mhurhangee/patent-ind-claim-en huggingface dataset:
A system for producing a sound-responsive lighting effect, the system comprising: a sound receiving module for receiving an incoming sound signal; a sound processing module for processing the incoming sound signal to generate a set of a plurality of sound channels; characterized in that the system further comprises: a color processing module for associating subsets of the set of sound channels with respective ones of a plurality of color units, the color processing module having a color combiner unit for subsequently combining the plurality of color units into a light signal of one color, wherein a number of the plurality of color units is equal to or less than a number of the subsets of the set of sound channels; wherein the color of the light signal varies in response to variations of the incoming sound signal to thereby produce the sound-responsive lighting effect. a sound receiving module for receiving an incoming sound signal; a sound processing module for processing the incoming sound signal to generate a set of a plurality of sound channels; characterized in that the system further comprises: a color processing module for associating subsets of the set of sound channels with respective ones of a plurality of color units, the color processing module having a color combiner unit for subsequently combining the plurality of color units into a light signal of one color, wherein a number of the plurality of color units is equal to or less than a number of the subsets of the set of sound channels; wherein the color of the light signal varies in response to variations of the incoming sound signal to thereby produce the sound-responsive lighting effect. a color processing module for associating subsets of the set of sound channels with respective ones of a plurality of color units, the color processing module having a color combiner unit for subsequently combining the plurality of color units into a light signal of one color, wherein a number of the plurality of color units is equal to or less than a number of the subsets of the set of sound channels; wherein the color of the light signal varies in response to variations of the incoming sound signal to thereby produce the sound-responsive lighting effect.
A frame for a folding bicycle , the frame comprising: a front shaft having a first end portion for connection to a steering member and a second end portion for connection to a steerable member , the front shaft defining a first axis and the steerable member defining an axis of rotation for a front wheel ; and, a main shaft for providing a connection between the front shaft and a rear portion of the frame and extending generally rearwardly away from the front shaft the main shaft defining a second, longitudinal axis extending generally rearwardly away from the front shaft; and a third axis through a connection shaft configured to be spaced apart from and parallel to the first axis and around which the front shaft is rotatably mounted; wherein a first hinged joint connects the front shaft and steerable member and defines a first hinge axis configured to be angled from a plane defined perpendicularly to the first axis when viewed from the front of the frame; and wherein, when the frame is in an unfolded configuration, the front shaft, steering and steerable members are substantially axially aligned where the steering and steerable members connect to the front shaft, and are positioned forward of the main shaft, and the front shaft is permitted to rotate around the third axis , so that the steering member rotates around the frame, and when the frame is moved to a folded configuration: i) the front shaft is rotated around the third axis to position the steerable member to one side of the main shaft; and ii) the steerable member is rotated around the first hinge axis defined by the first hinged joint such that the steerable member is moved first outwardly and then rearwardly relative to the front shaft and the axis of rotation for a front wheel is moved from a first angular orientation relative to the second axis to a second angular orientation relative to the second axis.
A magnetic connection structure of an eyewear for solid connection, comprising a front connecting portion and a temple connecting portion , said front connecting portion including a front connecting piece , the inner side of which is provided with a rectangular stainless iron upper hinge having an upper hinge groove with a downward opening, said temple connecting portion comprising a temple connecting piece , a magnetic connecting piece and a lower hinge , wherein said magnetic connecting piece is fastened to the lower hinge , wherein the upper portion of the outer side of the front connecting portion is provided with a one-step lower snap fit , wherein the magnetic connecting piece includes a metal protective shell and a magnet core disposed inside said metal protective shell , the protruding upper portion of the magnetic connecting piece matches the upper hinge groove, and the front end of the temple connecting piece is provided with an elastic piece and a fixing piece that are separated from each other, wherein said elastic piece matches said snap fit and said fixing piece is connected to the lower hinge . said front connecting portion including a front connecting piece , the inner side of which is provided with a rectangular stainless iron upper hinge having an upper hinge groove with a downward opening, said temple connecting portion comprising a temple connecting piece , a magnetic connecting piece and a lower hinge , wherein said magnetic connecting piece is fastened to the lower hinge , wherein the upper portion of the outer side of the front connecting portion is provided with a one-step lower snap fit , wherein the magnetic connecting piece includes a metal protective shell and a magnet core disposed inside said metal protective shell , the protruding upper portion of the magnetic connecting piece matches the upper hinge groove, and the front end of the temple connecting piece is provided with an elastic piece and a fixing piece that are separated from each other, wherein said elastic piece matches said snap fit and said fixing piece is connected to the lower hinge .
