler, characterised in that the magneton further comprises extensions (19a, 21a, 23a, 25a, 27a, 29a) on only the vanes of the second set, said extensions extending towards the output coupler in a direction parallel to the axis of the anode, whereby the capacitance between the axial extensions and the cathode at least partly compensates for the capacitance between the output coupler and the cathode.
Flat steel product made from a steel that consists of in % by weight: Al: 12 - 20%, Cr: 0.3 - 7%, Ti: 0.2 - 2%, B: 0.1 0.6%, as well as optionally one or more elements from the group " Mn, Si, Nb, Ta, W, Zr, V, Mo, Ni, Cu, Ca, rare earth metals, Co" at the following levels: Mn: up to 2% Si: 0.05-5% Nb, Ta, W: up to 0.2% in total Zr: up to 1% V: up to 1% Mo: up to 1% Ni: up to 2% Cu: up to 3% Ca: up to 0.015% Rare earth metals: up to 0.2% Co: up to 1% residual iron and unavoidable impurities, wherein C levels of up to 0.15% by weight, N levels of up to 0.1% by weight, S levels of up to 0.03% by weight and P levels of up to 0.1% by weight can be attributable to the unavoidable impurities, and wherein the ratio %Ti/%B formed from the Ti levels %Ti and the B levels %B of the steel is 0.33 ≤ % ⁢ Ti/ ⁢ % ⁢ B ≤ 3.75 and the microstructure of the steel consists of 0.3-5% by volume TiB 2 precipitates that are embedded in a structural matrix made up of at least 80% by volume Fe 3 Al.
Electronic circuit for controlling the operation of a watch, said circuit including a processor connected to a non-volatile memory, which contains instructions to be carried out, peripheral member controllers for interacting with the peripheral members of the watch, and connecting means (6a, 6b, 7) arranged for enabling the peripheral member controllers, the non-volatile memory and the processor to communication data relating to the operation of said watch to each other, said electronic watch circuit further including initialising means able to act on the peripheral member controllers to initialise said controllers by sending data without actions of the processor, characterized in that said initialising means are arranged for enabling said peripheral member controllers to carry out operations independently of the processor and/or the non-volatile memory.
An omega-transaminase mutant of a wild-type omega-transaminase comprising the amino acid sequence of SEQ ID NO: 1, wherein a point mutation has been rendered by substituting tryptophan at position 58 with a different amino acid, wherein the different amino acid is a sterically less demanding amino acid than tryptophan; or wherein a point mutation has been rendered by substituting tryptophan at position 58 with a different amino acid, wherein the different amino acid is a sterically less demanding amino acid than tryptophan, and wherein one or more additional point mutations are present in addition to the mutation at position 58, which additional mutations have been rendered by substituting at least one amino acid selected from the group consisting of leucine at position 57, valine at position 154, and isoleucine at position 261 with an amino acid that is sterically less demanding than the original amino acid it replaces.
A method of determining the approximate risk of cardiovascular disease for a subject, comprising: (a) detecting, in a sample from the subject, the level of each of the HDL-associated proteins in Biomarker Panel 18, wherein said Biomarker Panel comprises apolipoprotein (Apo) A1, ApoC1, ApoC2, ApoC3, and ApoC4 or fragments thereof; and (b) determining the approximate risk of CVD for the subject by employing a first algorithm to generate a CVD risk score, wherein said first algorithm performs operations comprising: i) multiplying each HDL-associated protein level by a predetermined coefficient to generate multiplied values, and ii) adding the multiplied values together, plus a panel-specific constant value, thereby generating the CVD risk score. (a) detecting, in a sample from the subject, the level of each of the HDL-associated proteins in Biomarker Panel 18, wherein said Biomarker Panel comprises apolipoprotein (Apo) A1, ApoC1, ApoC2, ApoC3, and ApoC4 or fragments thereof; and (b) determining the approximate risk of CVD for the subject by employing a first algorithm to generate a CVD risk score, wherein said first algorithm performs operations comprising: i) multiplying each HDL-associated protein level by a predetermined coefficient to generate multiplied values, and ii) adding the multiplied values together, plus a panel-specific constant value, thereby generating the CVD risk score.
An applicator for a cosmetic treatment product for the skin or lips, the applicator comprising at least: - an application portion comprising a bundle of needles (14; 24) for applying the cosmetic treatment product and extending along a longitudinal axis, the bundle of needles comprising at least a first set of needles (141; 241) being arranged in a square in cross-section relative to the longitudinal axis, and - a linear drive device connected to the application portion and configured to drive the bundle of needles (14; 24) with reciprocating motion along the longitudinal axis, the applicator being characterized in that the bundle of needles further comprises a second set of needles (143; 243) situated around the first set of needles and defining an outline (CO1; CO2) for the bundle of needles that presents a rounded shape in cross-section relative to the longitudinal axis and in that the bundle of needles comprises: - 88 needles distributed as 64 needles in the first set of needles and 24 needles in the second set of needles, or - 132 needles distributed as 100 needles in the first set of needles and 32 needles in the second set of needles. - an application portion comprising a bundle of needles (14; 24) for applying the cosmetic treatment product and extending along a longitudinal axis, the bundle of needles comprising at least a first set of needles (141; 241) being arranged in a square in cross-section relative to the longitudinal axis, and - a linear drive device connected to the application portion and configured to drive the bundle of needles (14; 24) with reciprocating motion along the longitudinal axis, - 88 needles distributed as 64 needles in the first set of needles and 24 needles in the second set of needles, or - 132 needles distributed as 100 needles in the first set of needles and 32 needles in the second set of needles.
