mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: a printed circuit board, PCB ; a plurality of electronic components electrically connected to the PCB; and a connection member comprising a first portion fixed to one of the PCB and an electronic component and a second portion which is connected to the other one of the PCB and the electronic component by a magnetic force between the second portion and the other one of the PCB and the electronic component, wherein the second portion of the connection member is moveably connected to the first portion, and wherein the connection member comprises a stopper , the stopper being coupled to the first portion and limiting the second portion from rotating in a direction that reduces an angle formed between the second portion and the first portion. a printed circuit board, PCB ; a plurality of electronic components electrically connected to the PCB; and a connection member comprising a first portion fixed to one of the PCB and an electronic component and a second portion which is connected to the other one of the PCB and the electronic component by a magnetic force between the second portion and the other one of the PCB and the electronic component, wherein the second portion of the connection member is moveably connected to the first portion, and wherein the connection member comprises a stopper , the stopper being coupled to the first portion and limiting the second portion from rotating in a direction that reduces an angle formed between the second portion and the first portion.
Robot system for treating a patient , comprising: a multi-axis articulated arm robot ; a printing device , which is guided by the articulated arm robot and is configured for constructing an implant by printing a biocompatible print material; and a controller , which is configured for positioning the articulated arm robot on the patient and for constructing the implant in the patient , characterized in that the multi-axis articulated arm robot comprises sensors, which are configured for detecting forces and/or torques acting on the articulated arm robot , and the controller is configured for positioning the articulated arm robot based on a guidance of the articulated arm robot by hand. a multi-axis articulated arm robot ; a printing device , which is guided by the articulated arm robot and is configured for constructing an implant by printing a biocompatible print material; and a controller , which is configured for positioning the articulated arm robot on the patient and for constructing the implant in the patient , characterized in that the multi-axis articulated arm robot comprises sensors, which are configured for detecting forces and/or torques acting on the articulated arm robot , and the controller is configured for positioning the articulated arm robot based on a guidance of the articulated arm robot by hand.
A replacement mitral valve configured to self-expand from a constrained configuration to an expanded configuration, comprising: an anchor assembly comprising a ventricular anchor , an annular central portion , and an atrial anchor , the anchor assembly configured to expand from the constrained configuration to the expanded configuration in which the ventricular anchor and the atrial anchor are flared radially outward relative to the central portion, the anchor assembly in the expanded configuration configured to compress native cardiac tissue between the ventricular anchor and the atrial anchor; an annular strut frame disposed radially within the anchor assembly and attached to the anchor assembly in the constrained and expanded configurations with a plurality of couplers, the annular strut frame flared radially outward to form a funnel shape on an atrial side of the strut frame; and a plurality of replacement leaflets secured to the annular strut frame. an anchor assembly comprising a ventricular anchor , an annular central portion , and an atrial anchor , the anchor assembly configured to expand from the constrained configuration to the expanded configuration in which the ventricular anchor and the atrial anchor are flared radially outward relative to the central portion, the anchor assembly in the expanded configuration configured to compress native cardiac tissue between the ventricular anchor and the atrial anchor; an annular strut frame disposed radially within the anchor assembly and attached to the anchor assembly in the constrained and expanded configurations with a plurality of couplers, the annular strut frame flared radially outward to form a funnel shape on an atrial side of the strut frame; and a plurality of replacement leaflets secured to the annular strut frame.
