mhurhangee/ep-ind-claims huggingface dataset:
A chip assembly for use in a surgical stapler, the chip assembly comprising: a housing assembly including a base member defining a cavity and an identification assembly received within the cavity; and a plug assembly configured to selectively engage the base member of the housing assembly, the plug assembly including a housing, a wire extending from the housing, a seal member disposed within and extending from a distal end of the housing, and first and second contact members (262, 264) extending through the seal member and from the housing, wherein the seal member is configured to be frictionally received within the base member to secure the plug assembly to the housing assembly in a fluid tight manner. a housing assembly including a base member defining a cavity and an identification assembly received within the cavity; and a plug assembly configured to selectively engage the base member of the housing assembly, the plug assembly including a housing, a wire extending from the housing, a seal member disposed within and extending from a distal end of the housing, and first and second contact members (262, 264) extending through the seal member and from the housing, wherein the seal member is configured to be frictionally received within the base member to secure the plug assembly to the housing assembly in a fluid tight manner.
A ceiling-embedded air conditioner comprising: a ceiling-embedded casing main body that includes a heat exchanger, a turbo fan, and an electric equipment box inside, and has an air blowoff opening and an air suction opening in a bottom surface; a pipe draw portion that is provided at one corner portion of the casing main body and is formed by cutting out part of the casing main body to draw refrigerant pipes (25a and 25b) of the heat exchanger together with an electric wire of the electric equipment box; a pipe cover that is included in the pipe draw portion, fixes the peripheries of the refrigerant pipes (25a and 25b), and has a draw hole for the electric wire; characterized in furthermore comprising: a wire cover that is provided on the bottom surface of the casing main body and covers a wire guide groove for the electric wire, the wire guide groove being formed from the electric equipment box to the pipe draw portion; a cover plate that is included in the wire cover, covers the wire guide groove, and is screwed to a predetermined place on the casing main body side; and a hold plate that is included in the wire cover and is folded at a right angle from one end of the cover plate to engage with a pipe cover end portion of the pipe cover on the bottom surface side of the casing main body. a ceiling-embedded casing main body that includes a heat exchanger, a turbo fan, and an electric equipment box inside, and has an air blowoff opening and an air suction opening in a bottom surface; a pipe draw portion that is provided at one corner portion of the casing main body and is formed by cutting out part of the casing main body to draw refrigerant pipes (25a and 25b) of the heat exchanger together with an electric wire of the electric equipment box; a pipe cover that is included in the pipe draw portion, fixes the peripheries of the refrigerant pipes (25a and 25b), and has a draw hole for the electric wire; characterized in furthermore comprising: a wire cover that is provided on the bottom surface of the casing main body and covers a wire guide groove for the electric wire, the wire guide groove being formed from the electric equipment box to the pipe draw portion; a cover plate that is included in the wire cover, covers the wire guide groove, and is screwed to a predetermined place on the casing main body side; and a hold plate that is included in the wire cover and is folded at a right angle from one end of the cover plate to engage with a pipe cover end portion of the pipe cover on the bottom surface side of the casing main body. a wire cover that is provided on the bottom surface of the casing main body and covers a wire guide groove for the electric wire, the wire guide groove being formed from the electric equipment box to the pipe draw portion; a cover plate that is included in the wire cover, covers the wire guide groove, and is screwed to a predetermined place on the casing main body side; and a hold plate that is included in the wire cover and is folded at a right angle from one end of the cover plate to engage with a pipe cover end portion of the pipe cover on the bottom surface side of the casing main body.
