mhurhangee/ep-ind-claims huggingface dataset:
A biopsy device, comprising: a first jaw having a first distal tip configured to pierce tissue; and a second jaw movable relative to the first jaw between a closed configuration where the first jaw and the second jaw are axially aligned, and an open configuration where the first jaw and the second jaw are offset from one another, the second jaw having a second distal tip proximal to the first distal tip in the closed configuration, characterized in that the first jaw includes a first cavity facing the second jaw, the second jaw includes a second cavity facing the first jaw, and when the biopsy device is in the closed configuration, the first cavity and the second cavity form an enclosed volume, wherein the biopsy device further includes: a protrusion having a sharp distal tip extending from a base of the first cavity toward the second jaw; and an opening disposed through an outer surface of the second jaw and in communication with the enclosed volume. a first jaw having a first distal tip configured to pierce tissue; and a second jaw movable relative to the first jaw between a closed configuration where the first jaw and the second jaw are axially aligned, and an open configuration where the first jaw and the second jaw are offset from one another, the second jaw having a second distal tip proximal to the first distal tip in the closed configuration, characterized in that the first jaw includes a first cavity facing the second jaw, the second jaw includes a second cavity facing the first jaw, and when the biopsy device is in the closed configuration, the first cavity and the second cavity form an enclosed volume, wherein the biopsy device further includes: a protrusion having a sharp distal tip extending from a base of the first cavity toward the second jaw; and an opening disposed through an outer surface of the second jaw and in communication with the enclosed volume. a protrusion having a sharp distal tip extending from a base of the first cavity toward the second jaw; and an opening disposed through an outer surface of the second jaw and in communication with the enclosed volume.
A personal care composition comprising 2 to 40 weight percent of an active ingredient in combination with aloe extract and taurine, wherein a total amount of aloe extract is 0.01 to 5 weight percent, and a total amount of taurine is 0.01 to 5 weight percent, in an acceptable carrier, all based on the total weight of the composition, and wherein the active ingredient is a metal-containing antiperspirant active ingredient.
A polymeric device, wherein the polymeric device is formed as a spiral tube configured to be rotatably attached on an insertion section of an endoscope, comprising: an elongated hollow tube having an outer surface; and a spiral fin wound around the outer surface of the hollow tube; wherein the hollow tube and the spiral fin are formed of a single unitary piece through a molding process; wherein an end portion of the spiral tube includes an internal flow channel in the form of a longitudinal projection having an increased thickness in a radial direction of the hollow tube. an elongated hollow tube having an outer surface; and a spiral fin wound around the outer surface of the hollow tube; wherein the hollow tube and the spiral fin are formed of a single unitary piece through a molding process; wherein an end portion of the spiral tube includes an internal flow channel in the form of a longitudinal projection having an increased thickness in a radial direction of the hollow tube.
Method for communication between at least two terminals (1, 2) via a network, wherein a first terminal having a display device, at least a second terminal and an information unit are provided, wherein from the information unit information data are transmitted via the network to the first terminal, wherein from the second terminal communication data are transmitted via the network to the first terminal, wherein the communication data are displayed in a first visual plane of the display device and wherein the information data are displayed in a second visual plane of the display device, characterised in that from a selection unit the information data which are intended to be transmitted to the first terminal are selected taking into account selection data, wherein the selection unit is produced by means of an external computer unit which communicates via the network and which comprises a server and at least one database and wherein the selection data from the second terminal are transmitted to the selection unit, and in that the information unit is produced by means of the external computer unit and/or by means of a computer infrastructure of one or more information providers which communicates via the network.
A gas turbine engine, comprising: a heat exchanger that exchanges heat with a bleed airflow to provide a conditioned airflow; characterised by a diffuser case having a plenum that receives said conditioned airflow, wherein said diffuser case includes an outer wall and an inner wall and said plenum extends between said outer wall and said inner wall; a passageway fluidly connected between said heat exchanger and said diffuser case, wherein said conditioned airflow is communicated through said passageway and into said plenum; and a nozzle assembly in fluid communication with said plenum of said diffuser case to receive said conditioned airflow from said plenum. a heat exchanger that exchanges heat with a bleed airflow to provide a conditioned airflow; characterised by a diffuser case having a plenum that receives said conditioned airflow, wherein said diffuser case includes an outer wall and an inner wall and said plenum extends between said outer wall and said inner wall; a passageway fluidly connected between said heat exchanger and said diffuser case, wherein said conditioned airflow is communicated through said passageway and into said plenum; and a nozzle assembly in fluid communication with said plenum of said diffuser case to receive said conditioned airflow from said plenum.