A coupling assembly of a wind turbine comprising a first coupling part and a second coupling part , the first coupling part and the second coupling part being configured to be coupled with each other, the first coupling part comprising a first surface with a first insertion hole being configured to be inserted by a fastener , the second coupling part comprising a second surface with a second insertion hole being configured to be inserted by the fastener , the first surface being configured to abut the second surface , wherein the first and/or the second insertion hole is covered by a cover , characterized in that the cover is configured to be punched by the fastener during fastening. the first coupling part and the second coupling part being configured to be coupled with each other, the first coupling part comprising a first surface with a first insertion hole being configured to be inserted by a fastener , the second coupling part comprising a second surface with a second insertion hole being configured to be inserted by the fastener , the first surface being configured to abut the second surface , wherein the first and/or the second insertion hole is covered by a cover , characterized in that the cover is configured to be punched by the fastener during fastening.
Balance chair , comprising a seat , an in substance vertical height element supporting the seat, and a base supporting the height element and seat, characterised in that the balance chair comprises a rotation and tilt element , arranged in a position in between the seat and a lower end of the base, from 0,3 to 0,7 of the distance from a top side of a sitting surface face of the seat to a lower end of the base, wherein the height element is rigid from the seat to the rotation and tilt element, the rotation and tilt element and the base are separate or integrated structures, wherein the height element comprises a lower part extending downward from the rotation and tilt element to a lower end within the base, and wherein the lower part of the height element has arranged a central element that can slide and be fastened on the lower part of the height element, wherein springs or other elastic elements are fastened to the central element and are arranged radially outwards from the central element to the base. wherein the height element is rigid from the seat to the rotation and tilt element, the rotation and tilt element and the base are separate or integrated structures, wherein the height element comprises a lower part extending downward from the rotation and tilt element to a lower end within the base, and wherein the lower part of the height element has arranged a central element that can slide and be fastened on the lower part of the height element, wherein springs or other elastic elements are fastened to the central element and are arranged radially outwards from the central element to the base.
Communication method comprising the following steps: a) a communicating device (T1, R), said communicating device being a client device (T1) capable of implementing a simple TCP, Transmission Control Protocol, connection or a multi-path connection obeying a transport protocol of the OSI model, or a relay device (R) connected to said client device (T1) and capable of implementing a multi-path connection obeying said transport protocol, receives (E1), in the absence of any multi-path connection obeying said transport protocol between said communicating device (T1, R) and a certain other client device (T1, T3), information (MPTCP_STATUS) concerning the compatibility or the non-compatibility with multi-path connections obeying said transport protocol of at least one intermediate node placed on a path linking said communicating device (T1, R) to said other client device (T2, T3), said information being received by said communicating device in an unsolicited message broadcast by said intermediate node; and b) said communicating device (T1, R) stores (E2) a status (PATH_CHECKED) of said path regarding its compatibility or its non-compatibility with multi-path connections obeying said transport protocol. a) a communicating device (T1, R), said communicating device being a client device (T1) capable of implementing a simple TCP, Transmission Control Protocol, connection or a multi-path connection obeying a transport protocol of the OSI model, or a relay device (R) connected to said client device (T1) and capable of implementing a multi-path connection obeying said transport protocol, receives (E1), in the absence of any multi-path connection obeying said transport protocol between said communicating device (T1, R) and a certain other client device (T1, T3), information (MPTCP_STATUS) concerning the compatibility or the non-compatibility with multi-path connections obeying said transport protocol of at least one intermediate node placed on a path linking said communicating device (T1, R) to said other client device (T2, T3), said information being received by said communicating device in an unsolicited message broadcast by said intermediate node; and b) said communicating device (T1, R) stores (E2) a status (PATH_CHECKED) of said path regarding its compatibility or its non-compatibility with multi-path connections obeying said transport protocol.