Pair of structural steps, comprising a first and a second structural step, each structural step comprising a general configuration with an external outline profile in a right-angled triangle shape wherein the hypotenuse coincides with the major support face, the major cathetus with the horizontal face and the minor cathetus with the vertical face, characterized in that: - the major support face of said first structural step being a single plane interrupted by only male fastening elements, - the major support face of said second structural step being a single plane interrupted by only female fastening elements, said female and male fastening elements being adapted to be fitted into each other during stacking, thus ensuring the stacking of pairs of steps that are in contact stably through their major faces forming a prismatic block predetermined by those two pairs of steps. - the major support face of said first structural step being a single plane interrupted by only male fastening elements, - the major support face of said second structural step being a single plane interrupted by only female fastening elements,
A composition that comprises a peptide consisting of an amino acid sequence with at least a 70% of identity with SEQ ID NO: 1, or consisting of SEQ ID NO: 1 or SEQ ID NO: 2, for use in the prevention or treatment of Post-Traumatic Stress Disorder, acute stress syndrome and/or general adaptation syndrome.
A feeding device for a flushing tank, comprising a support body, extending substantially along an axis and internally provided with a channel having an inlet, connectable to an outer pipe of a water mains, and at least one main outlet, ending in use in a flushing tank; a feed valve, supported by the body and positioned along the channel; and a main float mechanically connected to the feed valve; the main float being housed in a casing integrally fitted to the body and having a top opening, through which the casing may be filled with water, and a bottom drain hole, from which water may leak from the casing; the casing comprising a first tank, in which the main float is housed, and a siphon system connecting the first tank to the drain hole; the feeding device being characterized in that the siphon system is provided with a service valve operated by a service float for opening/closing a service hole and consequently allowing/preventing the entrance of air in the siphon system.
A consumer, industrial, textile, flavor or food product comprising a compound selected from the group consisting of: 2-ethoxy-1,3-dimethyl-cyclohexane; 3 - [6-methyl-2-(2-methylpropyl)tetrahydro-2H-pyran-3 -yl]butanal; and 5-hexyloxy-2,2-dimethyl-tetrahydro-furan, and further comprising a fragrance. 2-ethoxy-1,3-dimethyl-cyclohexane; 3 - [6-methyl-2-(2-methylpropyl)tetrahydro-2H-pyran-3 -yl]butanal; and 5-hexyloxy-2,2-dimethyl-tetrahydro-furan,
A single screw extruder with a grooved infeed system, a cylinder and a polygonal screw rotatably mounted in the cylinder, which has a softening zone, a main plasticizing zone and a post-plastcizing zone and in the region of the main plasticizing zone at least two channels (18, 20) with a channel depth respectively varying in an undulating manner and crests offset to one another, wherein in the cylinder inner wall in the region of the main plasticizing zone at least partially at least one groove is provided, running substantially in longitudinal direction, characterized in that in the region of the main plasticizing zone at least one screw thread (26, 28) is offset to form a gap in front of each crest and the resulting gap height corresponds to the channel depth of the respectively following crest.
An apparatus comprising: a cable identifier for attachment to a plug and a cable assembly operable to deliver Power over Ethernet, POE, at a power greater than 90 watts, the plug and the cable assembly receivable in a receptacle delivering said PoE; wherein the cable identifier is configured for mating with the receptacle and comprises an electronic identifier indicating a power rating of the cable when the plug and cable assembly is inserted into the receptacle. a cable identifier for attachment to a plug and a cable assembly operable to deliver Power over Ethernet, POE, at a power greater than 90 watts, the plug and the cable assembly receivable in a receptacle delivering said PoE; wherein the cable identifier is configured for mating with the receptacle and comprises an electronic identifier indicating a power rating of the cable when the plug and cable assembly is inserted into the receptacle.
An electromechanical brake booster of a vehicle brake system with a main brake cylinder with a piston rod, which can be displaced by means of a brake pedal and in the process builds up or reduces a brake pressure, said piston rod also being displaceable by means of an electric motor and wherein this single electric motor is activated depending on the pedal path or pivotability of the brake pedal pivotably suspended about a rotational axis in such a way that the effort to be made by the driver of the vehicle to build up brake pressure on the brake pedal is less than the effort required without assistance by the electric motor for the corresponding displacement of the piston rod, characterised in that the piston rod is supported on a pedal lever, which can either be formed by the brake pedal itself or by an intermediate element that can be pivoted by means of the brake pedal about a rotational axis, and is displaced by a pivotal movement of this pedal lever, the rotational axis of the pedal lever being displaceable by means of the electric motor substantially in the movement direction of the piston rod.
