mhurhangee/ep-ind-claims huggingface dataset:
A wire brush comprising: a brush body comprising a head from which a plurality of wire type tufts extend; a scraper comprising a scraper body and a scraper blade: wherein the scraper blade is suitable to scrape material from an associated surface; a handle, wherein the proximal end of the handle comprises a metal hammer surface; a mechanical fastener that is manually adjustable between: an attached condition where the mechanical fastener attaches the scraper body to the brush body; and, a detached condition where the mechanical fastener does not attach the scraper body to the brush body; and, wherein one of the brush body and the scraper body has first and second tabs (56, 58) and the other of brush body and the scraper body has first and second grooves that receive the first and second tabs when the mechanical fastener is in the attached condition. a brush body comprising a head from which a plurality of wire type tufts extend; a scraper comprising a scraper body and a scraper blade: wherein the scraper blade is suitable to scrape material from an associated surface; a handle, wherein the proximal end of the handle comprises a metal hammer surface; a mechanical fastener that is manually adjustable between: an attached condition where the mechanical fastener attaches the scraper body to the brush body; and, a detached condition where the mechanical fastener does not attach the scraper body to the brush body; and, wherein one of the brush body and the scraper body has first and second tabs (56, 58) and the other of brush body and the scraper body has first and second grooves that receive the first and second tabs when the mechanical fastener is in the attached condition. wherein the scraper blade is suitable to scrape material from an associated surface; a handle, wherein the proximal end of the handle comprises a metal hammer surface; a mechanical fastener that is manually adjustable between: an attached condition where the mechanical fastener attaches the scraper body to the brush body; and, a detached condition where the mechanical fastener does not attach the scraper body to the brush body; and, an attached condition where the mechanical fastener attaches the scraper body to the brush body; and, a detached condition where the mechanical fastener does not attach the scraper body to the brush body; and, wherein one of the brush body and the scraper body has first and second tabs (56, 58) and the other of brush body and the scraper body has first and second grooves that receive the first and second tabs when the mechanical fastener is in the attached condition.
A femoral component of a knee replacement assembly, the knee replacement assembly arranged to articulate about an articulation axis, the femoral component formed from a polymeric composition, said component comprising: an outer surface, wherein the outer surface is arranged to define a replacement condyle; and an inner surface, opposed to the outer surface, wherein the inner surface is adapted for attachment to a prepared distal femur; wherein the inner surface comprises portions (210, 220, 230, 240) provided with mutually-parallel ridges and grooves; and wherein the ridges and grooves are arranged to provide an increased or reduced stiffness of the femoral component when cantilevered about the articulation axis compared with a stiffness of the femoral component when cantilevered about a transverse axis, characterised in that an aspect ratio R of a ridge of the ridges is from 1 to 30, wherein the aspect ratio R is defined as R = h/w wherein the ridge has dimensions in cross-section of a width w and a height h. an outer surface, wherein the outer surface is arranged to define a replacement condyle; and an inner surface, opposed to the outer surface, wherein the inner surface is adapted for attachment to a prepared distal femur; wherein the inner surface comprises portions (210, 220, 230, 240) provided with mutually-parallel ridges and grooves; and wherein the ridges and grooves are arranged to provide an increased or reduced stiffness of the femoral component when cantilevered about the articulation axis compared with a stiffness of the femoral component when cantilevered about a transverse axis, characterised in that an aspect ratio R of a ridge of the ridges is from 1 to 30, wherein the aspect ratio R is defined as R = h/w wherein the ridge has dimensions in cross-section of a width w and a height h.
A connection device for a lower limb prosthesis, comprising a first prosthesis component and a second prosthesis component, wherein the connection device has at least one locking element and one holding device, wherein the at least one locking element is configured to lock the first prosthesis component relative to the second prosthesis component and wherein the holding device is configured to releasably retain the first prosthesis component to the second prosthesis component, wherein the holding device has a first holding element and a second holding element, wherein the first holding element can be arranged on the first prosthesis component and features a projection, and the second holding element can be arranged on the second prosthesis component and provides a base body with a bore, wherein the projection can be inserted in a recess of the second holding element, characterized in that the projection of the first holding element provides a bore and the bores can be moved so that they overlap with one another in such a way that the locking element can be inserted into the bores.
