mhurhangee/patent-ind-claim-en huggingface dataset:
A tire pressure monitoring system comprising: a vehicle body structure ; a plurality of wheels rotatably mounted to the vehicle body structure , each of the plurality of wheels having a tire pressure sensor installed therein; a receiver configured to receive tire pressure signals from each of the tire pressure sensors ; an alerting device; an electronic input/output device configured to receive manually input instructions; and an electronic controller having electronic memory and being electronically connected to the receiver, the alerting device and the electronic input/output device, with a first preset tire pressure and a second preset tire pressure for each of the plurality of wheels being stored in the electronic memory, the first preset tire pressure being for paved road driving conditions and the second preset tire pressure being for off-road driving conditions , characterized in that the electronic controller being configured to monitor tire pressure and in response to determining one-by-one that the change in tire pressure in each of the plurality of wheels from the first preset tire pressure to the second preset tire pressure has been achieved, the electronic controller for each of the plurality of wheels operates the alerting device to alert a person manually changing the tire pressure that the change to the second preset tire pressure in tire pressure has been achieved. a vehicle body structure ; a plurality of wheels rotatably mounted to the vehicle body structure , each of the plurality of wheels having a tire pressure sensor installed therein; a receiver configured to receive tire pressure signals from each of the tire pressure sensors ; an alerting device; an electronic input/output device configured to receive manually input instructions; and an electronic controller having electronic memory and being electronically connected to the receiver, the alerting device and the electronic input/output device, with a first preset tire pressure and a second preset tire pressure for each of the plurality of wheels being stored in the electronic memory, the first preset tire pressure being for paved road driving conditions and the second preset tire pressure being for off-road driving conditions , characterized in that the electronic controller being configured to monitor tire pressure and in response to determining one-by-one that the change in tire pressure in each of the plurality of wheels from the first preset tire pressure to the second preset tire pressure has been achieved, the electronic controller for each of the plurality of wheels operates the alerting device to alert a person manually changing the tire pressure that the change to the second preset tire pressure in tire pressure has been achieved.
A box including a bottom and a peripheral rim , the peripheral rim comprising four panels divided into a first pair and a second pair perpendicular to one another, each panel of the second pair being connected articulated with each panel of the first pair , each panel being able to take up: - a storage position in which it is parallel or coplanar to the bottom ; - a use position in which it is perpendicular to the bottom ; and each panel of the first pair is foldable on itself about at least one hinge extending from a lower corner of the panel, the hinge being designed to permit the folding of the panel into its storage position wherein: - a first part of the panel is folded down on or in the extension of the bottom of the box; - a second part of the panel is folded down on the first part , and in that the first part of the panels of the first pair and the second part of the panels of the first pair each respectively have first retaining means and second retaining means intended to interact with one another to keep the panels of the first pair in the use position, the first retaining means and the second retaining means falling within the thickness of the panels, characterized in that the box is made of expanded material, and the panels comprise a core and a film secured to the core. each panel being able to take up: - a storage position in which it is parallel or coplanar to the bottom ; - a use position in which it is perpendicular to the bottom ; - a storage position in which it is parallel or coplanar to the bottom ; - a use position in which it is perpendicular to the bottom ; and each panel of the first pair is foldable on itself about at least one hinge extending from a lower corner of the panel, the hinge being designed to permit the folding of the panel into its storage position wherein: - a first part of the panel is folded down on or in the extension of the bottom of the box; - a second part of the panel is folded down on the first part , - a first part of the panel is folded down on or in the extension of the bottom of the box; - a second part of the panel is folded down on the first part , and in that the first part of the panels of the first pair and the second part of the panels of the first pair each respectively have first retaining means and second retaining means intended to interact with one another to keep the panels of the first pair in the use position, the first retaining means and the second retaining means falling within the thickness of the panels, characterized in that the box is made of expanded material, and the panels comprise a core and a film secured to the core.
