mhurhangee/patent-ind-claim-en huggingface dataset:
A pin fin heat sink comprising: a plurality of pin fins extending from a base plate , at least one of the plurality of pin fins defining a hollow portion therein; characterised by comprising: an annular ring of metal foam material disposed within the hollow portion, the annular ring of metal foam material having a radially outer surface in direct contact with an inner diameter of the pin fin, the annular ring of metal foam material defining a central cavity ; and a phase change material disposed within the central cavity. a plurality of pin fins extending from a base plate , at least one of the plurality of pin fins defining a hollow portion therein; characterised by comprising: an annular ring of metal foam material disposed within the hollow portion, the annular ring of metal foam material having a radially outer surface in direct contact with an inner diameter of the pin fin, the annular ring of metal foam material defining a central cavity ; and a phase change material disposed within the central cavity. an annular ring of metal foam material disposed within the hollow portion, the annular ring of metal foam material having a radially outer surface in direct contact with an inner diameter of the pin fin, the annular ring of metal foam material defining a central cavity ; and a phase change material disposed within the central cavity.
A method of mass spectrometry, comprising: (a) labeling an analyte with an isobaric tag comprising a tag reporter moiety, a neutral loss moiety and a mass balance region to form a tagged analyte, wherein the neutral loss moiety is appended to the mass balance region or the tag reporter moiety; (b) ionizing the tagged analyte to form a precursor ion; (c) selecting the precursor ion for fragmentation; (d) fragmenting the precursor ion to form a first generation of fragment ions and a neutral loss fragment, wherein the neutral loss fragment is, or is at least a part of, the neutral loss moiety; (e) selecting at least one of the first generation of fragment ions for fragmentation; (f) fragmenting the at least one first generation of fragment ions to form a second generation of fragment ions, wherein the second generation of fragment ions includes a tag reporter ion; and, (g) mass analyzing the tag reporter ion. (a) labeling an analyte with an isobaric tag comprising a tag reporter moiety, a neutral loss moiety and a mass balance region to form a tagged analyte, wherein the neutral loss moiety is appended to the mass balance region or the tag reporter moiety; (b) ionizing the tagged analyte to form a precursor ion; (c) selecting the precursor ion for fragmentation; (d) fragmenting the precursor ion to form a first generation of fragment ions and a neutral loss fragment, wherein the neutral loss fragment is, or is at least a part of, the neutral loss moiety; (e) selecting at least one of the first generation of fragment ions for fragmentation; (f) fragmenting the at least one first generation of fragment ions to form a second generation of fragment ions, wherein the second generation of fragment ions includes a tag reporter ion; and, (g) mass analyzing the tag reporter ion.
A method of installation of at least one elongated element forming part of a wind turbine, in particular a wind turbine tower, having a cylindrical peripheral surface ( E11 ), said installation method comprises at least one operation of moving said at least one elongated element ( E1 ) in vertical translation, that is performed by means of an operating device for the controlled tightening and forward displacement of said elongated element ( E1 ), said operating device comprises at least one annular frame that defines a passage ( P ) for the circulation of said elongated element ( E1 ), along a passage axis ( P' ) extending vertically, or at least approximately vertically, characterized in that said at least one annular frame carries several guiding cases arranged about said passage axis ( P' ), said guiding cases each comprise an elongated support body on which is guided in translation a guiding chain that is driven by at least one motor-driven wheel , said guiding chain , which extends in a plane passing through said passage axis ( P' ), includes a front strand extending vertically, or at least approximately vertically, and opposite said passage axis ( P' ), to bear against said cylindrical peripheral surface ( E11 ) of said elongated element ( E1 ), said at least one operation of moving in vertical translation is obtained by a synchronous displacement, and in a same direction, of said front strands .
Device for the multistage purification of drinking water by combining orthogonal purification techniques in a module, characterised in that the device comprises a housing , a water inlet opening , a water outlet opening , an outer hollow cylinder filled with activated carbon and an inner hollow cylinder with a semipermeable wall , the inner hollow cylinder comprising a chelating and/or a bactericidal gel for the removal of heavy metals and/or removal of bacteria, the chelating gel and/or the bactericidal gel or both being filled between an outer activated carbon hollow cylinder and a central outlet over the whole length of the hollow cylinder , the central outlet consisting of a tube wrapped with a membrane having larger openings than the particle diameter of the surrounding gel with chelating and/or bactericidal effect and wherein the membrane has smaller pores than the particle diameter of the surrounding gel with chelating and/or bactericidal effect.
