mhurhangee/ep-ind-claims huggingface dataset:
Conveying device for use in the area of plastics, with a separator unit hanging on a load cell, which is held on a rack con nected with the separator unit via a first coupling for connection to at least one suction source and via a second coupling for connection to at least one conveying line for the material to be conveyed, wherein at least the first and/or the second coupling (5, 18) has a coupling part (5a, 18a) connected with the separator unit and a coupling part (5b, 18b) connected with the rack, wherein both coupling parts (5a, 5b; 18a, 18b) do not contact each other, and wherein the area (17, 20) between the two coupling parts (5a, 5b; 18a, 18b) can be sealed off by at least one sealing element (9, 24, 45), characterized in that the sealing element (9, 24, 45) is spaced apart from a sealing surface (16, 26) in a release/idle position, thereby forming a passage between the sealing element and the sealing surface that connects the interior space of the coupling with the environment, that the sealing element (9, 24, 45) tightly abuts against the sealing surface (16, 26, 44) in a sealing position, and that the sealing element (9, 24, 45) gets from the release/idle position into the sealing position during a conveying process.
A mercerized cellulose fiber having: (a) an x-ray diffraction coefficient of at least about 0.58; (b) a curl of at least about 38%; (c) a kink level of at least about 3200 kinks per meter; and (d) a wet tensile of at least 55 N/cm at 1000 revs refining. (a) an x-ray diffraction coefficient of at least about 0.58; (b) a curl of at least about 38%; (c) a kink level of at least about 3200 kinks per meter; and (d) a wet tensile of at least 55 N/cm at 1000 revs refining.
An apparatus comprising: (a) an end effector, wherein the end effector is pivotable from a first position to a second position; (b) an articulation joint coupled with the end effector, wherein the articulation joint is operable to pivot the end effector from the first position to the second position; and (c) a locking feature coupled with the articulation joint, wherein the locking feature is movable from a proximal position to a distal position, wherein the locking feature is operable to lock the articulation joint when the locking feature is in the distal position, wherein the locking feature comprises a locking sled, and at least one resilient member adapted to bias a locking bar distally coupled with the locking sled, characterized in that the resilient member is configured to engage the locking sled when the locking sled is in the distal position to prevent the resilient member from flexing so that the locking bar locks the articulation joint. (a) an end effector, wherein the end effector is pivotable from a first position to a second position; (b) an articulation joint coupled with the end effector, wherein the articulation joint is operable to pivot the end effector from the first position to the second position; and (c) a locking feature coupled with the articulation joint, wherein the locking feature is movable from a proximal position to a distal position, wherein the locking feature is operable to lock the articulation joint when the locking feature is in the distal position, wherein the locking feature comprises a locking sled, and at least one resilient member adapted to bias a locking bar distally coupled with the locking sled, characterized in that the resilient member is configured to engage the locking sled when the locking sled is in the distal position to prevent the resilient member from flexing so that the locking bar locks the articulation joint.
A c-Met-specific antibody or antigen binding fragments thereof comprising: a heavy chain variable region having an amino acid sequence represented by SEQ ID NO:7; and a light chain variable region having an amino acid sequence represented by SEQ ID NO:8. a heavy chain variable region having an amino acid sequence represented by SEQ ID NO:7; and a light chain variable region having an amino acid sequence represented by SEQ ID NO:8.
Processing installation having at least one processing station with a surrounding protective partition for protecting personnel, at least one supply means and a feed device for components (4, 5), namely bodywork parts of motor vehicles, characterized in that the feed device has one or more distribution vehicles, which can be moved between the supply means and the processing station and have at least one multi-axis manipulator and one or more mounts for component carriers (24, 25), wherein the distribution vehicle and/or the manipulator have/has a device for negotiating the protective partition of the processing station, wherein the manipulator forms the device and, in respect of its movement capability and range, is designed, and arranged, such that it can reach over the protective partition into the processing station, and/or the device consists in an opening device which is carried along, and activated, by the distribution vehicle and/or the manipulator, in order to open and to close a machine access area in the protective partition.
