mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic module including a protective casing defining an internal volume and an electronic circuit board placed in the internal volume , the electronic module including: - means for detecting a predetermined environmental condition of the internal volume ; - means for generating a cold zone inside the internal volume such that the cold zone is separated from the electronic circuit board ; - a control unit that is connected to the means for detecting an environmental condition and to the means for generating a cold zone, and characterized in that the control unit is adapted to trigger the means for generating a cold zone when the means for detecting a predetermined environmental condition in the internal volume detect an environmental condition that is liable to result in the moisture in the air contained in the internal volume condensing on the electronic circuit board . - means for detecting a predetermined environmental condition of the internal volume ; - means for generating a cold zone inside the internal volume such that the cold zone is separated from the electronic circuit board ; - a control unit that is connected to the means for detecting an environmental condition and to the means for generating a cold zone, and characterized in that
A composition for the preparation of a polymeric foam, and in particular a masterbatch composition, comprising (i) an at least essentially amorphous polymer resin comprising at least 80 % by weight of an at least essentially amorphous polymer selected from the group consisting of polystyrene, polystyrene copolymers, and mixtures or blends thereof, wherein the at least essentially amorphous polymer has a portion of 5 wt.-% or less of a crystalline region and at least 95 wt.-% of an amorphous region, wherein "amorphous" means that there is no melting point and only a glass transition temperature point measurable by DSC; and (ii) a nucleating agent of formula wherein each R independently is selected from the group consisting of hydrogen, C 1 -C 10 -alkyl, C 5 -C 10 -cycloalkyl, phenyl, phenyl substituted with 1, 2, 3 or 4 C 1 -C 4 -alkyl groups, and C 1 -C 4 -alkylene-phenyl. (i) an at least essentially amorphous polymer resin comprising at least 80 % by weight of an at least essentially amorphous polymer selected from the group consisting of polystyrene, polystyrene copolymers, and mixtures or blends thereof, wherein the at least essentially amorphous polymer has a portion of 5 wt.-% or less of a crystalline region and at least 95 wt.-% of an amorphous region, wherein "amorphous" means that there is no melting point and only a glass transition temperature point measurable by DSC; and (ii) a nucleating agent of formula wherein each R independently is selected from the group consisting of hydrogen, C 1 -C 10 -alkyl, C 5 -C 10 -cycloalkyl, phenyl, phenyl substituted with 1, 2, 3 or 4 C 1 -C 4 -alkyl groups, and C 1 -C 4 -alkylene-phenyl.
A microfluidic device component, comprising: a core material comprising one or more apertures that is press fit within one or more layers of an elastic sheath material such that the elastic sheath material fully or partially covers the core material , wherein a surface of the core material is grooved or comprises one or more indentations , wherein the device has a size suitable for use as a component of a microfluidic device; and wherein the core material comprises one or more internal compartments , each compartment being accessible by the one or more apertures through one or more sides of the core material ; wherein the elastic sheath material is configured to deform and unseal one or more of the apertures of the core material to allow fluids to flow between the core material and the elastic sheath material when pressure is applied and to reseal the one or more apertures when pressure is released. a core material comprising one or more apertures that is press fit within one or more layers of an elastic sheath material such that the elastic sheath material fully or partially covers the core material , wherein a surface of the core material is grooved or comprises one or more indentations , wherein the device has a size suitable for use as a component of a microfluidic device; and wherein the core material comprises one or more internal compartments , each compartment being accessible by the one or more apertures through one or more sides of the core material ; wherein the elastic sheath material is configured to deform and unseal one or more of the apertures of the core material to allow fluids to flow between the core material and the elastic sheath material when pressure is applied and to reseal the one or more apertures when pressure is released.
