mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional data creation method in a system comprising a server and a client device, wherein the client device is equipped in a mobile object, the three-dimensional data creation method comprising: creating three-dimensional data of a surrounding area of the mobile object using sensor information (1033, 1037) that is obtained through a sensor equipped in the mobile object and indicates an information about the surrounding area of the mobile object; transmitting the obtained sensor information to the server, and transmitting a transmission request for a three-dimensional map (1032, 1135) to the server; and receiving the three-dimensional map from the server, and estimating a self-location of the mobile object using the created three-dimensional data of the surrounding area; wherein the self-location is estimated using the three-dimensional data and the three-dimensional map, and wherein the sensor information includes at least one of information obtained by a laser sensor, a luminance image obtained by a visible light camera, an infrared image, or a depth image, and wherein the three-dimensional data is a three-dimensional point cloud data, and wherein the three-dimensional map is formed by a three-dimensional point cloud, wherein the sensor information includes information that indicates a performance of the sensor, the performance of the sensor including the precision of the sensor, and wherein the three-dimensional data is corrected by the server in accordance with the performance of the sensor, the degree of correction depending on the precision of the sensor. creating three-dimensional data of a surrounding area of the mobile object using sensor information (1033, 1037) that is obtained through a sensor equipped in the mobile object and indicates an information about the surrounding area of the mobile object; transmitting the obtained sensor information to the server, and transmitting a transmission request for a three-dimensional map (1032, 1135) to the server; and receiving the three-dimensional map from the server, and estimating a self-location of the mobile object using the created three-dimensional data of the surrounding area; wherein the self-location is estimated using the three-dimensional data and the three-dimensional map, and wherein the sensor information includes at least one of information obtained by a laser sensor, a luminance image obtained by a visible light camera, an infrared image, or a depth image, and wherein the three-dimensional data is a three-dimensional point cloud data, and wherein the three-dimensional map is formed by a three-dimensional point cloud, wherein the sensor information includes information that indicates a performance of the sensor, the performance of the sensor including the precision of the sensor, and wherein the three-dimensional data is corrected by the server in accordance with the performance of the sensor, the degree of correction depending on the precision of the sensor.
A facemask sized to fit over a user's nose, a user's nose and mouth, or a user's nose, mouth, and eyes, the facemask comprising: a) a housing defining a facemask chamber, the housing comprising a continuous attachment flange; and b) a sealing element attached to the attachment flange, the sealing element configured to form a seal between the housing and the face of a user, the sealing element comprised of a formed flexible material having a durometer value of 60 or less on a Type 000 scale and having three primary external faces comprising: (i) a facemask attachment face; (ii) a skin contact face occupying an outer perimeter of the sealing element; and (iii) a third face occupying an inner perimeter of the sealing element; wherein the continuous attachment flange comprises an attachment surface, the facemask attachment face is in contact with the attachment surface and the third face extends from the attachment surface; wherein, when the sealing element is viewed in cross-section, the skin contact face is the longest of the three primary external faces; and wherein, when the sealing element is viewed in cross section, the third face has a length which is less than 70% to 90% of a length of the skin contact face, characterized in that the sealing element is triangular in cross-section, and the transition between the skin contact face and the third face is rounded, slightly rounded or flat. a) a housing defining a facemask chamber, the housing comprising a continuous attachment flange; and b) a sealing element attached to the attachment flange, the sealing element configured to form a seal between the housing and the face of a user, the sealing element comprised of a formed flexible material having a durometer value of 60 or less on a Type 000 scale and having three primary external faces comprising: (i) a facemask attachment face; (ii) a skin contact face occupying an outer perimeter of the sealing element; and (iii) a third face occupying an inner perimeter of the sealing element; (i) a facemask attachment face; (ii) a skin contact face occupying an outer perimeter of the sealing element; and (iii) a third face occupying an inner perimeter of the sealing element; wherein the continuous attachment flange comprises an attachment surface, the facemask attachment face is in contact with the attachment surface and the third face extends from the attachment surface; wherein, when the sealing element is viewed in cross-section, the skin contact face is the longest of the three primary external faces; and wherein, when the sealing element is viewed in cross section, the third face has a length which is less than 70% to 90% of a length of the skin contact face, characterized in that the sealing element is triangular in cross-section, and the transition between the skin contact face and the third face is rounded, slightly rounded or flat.