An elastic laminate comprising an elastic substrate (2; 16) bonded to at least one layer of a tensioned spunbond nonwoven web (3a, 3b; 12, 13) comprising bicomponent thermoplastic filaments comprising polyethylene or mixtures of polyethylene with polypropylene, polyester or biodegradable polylactic acid fibers, wherein at least about 10% by weight of each filament is polyethylene, wherein the nonwoven web (3a, 3b; 12, 13) prior to tensioning has a basis weight ranging from about 10 to about 40 g/m 2, said tensioned nonwoven web (3a, 3b; 12, 13) having transverse direction shrinkage greater than 10% and less than 30%, said laminate being incrementally stretched in the transverse direction to provide a service stretch greater than 100% and a strength ratio greater than 0.35, wherein the strength ratio refers to the ultimate tensile tear strength in newtons per 5.080 linear centimeters (2 linear inches) of the laminate divided by the basis weight in g/m 2 of the laminate.
A compound for use in the treatment of an immune disorder or a proliferative disorder in a subject in need thereof, wherein said compound inhibits Pin1 upon contacting said Pin1, and wherein the compound is selected from the group consisting of formula to formula:
A fluid transferring device arranged for transferring fluid, such as leakage from a kitchen machine or a hose, through a through hole in a surface which is elevated above a floor, whereby the fluid transferring device will provide a possibility to transfer a fluid from the elevated surface down to another surface where fluid can be collected and detected, wherein said fluid transferring device comprises a first part and a second part arranged to be connected to each other from one side each of the surface through the through hole and wherein said fluid transferring device is designed for transferring the fluid from one side of the surface, through the first and second parts (1, 3) to the other side of the surface, wherein the first part and the second part each comprises one end which is tube formed and provided with threads (15, 41), one on the outside of the tube formed part and the other on the inside of the tube formed part and wherein the threads of the first and second parts are designed such that one of the parts is threaded into the other part for connection of the first and second parts (1,3) to each other and wherein the first part comprises a tube formed threaded part with threads on its outer surface and a fluid collection part which is connected to the tube formed threaded part and arranged to receive fluid provided to the surface and wherein at least the first part comprises a seal for sealing around the through hole when the first and second parts (1, 3) are connected to each other, wherein the first part further comprises a flexible sheet through which a part of the first part is protruding such that the fluid collection part is provided on one side of the flexible sheet and the tube formed threaded part is provided on the other side, wherein the flexible sheet is arranged for being provided covering at least a part of a first side of the surface when the fluid transferring device is mounted to the through hole and wherein the seal will be sealing towards the flexible sheet when the first and second parts are connected to each other.
A method (10, 100, 150, 160) of controlling a multi-layer communication network comprising a client network and a server network, the method comprising: obtaining (12;164) from the server network at least one path characteristic for a path in the server network between server network nodes; and providing (14, 152, 166) to the client network an indication of the at least one path characteristic of the server network; wherein the method is performed at a control entity of the multi-layer communication network, wherein the control entity is a multi-domain service coordinator, MDSC, and wherein the at least one path characteristic for each path in the server network is obtained from a physical network controller of the server network and the at least one path characteristic are provided to a physical network controller of the client network. obtaining (12;164) from the server network at least one path characteristic for a path in the server network between server network nodes; and providing (14, 152, 166) to the client network an indication of the at least one path characteristic of the server network; wherein the method is performed at a control entity of the multi-layer communication network, wherein the control entity is a multi-domain service coordinator, MDSC, and wherein the at least one path characteristic for each path in the server network is obtained from a physical network controller of the server network and the at least one path characteristic are provided to a physical network controller of the client network.
LED module, comprising: at least one first group of serially connected dye-converted white LEDs and a second group of serially connected dye-converted white LEDs, wherein: the first group and the second group of LEDs are connected to one another in parallel, such that the groups can be controlled independently of one another by one or more driver circuits, and the nominal color temperature of the LEDs of the first group is different than the nominal color temperature of the LEDs of the second group, characterized in that each group of LEDs comprises at least two sub-groups of LEDs, wherein the sub-groups differ with respect to the color location, and that: the groups and the sub-groups of LEDs are disposed on a carrier in an extension direction in a periodically repeating pattern, the LEDs are disposed linearly in a row on the carrier, at least two LEDs from the same group are disposed next to one another on the carrier, and adjacent LEDs in the linear sequence are from different sub-groups. the groups and the sub-groups of LEDs are disposed on a carrier in an extension direction in a periodically repeating pattern, the LEDs are disposed linearly in a row on the carrier, at least two LEDs from the same group are disposed next to one another on the carrier, and adjacent LEDs in the linear sequence are from different sub-groups.
