mhurhangee/patent-ind-claim-en huggingface dataset:
A protective plate , wherein the protective plate is provided with a guide groove, the protective plate is configured to shield an explosion-proof valve of a battery cell , the guide groove is configured to be disposed corresponding to the explosion-proof valve, and the guide groove is configured to guide a flow direction of a flame ejected from the explosion-proof valve; and wherein the protective plate comprises a body and a fireproof part , characterised in that the body is provided with an opening , and a shape of the opening is the same as an outer contour shape of the fireproof part ; and the fireproof part is embedded in the opening , and the guide groove is disposed on the fireproof part . the protective plate is provided with a guide groove, the protective plate is configured to shield an explosion-proof valve of a battery cell , the guide groove is configured to be disposed corresponding to the explosion-proof valve, and the guide groove is configured to guide a flow direction of a flame ejected from the explosion-proof valve; and wherein the protective plate comprises a body and a fireproof part , characterised in that the body is provided with an opening , and a shape of the opening is the same as an outer contour shape of the fireproof part ; and the fireproof part is embedded in the opening , and the guide groove is disposed on the fireproof part .
A membrane comprising a barrier layer S1 having a first and a second opposing surface and a contact layer S2 having a first and a second opposing surface, wherein at least a portion of the first surface of the barrier layer S1 and the second surface of the contact layer S2 are directly bonded to each other, and wherein the barrier layer S1 comprises a thermoplastic polymer component P1 and the contact layer S2 comprises a mixture of a mineral binder component B, a thermoplastic polymer component P2, and a surfactant component SF, and wherein the amount of the mineral binder component B is 10.0 - 80.0 wt.-%, based on the total weight of the contact layer S2 and wherein the amount of the thermoplastic polymer component P2 is 20.0 - 85.0 wt.-%, based on the total weight of the contact layer S2, and wherein the mineral binder component B is present in the contact layer S2 as a discontinuous particle based phase, which is dispersed in a continuous phase of the thermoplastic polymer component P2 and wherein the contact layer S2 is obtained by melt-processing a composition containing the mineral binder component B, the thermoplastic polymer component P2 and the surfactant component SF to a homogenized melt and extruding the homogenized melt through a manifold or a flat die followed by cooling the extruded material between calender cooling rolls.
Structural panel for a satellite comprising an external skin , an internal skin and a core layer arranged between the two, internal and external, skins and provided with a blind void , characterised in that the blind void comprises at least one electrically insulated inserted busbar , the busbar comprising a set of electrically insulating layers and of electrically conductive layers such that each conductive layer is doubly electrically insulated by an envelope formed of two electrically insulating layers , and the panel comprising a joining material filling the blind void in order to keep the inserted busbar fixed in place.
A bodywork element of a motor vehicle comprising a lining defining an inner volume to be closed by an outer skin , the lining being composed of electrically non-conductive material and the bodywork element comprising at least two internal structural elements arranged in the inner volume , between which a conductive surface of electrically conductive material is extended at a distance from the lining , so as to allow the dissipation of electrical energy.
A turbine stator blade made of ceramic matrix composite material comprising at least one hollow blade profile and having a trailing edge (BF) and a leading edge (BA), the blade also comprises a first portion comprising an extrados face of the blade profile and a second portion distinct from the first portion comprising an intrados face of the blade profile, the first and second portions being connected to one another by a connection interface present at least on the trailing edge or leading edge of the blade profile, the connecting interface comprising a region of overlap between the first and second portions which is present on at least one longitudinal end of the blade profile and intended to be present outside a flow path of a gas stream of the turbine, the blade also comprising at least one platform present at one longitudinal end of the blade profile which comprises a first portion integral with the extrados face of the blade profile and a second portion integral with the intrados face of the blade profile, characterized in that the first and second portions of the platform are connected to one another on at least one straddling portion belonging to the region of overlap.
A urinal comprising a bowl of elongated shape along a horizontal axis (X-X'), the inner walls and the edge of the bowl defining an opening , turned upwards, said bowl comprising a rear part , of length d 1 along the axis (X-X'), and a front part , of length d 2 along (X-X'), the points (M, N) representing the lowest point of the edge define the limit between the front part and the rear part of the bowl , the rear part comprising a first end , of width l 1 , along a horizontal axis (Z-Z'), perpendicular to the axis (X-X'), the front part comprising a second end , opposite the first end along the axis (X-X'), of width l 2 along the axis (Z-Z'), the opening being closed by a concave water-repellent screen , the edge being concave, open upwards, on both sides of the bowl , and k is the height difference between the points (M, N) and the second end , d 1 + d 2 is greater than or equal to 30 cm, d 2 is between 20 and 70 cm, l 1 is between 20 and 40 cm, l 2 is less than or equal to 10 cm, k is between 5 and 15 cm.
