mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal connection structure for a cartridge configured and adapted to be mounted into a printing apparatus which includes an apparatus side terminal unit , wherein the apparatus side terminal unit includes a positioning portion and is movable in an intersection direction (X, Z) that is orthogonal to a mounting direction (Y), in which the cartridge can be mounted into the printing apparatus , and the terminal connection structure comprising: a concave portion , a terminal of a terminal group that is configured and adapted to come into contact with the apparatus side terminal unit , wherein the terminal group is configured and adapted to be electrically connectable with the apparatus side terminal unit ; and wherein a restriction portion is provided in the concave portion , which is configured and adapted to restrict the positioning portion from moving in the intersection direction (X, Z), wherein the terminal is provided on a surface tilted with respect to the mounting direction (Y) in a state that the cartridge is mounted to the printing apparatus , and the terminal group is provided in the concave portion which is configured and adapted to receive insertion of the apparatus side terminal unit , wherein the restriction portion comprises a groove provided in the concave portion configured and adapted to receive insertion of the positioning portion of the apparatus side terminal unit . a concave portion , a terminal of a terminal group that is configured and adapted to come into contact with the apparatus side terminal unit , wherein the terminal group is configured and adapted to be electrically connectable with the apparatus side terminal unit ; and wherein a restriction portion is provided in the concave portion , which is configured and adapted to restrict the positioning portion from moving in the intersection direction (X, Z), wherein the terminal is provided on a surface tilted with respect to the mounting direction (Y) in a state that the cartridge is mounted to the printing apparatus , and the terminal group is provided in the concave portion which is configured and adapted to receive insertion of the apparatus side terminal unit , wherein the restriction portion comprises a groove provided in the concave portion configured and adapted to receive insertion of the positioning portion of the apparatus side terminal unit .
A surface-coated tool , comprising: a substrate ; and a coating film formed on said substrate , said substrate containing WC particles and a binder phase containing Co and binding said WC particles to one another, said coating film including an adhesive layer in contact with said substrate and an upper layer formed on said adhesive layer , said upper layer contains one or more elements selected from group IV elements, group V elements, and group VI elements in periodic table, and Si and Al and one or more elements selected from C, N, and O, said adhesive layer having a thickness not smaller than 0.5 nm and not greater than 20 nm, said adhesive layer containing a carbide, a nitride, or a carbonitride containing one or more elements selected from Cr, Ti, Zr, and Nb, one or more elements selected from W and C forming said substrate , and one or more elements selected from Al, Si, and N forming said upper layer , an occupancy by said WC particles in a portion of said substrate in contact with said adhesive layer is not lower than 80%, and said WC particles have an average particle size not smaller than 0.2 μm and not greater than 2 μm, and a content of Co in said substrate is not lower than 4.0 mass% and not higher than 13 mass%. a substrate ; and a coating film formed on said substrate , said substrate containing WC particles and a binder phase containing Co and binding said WC particles to one another, said coating film including an adhesive layer in contact with said substrate and an upper layer formed on said adhesive layer , said upper layer contains one or more elements selected from group IV elements, group V elements, and group VI elements in periodic table, and Si and Al and one or more elements selected from C, N, and O, said adhesive layer having a thickness not smaller than 0.5 nm and not greater than 20 nm, said adhesive layer containing a carbide, a nitride, or a carbonitride containing one or more elements selected from Cr, Ti, Zr, and Nb, one or more elements selected from W and C forming said substrate , and one or more elements selected from Al, Si, and N forming said upper layer , an occupancy by said WC particles in a portion of said substrate in contact with said adhesive layer is not lower than 80%, and said WC particles have an average particle size not smaller than 0.2 μm and not greater than 2 μm, and a content of Co in said substrate is not lower than 4.0 mass% and not higher than 13 mass%.
Device for inserting a tracheostomy tube, comprising a guide element and a dilator , wherein the dilator is tubular and the guide element can be introduced into the dilator at least in sections, wherein the guide element has a shield , with a tip and a shield wall and a base , wherein the guide element passes through the axis of the shield and the tip , and the shield in the area of the tip is securely connected to the guide element and wherein the shield has a first and a second state and wherein the shield in the first state has a conical shape and in the second state is deformed compared with this conical shape, characterized in that the guide element has a first securing means (5, 5', 5") and the dilator has a corresponding second securing means (6, 6', 6"), whereby the guide element can be detachably connected by positive locking to the dilator in a position in which a distal end of the dilator is engaged with an inner surface of the shield when the latter is in the first state.
