mhurhangee/ep-ind-claims huggingface dataset:
A transmission system for an air conditioner, comprising: a plurality of air conditioning units each including an outdoor unit and a plurality of indoor units, the outdoor unit and the plurality of indoor units being connected to each other through an internal/external transmission line for data transmission; and an integrated transmission line connecting a centralized control unit and the plurality of air conditioning units (20, 20) to each other for data transmission, the centralized control unit providing centralized control on the plurality of air conditioning units (20, 20), characterized in that each internal/external transmission line and the integrated transmission line are connected to the outdoor unit, and are connected to each other by a transmission relay means provided in the outdoor unit for separating data transmission on the internal/external transmission line and data transmission on the integrated transmission line, the transmission relay means includes: a switching hub for daisy-chain connecting the plurality of air conditioning units (20, 20) through the integrated transmission line; and a gateway connected to the switching hub and the internal/external transmission line, the gateway separately controlling data transmission on the internal/external transmission line and data transmission on the integrated transmission line. a plurality of air conditioning units each including an outdoor unit and a plurality of indoor units, the outdoor unit and the plurality of indoor units being connected to each other through an internal/external transmission line for data transmission; and an integrated transmission line connecting a centralized control unit and the plurality of air conditioning units (20, 20) to each other for data transmission, the centralized control unit providing centralized control on the plurality of air conditioning units (20, 20), characterized in that each internal/external transmission line and the integrated transmission line are connected to the outdoor unit, and are connected to each other by a transmission relay means provided in the outdoor unit for separating data transmission on the internal/external transmission line and data transmission on the integrated transmission line, the transmission relay means includes: a switching hub for daisy-chain connecting the plurality of air conditioning units (20, 20) through the integrated transmission line; and a gateway connected to the switching hub and the internal/external transmission line, the gateway separately controlling data transmission on the internal/external transmission line and data transmission on the integrated transmission line. a switching hub for daisy-chain connecting the plurality of air conditioning units (20, 20) through the integrated transmission line; and a gateway connected to the switching hub and the internal/external transmission line, the gateway separately controlling data transmission on the internal/external transmission line and data transmission on the integrated transmission line.
An electronic measuring system configured to determine performance-data of a user relating to one or more pedal-strokes exercised by the user on a pedal of a bicycle, said bicycle is provided with two pedal-cranks designed to rotate around a rotation axis, and two pedals which are coupled to said respective two pedal-cranks so that each one describes a pedalling circumference during the complete rotation of the corresponding pedal-crank around said rotation axis, the electronic measuring system comprises: a user interface device which is configured to allow a user to set a pedalling-arc comprised in said pedalling circumference of said pedal, provide a user-command containing said pedalling-arc set by the user, and a power meter apparatus which is configured to: be operationally connected to said user interface device to receive said user-command containing the pedalling-arc set by said user, measure at least one force exerted by the said user during pedalling, when the pedal is moving in the said pedalling-arc set by said user, determine at least one measurement quantity associated with said force measured in said pedalling-arc set by said user, and determine the performance data of said user in said pedalling-arc based on said determined measurement quantity, characterized in that said pedalling-arc does not have a predetermined fixed value. a user interface device which is configured to allow a user to set a pedalling-arc comprised in said pedalling circumference of said pedal, provide a user-command containing said pedalling-arc set by the user, and a power meter apparatus which is configured to: be operationally connected to said user interface device to receive said user-command containing the pedalling-arc set by said user, measure at least one force exerted by the said user during pedalling, when the pedal is moving in the said pedalling-arc set by said user, determine at least one measurement quantity associated with said force measured in said pedalling-arc set by said user, and determine the performance data of said user in said pedalling-arc based on said determined measurement quantity, characterized in that said pedalling-arc does not have a predetermined fixed value. be operationally connected to said user interface device to receive said user-command containing the pedalling-arc set by said user, measure at least one force exerted by the said user during pedalling, when the pedal is moving in the said pedalling-arc set by said user, determine at least one measurement quantity associated with said force measured in said pedalling-arc set by said user, and determine the performance data of said user in said pedalling-arc based on said determined measurement quantity, characterized in that said pedalling-arc does not have a predetermined fixed value.