A microparticle sorting flow channel unit comprising: a first particle sorting portion; a fluid storage container (403, 603, 803) that is downstream of the first particle sorting portion and is enabled to store a fluid; and a second particle sorting portion (100b, 900b) that is downstream of the fluid storage container, wherein the fluid storage container is fluidly connected to at least one fluid discharge port that is downstream of the first particle sorting portion and at least one fluid supply port that is upstream of the second particle sorting portion, and characterized in that: the fluid storage container is configured to inflate to cause a fluid storage capacity in the container to increase depending on a difference between flow rates before and after the container. a first particle sorting portion; a fluid storage container (403, 603, 803) that is downstream of the first particle sorting portion and is enabled to store a fluid; and a second particle sorting portion (100b, 900b) that is downstream of the fluid storage container, wherein the fluid storage container is fluidly connected to at least one fluid discharge port that is downstream of the first particle sorting portion and at least one fluid supply port that is upstream of the second particle sorting portion, and
A knitted fabric female fastening portion for a mechanical fastener characterized by: a knitted fabric, said knitted fabric having a first surface and a second surface, said first surface being capable of engaging with a male fastening portion, an underlying substrate, said underlying substrate being joined to said second surface of said knitted fabric, and a bonding layer, said bonding layer being located between said knitted fabric and underlying substrate, said bonding layer bonding said knitted fabric and underlying substrate together, said bonding layer having a first plurality of non-intersecting bond lines and a second plurality of non-intersecting bond lines which are combined to form a pattern of intersecting bond lines that define tessellating pattern elements, wherein said pattern of intersecting bond lines has a gap from about 2 mm to about 6 mm.
A photocell, obtained by treating silicon oxide with hydrofluoric acid, mixing the silicon oxide with an organic electrolyte to prepare a photocell material, and disposing a layer of the photocell material between two charge extraction electrodes (22,24), wherein an n-type semiconductor layer is formed on a surface of one of the charge extraction electrodes facing the other charge extraction electrode, wherein the platinum film is formed on a surface of said other charge extraction electrode facing the n-type semiconductor layer.
A security device for improving the security against forgery of original articles by the provision of a symbol comprising a plurality of diffractive surface elements arranged on a carrier element, wherein each individual surface element has a three-dimensional surface structure, wherein a plurality of surface elements form a surface element group whose surface structures and orientation are so matched to each other that in an observation space they form the image of a point of the symbol to be represented, wherein there are provided a plurality of surface element groups which respectively form the image of a point, wherein the symbol to be represented is composed of the sum of all points represented by the surface element groups, and wherein a change of the angle of incidence of the light and/or the observation angle leads to a movement of the symbol in the observation space being perceived by an observer.
A method of managing notes, comprising: providing a plurality of notes from a first source and a second source, the first source and the second source being produced from different devices, the first source being a first visual representation of a scene having a plurality of physical notes each having a general boundary and content thereon, and the second source being a second visual representation of the scene; receiving, by a processing unit, image data associated with the first and second visual representations; recognizing, by the processing unit, one or more marks on one of the plurality of notes from the second visual representation; determining, by the processing unit, the position of the one or more marks; processing, by the processing unit and based on the one or more marks, the image data to determine a general boundary of the one of the plurality of physical notes from the first visual representation for recognizing, by the processing unit, at least one of the plurality of physical notes from the first source; creating, by the processing unit, a digital note representative of the one of the plurality of physical notes; extracting, by the processing unit, content of the one of the plurality of physical notes based on the determined general boundary of the one of the plurality of physical notes; and labeling the digital note representing the one of the plurality of physical notes with a category. providing a plurality of notes from a first source and a second source, the first source and the second source being produced from different devices, the first source being a first visual representation of a scene having a plurality of physical notes each having a general boundary and content thereon, and the second source being a second visual representation of the scene; receiving, by a processing unit, image data associated with the first and second visual representations; recognizing, by the processing unit, one or more marks on one of the plurality of notes from the second visual representation; determining, by the processing unit, the position of the one or more marks; processing, by the processing unit and based on the one or more marks, the image data to determine a general boundary of the one of the plurality of physical notes from the first visual representation for recognizing, by the processing unit, at least one of the plurality of physical notes from the first source; creating, by the processing unit, a digital note representative of the one of the plurality of physical notes; extracting, by the processing unit, content of the one of the plurality of physical notes based on the determined general boundary of the one of the plurality of physical notes; and labeling the digital note representing the one of the plurality of physical notes with a category.