A method of monitoring a power cable carrying multiple AC phases to detect deformation of the power cable , the method comprising: performing distributed fibre optic sensing on a sensing optical fibre to provide a measurement signal from each of a plurality of longitudinal sensing portions of the sensing optical fibre , the sensing optical fibre being coupled to the power cable ; characterised by analysing said measurements signals to detect a characteristic of an imbalance in magnetic fields; and wherein said characteristic of an imbalance in magnetic fields is a signal component at a characteristic frequency related to a power frequency of the AC phases. performing distributed fibre optic sensing on a sensing optical fibre to provide a measurement signal from each of a plurality of longitudinal sensing portions of the sensing optical fibre , the sensing optical fibre being coupled to the power cable ; characterised by analysing said measurements signals to detect a characteristic of an imbalance in magnetic fields; and wherein said characteristic of an imbalance in magnetic fields is a signal component at a characteristic frequency related to a power frequency of the AC phases.
Motor vehicle air-conditioning system arrangement , comprising an enclosure containing one or more heat exchangers, ventilation means for sucking in the air and forcing it to circulate in this enclosure through its heat exchangers, in which the enclosure is backed up against and fastened to a wall of a central region of the lower portion of the vehicle body while being locally spaced apart from this wall in order to delimit with this wall a duct leading towards the ventilation means for ventilating the air taken from the front left and/or front right lower portion of the cabin.
A message processing method, wherein the method comprises: receiving , by a mobility management entity, MME, a first message sent by an evolved NodeB, eNB, wherein: multiple virtual machines are deployed in the MME; the first message comprises a non-access stratum, NAS, message sent by user equipment, UE, and identification information of a target virtual machine; determining , by the MME according to the identification information of the target virtual machine, the target virtual machine from the multiple virtual machines, and allocating the non-access stratum message to the target virtual machine for processing; and returning , by the MME, a first response message generated by the target virtual machine to the eNB, so that the first response message is sent to the UE by using the eNB; wherein the receiving , by a mobility management entity MME, a first message sent by an evolved NodeB eNB comprises: receiving, by the MME by using the eNB, the NAS message sent by the UE, wherein: the NAS message is carried in a connection establishment request sent by the UE to the eNB; the NAS message carries the identification information of the target virtual machine; and the identification information of the target virtual machine is sent by the MME to the UE for storing. receiving , by a mobility management entity, MME, a first message sent by an evolved NodeB, eNB, wherein: multiple virtual machines are deployed in the MME; the first message comprises a non-access stratum, NAS, message sent by user equipment, UE, and identification information of a target virtual machine; determining , by the MME according to the identification information of the target virtual machine, the target virtual machine from the multiple virtual machines, and allocating the non-access stratum message to the target virtual machine for processing; and returning , by the MME, a first response message generated by the target virtual machine to the eNB, so that the first response message is sent to the UE by using the eNB; wherein the receiving , by a mobility management entity MME, a first message sent by an evolved NodeB eNB comprises: receiving, by the MME by using the eNB, the NAS message sent by the UE, wherein: the NAS message is carried in a connection establishment request sent by the UE to the eNB; the NAS message carries the identification information of the target virtual machine; and the identification information of the target virtual machine is sent by the MME to the UE for storing.
Brewing apparatus for extracting a portion capsule , having a first brewing chamber element and a second brewing chamber element , wherein the first and/or the second brewing chamber element are/is movable in an axial direction between a loading position , in which the first and the second brewing chamber element are spaced apart from each other, and an extraction position , in which the first and the second brewing chamber element form a substantially closed brewing chamber , wherein, in the loading position , the portion capsule is fed in a loading direction between the first and the second brewing chamber element , wherein the loading direction is oriented at right angles to the horizontal plane , characterized in that the first brewing chamber element has at least one first perforation means for perforating the portion capsule , and in that the brewing apparatus has a spacing element which is configured such that, when the portion capsule is fed between the first and the second brewing chamber element in the loading position , mechanical contact between the portion capsule and the at least one first perforation means is prevented by the spacing element , wherein the spacing element is fastened to the first brewing chamber element and is preloaded at least partially elastically in the direction of the second brewing chamber element , wherein the spacing element comprises a metal strip , wherein the metal strip has a first end fastened to the first brewing chamber element and a free second end and wherein the second end protrudes in the loading position obliquely from the first brewing chamber element in the direction of the second brewing chamber element , wherein the metal strip is oriented substantially parallel to the loading direction .