A condenser microphone, comprising, a capacitor including a diaphragm electrode and a fixed electrode; a signal processing circuit board disposed at one opening of the cylindrical housing and having a converter circuit for converting a change in capacitance of the capacitor which has occurred in association with vibration of the diaphragm electrode into an electric signal and outputting this electric signal; a gate ring disposed between the capacitor and the signal processing circuit board for establishing electric conduction therebetween; characterized by a switch circuit board disposed at the other opening of the cylindrical housing and having a switch for controlling operation of the converter circuit; a drain ring disposed between the switch circuit board and the signal processing circuit board for transmitting a switch signal according to an operation of the switch to the signal processing circuit board and a cylindrical housing, within which all aforesaid parts are accommodated.
A seal assembly (76,176) for a gas turbine engine comprising: a blade outer air seal (BOAS) including an elongated seal body having a seal face for bounding a gas path and an opposed impingement face, the seal body defining an internal cavity extending in a circumferential direction between opposed mate faces and extending in a radial direction between walls of the seal body defining the seal face and impingement face; and a baffle (190;290) that divides the internal cavity into at least a first region (195;295) and a second region (196;296), the first region (195;295) including a first section extending transversely from a second section, the first section having a component in the radial direction, and the second section having a component in an axial direction such that the second section is defined between the baffle (190;290) and the walls of the seal body defining the seal face. a blade outer air seal (BOAS) including an elongated seal body having a seal face for bounding a gas path and an opposed impingement face, the seal body defining an internal cavity extending in a circumferential direction between opposed mate faces and extending in a radial direction between walls of the seal body defining the seal face and impingement face; and a baffle (190;290) that divides the internal cavity into at least a first region (195;295) and a second region (196;296), the first region (195;295) including a first section extending transversely from a second section, the first section having a component in the radial direction, and the second section having a component in an axial direction such that the second section is defined between the baffle (190;290) and the walls of the seal body defining the seal face.
An anchoring assembly for anchoring a rod to a bone or a vertebra, the anchoring assembly including: a bone anchoring device including a shank and a receiving part pivotably connectable to said shank, the receiving part comprising a channel for receiving a rod; a pressure element configured to lock an angular position of the shank relative to the receiving part; at least a first rod and a second rod having different diameters and configured to be interchangeably received in the channel; a first closure element cooperating with the receiving part, the first closure element acting upon the first rod or the second rod such that the first rod or the second rod exert pressure onto the pressure element to lock an angular position of the receiving part relative to the shank and to fix the first rod or the second rod in the channel simultaneously; a second closure element (8, 8') cooperating with the receiving part, the second closure element (8, 8') acting on the pressure element and on the first rod or the second rod to lock an angular position of the receiving part relative to the shank and to fix the first rod or the second rod, separately from one another; wherein the first closure element and the second closure element (8, 8') are interchangeable. a bone anchoring device including a shank and a receiving part pivotably connectable to said shank, the receiving part comprising a channel for receiving a rod; a pressure element configured to lock an angular position of the shank relative to the receiving part; at least a first rod and a second rod having different diameters and configured to be interchangeably received in the channel; a first closure element cooperating with the receiving part, the first closure element acting upon the first rod or the second rod such that the first rod or the second rod exert pressure onto the pressure element to lock an angular position of the receiving part relative to the shank and to fix the first rod or the second rod in the channel simultaneously; a second closure element (8, 8') cooperating with the receiving part, the second closure element (8, 8') acting on the pressure element and on the first rod or the second rod to lock an angular position of the receiving part relative to the shank and to fix the first rod or the second rod, separately from one another; wherein the first closure element and the second closure element (8, 8') are interchangeable.
A knife (205, 205a) for cutting tissue comprising: a cutting edge including a tip, wherein a radius of the tip is between 0.18 μm (0.000007 inches) and 2.5 μm (0.0001 inches); and the cutting edge having a web thickness profile defined by a web thickness that varies as a function of distance from the tip, wherein at a distance of 76 μm (0.003 inches) from the tip, the web thickness is between 30 μm (0.0012 inches) and 46 μm (0.0018 inches). a cutting edge including a tip, wherein a radius of the tip is between 0.18 μm (0.000007 inches) and 2.5 μm (0.0001 inches); and the cutting edge having a web thickness profile defined by a web thickness that varies as a function of distance from the tip, wherein at a distance of 76 μm (0.003 inches) from the tip, the web thickness is between 30 μm (0.0012 inches) and 46 μm (0.0018 inches).