An online sample manager for a liquid chromatography system , comprising: a process valve comprising: a first fluidic port for communication with a process line ; a second fluidic port for communication with at least one of a sample storage vessel and a wash component ; a third fluidic port for communication with a sample syringe ; a sample drawing position permitting fluidic passage between the process line and the sample syringe ; and a storage position permitting fluidic passage between the sample syringe and at least one of a sample storage vessel and a wash component , the online sample manager further comprising: an injection block in fluidic communication with the wash component ; and a column valve permitting fluidic passage between the injection block and a column line port a process valve comprising: a first fluidic port for communication with a process line ; a second fluidic port for communication with at least one of a sample storage vessel and a wash component ; a third fluidic port for communication with a sample syringe ; a sample drawing position permitting fluidic passage between the process line and the sample syringe ; and a storage position permitting fluidic passage between the sample syringe and at least one of a sample storage vessel and a wash component , the online sample manager further comprising: a first fluidic port for communication with a process line ; a second fluidic port for communication with at least one of a sample storage vessel and a wash component ; a third fluidic port for communication with a sample syringe ; a sample drawing position permitting fluidic passage between the process line and the sample syringe ; and a storage position permitting fluidic passage between the sample syringe and at least one of a sample storage vessel and a wash component , the online sample manager further comprising: an injection block in fluidic communication with the wash component ; and a column valve permitting fluidic passage between the injection block and a column line port
A seatback comprising: one or more structural members disposed inside the seatback of a vehicle seat; a speaker secured to the one or more structural members, the speaker comprising a diaphragm ; a speaker grille disposed in front of the diaphragm to protect the diaphragm; and a pad member covering a front surface of the seatback, characterized in that the pad member comprises an opening in front of the diaphragm of the speaker, an elastic member that is more rigid than the pad member is disposed on a wall of the opening to surround the opening, and the speaker grille is firmly inserted in the elastic member to cover the opening. one or more structural members disposed inside the seatback of a vehicle seat; a speaker secured to the one or more structural members, the speaker comprising a diaphragm ; a speaker grille disposed in front of the diaphragm to protect the diaphragm; and a pad member covering a front surface of the seatback, characterized in that the pad member comprises an opening in front of the diaphragm of the speaker, an elastic member that is more rigid than the pad member is disposed on a wall of the opening to surround the opening, and the speaker grille is firmly inserted in the elastic member to cover the opening.
A negative electrode for a secondary battery including a negative electrode current collector and a lithium metal, the negative electrode comprising: a negative electrode current collector; a lithium metal layer having a fine pattern formed on the negative electrode current collector; and a protective layer formed along a surface of the lithium metal layer having the fine pattern, wherein the protective layer is formed by depositing carbon on a surface of the lithium metal. a negative electrode current collector; a lithium metal layer having a fine pattern formed on the negative electrode current collector; and a protective layer formed along a surface of the lithium metal layer having the fine pattern, wherein the protective layer is formed by depositing carbon on a surface of the lithium metal.
Method for the production of casting bodies from an electrically conductive material by levitation melting, comprising the following steps: - introducing of the lowest batch of a starting material for several batches into the sphere of influence of at least one electromagnetic alternating field, wherein the starting material is of an electrically conductive material having several pre-separated batches separated by regions of reduced cross-section and the regions are designed in such a way that separation of the pre-separated batches takes place only during melting in an electromagnetic alternating field, - melting the batch , - lifting the remaining unmelted starting material from the molten batch in a levitating state, - overheating the levitating batch , - positioning a mould in a filling area below the levitating batch , - casting the entire batch into the mould, - removal of the solidified casting body from the mould. - introducing of the lowest batch of a starting material for several batches into the sphere of influence of at least one electromagnetic alternating field, wherein the starting material is of an electrically conductive material having several pre-separated batches separated by regions of reduced cross-section and the regions are designed in such a way that separation of the pre-separated batches takes place only during melting in an electromagnetic alternating field, - melting the batch , - lifting the remaining unmelted starting material from the molten batch in a levitating state, - overheating the levitating batch , - positioning a mould in a filling area below the levitating batch , - casting the entire batch into the mould, - removal of the solidified casting body from the mould.
A direct current solid state power controller system comprising: a plurality of switching devices connected in parallel for performing switching; one or more main transient voltage suppressors connected in parallel to the plurality of switching devices and arranged to perform voltage clamping; a plurality of parasitic inductances (134a-134d), each present in series with a switching device of the plurality of switching devices , and a plurality of local transient voltage suppressors , each connected in parallel with a switching device of the plurality of switching devices , and arranged to dissipate energy stored within the at least one parasitic inductance of the plurality of parasitic inductances (134a-134d), characterised in that the plurality of local transient voltage suppressors have a minimum breakdown voltage greater than a maximum combined clamp voltage of the one or more main transient voltage suppressors and less than a minimum breakdown voltage of the plurality of switching devices . a plurality of switching devices connected in parallel for performing switching; one or more main transient voltage suppressors connected in parallel to the plurality of switching devices and arranged to perform voltage clamping; a plurality of parasitic inductances (134a-134d), each present in series with a switching device of the plurality of switching devices , and a plurality of local transient voltage suppressors , each connected in parallel with a switching device of the plurality of switching devices , and arranged to dissipate energy stored within the at least one parasitic inductance of the plurality of parasitic inductances (134a-134d), characterised in that the plurality of local transient voltage suppressors have a minimum breakdown voltage greater than a maximum combined clamp voltage of the one or more main transient voltage suppressors and less than a minimum breakdown voltage of the plurality of switching devices .
