mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver partner toy for sexual stimulation, having a massage body for bringing into contact with the body of a user, the massage body being surrounded at least in segments by a silicone casing , a vibratory drive in the massage body for causing the massage body to vibrate, a control unit for controlling the vibratory drive , and an energy source for providing electrical energy to the vibratory drive and the control unit , characterized in that the control unit is adapted for receiving signals or determining data representing a distance (D) between the receiver partner toy and a transmitter partner toy , and is further adapted for controlling the vibratory drive as a function of the distance (D). a massage body for bringing into contact with the body of a user, the massage body being surrounded at least in segments by a silicone casing , a vibratory drive in the massage body for causing the massage body to vibrate, a control unit for controlling the vibratory drive , and an energy source for providing electrical energy to the vibratory drive and the control unit , characterized in that the control unit is adapted for receiving signals or determining data representing a distance (D) between the receiver partner toy and a transmitter partner toy , and is further adapted for controlling the vibratory drive as a function of the distance (D).
A metal detector comprising a sensing head insert housed within a metal detector housing, said sensing head insert comprising an assembly of panels having a product sensing aperture for receiving products to be tested, each of said assembly of panels comprising a laminated assembly of: a. a first layer for supporting at least one sensing coil , b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer ; wherein adjacent panels are secured together by a mechanical fastener; said mechanical fastener comprising: i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other; whereby said metal detector housing comprises a metal detector aperture in cooperation with the product sensing aperture of the insert, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that the space between the metal detector housing and the insert is substantially filled with foam, as a result of injecting, during manufacture, an expandable precursor of said foam in said space. a. a first layer for supporting at least one sensing coil , b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer ; wherein adjacent panels are secured together by a mechanical fastener; said mechanical fastener comprising: i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other; whereby said metal detector housing comprises a metal detector aperture in cooperation with the product sensing aperture of the insert, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that the space between the metal detector housing and the insert is substantially filled with foam, as a result of injecting, during manufacture, an expandable precursor of said foam in said space. i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other;
A webpage advertisement anti-blocking method for a content delivery network, the method comprising: receiving an access request for a target page issued by a client terminal, and in response to the access request, feeding back a response including a detection script to the client terminal, wherein the detection script, when running on the client terminal, detects whether there exists an advertisement blocking component on the client terminal and whether the client terminal supports a specified transmission protocol, in which the specified transmission protocol is WebRTC protocol or WebSocket protocol, and determines, based on a detection result on the client terminal, whether to transmit loading information of the target page to an advertisement request rewriting module, where the loading information is page code that can be executed by the client terminal, when it is determined that an original advertisement request not issued is in a blocked state, to allow the advertisement request rewriting module to generate a rewritten request complying with the specified transmission protocol, the rewritten request corresponding to the original advertisement request included in the loading information, and the rewritten request being issued by the client terminal.
A brake disk assembly comprising a rotor disk and a rotor clip , said rotor clip comprising: a first tab engagement Portion ; an undercut coupling portion coupled to said first tab engagement portion ; and a second tab engagement portion coupled to said undercut coupling portion , wherein said undercut coupling portion has a first bump and a second bump , and characterized in that said first tab engagement portion comprises a first or multiple first tab(s) and said second tab engagement portion comprises a second or multiple second tab(s) and wherein said first tab of said first tab engagement portion and said second tab of said second tab engagement portion are configured to be bent circumferentially outward to engage said first bump of said rotor clip with a first undercut of the slot and said second bump of said rotor clip with a second undercut of said slot of said rotor disk ; and wherein said first tab of said first tab engagement portion of said rotor clip is configured to be snapped onto the rotor disk and wherein said second tab of said second engagement portion is configured to be snapped the rotor disk. a first tab engagement Portion ; an undercut coupling portion coupled to said first tab engagement portion ; and a second tab engagement portion coupled to said undercut coupling portion , wherein said undercut coupling portion has a first bump and a second bump , and characterized in that said first tab engagement portion comprises a first or multiple first tab(s) and said second tab engagement portion comprises a second or multiple second tab(s) and wherein said first tab of said first tab engagement portion and said second tab of said second tab engagement portion are configured to be bent circumferentially outward to engage said first bump of said rotor clip with a first undercut of the slot and said second bump of said rotor clip with a second undercut of said slot of said rotor disk ; and wherein said first tab of said first tab engagement portion of said rotor clip is configured to be snapped onto the rotor disk and wherein said second tab of said second engagement portion is configured to be snapped the rotor disk.