A pump comprising: a housing ; a washing water inlet pipe coupled to the housing to receive washing water; a washing water outlet pipe coupled to the housing to discharge the washing water; an impeller disposed in the housing to discharge the washing water from the washing water inlet pipe to the washing water outlet pipe ; a heater coupled to the housing to heat the washing water in the housing and generate steam; a steam discharge pipe to discharge the steam generated by the heater ; characterized in that a selector valve is coupled to the steam discharge pipe to block the discharge of the washing water and allow the steam to be discharged, wherein the selector valve comprises: a valve body having a flow path formed therein, and an inlet of the valve body is disposed below an outlet of the valve body ; and a valve ball movably disposed inside the valve body and closing the flow path of the valve body when the valve ball is disposed at the outlet side of the valve body , wherein the valve body has a plurality of valve ribs formed inside an inlet side of the valve body to protrude in a radial direction, wherein the valve ball seats on the plurality of valve ribs . a housing ; a washing water inlet pipe coupled to the housing to receive washing water; a washing water outlet pipe coupled to the housing to discharge the washing water; an impeller disposed in the housing to discharge the washing water from the washing water inlet pipe to the washing water outlet pipe ; a heater coupled to the housing to heat the washing water in the housing and generate steam; a steam discharge pipe to discharge the steam generated by the heater ; characterized in that a selector valve is coupled to the steam discharge pipe to block the discharge of the washing water and allow the steam to be discharged, wherein the selector valve comprises: a valve body having a flow path formed therein, and an inlet of the valve body is disposed below an outlet of the valve body ; and a valve ball movably disposed inside the valve body and closing the flow path of the valve body when the valve ball is disposed at the outlet side of the valve body , a valve body having a flow path formed therein, and an inlet of the valve body is disposed below an outlet of the valve body ; and a valve ball movably disposed inside the valve body and closing the flow path of the valve body when the valve ball is disposed at the outlet side of the valve body , wherein the valve body has a plurality of valve ribs formed inside an inlet side of the valve body to protrude in a radial direction, wherein the valve ball seats on the plurality of valve ribs .
A method of bonding a conductor of an electric wire including a conductor formed of a plurality of strands and a sheath covering the conductor such that the conductor is exposed to a predetermined length, the bonding method ultrasonically bonding the plurality of strands of the electric wire to each other using an anvil and a horn , wherein when the strands are ultrasonically bonded to each other by clamping a part of the conductor exposed from the sheath between the anvil and the horn throughout a predetermined length and ultrasonically vibrating the horn , characterising in that : a distance (x) from the anvil or the horn to the sheath of the electric wire is shorter than a length (L) of the strands when the strand vibrates in a primary mode by ultrasonic vibration, wherein the length (L) is determined by with m being a constant of 4.730, f being an ultrasonic frequency of the horn in Hz, ρ being the density of the strands in kg / m 3 , A being the cross-sectional area of a single strand in m 2 , E being the Young's modulus of the strand in N / m 2 , I being the cross-sectional secondary moment of a single strand in m 4 . a distance (x) from the anvil or the horn to the sheath of the electric wire is shorter than a length (L) of the strands when the strand vibrates in a primary mode by ultrasonic vibration, wherein the length (L) is determined by with m being a constant of 4.730, f being an ultrasonic frequency of the horn in Hz, ρ being the density of the strands in kg / m 3 , A being the cross-sectional area of a single strand in m 2 , E being the Young's modulus of the strand in N / m 2 , I being the cross-sectional secondary moment of a single strand in m 4 .
Handheld feeder device adapted to distribute stackable reinforcement spacers , where the reinforcement spacers are stacked in each other, where the feeder comprises a body adapted for holding a plurality of stackable reinforcement spacers by a central inner opening of the reinforcement spacer, a handle for holding the feeder device , and a release mechanism adapted for releasing one reinforcement spacer at the time, where the release mechanism comprises a release means arranged to protrude outwards from the feeder body when the release means is in a hold position, characterized in that the release mechanism is spring-loaded and that the release mechanism is operated by pulling the handle upwards in order to overcome the force of the spring force of the release mechanism.
A method of operating a telemetry system, the method comprising: implementing an event ingestion pipeline to shuttle events through components of the telemetry system, wherein an event includes an instantiation of a set of data described in an event definition, the set of data being logged and transmitted to the telemetry system, wherein the event definition is a description of a specific event in an instrumented application and includes a list of fields set forth in multiple schema sections, wherein the event definition is created by an event author; automatically populating a first set of fields in a first section schema of the multiple schema sections using a logging library of the telemetry system; and populating a second set of fields in a second section schema of the multiple schema sections, wherein the second section schema is selected by the event author, wherein the multiple schema sections are employed for declaring and populating the data from the event. implementing an event ingestion pipeline to shuttle events through components of the telemetry system, wherein an event includes an instantiation of a set of data described in an event definition, the set of data being logged and transmitted to the telemetry system, wherein the event definition is a description of a specific event in an instrumented application and includes a list of fields set forth in multiple schema sections, wherein the event definition is created by an event author; automatically populating a first set of fields in a first section schema of the multiple schema sections using a logging library of the telemetry system; and populating a second set of fields in a second section schema of the multiple schema sections, wherein the second section schema is selected by the event author, wherein the multiple schema sections are employed for declaring and populating the data from the event.