Method for producing a hub with an internal toothing (10.1) in a sheet-metal blank made of thin sheet metal comprising the following steps: - deep drawing of a cup-shaped recess with a round bottom surface (3.1) into the sheet-metal blank in a plurality of drawing stages in such a way that the thickness of the sheet-metal blank increases in the area of the bottom surface (3.1), - producing a collar (1.2) in the area of the bottom surface (3.1) by means of collar forming, characterized by the other steps - stabilization of the collar (1.2) by means of a mould resting flush on its outer sheath (11.1), - insertion of a die (11.2) with a negative of the internal toothing (10.1) into the collar (1.2), and - subsequent sheet-bulk metal forging by means of axial compression of the collar (1.2) until the material settles into the die (11.2) in the area of the collar (1.2). - deep drawing of a cup-shaped recess with a round bottom surface (3.1) into the sheet-metal blank in a plurality of drawing stages in such a way that the thickness of the sheet-metal blank increases in the area of the bottom surface (3.1), - producing a collar (1.2) in the area of the bottom surface (3.1) by means of collar forming, characterized by the other steps - stabilization of the collar (1.2) by means of a mould resting flush on its outer sheath (11.1), - insertion of a die (11.2) with a negative of the internal toothing (10.1) into the collar (1.2), and - subsequent sheet-bulk metal forging by means of axial compression of the collar (1.2) until the material settles into the die (11.2) in the area of the collar (1.2).
Method for producing a fire retardant wood veneer laminate which laminate has an upper side, a bottom side and a thickness of at most 0.9 mm, in which the method comprises the steps of: - providing a laminate with a thickness of at most 0.9mm comprising: - a wood veneer layer, in which the wood veneer layer forms an upper layer of the laminate; and - a backing layer for supporting the wood veneer layer, in which the backing layer is fixed to the wood veneer layer and in which the backing layer forms a lower layer of the laminate; - supplying the laminate to an impregnation station for impregnating the laminate; and - impregnating a fire retardant agent into the laminate from the upper side and from the bottom side of the laminate. - providing a laminate with a thickness of at most 0.9mm comprising: - a wood veneer layer, in which the wood veneer layer forms an upper layer of the laminate; and - a backing layer for supporting the wood veneer layer, in which the backing layer is fixed to the wood veneer layer and in which the backing layer forms a lower layer of the laminate; - a wood veneer layer, in which the wood veneer layer forms an upper layer of the laminate; and - a backing layer for supporting the wood veneer layer, in which the backing layer is fixed to the wood veneer layer and in which the backing layer forms a lower layer of the laminate; - supplying the laminate to an impregnation station for impregnating the laminate; and - impregnating a fire retardant agent into the laminate from the upper side and from the bottom side of the laminate.