Vinification tank equipped with a device for the injection of air or inert gas into the vinification tank, wherein the device for the injection of air or inert gas comprises: - a distribution circuit of air or inert gas, - at least three nozzles for the injection of compressed air or compressed inert gas supplied through the distribution circuit, said nozzles being mounted in said tank at a level (h) from the bottom of the tank not higher than one third of the total height of said tank, and said distribution circuit including a separate supply line for each nozzle, wherein: control valves of air or inert gas flow to each nozzle are present on the said distribution circuit, each of the control valves being present on the respective supply line of the distribution circuit; and microprocessor means are configured to act on the control valves and are programmed to actuate said control valves independently of each other, characterized in that the microprocessor means are programmed to control air or inert gas delivery from each nozzle changing duration and frequency of the air or gas jet with time according to a specific predetermined modulation, and delivery sequence of all the nozzles actuating the nozzles one after another or in a partially overlapping manner, or at the same time, with equal or different durations and frequencies. - a distribution circuit of air or inert gas, - at least three nozzles for the injection of compressed air or compressed inert gas supplied through the distribution circuit, said nozzles being mounted in said tank at a level (h) from the bottom of the tank not higher than one third of the total height of said tank, and control valves of air or inert gas flow to each nozzle are present on the said distribution circuit, each of the control valves being present on the respective supply line of the distribution circuit; and microprocessor means are configured to act on the control valves and are programmed to actuate said control valves independently of each other, characterized in that the microprocessor means are programmed to control air or inert gas delivery from each nozzle changing duration and frequency of the air or gas jet with time according to a specific predetermined modulation, and delivery sequence of all the nozzles actuating the nozzles one after another or in a partially overlapping manner, or at the same time, with equal or different durations and frequencies. air or inert gas delivery from each nozzle changing duration and frequency of the air or gas jet with time according to a specific predetermined modulation, and delivery sequence of all the nozzles actuating the nozzles one after another or in a partially overlapping manner, or at the same time, with equal or different durations and frequencies.
A radio frequency identification, RFID, circuit comprising: an antenna network, including an antenna and an antenna interface coupled to the antenna, configured to transmit and receive radio frequency waves, wherein the antenna interface includes a first capacitor and a second capacitor, which are coupled in series with the antenna; and an integrated circuit including a first pin and a second pin coupled respectively to a first node (230b1) and a second node (230b2) of the second capacitor of the antenna interface and configured to operate as a reader and a tag in combination with the antenna network, and characterized in that: the integrated circuit comprises amplifier means embedded in output current and output voltage negative feedback loops and is configured to provide an output admittance determined by a ratio of the current and voltage negative feedback signals, at least when the RFID circuit operates as a reader, such that a frequency response of the combined integrated circuit and antenna network is adjustable to selective characteristics without increasing power consumption of the RFID circuit when operating as a reader. an antenna network, including an antenna and an antenna interface coupled to the antenna, configured to transmit and receive radio frequency waves, wherein the antenna interface includes a first capacitor and a second capacitor, which are coupled in series with the antenna; and an integrated circuit including a first pin and a second pin coupled respectively to a first node (230b1) and a second node (230b2) of the second capacitor of the antenna interface and configured to operate as a reader and a tag in combination with the antenna network, and characterized in that: the integrated circuit comprises amplifier means embedded in output current and output voltage negative feedback loops and is configured to provide an output admittance determined by a ratio of the current and voltage negative feedback signals, at least when the RFID circuit operates as a reader, such that a frequency response of the combined integrated circuit and antenna network is adjustable to selective characteristics without increasing power consumption of the RFID circuit when operating as a reader. the integrated circuit comprises amplifier means embedded in output current and output voltage negative feedback loops and is configured to provide an output admittance determined by a ratio of the current and voltage negative feedback signals, at least when the RFID circuit operates as a reader, such that a frequency response of the combined integrated circuit and antenna network is adjustable to selective characteristics without increasing power consumption of the RFID circuit when operating as a reader.
