mhurhangee/ep-ind-claims huggingface dataset:
A tool assembly comprising: an anvil defining an anvil channel and a knife slot communicating with the anvil channel; a cartridge assembly including a channel member and a staple cartridge, the channel member configured to receive the staple cartridge and defining a longitudinal slot, the staple cartridge supporting a plurality of staples and defining a knife slot that is aligned with the longitudinal slot; a drive assembly including a resilientbeam and a working member, the working member including a first beam and a first vertical strut, the vertical strut including a first engagement structure (78, 78a); and a knife bar assembly including a knife bar and a flexible drive member, the knife bar including a second beam and a second vertical strut, the second vertical strut supporting a knife and including a second engagement structure (92, 92a) that is adapted to couple to the first engagement structure 78, 78a) to couple the drive assembly to the knife bar assembly such that movement of the drive assembly in relation to the anvil and cartridge assembly causes corresponding movement of the knife bar assembly in relation to the anvil and cartridge assembly, wherein the knife bar assembly is rotatable between a first position in which the first and second engagement structures are coupled together and a second position in which the first and second engagement structures are uncoupled. an anvil defining an anvil channel and a knife slot communicating with the anvil channel; a cartridge assembly including a channel member and a staple cartridge, the channel member configured to receive the staple cartridge and defining a longitudinal slot, the staple cartridge supporting a plurality of staples and defining a knife slot that is aligned with the longitudinal slot; a drive assembly including a resilientbeam and a working member, the working member including a first beam and a first vertical strut, the vertical strut including a first engagement structure (78, 78a); and a knife bar assembly including a knife bar and a flexible drive member, the knife bar including a second beam and a second vertical strut, the second vertical strut supporting a knife and including a second engagement structure (92, 92a) that is adapted to couple to the first engagement structure 78, 78a) to couple the drive assembly to the knife bar assembly such that movement of the drive assembly in relation to the anvil and cartridge assembly causes corresponding movement of the knife bar assembly in relation to the anvil and cartridge assembly, wherein the knife bar assembly is rotatable between a first position in which the first and second engagement structures are coupled together and a second position in which the first and second engagement structures are uncoupled.
A battery separator for producing an envelope separator for a storage battery, said separator being made of a sheet material being based on a thermoplastic polymer, whereby said battery separator has a longitudinal direction and a width direction and has a central region and in the width direction at its side edges peripheral regions extending in the longitudinal direction, whereby the battery separator has longitudinal main ribs extending in the longitudinal direction and being formed integrally with the sheet material on at least one side of the sheet material, the main ribs having a distance with respect to each other, wherein the battery separator in its central region has a microporous structure having a porosity, and wherein the peripheral regions are essentially free from ribs, and have a densified structure the porosity of which is lower than the porosity of the microporous structure in the central region.
A winding device adapted to wind a spun yarn wound around a yarn supplying bobbin as a package comprising: a yarn supplying section in which the yarn supplying bobbin is arranged; a winding section adapted to wind the spun yarn into the package; and a tension applying section arranged in a yarn path between the yarn supplying section and the winding section and adapted to apply a tension on the spun yarn; wherein the tension applying section includes a plurality of contact members (41, 44) adapted to apply the tension on the spun yarn by making contact with the spun yarn and bending the spun yarn; the contact members (41, 44) are arranged on a fixed gate and a movable gate, the movable contact members of the movable gate and the fixed contact members of the fixed gate are alternately arranged in the yarn path direction, and the movable gate moves around a swinging shaft extending in the yarn path direction, the contact members (41, 44) are arranged with an interval between each other, characterized in that the interval between the contact members (41, 44) in the yarn path direction is 5 mm or more, and 20 mm or less. a yarn supplying section in which the yarn supplying bobbin is arranged; a winding section adapted to wind the spun yarn into the package; and a tension applying section arranged in a yarn path between the yarn supplying section and the winding section and adapted to apply a tension on the spun yarn; wherein the tension applying section includes a plurality of contact members (41, 44) adapted to apply the tension on the spun yarn by making contact with the spun yarn and bending the spun yarn; the contact members (41, 44) are arranged on a fixed gate and a movable gate, the movable contact members of the movable gate and the fixed contact members of the fixed gate are alternately arranged in the yarn path direction, and the movable gate moves around a swinging shaft extending in the yarn path direction, the contact members (41, 44) are arranged with an interval between each other,
A device comprising a plurality of layers, including: at least one layer of a shape memory material or materials (110, 210, 310, 410, 510, 610, 710, 810, 910, 1030, 1120, 1230); and characterized by a single layer of a stressed material (120, 220, 320, 420, 520, 620, 720, 820, 920, 1050, 1130, 1240) adjacent to the layer or layers of the shape memory material; the layer of the stressed material possessing an inherent stress or stress gradient imparted to that layer during its formation, such that as a result of the inherent stress or stress gradient in the layer of the stressed material, the device is biased to and takes up an initial deformation state and when the shape memory material is heated sufficiently it causes the device to be displaced against the said bias. at least one layer of a shape memory material or materials (110, 210, 310, 410, 510, 610, 710, 810, 910, 1030, 1120, 1230); and characterized by a single layer of a stressed material (120, 220, 320, 420, 520, 620, 720, 820, 920, 1050, 1130, 1240) adjacent to the layer or layers of the shape memory material; the layer of the stressed material possessing an inherent stress or stress gradient imparted to that layer during its formation, such that as a result of the inherent stress or stress gradient in the layer of the stressed material, the device is biased to and takes up an initial deformation state and when the shape memory material is heated sufficiently it causes the device to be displaced against the said bias.