Spectacle temple comprising a main body , provided with an inner longitudinal channel , wherein a wire stiffening core is housed, and a first free end terminal , characterized in that said longitudinal channel and said wire core are substantially rectilinear said wire core has two threaded ends suitable to couple with respective locking members on said main body , said first terminal is coupled in a disengageable manner with a first end tang of said main body , a first one of said locking members is in the shape of a first nut which is housed in a seat of said first tang , and a second one of said locking members consists of a second terminal member , which makes up part of hinge means, provided with a threaded hole.
A bicycle crankset, which is adapted to connect to a chain , comprising: a chainring having a disk member and a plurality of teeth on an edge of the disk member to engage the chain ; a spider , which is connected to the disk member of the chainring , having a connecting bore and a plurality of recesses on an edge of the connecting bore ; and a crankarm having a plurality of protrusions , wherein the carnkarm is connected to the spider by engaging the protrusions with the recesses of the spider ; characterized in that a center (C2) of the connecting bore is not on a center of the disk member of the chainring , and the crankarm is able to be connected to the chainring in different angles by engaging the protrusions of the crankarm with different of the recesses of the spider to provide various paths of motion of the chainring . a chainring having a disk member and a plurality of teeth on an edge of the disk member to engage the chain ; a spider , which is connected to the disk member of the chainring , having a connecting bore and a plurality of recesses on an edge of the connecting bore ; and a crankarm having a plurality of protrusions , wherein the carnkarm is connected to the spider by engaging the protrusions with the recesses of the spider ; characterized in that a center (C2) of the connecting bore is not on a center of the disk member of the chainring , and the crankarm is able to be connected to the chainring in different angles by engaging the protrusions of the crankarm with different of the recesses of the spider to provide various paths of motion of the chainring .
An apparatus , comprising: a cable comprising a plurality of wires; a plurality of cooling channels external to the cable; an air mover connected to the plurality of cooling channels, the air mover being arranged external to the cable in that the air mover housing is separate from and external to a housing of the cable and that the air mover receives power in a manner other than being connected to a power wire carried by the cable, and is configured to generate forced air and to provide the forced air to the plurality of cooling channels; and a connector located at an end of the cable to connect the wires and the plurality of cooling channels to a mobile computing device to provide the forced air thereinto for passing over at least one device component of the mobile computing device to absorb heat generated by at least one device component, wherein the air mover is arranged at a point along the cable that is proximate to the end of the cable comprising the connector. a cable comprising a plurality of wires; a plurality of cooling channels external to the cable; an air mover connected to the plurality of cooling channels, the air mover being arranged external to the cable in that the air mover housing is separate from and external to a housing of the cable and that the air mover receives power in a manner other than being connected to a power wire carried by the cable, and is configured to generate forced air and to provide the forced air to the plurality of cooling channels; and a connector located at an end of the cable to connect the wires and the plurality of cooling channels to a mobile computing device to provide the forced air thereinto for passing over at least one device component of the mobile computing device to absorb heat generated by at least one device component, wherein the air mover is arranged at a point along the cable that is proximate to the end of the cable comprising the connector.