A cleaning sheet comprising a sheet substrate and multiple brush part lines disposed on at least one surface of the sheet substrate , wherein each brush part line has multiple brush parts disposed intermittently along a first direction of the sheet substrate , the multiple brush part lines are disposed in a second direction intersecting with the first direction, adjacent brush part lines are disposed so that mutual brush parts are alternately positioned, wherein the multiple brush parts are formed by sheet-like fibers having heat-seal property with the sheet substrate and superposing the sheet-like fibers on the sheet substrate ; and characterized in that the multiple brush parts are formed around planar seal parts by cutting the sheet-like fibers by providing cuts between the planar seal parts in two adjacent first seal part groups by which a second seal part group is interposed, in a direction intersecting with a fiber direction of the sheet-like fibers and multiple brush parts are formed around planar seal parts by cutting the sheet-like fibers by providing cuts between the planar seal parts in two adjacent second seal part groups by which the first seal part group is interposed, in a direction intersecting with the fiber direction of the sheet-like fibers , the cuts each having a width similar to or lower than the width of the planar seal parts .
A discharge controller for controlling discharge of a plurality of cells (300-1, 300-2) connected in parallel with each other and including a degradation region, the controller comprising: a remaining capacity calculation section that calculates remaining capacities for each of the plurality of cells; and a control section that, after starting discharge of the plurality of cells, stops discharge of each of the cells whose remaining capacity calculated by said remaining capacity calculation section has become equal to a threshold value set in advance based on the upper limit of the degradation region, wherein the degradation region is the region where cell degradation is promoted by passage of the cell through the degradation region. a remaining capacity calculation section that calculates remaining capacities for each of the plurality of cells; and a control section that, after starting discharge of the plurality of cells, stops discharge of each of the cells whose remaining capacity calculated by said remaining capacity calculation section has become equal to a threshold value set in advance based on the upper limit of the degradation region, wherein the degradation region is the region where cell degradation is promoted by passage of the cell through the degradation region.
A nonwoven web comprising a plurality of fibers, wherein the plurality of fibers comprises a first fiber comprising a first polyvinyl alcohol fiber forming material and a second polyvinyl alcohol fiber forming material, wherein each of the first polyvinyl alcohol fiber forming material and the second polyvinyl alcohol fiber forming material comprises one of a copolymer of vinyl alcohol and vinyl acetate or an anionic modified copolymer of vinyl alcohol and vinyl acetate, and wherein the first polyvinyl alcohol fiber forming material and the second polyvinyl alcohol fiber forming material have a different degree of hydrolysis when both the first polyvinyl alcohol fiber forming material and the second polyvinyl alcohol fiber forming material comprise a copolymer of vinyl alcohol and vinyl acetate. a second polyvinyl alcohol fiber forming material, wherein each of the first polyvinyl alcohol fiber forming material and the second polyvinyl alcohol fiber forming material comprises one of a copolymer of vinyl alcohol and vinyl acetate or an anionic modified copolymer of vinyl alcohol and vinyl acetate, and wherein the first polyvinyl alcohol fiber forming material and the second polyvinyl alcohol fiber forming material have a different degree of hydrolysis when both the first polyvinyl alcohol fiber forming material and the second polyvinyl alcohol fiber forming material comprise a copolymer of vinyl alcohol and vinyl acetate.
Assembly for damping switching movements, having a housing which spatially surrounds at least one piston and which at least partially spatially surrounds at least one rod , wherein the rod is mounted so as to be movable relative to the housing , and the at least one piston delimits a first fluid volume (A) which is directly or indirectly fluidically connected via at least one throughflow opening to at least one second fluid volume (B), wherein the at least one rod is of hollow tubular form at one end and spatially surrounds the first fluid volume (A), and wherein the at least one piston is guided in the hollow tubular end of the at least one rod , wherein, between the housing and the at least one rod , there is arranged a hollow sleeve in which the hollow tubular end of the at least one rod is guided, characterized in that provision is made of throughflow openings in the sleeve . between the housing and the at least one rod , there is arranged a hollow sleeve in which the hollow tubular end of the at least one rod is guided, characterized in that provision is made of throughflow openings in the sleeve .