A magnetic tunnel junction "MTJ" device (400 , 400 ), comprising: a bottom electrode (404 , 404 ) having a width and a top surface; a dielectric material layer disposed adjacent to the bottom electrode and at least partially below the top surface of the bottom electrode and a seed layer (418 , 418 ); an MTJ stack pillar (406 , 406 ) having a width larger than the width of the bottom electrode, disposed above the dielectric layer and in electrical contact with the bottom electrode, the MTJ stack pillar comprising: a pinned layer (420 , 420 ) disposed above the seed layer; a free layer (422 , 422 ) disposed above the seed layer; and a tunnel barrier (416 , 416 ) disposed between the pinned layer and the free layer, the tunnel barrier configured to provide a tunnel magnetoresistance between the pinned layer and the free layer; an over-etch trench (408 , 408 ) disposed in the dielectric material layer adjacent to the MTJ stack pillar and extending below the top surface of the bottom electrode, wherein the over-etch trench does not extend into the bottom electrode; and characterized by : a redeposited dielectric material from the dielectric material layer adjacent to an outer side surface of the MTJ stack pillar. a bottom electrode (404 , 404 ) having a width and a top surface; a dielectric material layer disposed adjacent to the bottom electrode and at least partially below the top surface of the bottom electrode and a seed layer (418 , 418 ); an MTJ stack pillar (406 , 406 ) having a width larger than the width of the bottom electrode, disposed above the dielectric layer and in electrical contact with the bottom electrode, the MTJ stack pillar comprising: a pinned layer (420 , 420 ) disposed above the seed layer; a free layer (422 , 422 ) disposed above the seed layer; and a tunnel barrier (416 , 416 ) disposed between the pinned layer and the free layer, the tunnel barrier configured to provide a tunnel magnetoresistance between the pinned layer and the free layer; a pinned layer (420 , 420 ) disposed above the seed layer; a free layer (422 , 422 ) disposed above the seed layer; and a tunnel barrier (416 , 416 ) disposed between the pinned layer and the free layer, the tunnel barrier configured to provide a tunnel magnetoresistance between the pinned layer and the free layer; an over-etch trench (408 , 408 ) disposed in the dielectric material layer adjacent to the MTJ stack pillar and extending below the top surface of the bottom electrode, wherein the over-etch trench does not extend into the bottom electrode; and characterized by : a redeposited dielectric material from the dielectric material layer adjacent to an outer side surface of the MTJ stack pillar.
Medical product, comprising at least one expandable base body , the base body being a balloon catheter, characterized in that on at least part of the exterior surface of the balloon are provided at least one, preferably at least two, implantable moulded parts, wherein said moulded part (3; 13; 23; 49) is composed of a mixture comprising, as a first component, probucol and, as a second component, at least one substance selected from the group consisting of sirolimus (rapamycin), sirolimus analogues, namely everolimus, biolimus A9, zotarolimus (ABT-578), temsirolimus and ridaforolimus (AP 23573), and paclitaxel.