A method of grinding a pair of electrode tips held in a welding gun by a tip dresser including a holder holding a cutter capable of cutting ends of the pair of the electrode tips, a servo motor unlit having a servo motor serving as a driving source for allowing the holder to rotate and a servo amplifier controlling the rotation of the servo motor such that the pair of the electrode tips are able to be cut, and a controller controlling an operation of the servo motor unit, the method capable of detecting irregular grinding of the electrode tips if a load torque of the servo motor is a maximum torque or less when the tip dresser grinds the electrode tips, the method being characterised by comprising outputting at least one torque occurrence signal from the servo motor unit to the controller when the load torque reaches a predetermined value within a range of the load torque in regular grinding of the pair of the electrode tips, wherein the controller detects the irregular grinding when not receiving the at least one torque occurrence signal within a corresponding elapsed time in the regular grinding.
A face recognition apparatus comprising: an image input unit to receive an image of a face to be identified; a sub-image production unit to produce a plurality of sub-images of the input face image, wherein the sub-images have identical size and have different scales, the scales being derived from positional information of facial landmarks; and a face recognition unit to set the sub-images to observed nodes of a Markov network, to set target images to hidden nodes of the Markov network in a predetermined order based on a first similarity between the respective sub-images and the target images, and to recognize the presence of a target image corresponding to the face image to be identified using a first relationship between the observed nodes and the hidden nodes and a second relationship between the hidden nodes; wherein the first relationship between the observed nodes and the hidden nodes is based on the first similarity between the respective sub-images and the plurality of target images, and the second relationship between the hidden nodes is based on a second similarity between the plurality of target images. an image input unit to receive an image of a face to be identified; a sub-image production unit to produce a plurality of sub-images of the input face image, wherein the sub-images have identical size and have different scales, the scales being derived from positional information of facial landmarks; and a face recognition unit to set the sub-images to observed nodes of a Markov network, to set target images to hidden nodes of the Markov network in a predetermined order based on a first similarity between the respective sub-images and the target images, and to recognize the presence of a target image corresponding to the face image to be identified using a first relationship between the observed nodes and the hidden nodes and a second relationship between the hidden nodes; wherein the first relationship between the observed nodes and the hidden nodes is based on the first similarity between the respective sub-images and the plurality of target images, and the second relationship between the hidden nodes is based on a second similarity between the plurality of target images.
A suture anchor, comprising: an anchor body having a generally elongate anchor body core extending from a proximal end to a distal end along a longitudinal axis, wherein at least a distal end of the anchor body core is tapered; an eyelet formed through the anchor body, extending transverse to the longitudinal axis, and dimensioned to receive a suture; and a plurality of circumferentially spaced ribs extending radially outward from the anchor body core, wherein each of the plurality of ribs extends longitudinally along at least a portion of the anchor body length; wherein a proximal portion of each rib extends proximal to the tapered distal end of the anchor body core; wherein a distal portion of each of the plurality of ribs is tapered and terminates within the tapered distal end of the anchor body core; and characterised in that a taper angle of the distal end of each the plurality of ribs is greater than the taper angle of the distal end of the anchor body core. an anchor body having a generally elongate anchor body core extending from a proximal end to a distal end along a longitudinal axis, wherein at least a distal end of the anchor body core is tapered; an eyelet formed through the anchor body, extending transverse to the longitudinal axis, and dimensioned to receive a suture; and a plurality of circumferentially spaced ribs extending radially outward from the anchor body core, wherein each of the plurality of ribs extends longitudinally along at least a portion of the anchor body length; wherein a proximal portion of each rib extends proximal to the tapered distal end of the anchor body core; wherein a distal portion of each of the plurality of ribs is tapered and terminates within the tapered distal end of the anchor body core; and characterised in that a taper angle of the distal end of each the plurality of ribs is greater than the taper angle of the distal end of the anchor body core.
Knife comprising a first part and comprising a second part which is mounted so as to be movable relative to the first part, and comprising a blade unit having a blade, and comprising an adjustment means having at least two links (17, 18) which hingedly interconnect the blade and the first part such that a mechanical linkage is formed which is movable, owing to a relative movement between the first part and the second part, between at least one rear end position and at least one front end position, wherein the second part is indirectly or directly movably connected to one of the links or to the blade unit, in order to move the mechanical linkage, and whereby the blade unit is loaded into the safety position by means of at least one restoring element (19, 119), characterized in that the mechanical linkage forms a four-bar linkage.