A fusion polypeptide comprising amino acids 1 to 303 of SEQ ID NO: 26, or an amino acid sequence homologous thereto with at least 70% sequence identity at the amino acid level that comprises a circularly permuted IL-2 and has improved selectivity for IL-2Rβγ over IL-2Rαβγ relative to wild-type IL-2.
Unit comprising a formwork board including a housing (11; 41) and a repairing element (1,40) suitable for being fixed to the housing (11; 41), said repairing element (1; 40) being made of at least one thermoplastic material characterized in that the unit comprises a first member (2; 20; 30) made of the thermoplastic material and a second member (3; 31) made of porous material, the first member (2; 20; 30) being arranged on the second member (3; 31), the second member (3; 31) acting as a support of the first member (2; 20; 30), said first member (2;20;30) has a height that partially projects from the board once the repairing element (1; 40) is fixed in the housing (11; 41), the first member (2; 20; 30) being so designed that after being at least partially melted, fills completely a cavity (12;42) existing between the repairing element (1; 40) and the housing (11; 41) thus sealing the attachment between the repairing element (1; 40) and the board.
A consumer product kit system comprising a package base unit and a package, the package base unit comprising a control element and a package interface operatively connected to the control element, the package comprising a package base interface and a printed element, the printed element comprising a control circuit element and an output circuit element, each of the control circuit element and the output circuit element operatively connected to the package base interface wherein the control element of the package base unit comprises memory elements that contain a plurality of stored output timing sequences.
A method for a safety system of a mining vehicle, comprising: detecting an obstacle in a safety zone of the mining vehicle on the basis of scanning the surroundings of the mining vehicle while the mining vehicle is driven, characterized in that obstacle information comprising at least location information of predetermined obstacles determined safe is stored for the safety system, location information of the obstacle detected in the safety zone of the mining vehicle on the basis of the scanning is compared with the location information determined in the obstacle information, whereby if the detected obstacle is not determined safe in the obstacle information, a collision warning and/or stop command is given to control the mining vehicle to stop, and if the detected obstacle is determined safe in the obstacle information, stopping of the mining vehicle due to the detected obstacle is prevented. detecting an obstacle in a safety zone of the mining vehicle on the basis of scanning the surroundings of the mining vehicle while the mining vehicle is driven, characterized in that obstacle information comprising at least location information of predetermined obstacles determined safe is stored for the safety system, location information of the obstacle detected in the safety zone of the mining vehicle on the basis of the scanning is compared with the location information determined in the obstacle information, whereby if the detected obstacle is not determined safe in the obstacle information, a collision warning and/or stop command is given to control the mining vehicle to stop, and if the detected obstacle is determined safe in the obstacle information, stopping of the mining vehicle due to the detected obstacle is prevented.