A bone anchor system comprising: a fastener comprising: a shaft having a shaft diameter; an anchoring projection on the shaft; and a head at an end of the shaft; and a first sizing component configured for connection to the fastener, the first sizing component comprising: a first body portion having a first outer diameter larger than the shaft diameter; a first bore extending through the first body portion, the first bore sized to receive the shaft diameter; a first sizing threading located in the first bore to receive the anchoring projection on the shaft; a first outer surface at the first outer diameter; and a first circumferential bone engaging feature extending from the first outer surface. a fastener comprising: a shaft having a shaft diameter; an anchoring projection on the shaft; and a head at an end of the shaft; and a shaft having a shaft diameter; an anchoring projection on the shaft; and a head at an end of the shaft; and a first sizing component configured for connection to the fastener, the first sizing component comprising: a first body portion having a first outer diameter larger than the shaft diameter; a first bore extending through the first body portion, the first bore sized to receive the shaft diameter; a first sizing threading located in the first bore to receive the anchoring projection on the shaft; a first outer surface at the first outer diameter; and a first circumferential bone engaging feature extending from the first outer surface. a first body portion having a first outer diameter larger than the shaft diameter; a first bore extending through the first body portion, the first bore sized to receive the shaft diameter; a first sizing threading located in the first bore to receive the anchoring projection on the shaft; a first outer surface at the first outer diameter; and a first circumferential bone engaging feature extending from the first outer surface.
A suturing training device comprising: a base having a first side and a second side; a first anchor and a second anchor each positionable on the base , the first and second anchors (14; 16) are each connectable to a segment of tissue so that the tissue is suspended therebetween in use of the device ; characterised in further comprising: an actuator associated with one or both of the first anchor and the second anchor , the actuator being actuatable to cause relative movement of the first and second anchors (14; 16); and a force gauge configured to measure a force applied to the tissue when the first and second anchors are moved relative to one another by the actuator. a base having a first side and a second side; a first anchor and a second anchor each positionable on the base , the first and second anchors (14; 16) are each connectable to a segment of tissue so that the tissue is suspended therebetween in use of the device ; characterised in further comprising: an actuator associated with one or both of the first anchor and the second anchor , the actuator being actuatable to cause relative movement of the first and second anchors (14; 16); and a force gauge configured to measure a force applied to the tissue when the first and second anchors are moved relative to one another by the actuator. an actuator associated with one or both of the first anchor and the second anchor , the actuator being actuatable to cause relative movement of the first and second anchors (14; 16); and a force gauge configured to measure a force applied to the tissue when the first and second anchors are moved relative to one another by the actuator.
A composition comprising: • an aqueous medium, • a volatile base, • an acrylic film-forming polymer in aqueous dispersion, • a polyoxazoline, • a poly acidic material, wherein the polyacidic material is an acrylic resin comprising at least one vinyl or vinylidene moiety having a carboxylic acid group capable of salt formation and wherein the polyacidic material has a limited miscibility with the acrylic film-forming polymer, and • an alkaline swellable thickener, wherein said composition is capable of being applied to a substrate using aqueous means and removed from said same substrate using aqueous means at a pH of above 7.0. • an aqueous medium, • a volatile base, • an acrylic film-forming polymer in aqueous dispersion, • a polyoxazoline, • a poly acidic material, wherein the polyacidic material is an acrylic resin comprising at least one vinyl or vinylidene moiety having a carboxylic acid group capable of salt formation and wherein the polyacidic material has a limited miscibility with the acrylic film-forming polymer, and • an alkaline swellable thickener,
An electronic device comprising: a communication unit configured to receive, from a wearable electronic device , first information on whether a user wears the wearable electronic device , and to receive, from the wearable electronic device, second information corresponding to a notification limiting time; and a processing circuitry configured to: responsive to a first event occurring at the electronic device , transmit, via the communication unit , a notification message associated with the first event to the wearable electronic device when the first information indicates that the wearable electronic device is in a worn state and when the first event occurs at a time other than the notification limiting time, and responsive to a second event occurring at the electronic device , withhold transmitting a notification message associated with the second event to the wearable