A molding material containing: a polyester-based elastomer; a highly polar polyester comprising poly(lactic acid); cellulose fibers; and a flame retardant, wherein a total content of the polyester-based elastomer and the highly polar polyester is equal to or lower than a content of the cellulose fibers, the flame retardant has a phosphazene skeleton or a phosphate skeleton in its molecular structure, a content of the flame retardant with respect to a total content of the polyester-based elastomer, the highly polar polyester, and the cellulose fibers is 1 to 10 percent by mass, and a content of the polyester-based elastomer with respect to a content of the highly polar polyester is 25 to 400 percent by mass. a polyester-based elastomer; a highly polar polyester comprising poly(lactic acid); cellulose fibers; and a flame retardant, wherein a total content of the polyester-based elastomer and the highly polar polyester is equal to or lower than a content of the cellulose fibers, the flame retardant has a phosphazene skeleton or a phosphate skeleton in its molecular structure, a content of the flame retardant with respect to a total content of the polyester-based elastomer, the highly polar polyester, and the cellulose fibers is 1 to 10 percent by mass, and a content of the polyester-based elastomer with respect to a content of the highly polar polyester is 25 to 400 percent by mass.
Robotic cleaning device comprising: a main body having a front end portion with a front end wall , a rear end portion , a right side wall connecting the front end wall and the rear end portion and a left side wall connecting the front end wall and the rear end portion ; at least one driving wheel arranged to move the robotic cleaning device across a surface to be cleaned; driving means arranged to control the at least one driving wheel to rotate in order to move the robotic cleaning device across the surface to be cleaned; control means arranged to control the driving means to move the robotic cleaning device across the surface to be cleaned in accordance with navigation information; and a cleaning member arranged at a bottom side of the main body for removing debris from the surface to be cleaned, the cleaning member being arranged in the front end portion of the main body; and the main body is arranged such that its width (A) is greatest between the right side wall and the left side wall, said greatest width (A) being located at the front end portion of the main body characterized in that the front end portion of the main body being arranged to be beveled at a section where the front end wall meets the right and/or left side wall , respectively.. a main body having a front end portion with a front end wall , a rear end portion , a right side wall connecting the front end wall and the rear end portion and a left side wall connecting the front end wall and the rear end portion ; at least one driving wheel arranged to move the robotic cleaning device across a surface to be cleaned; driving means arranged to control the at least one driving wheel to rotate in order to move the robotic cleaning device across the surface to be cleaned; control means arranged to control the driving means to move the robotic cleaning device across the surface to be cleaned in accordance with navigation information; and a cleaning member arranged at a bottom side of the main body for removing debris from the surface to be cleaned, the cleaning member being arranged in the front end portion of the main body; and the main body is arranged such that its width (A) is greatest between the right side wall and the left side wall, said greatest width (A) being located at the front end portion of the main body characterized in that the front end portion of the main body being arranged to be beveled at a section where the front end wall meets the right and/or left side wall , respectively..
An extractor , comprising: a housing that includes a suction nozzle for removing dirt and debris from the surface to be cleaned and a vacuum motor that is fluidly connected to the suction nozzle ; the housing further includes an electrical system that includes the vacuum motor ; an electrical power cord that is removably connected to the electrical system wherein the connection between the electrical cord and the electrical circuit comprises: a male connector in the housing at an external surface thereof; and a female connector at one end of the electrical cord that removably interfaces with the male connector to supply power to the electrical system ; wherein the electrical power cord is easily replaceable by disconnecting the male connector and the female connector , characterized by a cord housing that is mounted to the electrical cord and that mounts the female connector , wherein the cord housing is removably mounted to the housing . a housing that includes a suction nozzle for removing dirt and debris from the surface to be cleaned and a vacuum motor that is fluidly connected to the suction nozzle ; the housing further includes an electrical system that includes the vacuum motor ; an electrical power cord that is removably connected to the electrical system wherein the connection between the electrical cord and the electrical circuit comprises: a male connector in the housing at an external surface thereof; and a female connector at one end of the electrical cord that removably interfaces with the male connector to supply power to the electrical system ; wherein the electrical power cord is easily replaceable by disconnecting the male connector and the female connector , characterized by a cord housing that is mounted to the electrical cord and that mounts the female connector , wherein the cord housing is removably mounted to the housing . a male connector in the housing at an external surface thereof; and a female connector at one end of the electrical cord that removably interfaces with the male connector to supply power to the electrical system ; wherein the electrical power cord is easily replaceable by disconnecting the male connector and the female connector , characterized by a cord housing that is mounted to the electrical cord and that mounts the female connector , wherein the cord housing is removably mounted to the housing .