A method for optimizing the placement of smart-home devices , the method comprising: receiving , by a mobile computing device (166, 166-1, 166-2), a location for a smart-home device , comprising determining a relative location of the smart-home device based on a location and/or movement of the mobile computing device (166, 166-1, 166-2), wherein the mobile computing device (166, 166-1, 166-2) comprises a display and a camera; rendering , by the mobile computing device (166, 166-1, 166-2), a view of a virtual object that represents a field-of-view of the smart-home device , wherein the view of the virtual object is rendered based on a position corresponding to a position of the mobile computing device (166, 166-1, 166-2); and displaying , by the mobile computing device (166, 166-1, 166-2), the view of a virtual object that represents a field-of-view of the smart-home device on the display of the mobile computing device (166, 166-1, 166-2). receiving , by a mobile computing device (166, 166-1, 166-2), a location for a smart-home device , comprising determining a relative location of the smart-home device based on a location and/or movement of the mobile computing device (166, 166-1, 166-2), wherein the mobile computing device (166, 166-1, 166-2) comprises a display and a camera; rendering , by the mobile computing device (166, 166-1, 166-2), a view of a virtual object that represents a field-of-view of the smart-home device , wherein the view of the virtual object is rendered based on a position corresponding to a position of the mobile computing device (166, 166-1, 166-2); and displaying , by the mobile computing device (166, 166-1, 166-2), the view of a virtual object that represents a field-of-view of the smart-home device on the display of the mobile computing device (166, 166-1, 166-2).
Method for correcting a supply of additive to an exhaust gas stream resulting from combustion in an internal combustion engine , said exhaust gas stream being subject to aftertreatment through a first and a second aftertreatment component, said first aftertreatment component being arranged for oxidation of nitric oxide (NO) into nitrogen dioxide (NO 2 ), said second aftertreatment component being a reduction catalytic converter arranged downstream said first aftertreatment component , wherein additive is supplied to said exhaust gas stream for reduction of nitrogen oxides (NO x ) in said reduction catalytic converter , said additive being supplied in proportion to an occurrence of nitrogen oxides (NO X ) in said exhaust gas stream , said proportion being subject to correction, said method being characterised in: - supplying unburned fuel to said exhaust gas stream upstream said first aftertreatment component to reduce oxidation of nitric oxide (NO) into nitrogen dioxide (NO 2 ) in said first aftertreatment component such that, in average, less than 10 per cent of the nitric oxide (NO) present in the exhaust gas stream are oxidised into nitrogen dioxide (NO 2 ), and - using a first sensor (362;364), measuring an occurrence of nitrogen oxides (NO X ) in said exhaust gas stream , - determining a difference between said measured occurrence of nitrogen oxides (NO X ) in said exhaust gas stream and an estimated occurrence of nitrogen oxides (NO X ) in said exhaust gas stream , and - correcting said supply of additive to said exhaust gas stream when supplying the unburned fuel to said exhaust gas stream , and - when correcting said supply of additive, compensating estimations of the occurrence of nitrogen oxides (NO X ) in said exhaust gas stream using said determined difference. - supplying unburned fuel to said exhaust gas stream upstream said first aftertreatment component to reduce oxidation of nitric oxide (NO) into nitrogen dioxide (NO 2 ) in said first aftertreatment component such that, in average, less than 10 per cent of the nitric oxide (NO) present in the exhaust gas stream are oxidised into nitrogen dioxide (NO 2 ), and - using a first sensor (362;364), measuring an occurrence of nitrogen oxides (NO X ) in said exhaust gas stream , - determining a difference between said measured occurrence of nitrogen oxides (NO X ) in said exhaust gas stream and an estimated occurrence of nitrogen oxides (NO X ) in said exhaust gas stream , and - correcting said supply of additive to said exhaust gas stream when supplying the unburned fuel to said exhaust gas stream , and - when correcting said supply of additive, compensating estimations of the occurrence of nitrogen oxides (NO X ) in said exhaust gas stream using said determined difference.