A biomaterial comprising - a nanofibrous scaffold made of polymers; and, optionally, - living cells, wherein said nanofibrous scaffold is made of nanofibers having a diameter of 50 nm to 1,000 nm, characterized in that said nanofibrous scaffold is coated with 3 to 12 layers pairs, each layer pair consisting of a layer of polyanions and a layer of polycations, said layers forming multilayered droplets on the surface of said nanofibrous scaffold, wherein said layer pairs incorporate a therapeutic molecule and are in the form of or comprised within multilayered droplet, wherein, when said therapeutic molecule is charged, it is used as a polyanion or as a polycation, when building the polyelectrolyte multilayers, and when said therapeutic molecule is not charged, or not sufficiently charged, it is covalently linked with a polyanion or a polycation in order to build the polyelectrolyte multilayers, and wherein the multilayered droplets form an interrupted coating on the surface of the nanofibrous scaffold, in such a way that at least a part of the surface of the nanofibrous scaffold is not coated. - a nanofibrous scaffold made of polymers; and, optionally, - living cells,
An air cleaner device for an engine of a saddle-type vehicle, the air cleaner device comprising: an air cleaner case provided with an air introducer, and an air discharger disposed in a lower portion of the air cleaner case; and a foreign matter remover disposed in the air cleaner case for removing foreign matter from air in an air flow path that extends from the air introducer to the air discharger; the air cleaner case housing therein a support supporting the foreign matter remover, the support being integrally formed with an air deflection guide that extends in the air flow path for deflecting the direction of an air flow, the air deflection guide including an upper guide member, a central guide member and a lower guide member, the guide members (21a, 21b, 21c) being of a plate-like shape extending across the air flow path and lying substantially parallel to each other, with adjacent ones of the guide members (21a, 21b, 21c) spaced from each other by substantially the same distances, the guide members (21a, 21b, 21c) being further juxtaposed obliquely vertically as viewed in side elevation and being inclined in such a direction that a downstream of the guide members (21a, 21b, 21c) is directed away from the air discharger as viewed in side elevation, characterised in that the overall length of the central guide member disposed in a lower position is shorter than the overall length of the upper guide member disposed in an uppermost position, and the overall length of the lower guide member disposed below the central guide member is further shorter than the overall length of the central guide member. an air cleaner case provided with an air introducer, and an air discharger disposed in a lower portion of the air cleaner case; and a foreign matter remover disposed in the air cleaner case for removing foreign matter from air in an air flow path that extends from the air introducer to the air discharger; the air cleaner case housing therein a support supporting the foreign matter remover, the support being integrally formed with an air deflection guide that extends in the air flow path for deflecting the direction of an air flow, the air deflection guide including an upper guide member, a central guide member and a lower guide member, the guide members (21a, 21b, 21c) being of a plate-like shape extending across the air flow path and lying substantially parallel to each other, with adjacent ones of the guide members (21a, 21b, 21c) spaced from each other by substantially the same distances, the guide members (21a, 21b, 21c) being further juxtaposed obliquely vertically as viewed in side elevation and being inclined in such a direction that a downstream of the guide members (21a, 21b, 21c) is directed away from the air discharger as viewed in side elevation, characterised in that the overall length of the central guide member disposed in a lower position is shorter than the overall length of the upper guide member disposed in an uppermost position, and the overall length of the lower guide member disposed below the central guide member is further shorter than the overall length of the central guide member.
A reach truck with a special structure for lithium battery, comprising a frame and a lithium battery and a controller assembly mounted on the frame; wherein the frame comprises a bottom plate, side plates and a partition plate located on an upper side of the bottom plate, wherein the side plates are located on the left and right sides of the bottom plate and the partition plate, wherein a battery compartment for receiving the lithium battery is formed between the partition plate, the bottom plate and the side plates; wherein a concave portion is arranged on the partition plate, wherein the controller assembly is placed at the position of the concave portion of the partition plate, wherein the shape of the lithium battery corresponds to the shape of the battery compartment, characterized in that, the reach truck with a special structure for lithium battery further comprises a multi-way valve operating assembly and a multi-way valve mounting bracket, wherein the multi-way valve mounting bracket is fixedly mounted on the partition plate, and the multi-way valve mounting bracket is suspended above the concave portion of the partition plate, wherein the multi-way valve operating assembly is mounted on the multi-way valve mounting bracket, and in that the multi-way valve mounting bracket comprises a multi-way valve mounting panel and an oil pipe fixing panel, wherein a height of the oil pipe fixing panel is lower than a height of the multi-way valve mounting panel, and baffles are arranged at the periphery of the multi-way valve mounting panel and the oil pipe fixing panel, wherein a gap for oil to flow down is provided between the multi-way valve mounting panel and the oil pipe fixing panel. the reach truck with a special structure for lithium battery further comprises a multi-way valve operating assembly and a multi-way valve mounting bracket, wherein the multi-way valve mounting bracket is fixedly mounted on the partition plate, and the multi-way valve mounting bracket is suspended above the concave portion of the partition plate, wherein the multi-way valve operating assembly is mounted on the multi-way valve mounting bracket, and in that the multi-way valve mounting bracket comprises a multi-way valve mounting panel and an oil pipe fixing panel, wherein a height of the oil pipe fixing panel is lower than a height of the multi-way valve mounting panel, and baffles are arranged at the periphery of the multi-way valve mounting panel and the oil pipe fixing panel, wherein a gap for oil to flow down is provided between the multi-way valve mounting panel and the oil pipe fixing panel.