A method for measuring sound from vortices in the carotid artery, said method comprising: a) performing a first quality control procedure on at least two sensing elements , wherein said first quality control procedure is performed by playing a pre-determined set of tones within a base unit , wherein said at least two sensing elements detect said set of tones and wherein said detected tones are compared to said pre-determined set of tones; b) performing a second quality control procedure on at least two sensing elements , wherein said second quality control procedure is performed by detecting sounds generated by the heart and by blood flow through the carotid artery; wherein said at least two sensing elements detect said sounds generated by the heart and blood flow through the carotid artery, and said detected sounds are compared to a previously recorded set of sounds corresponding to the sounds generated by the heart and blood flow through the carotid artery; c) detecting sounds generated by the heart and sounds from vortices in the carotid artery for at least 30 seconds. a) performing a first quality control procedure on at least two sensing elements , wherein said first quality control procedure is performed by playing a pre-determined set of tones within a base unit , wherein said at least two sensing elements detect said set of tones and wherein said detected tones are compared to said pre-determined set of tones; b) performing a second quality control procedure on at least two sensing elements , wherein said second quality control procedure is performed by detecting sounds generated by the heart and by blood flow through the carotid artery; wherein said at least two sensing elements detect said sounds generated by the heart and blood flow through the carotid artery, and said detected sounds are compared to a previously recorded set of sounds corresponding to the sounds generated by the heart and blood flow through the carotid artery; c) detecting sounds generated by the heart and sounds from vortices in the carotid artery for at least 30 seconds.
A lithium complex oxide secondary particle which is formed by agglomeration of a plurality of primary particles and configured to satisfy a relation as follows: d 1 > d 2 wherein d1 is an interplanar distance of a crystalline structure in a primary particle locating in the internal part of secondary particle among the plurality of primary particles measured from diffraction patterns, and d2 is an interplanar distance of a crystalline structure in a primary particle locating on a surface part of the secondary particle relation measured from diffraction patterns, wherein the interplanar distances d1 and d2 mean averages of 10 adjacent interplanar distances based on an interplanar distance of a part which is measured by TEM analysis, and wherein the interplanar distance between 10 consecutive adjacent oxide layers d1 is ≥ 4.8 nm and the interplanar distance between 10 consecutive adjacent oxide layers d2 is ≤ 4.75 nm; and wherein the secondary particle is given by the following Formula 1: [Formula 1] Li X1 Ni 1-(x1+y1+z1) Co x1 M1 y1 M2 z1 M3 r1 O a , wherein in the Formula 1, M1 is Mg, Al, or Mg and Al, M2 is Co, and M3 is Ti, and wherein 0.95 ≤ X1 ≤ 1.05, 1.50 ≤ a ≤ 2.1, 0.02 ≤ x1 ≤ 0.25, 0.01 ≤ y1 ≤ 0.20, 0 ≤ z1 ≤ 0.20, and 0 ≤ r1 ≤ 0.20, and wherein the lithium complex oxide secondary particle has a hexagonal structure. d1 is an interplanar distance of a crystalline structure in a primary particle locating in the internal part of secondary particle among the plurality of primary particles measured from diffraction patterns, and d2 is an interplanar distance of a crystalline structure in a primary particle locating on a surface part of the secondary particle relation measured from diffraction patterns, M1 is Mg, Al, or Mg and Al, M2 is Co, and M3 is Ti, and wherein 0.95 ≤ X1 ≤ 1.05, 1.50 ≤ a ≤ 2.1, 0.02 ≤ x1 ≤ 0.25, 0.01 ≤ y1 ≤ 0.20, 0 ≤ z1 ≤ 0.20, and 0 ≤ r1 ≤ 0.20, and wherein the lithium complex oxide secondary particle has a hexagonal structure.
A vaporizer comprising: - a heat exchange panel including a plurality of heat transfer pipes arrayed in a first direction and configured to vaporize liquefied gas flowing in each heat transfer pipe; and - a trough arranged adjacent to the heat exchange panel in a second direction perpendicular to the first direction and configured to supply a heat medium to an outer surface of the heat exchange panel , and - wherein the trough extends in the first direction, and a slit extending in the first direction is formed at an intermediate position of a side wall , which faces the heat exchange panel , of the trough in a height direction, and - wherein the trough has a supply port for supplying the heat medium into the trough and a baffle plate arranged between the supply port and the side wall , - wherein the baffle plate is arranged with a clearance from the side wall in the second direction, and extends in the first direction, and - wherein the heat medium accumulated in the trough flows from the supply port to the slit through a position lower than the slit to flow around the baffle plate and flows to the outer surface of the heat exchange panel through the slit , characterized in that - the trough has a guide plate configured to divide a space between the side wall and the baffle plate into a plurality of spaces in the first direction, and is also configured to distribute a heat medium flowing into a space between the side wall and the baffle plate equally or substantially equally from the supply port to a plurality of spaces divided by the guide plate . - a heat exchange panel including a plurality of heat transfer pipes arrayed in a first direction and configured to vaporize liquefied gas flowing in each heat transfer pipe; and - a trough arranged adjacent to the heat exchange panel in a second direction perpendicular to the first direction and configured to supply a heat medium to an outer surface of the heat exchange panel , and - wherein the trough extends in the first direction, and a slit extending in the first direction is formed at an intermediate position of a side wall , which faces the heat exchange panel , of the trough in a height direction, and - wherein the trough has a supply port for supplying the heat medium into the trough and a baffle plate arranged between the supply port and the side wall , - wherein the baffle plate is arranged with a clearance from the side wall in the second direction, and extends in the first direction, and - wherein the heat medium accumulated in the trough flows from the supply port to the slit through a position lower than the slit to flow around the baffle plate and flows to the outer surface of the heat exchange panel through the slit , characterized in that - the trough has a guide plate configured to divide a space between the side wall and the baffle plate into a plurality of spaces in the first direction, and is also configured to distribute a heat medium flowing into a space between the side wall and the baffle plate equally or substantially equally from the supply port to a plurality of spaces divided by the guide plate .