A complex, for use in an in vivo method for targeting cells for discriminating, in a population of cells, between live cells and cells whose plasma membrane has lost integrity, such as dead cells, of a first compound and a first protein of the cell whose plasma membrane has lost integrity, wherein the first compound is non-activated extracellularly applied and is substantially unable to cross a healthy cell membrane, wherein the first compound is selected from one or more of a fluorescent compound, being a cyanine, and a conjugate thereof, preferably non-activated or de-activated compound, such as a carboxylate thereof; wherein the first protein is selected from the group consisting of fibrous proteins, fibrous structural proteins, metalloenzymes, Hsp90p co-chaperone (CDC37), isomers thereof, complexes thereof, and decay products thereof, wherein the first compound and the first protein chemically/physically/biologically interact, wherein discriminating is by targeting the cells whose plasma membrane has lost integrity and by performing a measurement to determine an amount of interaction between the first compound and the cell whose plasma membrane has lost integrity, and by (e) performing one or more further measurements on the sample with a first technique suitable for detecting the first compound to provide a value or values of the first compound, (f) in addition to determining an amount of interaction analysing the value or values to determine one or more values of one or more parameters of the cells whose plasma membrane has lost integrity of the biological sample, wherein a value or values above a threshold value indicate binding of the compound to the first cell protein.
A magnetic field sensor comprising: a semiconductor substrate ; a coil provided on a surface of the semiconductor substrate and configured to provide a changing magnetic field having a magnetic field vector with a direction parallel to a surface of the semiconductor substrate on which the coil is supported in response to a changing current in the coil; and a plurality of giant magnetoresistive elements, GMRs, arranged in a bridge ) configuration and supported by the substrate for detecting a target by detecting variations in the changing magnetic field caused by proximity of a target that provides a magnetic field; characterized in that : a first pair of the GMRs of the bridge configuration is positioned at an end of the coil and a second pair of the GMRs of the bridge is positioned at an opposing end of the coil to increase sensitivity of the magnetic field sensor to a proximal target located in line with the magnetic field vector. a semiconductor substrate ; a coil provided on a surface of the semiconductor substrate and configured to provide a changing magnetic field having a magnetic field vector with a direction parallel to a surface of the semiconductor substrate on which the coil is supported in response to a changing current in the coil; and a plurality of giant magnetoresistive elements, GMRs, arranged in a bridge ) configuration and supported by the substrate for detecting a target by detecting variations in the changing magnetic field caused by proximity of a target that provides a magnetic field; characterized in that : a first pair of the GMRs of the bridge configuration is positioned at an end of the coil and a second pair of the GMRs of the bridge is positioned at an opposing end of the coil to increase sensitivity of the magnetic field sensor to a proximal target located in line with the magnetic field vector.
A mounting system for a handle, such as a door handle, comprising one or more mounting units each of which comprises: a base plate arranged for being mountable on a door, a grip part arranged for opening and closing the door, and a connecting part arranged for connection to the grip part and for a releasable connection to the base plate , wherein the base plate comprises a mating part , and wherein the connecting part comprises a plurality of deformable primary cantilever arms each of which comprises an end catch element arranged for releasable engagement with the mating part , wherein the grip part comprises an open end for receiving the connecting part , wherein the connecting part comprises a plurality of deformable secondary cantilever arms , and wherein the plurality of secondary cantilever arms are configured for non-releasable snap-fit engagement with the open end of the grip part , characterized in that , the plurality of deformable secondary cantilever arms project substantially parallel to the plurality of primary cantilever arms . a base plate arranged for being mountable on a door, a grip part arranged for opening and closing the door, and a connecting part arranged for connection to the grip part and for a releasable connection to the base plate , wherein the base plate comprises a mating part , and wherein the connecting part comprises a plurality of deformable primary cantilever arms each of which comprises an end catch element arranged for releasable engagement with the mating part , wherein the grip part comprises an open end for receiving the connecting part , wherein the connecting part comprises a plurality of deformable secondary cantilever arms , and wherein the plurality of secondary cantilever arms are configured for non-releasable snap-fit engagement with the open end of the grip part ,