Method for producing ceramic multilayer components, comprising the following steps: - providing green layers for the ceramic multilayer components, - stacking the green layers to form a stack and subsequently pressing the stack to yield a block, - singulating the block into sub-blocks in each case with a longitudinal direction, - heat-treating the sub-blocks and subsequently machining surfaces of the sub-blocks, wherein during the machining depressions are made in the surfaces of the sub-blocks, - singulating the sub-blocks. - providing green layers for the ceramic multilayer components, - stacking the green layers to form a stack and subsequently pressing the stack to yield a block, - singulating the block into sub-blocks in each case with a longitudinal direction, - heat-treating the sub-blocks and subsequently machining surfaces of the sub-blocks, wherein during the machining depressions are made in the surfaces of the sub-blocks, - singulating the sub-blocks.
A prosthetic knee implant, comprising: a tibial component having a tibial-contacting surface, an articulation surface opposing the tibial-contacting surface, a proximal portion, and a distal portion, the tibial component including: a medial dished surface portion and a lateral dished surface portion, each of the dished surface portions defining respective distal-most points (162, 163) and widths (156, 158), as measured from a surface portion medial side to a surface portion lateral side, wherein the width (156, 158) of each of the dished surface portions (150, 152) define respective dished surface portion midpoints (160, 161) halfway between the surface portion medial sides and the surface portion lateral sides, characterised in that the midpoint (160, 161) is located medially from the distal-most point (162, 163) in each of the medial dished surface portion and lateral dished surface portion. a tibial component having a tibial-contacting surface, an articulation surface opposing the tibial-contacting surface, a proximal portion, and a distal portion, the tibial component including: a medial dished surface portion and a lateral dished surface portion, each of the dished surface portions defining respective distal-most points (162, 163) and widths (156, 158), as measured from a surface portion medial side to a surface portion lateral side, wherein the width (156, 158) of each of the dished surface portions (150, 152) define respective dished surface portion midpoints (160, 161) halfway between the a medial dished surface portion and a lateral dished surface portion, each of the dished surface portions defining respective distal-most points (162, 163) and widths (156, 158), as measured from a surface portion medial side to a surface portion lateral side, wherein the width (156, 158) of each of the dished surface portions (150, 152) define respective dished surface portion midpoints (160, 161) halfway between the surface portion medial sides and the surface portion lateral sides, characterised in that the midpoint (160, 161) is located medially from the distal-most point (162, 163) in each of the medial dished surface portion and lateral dished surface portion.
A sound insulation composition, comprising: 50 to 300 parts by weight of EVA, 10 to 300 parts by weight of mica powder, 10 to 300 parts by weight of dolomite, 10 to 50 parts by weight of a thermoplastic resin, 10 to 100 parts by weight of a toughening agent, 3 to 60 parts by weight of a compatibilizer, 30 to 300 parts by weight of a fire retardant, 10 to 80 parts by weight of a plasticizer, and 100 to 500 parts by weight of barium sulfate. 50 to 300 parts by weight of EVA, 10 to 300 parts by weight of mica powder, 10 to 300 parts by weight of dolomite, 10 to 50 parts by weight of a thermoplastic resin, 10 to 100 parts by weight of a toughening agent, 3 to 60 parts by weight of a compatibilizer, 30 to 300 parts by weight of a fire retardant, 10 to 80 parts by weight of a plasticizer, and 100 to 500 parts by weight of barium sulfate.