A composition for use in the treatment of atopic dermatitis, wherein the composition comprises an effective amount of extract of mangosteen rind, wherein the composition is a parenteral preparation.
A pultruded fibrous composite strip for stacking with one or more similar strips to form a spar cap of a wind turbine rotor blade , the strip being of substantially constant cross-section defined by first and second mutually opposed and longitudinally extending sides and by first and second longitudinal edges , the first and second sides comprising, respectively, first and second abutment surfaces , at least one of the first abutment surface and the second abutment surface having a corrugated profile such that a plurality of longitudinally extending grooves are defined on the first abutment surface and/or the second abutment surface , the corrugated profile having a wave shape in a transverse direction extending between the first and the second longitudinal edges and wherein the transverse direction of the strip is perpendicular to a longitudinal direction of the strip , characterized in that the wave shape is a sinusoidal waveform having an amplitude (A) between 100 μm and 1000 μm. at least one of the first abutment surface and the second abutment surface having a corrugated profile such that a plurality of longitudinally extending grooves are defined on the first abutment surface and/or the second abutment surface , the corrugated profile having a wave shape in a transverse direction extending between the first and the second longitudinal edges and wherein the transverse direction of the strip is perpendicular to a longitudinal direction of the strip , characterized in that the wave shape is a sinusoidal waveform having an amplitude (A) between 100 μm and 1000 μm.
An electronic device comprising: a camera ; and a processor configured to: obtain an image including an eye captured by the camera, identify one or more blood vessels included in the image, and determine a degree of conjunctival hyperemia based on sizes of the identified one or more blood vessels: wherein the processor is configured to divide the plurality of blood vessels into a plurality of nodes based on a cross point of the plurality of blood vessels included in the image, and determine the degree of conjunctival hyperemia based on the sizes of the plurality of nodes, the plurality of nodes are at least one of a blood vessel between the cross point and end points of each of the plurality of blood vessels with respect to the cross point and a blood vessel between the cross point and another cross point characterised in that the processor is configured to: determine the degree of conjunctival hyperemia by determining a thickness of the plurality of nodes, acquiring at least one node, among the plurality of nodes, having a thickness greater than or equal to a predetermined thickness, and calculating a size of the acquired at least one node, or determine the degree of conjunctival hyperemia by determining a thickness of the plurality of nodes, acquiring at least one node, among the plurality of nodes, having a thickness less than a predetermined thickness and calculating a size of the acquired at least one node. a camera ; and a processor configured to: obtain an image including an eye captured by the camera, identify one or more blood vessels included in the image, and determine a degree of conjunctival hyperemia based on sizes of the identified one or more blood vessels: wherein the processor is configured to divide the plurality of blood vessels into a plurality of nodes based on a cross point of the plurality of blood vessels included in the image, and determine the degree of conjunctival hyperemia based on the sizes of the plurality of nodes, the plurality of nodes are at least one of a blood vessel between the cross point and end points of each of the plurality of blood vessels with respect to the cross point and a blood vessel between the cross point and another cross point determine the degree of conjunctival hyperemia by determining a thickness of the plurality of nodes, acquiring at least one node, among the plurality of nodes, having a thickness greater than or equal to a predetermined thickness, and calculating a size of the acquired at least one node, or determine the degree of conjunctival hyperemia by determining a thickness of the plurality of nodes, acquiring at least one node, among the plurality of nodes, having a thickness less than a predetermined thickness and calculating a size of the acquired at least one node.
A method of monitoring a conveyance apparatus within a conveyance system , the method comprising: detecting, using a sensing apparatus , at a first conveyance apparatus location at least one of an acceleration of the conveyance apparatus , temperature data of the conveyance system , and pressure data proximate the conveyance apparatus ; determining a health level of the conveyance system at the first conveyance apparatus location in response to at least one of the acceleration of the conveyance apparatus, the temperature data of the conveyance system, and the pressure data proximate the conveyance apparatus; displaying the health level for the conveyance system at the first conveyance apparatus location on a display device ; and characterized by further comprising determining a current location of an individual within the conveyance system ; and displaying the location of the individual within the conveyance system on the display device . detecting, using a sensing apparatus , at a first conveyance apparatus location at least one of an acceleration of the conveyance apparatus , temperature data of the conveyance system , and pressure data proximate the conveyance apparatus ; determining a health level of the conveyance system at the first conveyance apparatus location in response to at least one of the acceleration of the conveyance apparatus, the temperature data of the conveyance system, and the pressure data proximate the conveyance apparatus; displaying the health level for the conveyance system at the first conveyance apparatus location on a display device ; and characterized by further comprising determining a current location of an individual within the conveyance system ; and displaying the location of the individual within the conveyance system on the display device .