A coupling for joining a flanged pipe element to a plain end pipe element , said coupling comprising: a plurality of segments adjacent to each other in a circumferential direction, attached to one another in spaced apart relation end to end surrounding a central space , each of said segments comprising: first and second sides oppositely disposed; a first channel positioned proximate to said first side and extending circumferentially around and facing said central space ; a first flange positioned proximate to said second side and extending outwardly away from said central space , said first flange having a plurality of holes therethrough; a second channel positioned between said first channel and said flange and extending circumferentially around and facing said central space ; wherein said coupling further comprises: a split ring positioned in said first channel ; a seal positioned in said second channel and configured to engage said plain end pipe element ; a tube positioned within said central space and extending outwardly from said second sides of said segments , said tube engaging said seal . first and second sides oppositely disposed; a first channel positioned proximate to said first side and extending circumferentially around and facing said central space ; a first flange positioned proximate to said second side and extending outwardly away from said central space , said first flange having a plurality of holes therethrough; a second channel positioned between said first channel and said flange and extending circumferentially around and facing said central space ; a split ring positioned in said first channel ; a seal positioned in said second channel and configured to engage said plain end pipe element ; a tube positioned within said central space and extending outwardly from said second sides of said segments , said tube engaging said seal .
An engine head cover which includes a blowby gas passage (W), the engine head cover comprising: a pressure regulating valve disposed on an outlet side of the blowby gas passage (W); a filter disposed on an inlet side of the blowby gas passage (W); a labyrinth disposed between the pressure regulating valve and the filter in the blowby gas passage (W); and a recovery hole which causes a flowdown of oil trapped in the blowby gas passage (W), wherein the recovery hole is formed at a portion on a downstream side of the filter and on a lower side of the labyrinth and the pressure regulating valve , characterised by a partition member which partitions the labyrinth and the pressure regulating valve from the recovery hole on upper and lower sides of the partition member to communicate a portion of the blowby gas passage (W) between the filter and the labyrinth with the recovery hole . a pressure regulating valve disposed on an outlet side of the blowby gas passage (W); a filter disposed on an inlet side of the blowby gas passage (W); a labyrinth disposed between the pressure regulating valve and the filter in the blowby gas passage (W); and a recovery hole which causes a flowdown of oil trapped in the blowby gas passage (W), wherein the recovery hole is formed at a portion on a downstream side of the filter and on a lower side of the labyrinth and the pressure regulating valve , characterised by a partition member which partitions the labyrinth and the pressure regulating valve from the recovery hole on upper and lower sides of the partition member to communicate a portion of the blowby gas passage (W) between the filter and the labyrinth with the recovery hole .
Armoured power cable for transporting alternate current comprising: - at least one core , comprising an electric conductor sequentially surrounded by an inner semiconducting layer, an insulation layer and an outer semiconducting layer , and - an armour , surrounding the at least one core , comprising a plurality of armour wires having a ferromagnetic inner portion , characterized in that the armour wires have an electrically conductive and non-ferromagnetic cladding having an electrical conductivity greater than that of stainless steel. - at least one core , comprising an electric conductor sequentially surrounded by an inner semiconducting layer, an insulation layer and an outer semiconducting layer , and - an armour , surrounding the at least one core , comprising a plurality of armour wires having a ferromagnetic inner portion , characterized in that the armour wires have an electrically conductive and non-ferromagnetic cladding having an electrical conductivity greater than that of stainless steel.