A vector comprising: a) a nucleotide sequence encoding two types of short hairpin RNA (shRNA), which inhibit the expression of at least one gene that weakens the function of immune cells, wherein the two types of shRNA target different genes which weaken the function of immune cells, and wherein one of the two types of shRNA targets expression of T cell immunoreceptor with Ig and ITIM domains (TIGIT), and b) a nucleotide sequence encoding a chimeric antigen receptor (CAR), wherein the CAR comprises an extracellular antigen recognition domain, a transmembrane domain, and an intracellular signal transduction domain. a) a nucleotide sequence encoding two types of short hairpin RNA (shRNA), which inhibit the expression of at least one gene that weakens the function of immune cells, wherein the two types of shRNA target different genes which weaken the function of immune cells, and wherein one of the two types of shRNA targets expression of T cell immunoreceptor with Ig and ITIM domains (TIGIT), and b) a nucleotide sequence encoding a chimeric antigen receptor (CAR), wherein the CAR comprises an extracellular antigen recognition domain, a transmembrane domain, and an intracellular signal transduction domain.
A desulfurization-denitration agent, which is obtained by a following method: citric acid is firstly dissolved in distilled water, and then potassium hydroxide is added slowly to the aqueous solution of citric acid while slowly cooling, such that the temperature does not exceed 50 °C; after thorough dissolution, a potassium citrate solution is formed; then ethylene glycol is added to the potassium citrate solution and uniform stirring is carried out; the mixture is heated to 90°C-120°C and reaction lasts for 3 hours, so that the desulfurization-denitration agent in water solution is obtained; wherein the molar ratio of citric acid: potassium hydroxide : ethylene glycol= 1 : 1 : 1. citric acid is firstly dissolved in distilled water, and then potassium hydroxide is added slowly to the aqueous solution of citric acid while slowly cooling, such that the temperature does not exceed 50 °C; after thorough dissolution, a potassium citrate solution is formed; then ethylene glycol is added to the potassium citrate solution and uniform stirring is carried out; the mixture is heated to 90°C-120°C and reaction lasts for 3 hours, so that the desulfurization-denitration agent in water solution is obtained; wherein the molar ratio of citric acid: potassium hydroxide : ethylene glycol= 1 : 1 : 1.
An electromagnetic heating device, comprising: an electromagnetic heating unit, an infrared heating unit and a MCU , wherein the MCU is coupled with the electromagnetic heating unit and the infrared heating unit so as to control the electromagnetic heating unit and the infrared heating unit to heat individually or simultaneously, wherein the MCU comprises a power-detecting module and a power distribution module; the power- detecting module detects a power value entered by the user and sends it to the power distribution module; and the power distribution module distributes power to the electromagnetic heating unit and/or the infrared heating unit based on the received power value entered by the user, characterized in that, the power distribution module switches to enable the infrared heating unit to heat individually when the power-detecting module detects that the power entered by the user is lower than a first preset power value; and the power distribution module switches to enable the electromagnetic heating unit and/or the infrared heating unit to heat when the power-detecting module detects that the power entered by the user is higher than the first preset power value. an electromagnetic heating unit, an infrared heating unit and a MCU , wherein the MCU is coupled with the electromagnetic heating unit and the infrared heating unit so as to control the electromagnetic heating unit and the infrared heating unit to heat individually or simultaneously, wherein the MCU comprises a power-detecting module and a power distribution module; the power- detecting module detects a power value entered by the user and sends it to the power distribution module; and the power distribution module distributes power to the electromagnetic heating unit and/or the infrared heating unit based on the received power value entered by the user, characterized in that, the power distribution module switches to enable the infrared heating unit to heat individually when the power-detecting module detects that the power entered by the user is lower than a first preset power value; and the power distribution module switches to enable the electromagnetic heating unit and/or the infrared heating unit to heat when the power-detecting module detects that the power entered by the user is higher than the first preset power value.