A holding plate comprising a first plate and a second plate which are arranged in a first plane, and a third plate arranged in a second plane extending parallel to the first plane, the first plate and the second plate being connected to each other via the third plate so that a hinge is formed between the first plate and the second plate wherein the first plate and/or the second plate can be bent about the hinge axis (A) thereof with the respective part of the third plate connected thereto, characterized in that the bending stiffness of the third plate is smaller than that of the first plate and the second plate .
A communication device in a communication system that supports a wireless mesh network using a wireless LAN, comprising: a storing part configured to store a definition table where a reception power and a metric value are associated with each other, and a cumulative metric value; a receiving part configured to receive a broadcast signal transmitted from another communication device; a calculating part configured to acquire a metric value corresponding to a reception power of the broadcast signal received by the receiving part from the definition table, and then to calculate a cumulative metric value based on the acquired metric value and a metric value included in the received broadcast signal; and a determining part configured to update a cumulative metric value stored in the storing part to the calculated cumulative metric value if the calculated cumulative metric value is smaller than the cumulative metric value stored in the storing part, and to determine the other communication device transmitting the broadcast signal of the calculated cumulative metric value as a route construction target in the wireless mesh network, and if the calculated cumulative value is the same or larger to end the process, the communication device further comprising a broadcasting part configured to transmit a broadcast signal containing the calculated cumulative metric value when the communication device operates as a fixed station, wherein the broadcasting part is controlled so as to not transmit the broadcast signal containing the calculated cumulative metric value when the communication device operates as a mobile station. a storing part configured to store a definition table where a reception power and a metric value are associated with each other, and a cumulative metric value; a receiving part configured to receive a broadcast signal transmitted from another communication device; a calculating part configured to acquire a metric value corresponding to a reception power of the broadcast signal received by the receiving part from the definition table, and then to calculate a cumulative metric value based on the acquired metric value and a metric value included in the received broadcast signal; and a determining part configured to update a cumulative metric value stored in the storing part to the calculated cumulative metric value if the calculated cumulative metric value is smaller than the cumulative metric value stored in the storing part, and to determine the other communication device transmitting the broadcast signal of the calculated cumulative metric value as a route construction target in the wireless mesh network, and if the calculated cumulative value is the same or larger to end the process, the communication device further comprising a broadcasting part configured to transmit a broadcast signal containing the calculated cumulative metric value when the communication device operates as a fixed station, wherein the broadcasting part is controlled so as to not transmit the broadcast signal containing the calculated cumulative metric value when the communication device operates as a mobile station.
A centrifugal fan comprising: a main plate configured to be rotated about a rotation axis (O); a shroud having a suction opening through which air is introduced into the centrifugal fan , the shroud being spaced from the main plate along the rotation axis (O) of the centrifugal fan ; and a plurality of blades arranged in a circumferential direction of the centrifugal fan between the main plate and the shroud to allow the air sucked through the suction opening to flow from a front edge (FE) to a rear edge (RE) of each blade , wherein each of the blades is formed by a pair of members bonded to each other, each member being formed of a metal sheet, wherein any one of the members is a positive pressure surface forming member defining a positive pressure surface of the blade and the other member is a negative pressure surface forming member defining a negative pressure surface of the blade , and wherein the positive pressure surface forming member and the negative pressure surface forming member are bonded at the front edge (FE) and the rear edge (RE), wherein the positive pressure surface forming member and the negative pressure surface forming member include a shroud bonding surface portion to be bonded to the shroud , wherein the shroud bonding surface portion is formed by bending an upper edge of each of the positive pressure surface forming member and the negative pressure surface forming member in a direction opposite to the other member. a main plate configured to be rotated about a rotation axis (O); a shroud having a suction opening through which air is introduced into the centrifugal fan , the shroud being spaced from the main plate along the rotation axis (O) of the centrifugal fan ; and a plurality of blades arranged in a circumferential direction of the centrifugal fan between the main plate and the shroud to allow the air sucked through the suction opening to flow from a front edge (FE) to a rear edge (RE) of each blade , wherein each of the blades is formed by a pair of members bonded to each other, each member being formed of a metal sheet, wherein any one of the members is a positive pressure surface forming member defining a positive pressure surface of the blade and the other member is a negative pressure surface forming member defining a negative pressure surface of the blade , and wherein the positive pressure surface forming member and the negative pressure surface forming member are bonded at the front edge (FE) and the rear edge (RE), wherein the positive pressure surface forming member and the negative pressure surface forming member include a shroud bonding surface portion to be bonded to the shroud , wherein the shroud bonding surface portion is formed by bending an upper edge of each of the positive pressure surface forming member and the negative pressure surface forming member in a direction opposite to the other member.