A method of performing a random access procedure for random access by a wireless device to a wireless communication system being a narrowband internet of things, "NB-IoT", system, wherein the random access procedure includes multiple messages in sequence, the method performed by the wireless device and comprising: determining a carrier on which a downlink message in the random access procedure is to be received by the wireless device , from amongst multiple different carriers which are configurable as said carrier, based on configuration information received from a radio network node indicating said carrier, wherein the downlink message occurs in the random access procedure subsequent to an initial message in the sequence, and wherein said multiple different carriers include an anchor carrier on which a synchronization signal and/or system information is transmitted, and one or more non anchor carriers that each lacks a synchronization signal and/or system information; and receiving the downlink message on the determined carrier. determining a carrier on which a downlink message in the random access procedure is to be received by the wireless device , from amongst multiple different carriers which are configurable as said carrier, based on configuration information received from a radio network node indicating said carrier, wherein the downlink message occurs in the random access procedure subsequent to an initial message in the sequence, and wherein said multiple different carriers include an anchor carrier on which a synchronization signal and/or system information is transmitted, and one or more non anchor carriers that each lacks a synchronization signal and/or system information; and receiving the downlink message on the determined carrier.
A seepage system , namely a seepage pit to be laid underground, having one or more hollow bodies , which are provided to keep free a volume in the ground into which a seepage fluid, preferably rainwater, can be introduced for intermediate storage and seepage, having a) a channel in the form of a pipe and a settling device which is at least partially permeable to fluid for settling suspended materials contained in the fluid, wherein the settling device is a grid which is located inside the channel and separates the channel into an upper flow chamber and a lower flushable settling chamber , wherein flow-inhibiting structures are arranged in the lower settling chamber or in the bottom of the channel , or b) one or more hollow flushing bodies , which form a channel , and a settling device which is at least partially permeable to fluid for settling suspended material contained in the fluid, wherein the settling device is a membrane, a cloth, a fabric, a woven or non-woven material and encases the hollow flushing bodies at the bottom and at the sides, and the hollow flushing bodies have structural elements, which act as flushable settling spaces in flow direction inside the channel . a) a channel in the form of a pipe and a settling device which is at least partially permeable to fluid for settling suspended materials contained in the fluid, wherein the settling device is a grid which is located inside the channel and separates the channel into an upper flow chamber and a lower flushable settling chamber , wherein flow-inhibiting structures are arranged in the lower settling chamber or in the bottom of the channel , or b) one or more hollow flushing bodies , which form a channel , and a settling device which is at least partially permeable to fluid for settling suspended material contained in the fluid, wherein the settling device is a membrane, a cloth, a fabric, a woven or non-woven material and encases the hollow flushing bodies at the bottom and at the sides, and the hollow flushing bodies have structural elements, which act as flushable settling spaces in flow direction inside the channel .
A system, comprising: a computer-readable memory storing a condition set having one or more conditions; a communications interface configured to receive event records of a plurality of events, each event record associated with a monitored computing device and having an event type ; a matching subsystem configured to provide, for each event record matching a corresponding pattern of a pattern set associated with the respective event type, a respective match record comprising: an identifier of the corresponding pattern; and at least some data of the respective event record; an updating subsystem configured to: receive, from a user interface, a modification record specifying a modification to a condition; and apply the modification record to the condition set to provide an updated condition set; and a testing subsystem configured to provide, for each match record satisfying a corresponding condition of the updated condition set , a respective candidate record comprising a tag associated with the corresponding condition. a computer-readable memory storing a condition set having one or more conditions; a communications interface configured to receive event records of a plurality of events, each event record associated with a monitored computing device and having an event type ; a matching subsystem configured to provide, for each event record matching a corresponding pattern of a pattern set associated with the respective event type, a respective match record comprising: an identifier of the corresponding pattern; and at least some data of the respective event record; an identifier of the corresponding pattern; and at least some data of the respective event record; an updating subsystem configured to: receive, from a user interface, a modification record specifying a modification to a condition; and apply the modification record to the condition set to provide an updated condition set; and receive, from a user interface, a modification record specifying a modification to a condition; and apply the modification record to the condition set to provide an updated condition set; and a testing subsystem configured to provide, for each match record satisfying a corresponding condition of the updated condition set , a respective candidate record comprising a tag associated with the corresponding condition.