A procatalyst for polymerization of olefins, which procatalyst is based on a halogenated magnesium compound of the formula MgR'R", wherein R' is an alkoxide or aryloxide group and wherein R" is an alkoxide or aryloxide group or halogen, preferably a magnesium dialkoxide compound, that is reacted with a tetravalent titanium halide and a monoester activator and an internal donor represented by a compound according to formula B: wherein each R 80 group is independently a linear, branched or cyclic hydrocarbyl group selected from alkyl, alkenyl, aryl, aralkyl, or alkylaryl groups, and one or more combinations thereof, preferably having from 1 to 30 carbon atoms; R 81 , R 82 , R 83 , R 84 , R 85 , and R 86 are each independently selected from hydrogen or a linear, branched or cyclic hydrocarbyl group, selected from alkyl, alkenyl, aryl, aralkyl, or alkylaryl groups, and one or more combinations thereof, preferably having from 1 to 20 carbon atoms; R 87 is a hydrogen or a linear, branched or cyclic hydrocarbyl group, selected from alkyl, alkenyl, aryl, aralkyl, alkoxycarbonyl or alkylaryl groups, and one or more combinations thereof, preferably having from 1 to 20 carbon atoms; N is nitrogen atom; O is oxygen atom; and C is carbon atom.
A bra liner , comprising: a substantially planar body including a left portion, a right portion and a central portion between said left and right portions, said central portion including a flap separated from said left and right portions, said flap being foldable about a center line of said body ; said body comprising absorbent material, characterized in that said flap includes an aperture a substantially planar body including a left portion, a right portion and a central portion between said left and right portions, said central portion including a flap separated from said left and right portions, said flap being foldable about a center line of said body ; said body comprising absorbent material, characterized in that said flap includes an aperture
A method of fabricating a device on a Si substrate, the method comprising: providing a Si substrate ; forming one or more GaN device layers on the Si substrate ; bonding a first Si substrate to the one or more GaN device layers on a side thereof opposite to the Si substrate ; and removing the Si substrate ; wherein forming the one or more GaN device layers comprises forming a plurality of AlGaN buffer layers with different compositions and a GaN buffer layer with a SiNx masking layer disposed therein on the plurality of AlGaN buffer layers prior to forming the one or more GaN device layers on the plurality of AlGaN buffer layers and the GaN buffer layer ; wherein the plurality of buffer layers and the one or more GaN device layers are grown by epitaxial growth; the method further comprising removing one or more of the plurality of AlGaN buffer layers and the GaN buffer layer such that some of the plurality of AlGaN buffer layers and the GaN buffer layer remain on the first Si substrate together with the one or more GaN device layers . providing a Si substrate ; forming one or more GaN device layers on the Si substrate ; bonding a first Si substrate to the one or more GaN device layers on a side thereof opposite to the Si substrate ; and removing the Si substrate ; wherein forming the one or more GaN device layers comprises forming a plurality of AlGaN buffer layers with different compositions and a GaN buffer layer with a SiNx masking layer disposed therein on the plurality of AlGaN buffer layers prior to forming the one or more GaN device layers on the plurality of AlGaN buffer layers and the GaN buffer layer ; wherein the plurality of buffer layers and the one or more GaN device layers are grown by epitaxial growth; the method further comprising removing one or more of the plurality of AlGaN buffer layers and the GaN buffer layer such that some of the plurality of AlGaN buffer layers and the GaN buffer layer remain on the first Si substrate together with the one or more GaN device layers .
A system for identifying a tachyarrhythmia of a heart of a patient, the system comprising: a medical device configured for sensing cardiac activity; a first leadless cardiac pacemaker configured for sensing cardiac activity, wherein the first leadless cardiac pacemaker is spaced from the medical device and communicatively coupled to the medical device via a communication pathway that includes the body of the patient; wherein the medical device or the first leadless cardiac pacemaker is configured for determining if a tachyarrhythmia is occurring based, at least in part, on both the cardiac activity sensed by the medical device and the cardiac activity sensed by the first leadless cardiac pacemaker after receiving cardiac information from the other of the medical device and the first leadless cardiac pacemaker via the communication pathway , wherein the cardiac information includes cardiac activity sensed by the other of the medical device and the first leadless cardiac pacemaker , wherein the cardiac activity includes at least one of sensed cardiac electrical signals and sensed physiological parameters. a medical device configured for sensing cardiac activity; a first leadless cardiac pacemaker configured for sensing cardiac activity, wherein the first leadless cardiac pacemaker is spaced from the medical device and communicatively coupled to the medical device via a communication pathway that includes the body of the patient; wherein the medical device or the first leadless cardiac pacemaker is configured for determining if a tachyarrhythmia is occurring based, at least in part, on both the cardiac activity sensed by the medical device and the cardiac activity sensed by the first leadless cardiac pacemaker after receiving cardiac information from the other of the medical device and the first leadless cardiac pacemaker via the communication pathway , wherein the cardiac information includes cardiac activity sensed by the other of the medical device and the first leadless cardiac pacemaker , wherein the cardiac activity includes at least one of sensed cardiac electrical signals and sensed physiological parameters.