A target for a cathode atomization system, having a tubular target body made of an atomization material, and two connection pieces , connectable to the target body , for connecting the target body to a cathode atomization system, wherein a first connection piece is connectable to a first end of the target body and a second connection piece is connectable to a second end of the target body , wherein at least one locking means (12a-h) is formed on each connection piece , in order to connect the respective connection piece to the target body in a manner secured against rotation, wherein the at least one locking means (12a-h) is formed in one piece with the respective connection piece .
Electrolysis device for the electrolytic treatment of liquids, having an anode chamber and a cathode chamber which are separated from one another via an ion exchange membrane, wherein the chambers are provided with at least one inlet opening and one outlet opening for a flowing electrolyte and with at least in each case one electrode, and wherein the inner space of the anode chamber and/or of the cathode chamber are/is subdivided by webs or ribs extending transversely with respect to the electrodes, wherein the webs or ribs are provided at least regionally with holes or cutouts, characterized in that the webs or ribs extend in the height direction of the electrolysis device and comprise, as viewed in the height direction, at least one lower region in which the webs or ribs are free of holes or cutouts.
A camera mount comprising: two finger members coupleable to a camera , each of the two finger members having opposed planar surfaces that are parallel with and define a thickness of thereof and an aperture extending through the thickness; characterized in that : the two finger members are rotatable relative to the camera about different respective axes of rotation between respective extended positions and respective collapsed positions, wherein each axis of rotation is generally perpendicular to a direction that the aperture extends through the finger member ; wherein when the finger members are in the respective extended positions, the camera mount is in an extended state with the finger members extending parallel with each other in a common direction outward from a body of the camera and the apertures being coaxial with each other; and wherein when the finger members are in the respective collapsed positions, the camera mount is in a collapsed state. the two finger members are rotatable relative to the camera about different respective axes of rotation between respective extended positions and respective collapsed positions, wherein each axis of rotation is generally perpendicular to a direction that the aperture extends through the finger member ; wherein when the finger members are in the respective extended positions, the camera mount is in an extended state with the finger members extending parallel with each other in a common direction outward from a body of the camera and the apertures being coaxial with each other; and wherein when the finger members are in the respective collapsed positions, the camera mount is in a collapsed state.
A drafting system for a spinning machine for drafting a fiber strand having at least one first roller pair consisting of a top roller and a bottom roller and having a second roller pair consisting of a top output roller and a bottom output roller , a first clamping point (K1) being defined by the first roller pair and a second clamping point (K2) being defined by the second roller pair , and the first clamping point (K1) and the second clamping point (K2) implementing a drafting zone plane transited by the fiber strand in a running direction from the first clamping point (K1) to the second clamping point (K2), and having a fiber condensing zone downstream of the output roller pair for condensing the drafted fiber strand, comprising a pneumatic condensing device having a fiber bundling zone and having a suctionable suction tube enlaced by a lattice element , the fiber bundling zone being delimited by the second clamping point (K2) and a third clamping point (K3), the third clamping point (K3) being defined by the top output roller and the lattice element , characterized in that the suction tube comprises a slit-shaped suction opening having a length (L) of 2.0 mm to 5.0 mm, being disposed in the fiber bundling zone , wherein the slit-shaped suction opening in the suction tube is disposed in the direction of the third clamping point (K3) from an end of the suction tube facing the second clamping point (K2), wherein a spacing (B) from the second clamping point (K2) to the third clamping point (K3) along a surface of the top output roller is such that the individual fibers of the fiber strand provided for drafting are captured by the third clamping point (K3) before leaving the second clamping point (K2) and wherein fiber ends protruding from the fiber strand are applied to the fiber strand when passing across the suction opening .