A device comprising a user-interface configured for manual interaction of a user with the device, wherein: the device has a housing accommodating the user-interface; the user-interface comprises one or more keys; each specific one of the keys has a specific keycap (106, 108, 110); the housing comprises a top part, said top part comprising a harder plastic element and a softer rubber layer; the harder plastic element has one or more openings (504, 512) occupied by the softer rubber layer; the top part is made in a two-shot injection molding process; the softer rubber layer has a specific hole (403, 404); the harder plastic element has a specific pin (508, 509, 516) positioned in the specific hole; the specific keycap has a bottom face with a specific protruding sleeve (302, 303, 304) configured for engaging with the specific pin; the bottom face of the specific key and an area at a top face of the softer rubber layer have complimentarily shaped profiles configured for accurately orienting the keycap relative to the top part. the device has a housing accommodating the user-interface; the user-interface comprises one or more keys; each specific one of the keys has a specific keycap (106, 108, 110); the housing comprises a top part, said top part comprising a harder plastic element and a softer rubber layer; the harder plastic element has one or more openings (504, 512) occupied by the softer rubber layer; the top part is made in a two-shot injection molding process; the softer rubber layer has a specific hole (403, 404); the harder plastic element has a specific pin (508, 509, 516) positioned in the specific hole; the specific keycap has a bottom face with a specific protruding sleeve (302, 303, 304) configured for engaging with the specific pin; the bottom face of the specific key and an area at a top face of the softer rubber layer have complimentarily shaped profiles configured for accurately orienting the keycap relative to the top part.
Transparent optical element, intended for ophthalmic applications, allowing an object or a scene to be seen distinctly through said optical element and comprising: - a substrate having a reference face (S 1); - a network of walls borne by the reference face and forming an array of cells that are separated and juxtaposed parallel to said reference face, the walls having respective tops (T 2) located at a constant height (h 0) as measured from the reference face; and - a film for closing the cells, said film being arranged on the tops of the walls parallel to the reference face, each cell being limited laterally by wall faces, and being limited between the closing film and a cell bottom (B 1), in a direction perpendicular to the reference face (S 1), with a depth (h) internal to the cell, measured between the tops (T 2) of the walls and the bottom of said cell in said perpendicular direction, and containing a transparent medium, said optical element being characterized in that certain at least of the cells have different depths (h), a complementary portion of a transparent solid material being arranged between the bottom (B 1) of each of said cells and the reference face (S 1), the material of the complementary portions and the medium contained in at least one of the cells having different respective values of a luminous refractive index, and in that the depths (h) of the cells have variations suitable for conferring on said elements an optical power similar to an optical lens effect. - a substrate having a reference face (S 1); - a network of walls borne by the reference face and forming an array of cells that are separated and juxtaposed parallel to said reference face, the walls having respective tops (T 2) located at a constant height (h 0) as measured from the reference face; and - a film for closing the cells, said film being arranged on the tops of the walls parallel to the reference face,
A method of certifying a user by using a learning system, the method comprising: based on a plurality of reference images being registered, obtaining a plurality of characteristic information of the plurality of reference images by using the learning system, each of the plurality of characteristic information comprising reference face characteristic information and reference additional information; and storing the obtained plurality of characteristic information; based on a user image being obtained by photographing a user, obtaining a face area of the user image based on a color of an object included in the user image and a shape of the object, and other area of the user image except for the face area as an additional area; obtaining face characteristic information from the face area, and additional information from the additional area by using the learning system; comparing the face characteristic information with the stored plurality of reference face characteristic information; based on one reference face characteristic information being found, identifying that a certification of the user has succeeded; and based on a plurality of reference face characteristic information being found, comparing reference additional information, corresponding to found reference face characteristic information, with the obtained additional information, and identifying whether a certification of the user has succeeded based on the result of the comparison. based on a plurality of reference images being registered, obtaining a plurality of characteristic information of the plurality of reference images by using the learning system, each of the plurality of characteristic information comprising reference face characteristic information and reference additional information; and storing the obtained plurality of characteristic information; based on a user image being obtained by photographing a user, obtaining a face area of the user image based on a color of an object included in the user image and a shape of the object, and other area of the user image except for the face area as an additional area; obtaining face characteristic information from the face area, and additional information from the additional area by using the learning system; comparing the face characteristic information with the stored plurality of reference face characteristic information; based on one reference face characteristic information being found, identifying that a certification of the user has succeeded; and based on a plurality of reference face characteristic information being found, comparing reference additional information, corresponding to found reference face characteristic information, with the obtained additional information, and identifying whether a certification of the user has succeeded based on the result of the comparison.