A method for measuring dimensions of a target object, comprising: - acquiring depth data representative of the physical space, the depth data comprising data of the target object, wherein the depth data is acquired using a handheld 3D-vision device, - converting the depth data into a point cloud, - extracting at least one plane from the point cloud, wherein a flat surface from the point cloud is identified and the flat surface is defined as a plane of the point cloud, - identifying a ground plane from the at least one plane, wherein identifying the ground plane comprises (i) repeatedly identifying a plane in the point cloud, (ii) storing the identified plane and (iii) temporarily removing the identified plane from the point cloud, wherein the ground plane is identified among all stored and identified planes due to its spatial orientation and/or due to its size, after all planes have been identified, stored and removed from the point cloud, - eliminating the ground plane from the point cloud, - extracting at least one point cluster from the remaining point cloud, - identifying a point cluster of the target object, - estimating dimensions of the target object based on the point cluster of the target object. - acquiring depth data representative of the physical space, the depth data comprising data of the target object, wherein the depth data is acquired using a handheld 3D-vision device, - converting the depth data into a point cloud, - extracting at least one plane from the point cloud, wherein a flat surface from the point cloud is identified and the flat surface is defined as a plane of the point cloud, - identifying a ground plane from the at least one plane, wherein identifying the ground plane comprises (i) repeatedly identifying a plane in the point cloud, (ii) storing the identified plane and (iii) temporarily removing the identified plane from the point cloud, wherein the ground plane is identified among all stored and identified planes due to its spatial orientation and/or due to its size, after all planes have been identified, stored and removed from the point cloud, - eliminating the ground plane from the point cloud, - extracting at least one point cluster from the remaining point cloud, - identifying a point cluster of the target object, - estimating dimensions of the target object based on the point cluster of the target object.
An ion sensor based on differential measurement comprising: - a substrate with connecting tracks (3, 3'); - an electrode; - a first ion-sensitive field-effect transistor with one gate, integrated in a first chip inserted in the substrate and linked to at least one connecting track of the connecting tracks (3, 3'); - a second ion-sensitive field-effect transistor with one gate, integrated in a second chip inserted in the substrate and linked to at least one connecting track of the connecting tracks (3, 3'); - a structure adhered on the first ion-sensitive field-effect transistor configured to create a micro-reservoir on the gate of the first ion-sensitive field-effect transistor; - a first micro-channel connecting the micro-reservoir with the outside; and - an encapsulating material (15, 15') to isolate completely the connecting tracks (3, 3') and partially the first and the second ion-sensitive field-effect transistors (5, 5'), characterized in that the micro-reservoir and the first micro-channel make up a first unit totally or partially filled with a porous material, said porous material forming a first single body which covers entirely the gate of the first ion-sensitive field-effect transistor and at least the base of the first micro-channel, and configured to absorb a reference solution from the outside through the first micro-channel to the gate of the first ion-sensitive field-effect transistor, expelling or compressing the air inside the first unit. - a substrate with connecting tracks (3, 3'); - an electrode; - a first ion-sensitive field-effect transistor with one gate, integrated in a first chip inserted in the substrate and linked to at least one connecting track of the connecting tracks (3, 3'); - a second ion-sensitive field-effect transistor with one gate, integrated in a second chip inserted in the substrate and linked to at least one connecting track of the connecting tracks (3, 3'); - a structure adhered on the first ion-sensitive field-effect transistor configured to create a micro-reservoir on the gate of the first ion-sensitive field-effect transistor; - a first micro-channel connecting the micro-reservoir with the outside; and - an encapsulating material (15, 15') to isolate completely the connecting tracks (3, 3') and partially the first and the second ion-sensitive field-effect transistors (5, 5'),
