mhurhangee/patent-ind-claim-en huggingface dataset:
Headlamp device , in particular motor vehicle headlamp, for selectively emitting at least light of a first and/or second kind, comprising at least the components: - a printed circuit board arrangement , on which are arranged an illuminant of a first type for emitting light of a first kind and an illuminant of a second type for emitting light of a second kind, as well as a supply device for electrically supplying the illuminant; - a printed circuit board carrier for receiving and/or holding the printed circuit board arrangement at least in sections; - an optical cover element for directing the light emitted by the illuminants of the first and second type; and - a headlight housing for at least receiving the printed circuit board carrier , and wherein a first printed circuit board section of the printed circuit board arrangement is assigned to the illuminant of the first type and another printed circuit board section of the printed circuit board arrangement is assigned to the illuminant of the second type, wherein the printed circuit board carrier has a receiving section for receiving the cover element at least in sections and/or a contact section for contact with the cover element, characterized in that at least the printed circuit board arrangement and the printed circuit board carrier are cast together with the headlamp housing and in that both printed circuit board sections assigned to the light of the first kind and to the light of the second kind are arranged offset to each other in a main beam direction, and the cover element has a section assigned to the light of the first kind and a section assigned to the light of the second kind. - a printed circuit board arrangement , on which are arranged an illuminant of a first type for emitting light of a first kind and an illuminant of a second type for emitting light of a second kind, as well as a supply device for electrically supplying the illuminant; - a printed circuit board carrier for receiving and/or holding the printed circuit board arrangement at least in sections; - an optical cover element for directing the light emitted by the illuminants of the first and second type; and - a headlight housing for at least receiving the printed circuit board carrier , and wherein a first printed circuit board section of the printed circuit board arrangement is assigned to the illuminant of the first type and another printed circuit board section of the printed circuit board arrangement is assigned to the illuminant of the second type, wherein the printed circuit board carrier has a receiving section for receiving the cover element at least in sections and/or a contact section for contact with the cover element, characterized in that at least the printed circuit board arrangement and the printed circuit board carrier are cast together with the headlamp housing and in that both printed circuit board sections assigned to the light of the first kind and to the light of the second kind are arranged offset to each other in a main beam direction, and the cover element has a section assigned to the light of the first kind and a section assigned to the light of the second kind.
A pipe assembling device for welding and affixing with high reproducible accuracy on the basis of electronic data connection flanges to both ends of a connection pipe , to connect a straight pipe or a bent pipe for conveying a fluid, said pipe assembling device comprising, first and second flange positioning mechanisms , at least one of which can move on a horizontal plane so as to approach or separate said first and second flange positioning mechanisms from each other, said flange positioning mechanisms comprising, a flange placement base having an X-direction slide mechanism to slide a flange along the X-direction, wherein the X-direction comprises the direction parallel to the face of the flange mounting to the placement base that the flange linearly slides, a θ1-direction turning mechanism to planarly turn to a θ1-direction the flange placement base, wherein said θ1-direction is a direction that planarly turns around a flange axis that is perpendicular to a surface of the flange, a θ2-direction turning mechanism to vertically turn to a θ2-direction relative to the θ1-direction turning mechanism , wherein said θ2-direction is a direction that turns around a support axis of the θ1-direction turning mechanism , and a θ3-direction turning mechanism to horizontally turn the 02-direction turning mechanism to a θ3-direction, wherein the θ3-direction comprises a direction that turns said X-direction slide mechanism , said 01-direction turning mechanism and said θ2-direction turning mechanism integrally on a horizontal plane. first and second flange positioning mechanisms , at least one of which can move on a horizontal plane so as to approach or separate said first and second flange positioning mechanisms from each other, said flange positioning mechanisms comprising, a flange placement base having an X-direction slide mechanism to slide a flange along the X-direction, wherein the X-direction comprises the direction parallel to the face of the flange mounting to the placement base that the flange linearly slides, a θ1-direction turning mechanism to planarly turn to a θ1-direction the flange placement base, wherein said θ1-direction is a direction that planarly turns around a flange axis that is perpendicular to a surface of the flange, a θ2-direction turning mechanism to vertically turn to a θ2-direction relative to the θ1-direction turning mechanism , wherein said θ2-direction is a direction that turns around a support axis of the θ1-direction turning mechanism , and a θ3-direction turning mechanism to horizontally turn the 02-direction turning mechanism to a θ3-direction, wherein the θ3-direction comprises a direction that turns said X-direction slide mechanism , said 01-direction turning mechanism and said θ2-direction turning mechanism integrally on a horizontal plane.