A method for the detection of clusters of magnetic particles bound to a target component in a sample provided in a sample volume further comprising unbound magnetic particles, said method comprising the following steps: a) irradiation of the sample volume with input light; b) actuation of magnetic particles (MP, C) in the sample volume by a rotating magnetic actuation field, wherein said actuation field is at least once interrupted by a pause; and c) detection of output light during said actuation that originates from an interaction of the input light with clusters of magnetic particles in the sample volume, wherein the intensity of said output light is modulated by the rotation of said clusters in said rotating magnetic field; characterized in that the duration of said pause ranges between 0.1 s and 10 s. a) irradiation of the sample volume with input light; b) actuation of magnetic particles (MP, C) in the sample volume by a rotating magnetic actuation field, wherein said actuation field is at least once interrupted by a pause; and c) detection of output light during said actuation that originates from an interaction of the input light with clusters of magnetic particles in the sample volume, wherein the intensity of said output light is modulated by the rotation of said clusters in said rotating magnetic field;
A magnet inserting apparatus for inserting a plurality of magnet parts into each of the magnet insertion slots provided in a rotor core of a motor, the magnet inserting apparatus is characterized by comprising: a belt-shaped member arranging unit configured to arrange a belt-shaped member along an inner wall surface of the magnet insertion slot to prevent the magnet parts from being caught up in the magnet insertion slot, the belt-shaped member having a coefficient of friction smaller than that of the inner wall surface of the magnet insertion slot; a magnet part inserting unit configured to insert the magnet parts into the magnet insertion slot, the belt-shaped member being arranged on the inner wall surface of the magnet insertion slot. a belt-shaped member arranging unit configured to arrange a belt-shaped member along an inner wall surface of the magnet insertion slot to prevent the magnet parts from being caught up in the magnet insertion slot, the belt-shaped member having a coefficient of friction smaller than that of the inner wall surface of the magnet insertion slot; a magnet part inserting unit configured to insert the magnet parts into the magnet insertion slot, the belt-shaped member being arranged on the inner wall surface of the magnet insertion slot.
An inertial sensor that is a gyroscope, an accelerometer or any other angular velocity sensor comprising an element having a resonant frequency, the element being driven to resonance by suitable driver means, the sensor further comprising electronic control means including an oscillator capable of oscillation at variable frequencies, wherein the sensor further comprises comparator means for comparing the frequency of the output of the element with the frequency of the oscillator, wherein the electronic control means is configured to force the oscillator to ramp the frequency of the oscillator up from a frequency less than the resonant frequency of the element and to lock the frequency of the oscillator once a predetermined frequency is achieved, and wherein the predetermined frequency is substantially the same as the resonant frequency of the element.
A motion controlling apparatus for a robot apparatus having at least a plurality of movable parts, said motion controlling apparatus comprising: ZMP equilibrium equation generating means for generating a ZMP equilibrium equation stating the relationship of equilibrium of moments applied to a robot body of the robot apparatus; moment error calculating means for calculating moment errors according to the ZMP equilibrium equation and target trajectories of respective parts of the robot body; priority sequence order setting means for setting a priority sequence identifying an order of said respective parts, the target trajectories of which are to be corrected for canceling out the moment error; and trajectory correction means for correcting the target trajectories of the respective parts in a sequence prescribed by said priority sequence so set to compensate the moment error; characterized in that said priority sequence order setting means determines the order of the respective parts within said priority sequence by referring to a pre-drafted action schedule such that the order depends on the action being taken by the robot. ZMP equilibrium equation generating means for generating a ZMP equilibrium equation stating the relationship of equilibrium of moments applied to a robot body of the robot apparatus; moment error calculating means for calculating moment errors according to the ZMP equilibrium equation and target trajectories of respective parts of the robot body; priority sequence order setting means for setting a priority sequence identifying an order of said respective parts, the target trajectories of which are to be corrected for canceling out the moment error; and trajectory correction means for correcting the target trajectories of the respective parts in a sequence prescribed by said priority sequence so set to compensate the moment error; characterized in that said priority sequence order setting means determines the order of the respective parts within said priority sequence by referring to a pre-drafted action schedule such that the order depends on the action being taken by the robot.