A method of assessing regional oxygen uptake in a patient, the method comprising the steps of: measuring a global volume of air inhaled by the patient; measuring according to a method of electrical impedance tomography a first regional lung volume at a first time point of a breathold procedure and a second regional lung volume at a second time point of a breathold procedure; and comparing the first regional lung volume to the second regional lung volume to determine a change in regional lung volume, and determining a regional oxygen uptake based on the change in regional lung volume, wherein measuring according to a method of electrical impedance tomography comprises calibrating or scaling an electrical impedance tomography signal with the measured global volume of air inhaled by the patient. measuring a global volume of air inhaled by the patient; measuring according to a method of electrical impedance tomography a first regional lung volume at a first time point of a breathold procedure and a second regional lung volume at a second time point of a breathold procedure; and comparing the first regional lung volume to the second regional lung volume to determine a change in regional lung volume, and determining a regional oxygen uptake based on the change in regional lung volume, wherein measuring according to a method of electrical impedance tomography comprises calibrating or scaling an electrical impedance tomography signal with the measured global volume of air inhaled by the patient.
A manufacturing line for manufacturing layered products, comprising a plurality of manufacturing stations disposed along a transportation track of a transportation system, the plurality of manufacturing stations including a number of layer dispensing stations(6a, 6a', 6b), the transportation system comprising a plurality of product holders that are each arranged to be moved individually along the transportation track to visit manufacturing stations along the transportation track, which product holders are arranged to hold a stack of layers, characterised in that the transportation track includes a loop and a router, and in that the router is arranged to route product holders to revisit manufacturing stations via the loop in the transportation track.
An antibody or fragment thereof with specificity against a peptide consisting of the amino acid sequence set forth in SEQ ID NO: 80 for use in the treatment of a malignant tumor.
A passive radiative cooling system (300, 300C, 300D) comprising: a metal sheet (113, 113A) having a plurality of metamaterial nanostructures disposed on a first surface thereof; a reflective layer (120, 120C, 120E) mounted over the first surface of the metal sheet; and a conduit structure (210, 210B, 210C, 210E) disposed under the metal sheet and configured to conduct a coolant such that the coolant flows against a second surface (111, 111E) of the metal sheet, whereby thermal energy is conducted from the coolant through the metal sheet to said plurality of metamaterial nanostructures, wherein said plurality of metamaterial nanostructures are arranged in an ultra-black metamaterial-based pattern and configured to emit radiant energy (RE-ATW) having wavelengths in the range of 8μm to 13μm; and wherein said reflective layer is configured both to reflect incident solar radiation and to transmit said radiant energy. a metal sheet (113, 113A) having a plurality of metamaterial nanostructures disposed on a first surface thereof; a reflective layer (120, 120C, 120E) mounted over the first surface of the metal sheet; and a conduit structure (210, 210B, 210C, 210E) disposed under the metal sheet and configured to conduct a coolant such that the coolant flows against a second surface (111, 111E) of the metal sheet, whereby thermal energy is conducted from the coolant through the metal sheet to said plurality of metamaterial nanostructures, wherein said plurality of metamaterial nanostructures are arranged in an ultra-black metamaterial-based pattern and configured to emit radiant energy (RE-ATW) having wavelengths in the range of 8μm to 13μm; and wherein said reflective layer is configured both to reflect incident solar radiation and to transmit said radiant energy.
A pack for holding and re-charging an e-cigarette, said pack comprising: a first tube having a substantially cylindrical shape, said first tube having a hole defined by an open end of the first tube for receiving an e-cigarette into the first tube to be held therein; a re-charging mechanism for re-charging the e-cigarette held within said first tube; a light for indicating a charging state of the e-cigarette held within the first tube, said light being located at the open end of said first tube adjacent the hole for receiving the e-cigarette into the first tube. a first tube having a substantially cylindrical shape, said first tube having a hole defined by an open end of the first tube for receiving an e-cigarette into the first tube to be held therein; a re-charging mechanism for re-charging the e-cigarette held within said first tube; a light for indicating a charging state of the e-cigarette held within the first tube, said light being located at the open end of said first tube adjacent the hole for receiving the e-cigarette into the first tube.