An anti-human NGF antibody Fab fragment selected from a group consisting of (a) and (b) below: (a) an anti-human NGF antibody Fab fragment comprising a heavy-chain fragment consisting of the amino acid sequence shown by SEQ ID NO: 5 and a light-chain consisting of the amino acid sequence shown by SEQ ID NO: 8; and, (b) an anti-human NGF antibody Fab fragment derived from posttranslational modification of the anti-human NGF antibody Fab fragment of (a). (a) an anti-human NGF antibody Fab fragment comprising a heavy-chain fragment consisting of the amino acid sequence shown by SEQ ID NO: 5 and a light-chain consisting of the amino acid sequence shown by SEQ ID NO: 8; and, (b) an anti-human NGF antibody Fab fragment derived from posttranslational modification of the anti-human NGF antibody Fab fragment of (a).
A heated aerosol-generating article comprising an aerosol-generating substrate, the aerosol-generating substrate comprising homogenised plant material formed of particulate plant material, the particulate plant material comprising between 10 percent and 40 percent by weight clove particles and between 60 percent and 90 percent by weight tobacco particles, based on dry weight of the particulate plant material, wherein the homogenised plant material further comprises an aerosol former and a binder.
Actuator, comprising an electric drive for converting electrical signals into mechanical forces and/or deflections, the drive having at least one coil through which the current of the electrical signal can flow and having at least two magnets which can electromagnetically interact with the coil, the actuator being designed to excite a flat body which can be connected to the actuator to vibrate, as a result of which the body can emit acoustic sound, the two magnets being arranged such that they form a substantially straight air gap between them, the coil being arranged in said air gap, characterized in that the actuator is designed such that a respective pole plate (13, 14) is arranged above and below each magnet with respect to the vertical direction of the air gap.
An implantable medical device comprising: a first component including a first material being a silicone polymer; a second component including a second material being a polyurethane polymer or a polyether ether ketone; and a fiber matrix including a plurality of randomly aligned electro-spun or electrosprayed fibers, the fiber matrix joining the first component to the second component, the fiber matrix including: a first portion of the fiber matrix connected to the first component, wherein the first portion of the fiber matrix is interpenetrated with, and mechanically fixed to, the first material; and a second portion of the fiber matrix connected to the second component; wherein the first portion of the fiber matrix directly contacts the first material and at least a portion of the first component is in contact with the second component. a first component including a first material being a silicone polymer; a second component including a second material being a polyurethane polymer or a polyether ether ketone; and a fiber matrix including a plurality of randomly aligned electro-spun or electrosprayed fibers, the fiber matrix joining the first component to the second component, the fiber matrix including: a first portion of the fiber matrix connected to the first component, wherein the first portion of the fiber matrix is interpenetrated with, and mechanically fixed to, the first material; and a second portion of the fiber matrix connected to the second component; wherein the first portion of the fiber matrix directly contacts the first material and at least a portion of the first component is in contact with the second component. a first portion of the fiber matrix connected to the first component, wherein the first portion of the fiber matrix is interpenetrated with, and mechanically fixed to, the first material; and a second portion of the fiber matrix connected to the second component; wherein the first portion of the fiber matrix directly contacts the first material and at least a portion of the first component is in contact with the second component.
A method of operating a binaural hearing assistance system (10;30) that comprises a binaural hearing device that comprises first and second earpieces (16;18), each earpiece adapted to be worn over, on or in one ear, each earpiece comprising an electroacoustic transducer (45;47) that converts an input electrical audio signal for the ear into sound, and at least one microphone (46;48) that converts sound external to the earpieces into an electrical microphone output signal, where the binaural hearing assistance system is adapted to use a binaural beamforming microphone algorithm to process microphone output signals from microphones from both earpieces to create the electrical audio signals that are used to drive the transducers of both earpieces, the method comprising: detecting when only one of the first and second earpieces is not over, on or in an ear, i.e. it has been dropped; and in response to detecting when only one of the first and second earpieces is dropped, modifying the binaural beamforming microphone algorithm, said modifying comprising band limiting the microphone output signals from the dropped earpiece. detecting when only one of the first and second earpieces is not over, on or in an ear, i.e. it has been dropped; and in response to detecting when only one of the first and second earpieces is dropped, modifying the binaural beamforming microphone algorithm, said modifying comprising band limiting the microphone output signals from the dropped earpiece.