An apparatus for estimating a parameter of a secondary battery, comprising: a storage unit configured to store original cathode voltages (V c,o) and original anode voltages (V a,o) as corresponding to depth of discharges; a sensor configured to measure an open circuit voltage (OCV m) of the secondary battery at a first depth of discharge (DOD'), the open circuit voltage (OCV m) corresponding to a difference between a original cathode voltage (V c,o) predetermined at the first depth of discharge (DOD') and an anode voltage (V a); and a control unit configured to identify the original cathode voltage (V c,o) at the first depth of discharge (DOD') from the storage unit, calculate an anode voltage (V a) from the original cathode voltage (V c,o) and the open circuit voltage (OCV m), set the anode voltage (V a) as an original anode voltage (V a,o), obtain a second depth of discharge (DOD") corresponding to the original anode voltage (V a,o), and calculate capacity degradation (Δcapa) of the secondary battery according to a difference between the first depth of discharge (DOD') and the second depth of discharge (DOD"). a storage unit configured to store original cathode voltages (V c,o) and original anode voltages (V a,o) as corresponding to depth of discharges; a sensor configured to measure an open circuit voltage (OCV m) of the secondary battery at a first depth of discharge (DOD'), the open circuit voltage (OCV m) corresponding to a difference between a original cathode voltage (V c,o) predetermined at the first depth of discharge (DOD') and an anode voltage (V a); and a control unit configured to identify the original cathode voltage (V c,o) at the first depth of discharge (DOD') from the storage unit, calculate an anode voltage (V a) from the original cathode voltage (V c,o) and the open circuit voltage (OCV m), set the anode voltage (V a) as an original anode voltage (V a,o), obtain a second depth of discharge (DOD") corresponding to the original anode voltage (V a,o), and calculate capacity degradation (Δcapa) of the secondary battery according to a difference between the first depth of discharge (DOD') and the second depth of discharge (DOD").
A heat exchanger with a tube block (2, 106) with tubes (3, 108) for the heat transfer between a first fluid flowing through the tubes and a second fluid flowing through the tubes, wherein the heat exchanger has an inlet and outlet collector (6, 111) and a deflection collector (7, 110), wherein the inlet and outlet collector is formed such that the first fluid flows into the inlet and outlet collector via a feeder and flows out of the inlet and outlet collector via a discharge, wherein the deflection collector causes a deflection of the fluid out of a tube into another tube, wherein the tubes are arranged spaced apart from one another and run between the inlet and outlet collector and the deflection collector, wherein the tube block is separated into at least four sections through which the first fluid can flow one after the other, wherein a first section and a second section lie next to one another in the width direction of the heat exchanger and lie in a plane in the air flow direction (4, 105) and a third section and a fourth section lie next to one another in the width direction of the heat exchanger and lie in a plane in the air flow direction, wherein the first and the second section lie before or after the third and the fourth section in the air flow direction, characterised in that the inlet and outlet collector is formed out of a disc assembly with a plurality of disc layers, wherein openings in the discs are provided at least in intermediate layers in order to distribute and/or collect and/or transfer the first fluid.
A foam sheet comprising a polylactic acid foam layer formed by drying a colloid composition comprising: polylactic acid resin particles having an average diameter of 1μm to 100μm obtained by pulverizing fibrous particles of a polylactic acid resin; wherein the polylactic acid resin particles include the polylactic acid resin having a weight average molecular weight of 100,000 to 200,000. polylactic acid resin particles having an average diameter of 1μm to 100μm obtained by pulverizing fibrous particles of a polylactic acid resin; wherein the polylactic acid resin particles include the polylactic acid resin having a weight average molecular weight of 100,000 to 200,000.
A method of detecting a cancer in an individual comprising; a) extracting mitochondrial DNA, mtDNA, from a biological sample from the individual; b) quantifying the amount of mtDNA in the sample having a sequence corresponding to the sequence identified in SEQ ID NO: 1 using a pair of amplification primers, wherein one of the pair of amplification primers used in the amplification of the target region overlaps a rejoining site of the sequence corresponding to SEQ ID NO: 1, after the sequence has re-circularized; c) comparing the amount ofmtDNA in the sample corresponding to re-circularized SEQ ID NO: 1 to at least one known reference value. a) extracting mitochondrial DNA, mtDNA, from a biological sample from the individual; b) quantifying the amount of mtDNA in the sample having a sequence corresponding to the sequence identified in SEQ ID NO: 1 using a pair of amplification primers, wherein one of the pair of amplification primers used in the amplification of the target region overlaps a rejoining site of the sequence corresponding to SEQ ID NO: 1, after the sequence has re-circularized; c) comparing the amount ofmtDNA in the sample corresponding to re-circularized SEQ ID NO: 1 to at least one known reference value.