A method for producing a flavorant-carrying low adsorbent particle comprising: spraying a liquid flavor-emitting composition containing a flavorant and a flavorant-holding material onto a low adsorbent core particle having a BET specific surface area of less than 700 m 2 /g while stirring the low adsorbent core particle under reduced pressure. spraying a liquid flavor-emitting composition containing a flavorant and a flavorant-holding material onto a low adsorbent core particle having a BET specific surface area of less than 700 m 2 /g while stirring the low adsorbent core particle under reduced pressure.
An access network device, comprising: a processing module, configured to generate requirement indication information, wherein the requirement indication information indicates that a communication device needs to satisfy a radio resource management, RRM, requirement, wherein the RRM requirement is suitable for a high-speed mobile communication environment; and a transmitting module, configured to transmit the requirement indication information to the communication device within coverage of a cell wherein the RRM requirement includes a preset RRM parameter suitable for the high-speed mobile communication environment, the preset RRM parameter includes a target cell identification time parameter in a connected state, and the target cell identification time parameter corresponding to a discontinuous reception cycle greater than 0.04 seconds and not exceeding 0.08 seconds is less than 15 discontinuous reception cycles, and a target cell identification time parameter corresponding to a discontinuous reception cycle of 0.128 seconds is less than 20 discontinuous reception cycles. a processing module, configured to generate requirement indication information, wherein the requirement indication information indicates that a communication device needs to satisfy a radio resource management, RRM, requirement, wherein the RRM requirement is suitable for a high-speed mobile communication environment; and a transmitting module, configured to transmit the requirement indication information to the communication device within coverage of a cell wherein the RRM requirement includes a preset RRM parameter suitable for the high-speed mobile communication environment, the preset RRM parameter includes a target cell identification time parameter in a connected state, and the target cell identification time parameter corresponding to a discontinuous reception cycle greater than 0.04 seconds and not exceeding 0.08 seconds is less than 15 discontinuous reception cycles, and a target cell identification time parameter corresponding to a discontinuous reception cycle of 0.128 seconds is less than 20 discontinuous reception cycles.
A display device(100; 200) comprising: an electronic paper display imageable by receiving charges on an imaging surface (114; 214; 430) of the electronic paper display; a ground electrode (104; 204; 408) opposite to the imaging surface of the electronic paper display; characterized by: a network of conductors (108; 208; 414) electrically coupled to the ground electrode and configured on the imaging surface of the electronic paper display, whereby to contact a conductive roller or brush of a writing module to provide a ground return path that allows charges received on the imaging surface to flow to the ground electrode when the writing module writes to the electronic paper display. an electronic paper display imageable by receiving charges on an imaging surface (114; 214; 430) of the electronic paper display; a ground electrode (104; 204; 408) opposite to the imaging surface of the electronic paper display; characterized by: a network of conductors (108; 208; 414) electrically coupled to the ground electrode and configured on the imaging surface of the electronic paper display, whereby to contact a conductive roller or brush of a writing module to provide a ground return path that allows charges received on the imaging surface to flow to the ground electrode when the writing module writes to the electronic paper display.
A method for discontinuing communication over a particular communication line (L n) forming part of a vectoring group, and comprising detecting a leaving event whereby a communication path established between two peer transceivers (110 n; 210 n) coupled to the particular subscriber line is to be orderly discontinued, wherein the method further comprises, during a pre-disconnection phase following the detection of the leaving event, switching the two peer transceivers into respective OFF power states during first symbol positions (s) and into respective ON power states during second remaining symbol positions (DATA), characterizing crosstalk within the vectoring group during the first symbol positions while the second symbol positions are used for regular data communication if any, and definitively switching the two peer transceivers into the respective OFF power states after the crosstalk characterization completes.