A block copolymer comprising a first block represented by Formula 1 below and a second block represented by Formula 3 below: wherein R is hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom, a sulfur atom or -S(=O) 2 -; and Y is a monovalent substituent comprising an aromatic structure which has 6 to 12 carbons atoms and to which a side chain having 8 or more chain-forming atoms is linked, wherein X 2 is a single bond, an oxygen atom, a sulfur atom or -S(=O) 2 -; and W is an aryl group which has 6 to 13 carbon atoms and which comprises at least one halogen atom, wherein the number (n) of chain-forming atoms of the side chain satisfies equation 1 below: 3 nm − 1 ∼ 5 nm − 1 = nq / 2 × π wherein "n" is the number of the chain-forming atoms, and "q" is the smallest scattering vector among scattering vectors at which peaks are observed in the X ray diffraction analysis or a scattering vector at which a peak having the largest area is observed, the X ray diffraction analysis being performed in accordance with method A as defined in the description.
An anti-tumor agent for use in the treatment of melanoma or in the treatment of prostate cancer, wherein said anti-tumor agent comprises a substance suppressing or inhibiting Zic5 gene functions as an active ingredient, and wherein the substance suppressing or inhibiting Zic5 gene functions is a siRNA targeting the Zic5 gene, or an anti-ZIC5 antibody.
A method of welding a workpiece, comprising: activating a melting device to form a molten weld pool in the workpiece; deactivating the melting device; activating a welding device to initiate a weld in the weld pool; and effecting relative movement between the activated welding device and the workpiece to continue the initiated weld while the melting device is deactivated; characterised by protecting the deactivated melting device from radiated heat emitted by the activated welding device by moving a barrier into a blocking position between the deactivated melting device and the activated welding device in response to deactivation of the melting device; wherein the welding device and the melting device are in fixed relation during said relative movement between the activated welding device and the workpiece. activating a melting device to form a molten weld pool in the workpiece; deactivating the melting device; activating a welding device to initiate a weld in the weld pool; and effecting relative movement between the activated welding device and the workpiece to continue the initiated weld while the melting device is deactivated; characterised by protecting the deactivated melting device from radiated heat emitted by the activated welding device by moving a barrier into a blocking position between the deactivated melting device and the activated welding device in response to deactivation of the melting device; wherein the welding device and the melting device are in fixed relation during said relative movement between the activated welding device and the workpiece.
An organic light-emitting diode device comprising - a bendable substrate, - an organic light-emitting diode layer arrangement, which comprises an organic emitter layer, which is formed on the bendable substrate and which comprises a first lighting area (5, 6), and - a control device for controlling the first lighting area for lighting, wherein - the substrate comprises a first bending area, in which the substrate is bent, characterized in that - the first bending area is not controllable for lighting by the control device, - the organic emitter layer is not formed at least in a part of the first bending area, but comprises an anode layer and/or a cathode layer and/or a charge carrier conductor layer, and - the substrate is bent by a torsion in the first bending area, or - a bending radius changes along a bending line within the first bending area. - a bendable substrate, - an organic light-emitting diode layer arrangement, which comprises an organic emitter layer, which is formed on the bendable substrate and which comprises a first lighting area (5, 6), and - a control device for controlling the first lighting area for lighting, wherein - the substrate comprises a first bending area, in which the substrate is bent, - the first bending area is not controllable for lighting by the control device, - the organic emitter layer is not formed at least in a part of the first bending area, but comprises an anode layer and/or a cathode layer and/or a charge carrier conductor layer, and - the substrate is bent by a torsion in the first bending area, or - a bending radius changes along a bending line within the first bending area.