An equipment for eliminating falsification of vehicle airbag deployment history which has a tag , which is attached to an airbag and has the unique identification data, information, a tag reader that reads and / or records the unique tag identification and other data, information and has communication means for sending and receiving the read data, information, a database where the tag identification data information is linked with the vehicle identification data information, characterized in that the tag further comprises an antenna, a data storage device linked with it, a memory module and a computation device, wherein when the airbag deploys, the antenna is cut off, so that the tag can no longer function. a tag , which is attached to an airbag and has the unique identification data, information, a tag reader that reads and / or records the unique tag identification and other data, information and has communication means for sending and receiving the read data, information, a database where the tag identification data information is linked with the vehicle identification data information, characterized in that the tag further comprises an antenna, a data storage device linked with it, a memory module and a computation device, wherein when the airbag deploys, the antenna is cut off, so that the tag can no longer function.
A float valve assembly for a collection tank in a suction liquid collection device, the assembly comprising: a float constrained in an enclosure which is configured to permit the float to rise in response to a rising liquid level (W), a plunger which is disposed above the float so as to travel in an upwards direction when the float rises, a closure feature projecting upwards from an upper end region of the plunger so as to travel upwards with the plunger, from an initial low position to an upper position, wherein a suction port is disposed in the tank vertically spaced apart from the closure feature when the closure feature is in its low position, the suction port being in fluid communication with a suction drive which in use draws air-entrained liquid into the collection tank, wherein the closure feature is attached to the plunger by a resilient connector which permits the closure feature to be displaced laterally with respect to a plunger vertical travel direction, the arrangement being such that as liquid fills the tank the liquid acts upon the float to cause the closure feature to travel towards the suction port , and when the closure feature rises sufficiently, the closure feature obturates the suction port, thereby closing the suction port and preventing further air-entrained liquid from entering. a float constrained in an enclosure which is configured to permit the float to rise in response to a rising liquid level (W), a plunger which is disposed above the float so as to travel in an upwards direction when the float rises, a closure feature projecting upwards from an upper end region of the plunger so as to travel upwards with the plunger, from an initial low position to an upper position, wherein a suction port is disposed in the tank vertically spaced apart from the closure feature when the closure feature is in its low position, the suction port being in fluid communication with a suction drive which in use draws air-entrained liquid into the collection tank, wherein the closure feature is attached to the plunger by a resilient connector which permits the closure feature to be displaced laterally with respect to a plunger vertical travel direction, the arrangement being such that as liquid fills the tank the liquid acts upon the float to cause the closure feature to travel towards the suction port , and when the closure feature rises sufficiently, the closure feature obturates the suction port, thereby closing the suction port and preventing further air-entrained liquid from entering.
A voltage-limiting and voltage-stabilizing solid-state diode comprising - a semiconductor substrate having a top side , - two masking regions formed on the top side of the semiconductor substrate and made of a first masking material impermeable to ion implantation, said masking regions comprising two mutually opposite limiting edge portions , - an n-doped cathode region formed in the semiconductor substrate and extending up into the intermediate region between said mutually opposite limiting edge portions of the masking regions, said n-doped cathode region comprising a cathode connection field , and - a p-doped anode region formed in the semiconductor substrate and extending up into the intermediate region between said mutually opposite limiting edge portions of the masking regions and bordering on the cathode region and/or overlapping the same, said p-doped anode region comprising an anode connection field , - wherein the masking regions and either the cathode connection field or the anode connection field are on the same electric potential. - a semiconductor substrate having a top side , - two masking regions formed on the top side of the semiconductor substrate and made of a first masking material impermeable to ion implantation, said masking regions comprising two mutually opposite limiting edge portions , - an n-doped cathode region formed in the semiconductor substrate and extending up into the intermediate region between said mutually opposite limiting edge portions of the masking regions, said n-doped cathode region comprising a cathode connection field , and - a p-doped anode region formed in the semiconductor substrate and extending up into the intermediate region between said mutually opposite limiting edge portions of the masking regions and bordering on the cathode region and/or overlapping the same, said p-doped anode region comprising an anode connection field , - wherein the masking regions and either the cathode connection field or the anode connection field are on the same electric potential.