Wet-cleaning apparatus (1 to 1c) for the wet cleaning of a floor surface (B), having a hand-guidance part , which is connected for pivoting articulation, relatively about at least two joint axes , to a floor part , which in an operating state rests on the floor surface (B), and is in torque-transmitting operative connection with the floor part , having at least one floor-treatment tool which is arranged on the floor part and has two disc tools , which in the operating state rest on the floor surface (B), can be rotated in opposite directions by means of at least one drive and are arranged and/or configured such that, in the operating state, there is permanent linear propulsion along a cleaning direction (R) onto the floor part , and having a suction-bar arrangement which is arranged behind the floor-treatment tool - as seen in relation to the cleaning direction (R) - and is intended for the suction removal of liquid from the floor surface (B), characterized in that a pick-up device (19 to 19f) is provided, which is arranged between the at least one floor-treatment tool and the suction-bar arrangement , as seen in the cleaning direction (R), and picks up and collects solid particles transported to the rear by the floor-treatment tool . characterized in that a pick-up device (19 to 19f) is provided, which is arranged between the at least one floor-treatment tool and the suction-bar arrangement , as seen in the cleaning direction (R), and picks up and collects solid particles transported to the rear by the floor-treatment tool .
A device for isolating cells from blood, consisting of a. a reaction vessel made of biocompatible material containing a mixture of cells b. functionalised, free-moving microparticles with a diameter of 50-500μm, which recognise and bind the desired cells, c. a particle separation system based on one or more membranes with pores that allow blood components but not the microparticles to pass, so that the cells bound to the functionalised microparticles are separable from the unbound blood components, d. and various hose systems, membranes, pumps and valves to perform all acts of isolation, separation, processing and separation of the cells. a. a reaction vessel made of biocompatible material containing a mixture of cells b. functionalised, free-moving microparticles with a diameter of 50-500μm, which recognise and bind the desired cells, c. a particle separation system based on one or more membranes with pores that allow blood components but not the microparticles to pass, so that the cells bound to the functionalised microparticles are separable from the unbound blood components, d. and various hose systems, membranes, pumps and valves to perform all acts of isolation, separation, processing and separation of the cells.
Catadioptric medical imaging system for observing an inside wall of a surgical cavity , characterized in that the catadioptric medical imaging system is a surgical microscope comprising a camera device and a convex catoptric mirror adapted to be inserted into the surgical cavity .
A heater , comprising: a substrate that has electrical conductivity and extends in a first direction; a first insulation portion that is provided on a first surface of the substrate , has an insulation property, and extends in the first direction; at least one heat generation body that is provided on the first insulation portion and extends in the first direction; a second insulation portion that is provided on a second surface of the substrate which is opposite to the first surface , has an insulation property, and extends in the first direction; at least one detection unit provided on at least one of the first insulation portion and the second insulation portion ; and a first wiring which is provided on at least one of the first insulation portion and the second insulation portion and extends in the first direction, and in which one end is electrically connected to one terminal of the detection unit and the other end is electrically connected to the substrate having the electrical conductivity. a substrate that has electrical conductivity and extends in a first direction; a first insulation portion that is provided on a first surface of the substrate , has an insulation property, and extends in the first direction; at least one heat generation body that is provided on the first insulation portion and extends in the first direction; a second insulation portion that is provided on a second surface of the substrate which is opposite to the first surface , has an insulation property, and extends in the first direction; at least one detection unit provided on at least one of the first insulation portion and the second insulation portion ; and a first wiring which is provided on at least one of the first insulation portion and the second insulation portion and extends in the first direction, and in which one end is electrically connected to one terminal of the detection unit and the other end is electrically connected to the substrate having the electrical conductivity.
An endoscope having an operating handle comprising a handle housing arranged at a proximal end of the endoscope , an insertion tube extending from said handle towards a tip part at a distal end of the endoscope , and a sealed compartment adapted to accommodate electronic circuitry of the endoscope and arranged at least partially within said handle housing where said sealed compartment furthermore comprises a cable conduit extending from a mounting plate towards the distal end of the endoscope , said conduit being terminated in a sealing manner at the distal end of the endoscope so as to provide a single sealed compartment extending all the way to the tip part , characterized in that the sealed compartment comprises the mounting plate , the mounting plate being adapted to carry said electronic circuitry, and a cover attached to and sealed with respect to the mounting plate , so as to enclose the electronic circuitry.