A power charging device for an electric vehicle with an electric energy store , comprising at least one rectifier means for converting a supply voltage into a charging direct voltage during a charging process of the energy store of the electric vehicle , a contacting means for contacting a plug-in connection supply point of the electric vehicle , and a residual current monitoring device for detecting a current difference in the contacting means and/or the electric vehicle during a charging process of the energy store of the electric vehicle , characterised in that the residual current monitoring device is designed at least for detection of a direct current difference Δ I and comprises at least one shut-off element which can interrupt the charging process when a predeterminable direct current shutoff difference is exceeded over a predeterminable shutoff time, the contacting means comprises a data communication channel which provides an exchange of data between an insulation monitoring means of the electric vehicle and the residual current monitoring device and can read at least one insulation resistance R F in order to set a current shutoff difference and/or shutoff times of the residual current monitoring device . the residual current monitoring device is designed at least for detection of a direct current difference Δ I and comprises at least one shut-off element which can interrupt the charging process when a predeterminable direct current shutoff difference is exceeded over a predeterminable shutoff time, the contacting means comprises a data communication channel which provides an exchange of data between an insulation monitoring means of the electric vehicle and the residual current monitoring device and can read at least one insulation resistance R F in order to set a current shutoff difference and/or shutoff times of the residual current monitoring device .
A surgical fixation tool for scleral or conjunctival fixation comprising: a proximal grasping portion comprising a pair of legs and characterised by a single fixation member protruding from each of said legs , each of said fixation members comprising a needle with a sharp tip at a distal end of a needle shaft , wherein said needle protrudes distally from a support structure assembled on said needle shaft that comprises one or more sloped support surfaces that are sloped with respect to said needle shaft , wherein said one or more sloped support surfaces comprise more than one sloped surfaces that are joined at a curved portion and wherein an angle (S) between said sloped support surfaces is 10°-180°; and wherein said legs are separated by a channel and said tips of said fixation members are separated by a gap (G) and wherein said gap (G) is fixed. a proximal grasping portion comprising a pair of legs and characterised by a single fixation member protruding from each of said legs , each of said fixation members comprising a needle with a sharp tip at a distal end of a needle shaft , wherein said needle protrudes distally from a support structure assembled on said needle shaft that comprises one or more sloped support surfaces that are sloped with respect to said needle shaft , wherein said one or more sloped support surfaces comprise more than one sloped surfaces that are joined at a curved portion and wherein an angle (S) between said sloped support surfaces is 10°-180°; and wherein said legs are separated by a channel and said tips of said fixation members are separated by a gap (G) and wherein said gap (G) is fixed.
A computer implemented method for coordinating firmware updates comprising: receiving, from a head end system, HES, firmware upgrades at a hub device, wherein the firmware upgrades comprise one or more firmware upgrade images for updating one or more target devices, wherein the hub device acts as both a coordinator and gateway between a wide area network, WAN, and one or more home area network, HAN, devices; receiving by a designated server at the hub device an image set listing available firmware upgrades; selecting by the designated server the firmware upgrade to be downloaded over the WAN; informing by the designated server the head end system, HES, of its selection, wherein the designated server is an upgrade server; collecting WAN messages, at the hub device, that transmit and control one or more firmware upgrade images; performing, by the hub device, firmware upgrade on a target device when the target device is the hub device; transferring, from the hub device, the one or more firmware upgrade images to the one or more target devices when the one or more target devices are HAN devices; initiating, by the hub device, upgrade of the one or more target devices in accordance with the transferred one or more firmware upgrade images; reporting, by the hub device, a status of each of the one or more target devices to the WAN; and messaging, by the hub device, activation instructions for the one or more firmware upgrade images to the one or more target devices, scheduling, by the hub device, an activation time for each firmware upgrade. receiving, from a head end system, HES, firmware upgrades at a hub device, wherein the firmware upgrades comprise one or more firmware upgrade images for updating one or more target devices, wherein the hub device acts as both a coordinator and gateway between a wide area network, WAN, and one or more home area network, HAN, devices; receiving by a designated server at the hub device an image set listing available firmware upgrades; selecting by the designated server the firmware upgrade to be downloaded over the WAN; informing by the designated server the head end system, HES, of its selection, wherein the designated server is an upgrade server; collecting WAN messages, at the hub device, that transmit and control one or more firmware upgrade images; performing, by the hub device, firmware upgrade on a target device when the target device is the hub device; transferring, from the hub device, the one or more firmware upgrade images to the one or more target devices when the one or more target devices are HAN devices; initiating, by the hub device, upgrade of the one or more target devices in accordance with the transferred one or more firmware upgrade images; reporting, by the hub device, a status of each of the one or more target devices to the WAN; and messaging, by the hub device, activation instructions for the one or more firmware upgrade images to the one or more target devices, scheduling, by the hub device, an activation time for each firmware upgrade.