A heat exchanger , characterized in that , comprising: a first collecting pipe , a heat exchange tube and a partition plate ; the first collecting pipe comprising a pipe wall and a first inner cavity ; the first collecting pipe comprising a first end portion and a second end portion in a length direction thereof; the partition plate being disposed in the first inner cavity and extending from the first end portion along the length direction of the first collecting pipe so as to divide the first inner cavity into a first sub-cavity and a second sub-cavity , the first sub-cavity and the second sub-cavity being parallel in the length direction of the first collecting pipe ; the heat exchange tube comprising a tube wall and a refrigerant channel for refrigerant to flow, the heat exchange tube having a first end and a second end in an extending direction thereof, the refrigerant channel extending from the first end to the second end and extending through the heat exchange tube ; the pipe wall of the first collecting pipe further defining a first insertion hole , the partition plate defining a second insertion hole corresponding to the first insertion hole , the first end of the heat exchange tube passing through the first insertion hole and being inserted into the second insertion hole ; the heat exchanger further comprising a first inlet/outlet, the first inlet/outlet being disposed at the first end portion of the first collecting pipe and being in communication with the second sub-cavity , the first sub-cavity being in communication with the refrigerant channel ; characterized by the partition plate defining a through hole, the through hole and the second insertion hole being disposed in a staggered manner, the through hole being in communication with the first sub-cavity and the second sub-cavity . the heat exchange tube comprising a tube wall and a refrigerant channel for refrigerant to flow, the heat exchange tube having a first end and a second end in an extending direction thereof, the refrigerant channel extending from the first end to the second end and extending through the heat exchange tube ; the pipe wall of the first collecting pipe further defining a first insertion hole , the partition plate defining a second insertion hole corresponding to the first insertion hole , the first end of the heat exchange tube passing through the first insertion hole and being inserted into the second insertion hole ; the heat exchanger further comprising a first inlet/outlet, the first inlet/outlet being disposed at the first end portion of the first collecting pipe and being in communication with the second sub-cavity , the first sub-cavity being in communication with the refrigerant channel ; characterized by the partition plate defining a through hole, the through hole and the second insertion hole being disposed in a staggered manner, the through hole being in communication with the first sub-cavity and the second sub-cavity .
A drawing apparatus for drawing an extended form (CS) from a grown form (CB) produced by growing carbon nanotubes (CT), the drawing apparatus comprising: a holder configured to hold a part of the grown form (CB); and a drive unit configured to cause a relative movement of the grown form (CB) and the holder , characterised in that the holder comprises a holding member comprising a receiver unit configured to receive therein a part of the grown form (CB) held by the holder . a holder configured to hold a part of the grown form (CB); and a drive unit configured to cause a relative movement of the grown form (CB) and the holder , characterised in that the holder comprises a holding member comprising a receiver unit configured to receive therein a part of the grown form (CB) held by the holder .
A vertical probe array comprising: one or more vertical probes; wherein each of the one or more vertical probes comprises an electrically conductive first member and a mechanically resilient second member ; wherein each of the one or more vertical probes includes a first tip and a second tip disposed at opposite vertical ends of the probe; wherein the first tip is configured to make temporary electrical contact to a device under test; wherein the second tip is configured to make electrical contact to a test apparatus; wherein an electrical current path between the first tip and the second tip is primarily through the electrically conductive first member ; wherein a mechanical compliance between the first tip and the second tip is primarily determined by the mechanically resilient second member ; and wherein the electrically conductive first member and the mechanically resilient second member are formed as a single part. one or more vertical probes; wherein each of the one or more vertical probes comprises an electrically conductive first member and a mechanically resilient second member ; wherein each of the one or more vertical probes includes a first tip and a second tip disposed at opposite vertical ends of the probe; wherein the first tip is configured to make temporary electrical contact to a device under test; wherein the second tip is configured to make electrical contact to a test apparatus; wherein an electrical current path between the first tip and the second tip is primarily through the electrically conductive first member ; wherein a mechanical compliance between the first tip and the second tip is primarily determined by the mechanically resilient second member ; and wherein the electrically conductive first member and the mechanically resilient second member are formed as a single part.
Vehicle , having at least one battery arrangement , the battery arrangement having a plurality of battery cells electrically connected to one another; - wherein each of the battery cells has a plurality of individual electrochemical cells ; - wherein each of the individual electrochemical cells has a monitoring device ; and - wherein the monitoring device is designed to electrically isolate the battery cell from the further battery cells if at least one measured value to be monitored by the monitoring device is outside a predetermined range of values, characterized in that each of the battery cells is a standalone component, and is thermally insulated from the further battery cells of the plurality of battery cells , wherein the battery cells are arranged so as to be spatially separate from one another in different areas of the vehicle, such that, in the event of one or more individual electrochemical cells of a battery cell burning out, further battery cells of the battery arrangement that are spaced apart therefrom are not affected. - wherein each of the battery cells has a plurality of individual electrochemical cells ; - wherein each of the individual electrochemical cells has a monitoring device ; and - wherein the monitoring device is designed to electrically isolate the battery cell from the further battery cells if at least one measured value to be monitored by the monitoring device is outside a predetermined range of values,