A method for supporting maneuvers of an all-wing carrier aircraft by its parasite flying units, characterized in that it comprises the steps of: - providing a memory with predetermined sensor values corresponding to maneuvers; - selecting a maneuver to be performed; - determining sensor values corresponding to selected maneuver, by retrieving the sensor values from the memory; - selecting engines of parasites to support the maneuver; - activating said engines in a control loop so that measured sensor values are matched with the sensor values retrieved from the memory for the selected maneuver. - providing a memory with predetermined sensor values corresponding to maneuvers; - selecting a maneuver to be performed; - determining sensor values corresponding to selected maneuver, by retrieving the sensor values from the memory; - selecting engines of parasites to support the maneuver; - activating said engines in a control loop so that measured sensor values are matched with the sensor values retrieved from the memory for the selected maneuver.
A gel patch for an ultrasonic probe, comprising: a gel layer that is formed of an ultrasound-transmitting material and prevents formation of a space between the ultrasonic probe and an object; a supplementary lens that is disposed in the gel layer and controls a propagation path of ultrasound; characterized by a temperature control layer that controls a temperature of the gel layer and contacts the gel layer, and wherein the temperature control layer comprises at least one of an exothermic material and an endothermic material. a gel layer that is formed of an ultrasound-transmitting material and prevents formation of a space between the ultrasonic probe and an object; a supplementary lens that is disposed in the gel layer and controls a propagation path of ultrasound; characterized by a temperature control layer that controls a temperature of the gel layer and contacts the gel layer, and wherein the temperature control layer comprises at least one of an exothermic material and an endothermic material.
A method for transferring state information pertaining to a plurality of Session Initiation Protocol, SIP, conversations from a first SIP server to a second SIP server, said first SIP server and said second SIP server being operatively connectable to one or more SIP gateways (111; 131), the method comprising at a controlling node: - monitoring said first SIP server until ongoing transactions are terminated; - after termination of said ongoing transactions, obtaining dialog state information pertaining to conversations managed by said first SIP server from said first SIP server; and - storing said obtained dialog state information at said second SIP server. - monitoring said first SIP server until ongoing transactions are terminated; - after termination of said ongoing transactions, obtaining dialog state information pertaining to conversations managed by said first SIP server from said first SIP server; and - storing said obtained dialog state information at said second SIP server.
A nanopore protein conjugate capable of forming a heptameric nanopore assembly, said conjugate comprising a nanopore protein monomer and a DNA binding domain, wherein the DNA binding domain comprises an Sso7d domain having at least 75% sequence identity to the amino acid sequence set forth as SEQ ID NO: 2, and wherein the nanopore protein monomer comprises an α-hemolysin (α-HL) domain having at least 75% sequence identity to the amino acid sequence set forth as SEQ ID NO: 3, wherein said conjugate is an α-HL/Sso7d fusion protein. wherein the DNA binding domain comprises an Sso7d domain having at least 75% sequence identity to the amino acid sequence set forth as SEQ ID NO: 2, and wherein the nanopore protein monomer comprises an α-hemolysin (α-HL) domain having at least 75% sequence identity to the amino acid sequence set forth as SEQ ID NO: 3, wherein said conjugate is an α-HL/Sso7d fusion protein.
A pneumatic tire, formed from a rubber composition for tires, the rubber composition comprising styrene butadiene rubber, an inorganic filler containing silica, carbon black, and an organosilicon compound represented by average compositional formula below having a ratio of the number of sulfur atoms to the number of silicon atoms of 1.0 to 1.5, wherein x represents the average number of sulfur atoms; m represents an integer of 6 to 12; and R 1 to R 6 are the same or different and each represent a C1-C6 alkyl or alkoxy group, at least one of R 1 to R 3 and at least one of R 4 to R 6 are the alkoxy groups, and two or more of the alkyl or alkoxy groups for R 1 to R 6 may be joined to form a ring.