A saddle-riding motor vehicle (1; 107; 207) with at least one rear driving wheel (5; 105; 205) and at least a first front steered wheel (7; 107; 207X, 207Y), which is connected to a rotatable arm (9; 109; 209X, 209Y) provided with a rotary motion about a steering axis (A-A); wherein a wheel support (37; 137) is connected to the rotatable arm (9; 109; 209X, 209Y) with the interposition of a suspension (17; 117; 217X, 217Y) comprising a shock absorber (22; 122), said wheel support (37; 137) supporting the front steered wheel (7; 107; 207X, 207Y) and defining a rotation axis (B-B) of said front steered wheel (7; 107; 207); characterized in that the suspension (17; 117) comprises a Tchebycheff four-bar linkage.
A transmission system comprising a drive pulley , at least a driven pulley and an oil wet toothed belt , said toothed belt comprising a toothing and a back , a first portion , wherein said toothing is coupled to said drive pulley, a second portion wherein said toothing is coupled to said at least one driven pulley, a first taut branch which develops towards the driving pulley and a second slack branch which develops towards the driven pulley, characterized by comprising a fixed containment guide comprising a first wall facing said toothing and a second wall facing said back, said walls being at a distance from said toothed belt comprised between a minimum distance in which at rest is not in contact with said toothed belt and a maximum distance equal to 5% of one between said taut branch and said slack branch and said fixed containment guide is rectilinear for at least the length of two teeth and the distance D between said walls being greater than the height H of said toothed belt , said walls defining a channel in which is at least partially housed said toothed belt and at rest there is no contact between said walls and said toothed belt.
A nanoparticle which comprises on its surface: (A) an antibody that specifically binds to a target cell antigen or epitope thereof; and (B) a moiety that binds to an antigen-specific T cell, wherein the moiety is selected from the group consisting of: (a) an anti-clonotypic TCR-specific antibody; (b) a monomeric MHC class I molecule comprising a peptide antigen recognized by the antigen-specific T cell; (c) a multimeric MHC class I molecule comprising a peptide antigen recognized by the antigen-specific T cell; (d) a monomeric MHC class II molecule comprising a peptide antigen recognized by the antigen-specific T cell; and (e) a multimeric MHC class II molecule comprising a peptide antigen recognized by the antigen-specific T cell, wherein the nanoparticle has a mean particle diameter of from 25 nm to 125 nm. (A) an antibody that specifically binds to a target cell antigen or epitope thereof; and (B) a moiety that binds to an antigen-specific T cell, wherein the moiety is selected from the group consisting of: (a) an anti-clonotypic TCR-specific antibody; (b) a monomeric MHC class I molecule comprising a peptide antigen recognized by the antigen-specific T cell; (c) a multimeric MHC class I molecule comprising a peptide antigen recognized by the antigen-specific T cell; (d) a monomeric MHC class II molecule comprising a peptide antigen recognized by the antigen-specific T cell; and (e) a multimeric MHC class II molecule comprising a peptide antigen recognized by the antigen-specific T cell, wherein the nanoparticle has a mean particle diameter of from 25 nm to 125 nm. (a) an anti-clonotypic TCR-specific antibody; (b) a monomeric MHC class I molecule comprising a peptide antigen recognized by the antigen-specific T cell; (c) a multimeric MHC class I molecule comprising a peptide antigen recognized by the antigen-specific T cell; (d) a monomeric MHC class II molecule comprising a peptide antigen recognized by the antigen-specific T cell; and (e) a multimeric MHC class II molecule comprising a peptide antigen recognized by the antigen-specific T cell,
An esophagus sample collecting device for collecting a biological sample in a patient, the device comprising a collection portion having proximal axial end portion attached to a tubular member for directing the esophagus sample collecting device to a collection site in an esophagus, the collection portion and the tubular member provided with a size and shape sufficiently dimensioned to intubate a patient, the collection portion further having a distal axial end portion , the distal axial end portion having a collapsed position and an expanded position, the distal axial end portion extending axially into the proximal axial end portion and having a concave shape when in the collapsed position, the distal axial end portion being convex when in the expanded position, characterized in that the proximal axial end portion is more rigid than the distal axial end portion so that the proximal axial end portion does not collapse when a vacuum is applied to the proximal axial end portion through the tubular member to inflate and deflate the distal axial end portion .