electronic device when the first information indicates that the wearable electronic device is in an unworn state and/or when the second event occurs during the notification limiting time. a communication unit configured to receive, from a wearable electronic device , first information on whether a user wears the wearable electronic device , and to receive, from the wearable electronic device, second information corresponding to a notification limiting time; and a processing circuitry configured to: responsive to a first event occurring at the electronic device , transmit, via the communication unit , a notification message associated with the first event to the wearable electronic device when the first information indicates that the wearable electronic device is in a worn state and when the first event occurs at a time other than the notification limiting time, and responsive to a second event occurring at the electronic device , withhold transmitting a notification message associated with the second event to the wearable electronic device when the first information indicates that the wearable electronic device is in an unworn state and/or when the second event occurs during the notification limiting time. responsive to a first event occurring at the electronic device , transmit, via the communication unit , a notification message associated with the first event to the wearable electronic device when the first information indicates that the wearable electronic device is in a worn state and when the first event occurs at a time other than the notification limiting time, and responsive to a second event occurring at the electronic device , withhold transmitting a notification message associated with the second event to the wearable electronic device when the first information indicates that the wearable electronic device is in an unworn state and/or when the second event occurs during the notification limiting time.
Process for obtaining hexachlorodisilane, comprising c) contacting at least one partially hydrogenated chlorodisilane of general formula H x Si 2 Cl (6-x) where x = 1 to 5 in the liquid state with a solid non-functionalized adsorber material selected from the group comprising silicates, aluminosilicates, organic polymer and combinations thereof, d) optionally separating the hexachlorodisilane and/or optionally separating the adsorber material. c) contacting at least one partially hydrogenated chlorodisilane of general formula H x Si 2 Cl (6-x) where x = 1 to 5 in the liquid state with a solid non-functionalized adsorber material selected from the group comprising silicates, aluminosilicates, organic polymer and combinations thereof, d) optionally separating the hexachlorodisilane and/or optionally separating the adsorber material.
A semi-trailer , including: a trailer chassis mounted on wheels and having a kingpin for attachment to a tractor vehicle for towing the trailer chassis; the trailer chassis comprising a telescopically extendable trailer chassis comprising two slidably interconnected trailer parts , namely a front trailer part and rear trailer part ; at least two longitudinally spaced-apart bolster assemblies on the trailer chassis for mounting a container box on the trailer chassis for transport; characterised in that an extension frame is slidably mounted on the rear trailer part , at a rear end of the rear trailer part , for movement between a retracted stored position on the rear trailer part and an extended position on the rear trailer part increasing the length of the semi-trailer; a bolster assembly mounted on the extension frame for cooperation with one of the bolster assemblies on the trailer chassis for mounting a container box on the trailer chassis ; the extension frame slidably engaging the trailer chassis by means of a pair of longitudinally spaced-apart roller assemblies engaged between the rear trailer part and the extension frame ; the roller assemblies comprising an upper roller assembly engaged between a top of the extension frame and the rear trailer part and a lower roller assembly engaged between a bottom of the extension frame and the rear trailer part . a trailer chassis mounted on wheels and having a kingpin for attachment to a tractor vehicle for towing the trailer chassis; the trailer chassis comprising a telescopically extendable trailer chassis comprising two slidably interconnected trailer parts , namely a front trailer part and rear trailer part ; at least two longitudinally spaced-apart bolster assemblies on the trailer chassis for mounting a container box on the trailer chassis for transport; characterised in that an extension frame is slidably mounted on the rear trailer part , at a rear end of the rear trailer part , for movement between a retracted stored position on the rear trailer part and an extended position on the rear trailer part increasing the length of the semi-trailer; a bolster assembly mounted on the extension frame for cooperation with one of the bolster assemblies on the trailer chassis for mounting a container box on the trailer chassis ; the extension frame slidably engaging the trailer chassis by means of a pair of longitudinally spaced-apart roller assemblies engaged between the rear trailer part and the extension frame ; the roller assemblies comprising an upper roller assembly engaged between a top of the extension frame and the rear trailer part and a lower roller assembly engaged between a bottom of the extension frame and the rear trailer part .