A method comprising: receiving a packet in a sideband interface of a first agent of a system-on-chip, SoC, including the first agent, a router and a second agent , the sideband interface coupled to the router that receives the packet from the second agent, characterized in : the packet including a first packet header having an expanded header indicator ; determining if the packet includes at least one additional packet header based on the expanded header indicator of the first packet header ; and if so, determining if the first agent supports information in the at least one additional packet header based on a header identifier of a header identifier field of the at least one additional packet header, the header identifier to indicate a type of data included in the at least one additional packet header. receiving a packet in a sideband interface of a first agent of a system-on-chip, SoC, including the first agent, a router and a second agent , the sideband interface coupled to the router that receives the packet from the second agent, characterized in : the packet including a first packet header having an expanded header indicator ; determining if the packet includes at least one additional packet header based on the expanded header indicator of the first packet header ; and if so, determining if the first agent supports information in the at least one additional packet header based on a header identifier of a header identifier field of the at least one additional packet header, the header identifier to indicate a type of data included in the at least one additional packet header.
A wheel clamp for immobilising a vehicle, the vehicle comprising a wheel having a first face, a second face and a periphery forming a ground-contacting surface of the wheel , the wheel comprising a plurality of mounting apertures for receiving wheel fasteners for attaching the wheel to a rotatable hub of the vehicle and a plurality of openings extending from the first face towards the second face, the openings being disposed between the mounting apertures and the periphery, the wheel clamp comprising: a body arranged to be positioned, in use, adjacent to the first face of the wheel ; locking means to releasably secure the wheel clamp to the vehicle, the locking means comprising a first locking member arranged to extend through a mounting aperture of the wheel to attach the wheel to the hub and a second locking member operable to releasably attach the body to the first locking member ; a coupling pin extending from the body and arranged to extend into one of the openings of the wheel so as to couple rotationally the wheel clamp to the wheel ; and an immobilising arm extending from the body and arranged to extend adjacent to the periphery of the wheel and beyond the second face of the wheel such that, in use, rotation of the wheel is blocked by contact between the immobilising arm and a part of the vehicle. a body arranged to be positioned, in use, adjacent to the first face of the wheel ; locking means to releasably secure the wheel clamp to the vehicle, the locking means comprising a first locking member arranged to extend through a mounting aperture of the wheel to attach the wheel to the hub and a second locking member operable to releasably attach the body to the first locking member ; a coupling pin extending from the body and arranged to extend into one of the openings of the wheel so as to couple rotationally the wheel clamp to the wheel ; and an immobilising arm extending from the body and arranged to extend adjacent to the periphery of the wheel and beyond the second face of the wheel such that, in use, rotation of the wheel is blocked by contact between the immobilising arm and a part of the vehicle.
Degreasing agent for the treatment of hides, skins, pelts and other intermediate products in leather and fur production on the basis of non-ionic surfactants of the alcohol alkoxylate type, wherein one or more alcohol alkoxylates are used which are obtained by reacting at least one alcohol ROH with n mol of at least one alkylene oxide per mol of alcohol ROH, wherein - R is an alkyl group having from 5 to 30 carbon atoms and having a main chain, which is the longest alkyl chain of the R group, having from 4 to 29 carbon atoms, which is in the middle of the chain, starting with the carbon atom C#2, wherein the numbering starts from the carbon atom (C#1), directly attached to the oxygen atom adjacent to the R group and ending with the carbon atom ω-2, wherein ω is the terminal carbon atom of the main chain, wherein C#2 and the carbon atom ω-2 is included, branched with at least one C 1 - to C 10 alkyl group; - the alkylene oxide has 2 to 6 carbon atoms and - n is an integer value between 1 and 100, having a polydispersity D of the individual alcohol alkoxylate or a mixture of alcohol alkoxylates of D >1.22, characterised in that the degreasing agent contains one or a plurality of lipases and/or one or a plurality of efficiency boosters composed of a block copolymer having at least one water-soluble block A and at least one water-insoluble block B. - R is an alkyl group having from 5 to 30 carbon atoms and having a main chain, which is the longest alkyl chain of the R group, having from 4 to 29 carbon atoms, which is in the middle of the chain, starting with the carbon atom C#2, wherein the numbering starts from the carbon atom (C#1), directly attached to the oxygen atom adjacent to the R group and ending with the carbon atom ω-2, wherein ω is the terminal carbon atom of the main chain, wherein C#2 and the carbon atom ω-2 is included, branched with at least one C 1 - to C 10 alkyl group; - the alkylene oxide has 2 to 6 carbon atoms and - n is an integer value between 1 and 100,