An apparatus comprising: a module board comprising a first side and an opposite second side; at least one first circuit device on the first side of the module board, at least one second circuit device on the second side of the module board; and a support on the second side of the module board, the support comprising a plurality of pillars , each of the pillars having one or more interconnections therethrough, respective ones of the interconnections are coupled to the at least one first circuit device and the at least one second circuit device, the support having a thickness dimension operable to define a dimension from the module board greater than a thickness dimension of the at least one second circuit device; wherein two or more of the pillars have a different shape from one another, and characterized in that the plurality of pillars are disposed at respective corners of the module board. a module board comprising a first side and an opposite second side; at least one first circuit device on the first side of the module board, at least one second circuit device on the second side of the module board; and a support on the second side of the module board, the support comprising a plurality of pillars , each of the pillars having one or more interconnections therethrough, respective ones of the interconnections are coupled to the at least one first circuit device and the at least one second circuit device, the support having a thickness dimension operable to define a dimension from the module board greater than a thickness dimension of the at least one second circuit device; wherein two or more of the pillars have a different shape from one another, and characterized in that the plurality of pillars are disposed at respective corners of the module board.
A hair treatment device , comprising: a device body ; at least one sensor arranged in or on the device body for detecting a hair state parameter; at least one sensor arranged in or on the device body for detecting movements and changes in position of the device body , and an electronic circuit device arranged in or on the device body , wherein the electronic circuit device is coupled to the at least two sensors in order to receive the detected hair state parameter and to receive the detected movements and changes in position, wherein the electronic circuit device is further configured to control, on the basis of the received detected hair state parameter, at least one hair treatment parameter and to meter at least one hair treatment agent and optionally provide a hair treatment recommendation, and wherein the electronic circuit device is further configured to determine, on the basis of the received movements and changes in position, a spatial location of the device body and/or a speed of the device body . a device body ; at least one sensor arranged in or on the device body for detecting a hair state parameter; at least one sensor arranged in or on the device body for detecting movements and changes in position of the device body , and an electronic circuit device arranged in or on the device body , wherein the electronic circuit device is coupled to the at least two sensors in order to receive the detected hair state parameter and to receive the detected movements and changes in position, wherein the electronic circuit device is further configured to control, on the basis of the received detected hair state parameter, at least one hair treatment parameter and to meter at least one hair treatment agent and optionally provide a hair treatment recommendation, and wherein the electronic circuit device is further configured to determine, on the basis of the received movements and changes in position, a spatial location of the device body and/or a speed of the device body .
A method for producing a lithium metal negative electrode structure comprising the steps of: (a) preparing a laminate by forming a coated portion of a lithium metal layer on one side or both sides of a current collector such that a non-coated portion on which a tab will be formed is included on one side of the current collector; (b) forming an insulating layer or an insulating tape by coating and curing a photocurable material, or attaching an insulating tape , onto a stepped part between the non-coated portion and the coated portion of the lithium metal layer; and (c) punching the laminate with the insulating layer or the insulating tape together into a unit electrode to produce a lithium metal negative electrode structure, and wherein the method comprises (d) forming a tab by punching the non-coated portion simultaneously with step (c), or after step (c). (a) preparing a laminate by forming a coated portion of a lithium metal layer on one side or both sides of a current collector such that a non-coated portion on which a tab will be formed is included on one side of the current collector; (b) forming an insulating layer or an insulating tape by coating and curing a photocurable material, or attaching an insulating tape , onto a stepped part between the non-coated portion and the coated portion of the lithium metal layer; and (c) punching the laminate with the insulating layer or the insulating tape together into a unit electrode to produce a lithium metal negative electrode structure, and
An IL-33 antagonist for use in treating a patient suffering from Dupuytren's disease, wherein the IL-33 antagonist is a) an antibody that specifically binds to, and inhibits activation of, an IL-33 receptor; or an antigen binding fragment of such an antibody that specifically binds to, and inhibits activation of, an IL-33 receptor; b) a soluble form of an IL-33 receptor that specifically binds to IL-33 and inhibits IL-33 binding to the IL-33 receptor; or c) a bispecific antibody comprising at least one antigen binding domain which binds to, and inhibits activation of, an IL-33 receptor. a) an antibody that specifically binds to, and inhibits activation of, an IL-33 receptor; or an antigen binding fragment of such an antibody that specifically binds to, and inhibits activation of, an IL-33 receptor; b) a soluble form of an IL-33 receptor that specifically binds to IL-33 and inhibits IL-33 binding to the IL-33 receptor; or c) a bispecific antibody comprising at least one antigen binding domain which binds to, and inhibits activation of, an IL-33 receptor.