A bioacoustic sound testing device comprising: a band power calculator configured to calculate a band power in a predetermined period for each of a plurality of predetermined frequency bands on the basis of a bioacoustic sound acquired by only one bioacoustic sound measurer which is configured to measure the bioacoustic sound at one point on a chest of a living body; a reference power calculator configured to calculate a respiratory airflow reflecting power on the basis of a band power of a band reflecting a respiratory airflow and at least including any of frequencies ranging from 250 Hz or more to 1050 Hz or less, calculate a specific change reflecting power on the basis of a band power of a band reflecting a specific change in a living body and at least including any of frequencies ranging from 1250 Hz or more to 1550 Hz or less, and calculate a reference power on the basis of the respiratory airflow reflecting power and the specific change reflecting power; and an index value calculator configured to calculate at least one index value on the basis of the reference power and the band powers of the plurality of predetermined frequency bands. a band power calculator configured to calculate a band power in a predetermined period for each of a plurality of predetermined frequency bands on the basis of a bioacoustic sound acquired by only one bioacoustic sound measurer which is configured to measure the bioacoustic sound at one point on a chest of a living body; a reference power calculator configured to calculate a respiratory airflow reflecting power on the basis of a band power of a band reflecting a respiratory airflow and at least including any of frequencies ranging from 250 Hz or more to 1050 Hz or less, calculate a specific change reflecting power on the basis of a band power of a band reflecting a specific change in a living body and at least including any of frequencies ranging from 1250 Hz or more to 1550 Hz or less, and calculate a reference power on the basis of the respiratory airflow reflecting power and the specific change reflecting power; and calculate a respiratory airflow reflecting power on the basis of a band power of a band reflecting a respiratory airflow and at least including any of frequencies ranging from 250 Hz or more to 1050 Hz or less, calculate a specific change reflecting power on the basis of a band power of a band reflecting a specific change in a living body and at least including any of frequencies ranging from 1250 Hz or more to 1550 Hz or less, and calculate a reference power on the basis of the respiratory airflow reflecting power and the specific change reflecting power; and an index value calculator configured to calculate at least one index value on the basis of the reference power and the band powers of the plurality of predetermined frequency bands.
A bottom section for being connected to an assembly for separating a solid component from a fluid, said assembly including an inclined plate settler with at least one sedimentation channel for letting a solid component to be separated settle, said plate settler comprising a lower portion and an upper portion, wherein said at least one sedimentation channel extends from the lower portion to the upper portion, wherein the bottom section is configured to be connected to the lower portion of the inclined plate settler, the bottom section comprising at least one inlet channel for feeding a fluid comprising the solid component to be separated to the plate settler, and at least one collection channel for collecting a settled component descending from the at least one sedimentation channel, wherein said at least one inlet channel and said at least one collection channel are fluidly separated from each other, said inlet channel and said collection channel being connectable to said at least one sedimentation channel, to form fluid connections between said at least one inlet channel and said at least one sedimentation channel and between said at least one collection channel and said at least one sedimentation channel, respectively, characterized in that the bottom section further comprises at least one wash fluid supply channel for supplying a wash fluid to one sedimentation channel or, via a fluid connection, to one collection channel, said at least one wash fluid supply channel being fluidly separated from other wash fluid supply channels and from all inlet channels. the bottom section comprising at least one inlet channel for feeding a fluid comprising the solid component to be separated to the plate settler, and at least one collection channel for collecting a settled component descending from the at least one sedimentation channel, wherein said at least one inlet channel and said at least one collection channel are fluidly separated from each other, said inlet channel and said collection channel being connectable to said at least one sedimentation channel, to form fluid connections between said at least one inlet channel and said at least one sedimentation channel and between said at least one collection channel and said at least one sedimentation channel, respectively, characterized in that the bottom section further comprises at least one wash fluid supply channel for supplying a wash fluid to one sedimentation channel or, via a fluid connection, to one collection channel, said at least one wash fluid supply channel being fluidly separated from other wash fluid supply channels and from all inlet channels.
A pneumatic tire for a motorcycle (10,20) comprising a ring-shaped tread portion (6,16), wherein the tire has, inside in the tire radial direction of the crown portion, at least one spiral belt layer (3,13) having a width narrower than the width of the tread portion and characterized in that: at the shoulder portion of the tread portion, an inner layer rubber (4,14) having a smaller tension stress at 300% elongation at room temperature than that of a surface layer rubber is arranged; the inner layer rubber extends to a buttress portion (8,18); and the range of the ratio of the tension stresses between the inner layer rubber and the surface layer rubber is from 0.3 to 0.9. at the shoulder portion of the tread portion, an inner layer rubber (4,14) having a smaller tension stress at 300% elongation at room temperature than that of a surface layer rubber is arranged; the inner layer rubber extends to a buttress portion (8,18); and the range of the ratio of the tension stresses between the inner layer rubber and the surface layer rubber is from 0.3 to 0.9.