Sulfur-crosslinkable rubber mixture, in particular for the tread of pneumatic vehicle tyres, containing - 20-100 phr (parts by weight based on 100 parts by weight of the total rubbers in the mixture) of at least one functionalized styrene-butadiene copolymer A, wherein the functionalized styrene-butadiene copolymer A is at least partially functionalized at one chain end by reaction with at least one polyorganosiloxane and at least one alkylaminosilane, and wherein the functionalized styrene-butadiene copolymer A is functionalized at the other chain end with a polyisoprene group containing isoprene and styrene units, wherein the isoprene proportion in the polyisoprene group is more than 90% by weight, - up to 80 phr of at least one further diene rubber, - 30 to 300 phr of at least one silica and - 1 to 20 phf of at least one blocked and/or unblocked mercaptosilane as a silane coupling agent. - 20-100 phr (parts by weight based on 100 parts by weight of the total rubbers in the mixture) of at least one functionalized styrene-butadiene copolymer A, wherein the functionalized styrene-butadiene copolymer A is at least partially functionalized at one chain end by reaction with at least one polyorganosiloxane and at least one alkylaminosilane, and wherein the functionalized styrene-butadiene copolymer A is functionalized at the other chain end with a polyisoprene group containing isoprene and styrene units, wherein the isoprene proportion in the polyisoprene group is more than 90% by weight, wherein the functionalized styrene-butadiene copolymer A is at least partially functionalized at one chain end by reaction with at least one polyorganosiloxane and at least one alkylaminosilane, and wherein the functionalized styrene-butadiene copolymer A is functionalized at the other chain end with a polyisoprene group containing isoprene and styrene units, wherein the isoprene proportion in the polyisoprene group is more than 90% by weight, - up to 80 phr of at least one further diene rubber, - 30 to 300 phr of at least one silica and - 1 to 20 phf of at least one blocked and/or unblocked mercaptosilane as a silane coupling agent.
A system, comprising: a composite structure configured as a panel having opposing outer surfaces and side edges along the perimeter of the composite structure, the composite structure including: a matrix having a matrix refractive index; a plurality of fibers embedded in the matrix and having a fiber refractive index; a light-reactive material in the matrix and/or the fibers; and a light source capable of emitting light of an activation wavelength that induces a reaction in the light-reactive material causing a change in the matrix refractive index, the light source being configured to emit light toward one or more side edges of the composite structure, characterised in that the system further includes: a coating on an outer surface of the composite structure, the coating having a refractive index configured to internally reflect incident light from the light source toward a side edge of the composite structure, but allow the transmission of ambient light through the outer surfaces of the composite structure. a matrix having a matrix refractive index; a plurality of fibers embedded in the matrix and having a fiber refractive index; a light-reactive material in the matrix and/or the fibers; and a light source capable of emitting light of an activation wavelength that induces a reaction in the light-reactive material causing a change in the matrix refractive index, the light source being configured to emit light toward one or more side edges of the composite structure, characterised in that the system further includes: a coating on an outer surface of the composite structure, the coating having a refractive index configured to internally reflect incident light from the light source toward a side edge of the composite structure, but allow the transmission of ambient light through the outer surfaces of the composite structure.
A device consisting of movable support device, workpiece support grid, machine bed and workpiece transport system, wherein the movable support device is arranged in a cut-out in the workpiece support grid arranged on the machine bed, with a workpiece transport system placed in front and having workpiece carriages for plate- and/or board-like workpieces, - wherein the workpiece support grid has a support face for leaning support of the workpieces, said support face assuming an inclination of between 75 and 90 degrees relative to a horizontal plane, characterised in that - the support device has at least two support blocks (50, 70), which are displaceable in an externally driven manner transversely to the movement direction of the workpiece carriages from a position behind the plane of the support face into a position in the plane of the support face, - a first support block has at least two supporting and fixing suction elements for fixing the workpiece(s), and - a second support block has at least one supporting sliding element. - wherein the workpiece support grid has a support face for leaning support of the workpieces, said support face assuming an inclination of between 75 and 90 degrees relative to a horizontal plane, characterised in that - the support device has at least two support blocks (50, 70), which are displaceable in an externally driven manner transversely to the movement direction of the workpiece carriages from a position behind the plane of the support face into a position in the plane of the support face, - a first support block has at least two supporting and fixing suction elements for fixing the workpiece(s), and - a second support block has at least one supporting sliding element.