A method of forming an interconnect through a semiconductor substrate, comprising: forming a first opening extending from a first side of the substrate, and partway through the substrate; forming a first part (18, 20) of the electrically conductive interconnect within the first opening; forming at least one second opening extending from a second side of the substrate and to the first part of the electrically conductive interconnect; and forming a second part (30, 42) of the electrically conductive interconnect within the at least one second opening; wherein the forming of the first part of the electrically conductive interconnect comprises forming a conductive layer over a core of conductive material; characterized in that the forming of the at least one second opening comprises extending the at least one second opening through the conductive layer to the core of conductive material. forming a first opening extending from a first side of the substrate, and partway through the substrate; forming a first part (18, 20) of the electrically conductive interconnect within the first opening; forming at least one second opening extending from a second side of the substrate and to the first part of the electrically conductive interconnect; and forming a second part (30, 42) of the electrically conductive interconnect within the at least one second opening; wherein the forming of the first part of the electrically conductive interconnect comprises forming a conductive layer over a core of conductive material;
A tire with reduced cavity noise comprising: an adhesive agent layer applied to an inner surface of an inner liner; and a sound absorber layer attached to the adhesive agent layer, wherein the adhesive agent layer comprises polyether containing an alkoxysilane substituent group, and wherein the alkoxysilane substituent group bonds to the polyether backbone, and the alkoxysilane substituent group does not bond to the ends of the polyether. an adhesive agent layer applied to an inner surface of an inner liner; and a sound absorber layer attached to the adhesive agent layer, wherein the adhesive agent layer comprises polyether containing an alkoxysilane substituent group, and wherein the alkoxysilane substituent group bonds to the polyether backbone, and the alkoxysilane substituent group does not bond to the ends of the polyether.
An exoscope for observing and illuminating an object field (56, 154) on a patient from a site removed from the patient's body, with a lens system (12, 82, 112) to observe the object field (56, 154) in a viewing direction (74, 83, 113) and with an illumination (14, 84) to illuminate the object field (56, 154), a distance between lens system (12, 82, 112) and object field (56, 154) can be modified by a bracket (134, 156), with a shaft (16, 86, 114) on whose distal end there is positioned a head member (20, 90, 116) that is widened in comparison to the diameter of the shaft, the illumination (14, 84) reaches into the distal-side head member (20, 90, 116), and where in the head member (20, 90, 116) at least one radiating illuminating unit (22, 24; 92, 94; 118, 120, 192) is positioned whose radiant characteristic in the viewing direction (74, 83, 113) can be selected in such a way that the object field (86, 154) can be homogeneously illuminated at all possible distances of several centimeters up to a meter from the lens system (12, 82, 112), and where power lines are positioned in the shaft (16, 86, 186) for the at least one illuminating unit (22, 24; 92, 94; 118, 120, 192), wherein at least two radiating illuminating units (22, 24; 92, 94; 118, 120) are present, wherein the radiating illuminating units (22, 24; 192) are provided with a focusing device (44, 2020) that comprises condenser lenses, wherein the light beams (123, 125) that can be emitted by the several radiating illuminating units (118, 120) are configured in such a way that the light beams (123, 125) overlap in such a way that at least the object field (56, 154) can be illuminated homogeneously by the overlapping area, and wherein filters or diaphragms are integrated in the head member to make it possible to conduct photodynamic therapy, photodynamic diagnosis, autofluorescent methods or ICG (indocyanine green) examination.
A device for non-contact transmission of energy to a vehicle, wherein a primary conductor is arranged inductively coupled with an annular part of the vehicle, wherein the annular part is rotatably mounted on the vehicle, in particular on its frame, wherein at the vehicle there is arranged a secondary winding inductively coupled with the annular part, wherein in the circumferential direction of the annular part there is provided a circumferential angle greater than 90° between the region of the inductive coupling to the primary conductor and the region of the inductive coupling to the secondary winding, wherein the annular part is the rim of a wheel of the vehicle, wherein the primary conductor is wound around a coil core and wherein the secondary winding is wound around a coil core, characterised in that the coil core is U-shaped, wherein the annular part is positioned, by means of a trough, in the intermediate region between the limbs of the U-shaped coil core wound around by the primary conductor, in particular between the protuberances provided on the limbs.
An apparatus for storing and providing configuration data to a multi-core processor, the apparatus comprising: a fuse array, disposed on a die, said fuse array comprising a plurality of semiconductor fuses programmed with compressed configuration data; a random access memory, RAM, disposed separately on said die; and a plurality of cores, disposed separately on said die, wherein each of said plurality of cores is coupled to said fuse array and said RAM, and wherein said each of said plurality of cores is configured to access either said fuse array or said RAM upon power-up/reset as indicated by contents of a load data register to obtain said compressed configuration data. a fuse array, disposed on a die, said fuse array comprising a plurality of semiconductor fuses programmed with compressed configuration data; a random access memory, RAM, disposed separately on said die; and a plurality of cores, disposed separately on said die, wherein each of said plurality of cores is coupled to said fuse array and said RAM, and wherein said each of said plurality of cores is configured to access either said fuse array or said RAM upon power-up/reset as indicated by contents of a load data register to obtain said compressed configuration data.