A method of controlling a home hub in a home virtual group for content sharing, the method performed at the home hub comprising: receiving, from a content sharing terminal moving to a visited virtual group, a request for information about a network of the visited virtual group including a visited hub that manages the visited virtual group; transmitting information, based on a hub list table comprising information about at least one access point managed by the visited hub, about the network of the visited virtual group to the terminal in response to the request; receiving, from the terminal, information about the visited virtual group in response to the terminal being temporarily registered in the visited virtual group using the transmitted information about the network of the visited virtual group; and updating the hub list table, configured in advance, using the received information about the visited virtual group. receiving, from a content sharing terminal moving to a visited virtual group, a request for information about a network of the visited virtual group including a visited hub that manages the visited virtual group; transmitting information, based on a hub list table comprising information about at least one access point managed by the visited hub, about the network of the visited virtual group to the terminal in response to the request; receiving, from the terminal, information about the visited virtual group in response to the terminal being temporarily registered in the visited virtual group using the transmitted information about the network of the visited virtual group; and updating the hub list table, configured in advance, using the received information about the visited virtual group.
Arrangement having a vibration-sensitive unit, in particular a coordinate measuring machine, or a machine and having a support body which supports the load formed by the vibration-sensitive unit or the machine in a vibration-damping fashion, that is to say the weight of the unit or of the machine is introduced into the support body, in which the support body has - a molded part made from expanded cellular plastic particles that are interconnected, and - at least one stabilization module integrated in the molded part, in which the molded part has an upper surface for introducing forces of the load, and a lower surface for dissipating the load downward. - a molded part made from expanded cellular plastic particles that are interconnected, and - at least one stabilization module integrated in the molded part,
A radio-frequency identification tag for identification of cryo-preserved samples down to cryogenic temperatures, comprising an antenna (2, 3) and an integrated circuit chip designed to be operative at cryogenic temperatures, wherein said antenna (2, 3) is formed by a coil wound around a ferrite core, the radio-frequency identification tag being characterized in that it is configured to fit within a vessel having a dimension down to 1.4mm, the radio-frequency identification tag further comprising a carrier for holding said antenna (2, 3) and said integrated circuit chip, wherein the operating frequency of the radio-frequency identification tag is tunable by shifting the location of the coil along the axis of said ferrite core, after assembly of the chip and the antenna (2, 3) and before encapsulation in the carrier, until either its resonant frequency substantially matches up with a target resonant frequency or the energy received at a receiving means tuned to a target frequency is maximized, followed by attaching the coil to the ferrite core.
A protective undergarment comprising: an outer shell; a sling attached to the outer shell along a front end and along a rear end of the sling, sides of the sling being unattached to the outer shell; pockets (20, 22) formed on the front and rear ends of the sling, the pockets (20, 22) configured to retain opposite ends of a removable fluid absorbent pad extending along an exposed surface of the sling; characterized in that one of the pockets is formed between a cuff and a main sling layer of the sling, wherein the cuff has an outer cuff edge and an inner cuff edge, wherein the outer cuff edge is sewn to a bumper and is wider than the inner cuff edge along which an elastic strip, forming the periphery of opening of the sling is sewn, wherein the bumper extends from an elastic forming a waistband, wherein the sling is attached to the bumper at the rear of the undergarment by stitches, wherein the cuff includes two inwardly extending cuff side edges (34, 35) extending between the outer cuff edge and the inner cuff edge, wherein a rear end of the main sling layer is sewn to the outer cuff edge wherein the cuff being stitched to the main sling layer along the outer cuff edge and the two side cuff edges with the inner cuff edge being unattached to the main sling layer to form the one pocket, closed along three sides of the pocket and open along a fourth side of the pocket, so that one end of the removable fluid absorbent pad can be inserted into the pocket formed between the cuff and the main sling layer, and wherein the pocket formed by the cuff and the main sling layer is located at the rear end of the sling, wherein a front pocket, formed at the front of the sling is in the form of an S-pocket, wherein the front pocket is formed by three layers of fluid resistant material, wherein a first layer of fluid resistant material is formed by an exposed stripe that is sewn to the corresponding bumper and extends to the elastic strip, where it is attached to a front edge of the main sling layer. an outer shell; a sling attached to the outer shell along a front end and along a rear end of the sling, sides of the sling being unattached to the outer shell; pockets (20, 22) formed on the front and rear ends of the sling, the pockets (20, 22) configured to retain opposite ends of a removable fluid absorbent pad extending along an exposed surface of the sling; characterized in that one of the pockets is formed between a cuff and a main sling layer of the sling,