mhurhangee/patent-ind-claim-en huggingface dataset:
A valve system, comprising: a valve body comprising a first void and a second void ; an inlet component coupled to the first void ; an outlet component coupled to the second void ; a valve tube coupled to the first void , the inlet component , the second void , and the outlet component , the valve tube comprising a side port ; characterized in that the valve body is a septum or septa, and in that the valve tube is positioned through the septum or septa stretching the septum or septa over the valve tube to create a seal. a valve body comprising a first void and a second void ; an inlet component coupled to the first void ; an outlet component coupled to the second void ; a valve tube coupled to the first void , the inlet component , the second void , and the outlet component , the valve tube comprising a side port ; characterized in that the valve body is a septum or septa, and in that the valve tube is positioned through the septum or septa stretching the septum or septa over the valve tube to create a seal.
A high-carbon steel wire rod, characterized in comprising the following ingredients calculated in weight percentage: 0.88%-0.94% of C, 1.25%-1.50% of Si, 0.45%-0.55% of Mn, 0.25%-0.45% of Cr, 0.16%-0.20% of V, 0.02%-0.08% of Ti, and optionally comprising one or more selected from 0.01%-0.15% of Mo, 0.001%-0.100% of Al, 0.0005%-0.0015% of B, 0.01 %-0.03% of Nb, the remainder being Fe and unavoidable impurities; wherein, the high-carbon steel wire rod has a full-pearlite structure with a sorbite content over 95% and the distances between pearlite layers being 80-100μm, wherein, the high-carbon steel wire rod has a tensile strength larger than 1530MPa. 0.88%-0.94% of C, 1.25%-1.50% of Si, 0.45%-0.55% of Mn, 0.25%-0.45% of Cr, 0.16%-0.20% of V, 0.02%-0.08% of Ti, and optionally comprising one or more selected from 0.01%-0.15% of Mo, 0.001%-0.100% of Al, 0.0005%-0.0015% of B, 0.01 %-0.03% of Nb, the remainder being Fe and unavoidable impurities; wherein, the high-carbon steel wire rod has a full-pearlite structure with a sorbite content over 95% and the distances between pearlite layers being 80-100μm, wherein, the high-carbon steel wire rod has a tensile strength larger than 1530MPa.
Conveying system for conveying a material to be conveyed, the conveying system comprising a conveyor track which comprises a conveying surface on which the material to be conveyed is placeable, wherein the conveyor track comprises a coupling surface which is formed adjacent to the conveying surface , which comprises a first coupling profile , at least one conveying drive for driving and/or braking the conveyor track , wherein the conveying drive comprises a second coupling profile , wherein the first coupling profile is coupleable with the second coupling profile , such that the conveying drive is coupled with the conveyor track in a form-locking manner for transferring a conveying force, wherein the conveying drive comprises a drive track , wherein the drive track forms a closed loop which is guided around two distanced revolving rollers , wherein the axes of rotation of the revolving rollers are arranged at a common central axis , wherein one of the revolving rollers is a drive element , characterized in that at least one pressing roller and a support roller are arranged such that the conveyor track is between the pressing roller and the support roller , to stabilize the conveyor track , wherein the conveyor track is pressable together and guidable between the pressing roller and the support roller . a conveyor track which comprises a conveying surface on which the material to be conveyed is placeable, wherein the conveyor track comprises a coupling surface which is formed adjacent to the conveying surface , which comprises a first coupling profile , at least one conveying drive for driving and/or braking the conveyor track , wherein the conveying drive comprises a second coupling profile , wherein the first coupling profile is coupleable with the second coupling profile , such that the conveying drive is coupled with the conveyor track in a form-locking manner for transferring a conveying force, wherein the conveying drive comprises a drive track , wherein the drive track forms a closed loop which is guided around two distanced revolving rollers , wherein the axes of rotation of the revolving rollers are arranged at a common central axis , wherein one of the revolving rollers is a drive element , characterized in that at least one pressing roller and a support roller are arranged such that the conveyor track is between the pressing roller and the support roller , to stabilize the conveyor track , wherein the conveyor track is pressable together and guidable between the pressing roller and the support roller .
A method of preparing calcium carbonate (CaCO 3 ) coated calcium hydroxide (Ca(OH) 2 ) particles as a reaction product comprising: introducing calcium hydroxide particles into a reaction vessel; reacting the calcium hydroxide particles with carbon dioxide in the form of dry ice by introducing the dry ice into the reaction vessel and allowing the carbon dioxide to co-mingle with the calcium hydroxide particles and react to form a calcium carbonate coating on the calcium hydroxide particles; wherein the proportion of the calcium hydroxide particles to dry ice is controlled based on measurement of a specific gravity of the reaction product to provide calcium carbonate coated calcium hydroxide particles comprising 70-95% w/w calcium hydroxide and 5-30% w/w calcium carbonate surface coating. introducing calcium hydroxide particles into a reaction vessel; reacting the calcium hydroxide particles with carbon dioxide in the form of dry ice by introducing the dry ice into the reaction vessel and allowing the carbon dioxide to co-mingle with the calcium hydroxide particles and react to form a calcium carbonate coating on the calcium hydroxide particles;
A coupler for a top drive, comprising: a housing ; a lock member at least partially disposed within the housing and longitudinally movable relative to the housing between a locked position and an unlocked position, the lock member having a bore, the housing having an axial central bore having an inside diameter in fluid communication with the bore of the lock member; and an actuator at least partially disposed within the housing and configured to rotate the lock member, thereby longitudinally moving the lock member relative to the housing. a housing ; a lock member at least partially disposed within the housing and longitudinally movable relative to the housing between a locked position and an unlocked position, the lock member having a bore, the housing having an axial central bore having an inside diameter in fluid communication with the bore of the lock member; and an actuator at least partially disposed within the housing and configured to rotate the lock member, thereby longitudinally moving the lock member relative to the housing.
Cutting method comprising the step of cutting with laser means at least one continuous sheet material (S) of separator for electrodes, characterized by performing at least two distinct cutting lines in which a first cutting line (T1) is intersected by a second cutting line (T2) at an intersection point.
Mixture comprising the compound of formula (Ia), wherein the mixture contains less than 0.01 wt.-%, based on the total weight of the mixture, of compound of formula (Ib), preferably of compounds of formulae (lb) and also (Ic) and/or (Id)
A liquid blow molding method of molding a bottomed cylindrical preform having a mouth part into a liquid-containing container (C) of a predetermined shape, the liquid blow molding method comprising: a first nozzle descending step of descending a blow nozzle to a first position at which the blow nozzle does not seal the mouth part ; a gas-liquid replacement step of supplying a liquid into the preform from the blow nozzle at the first position and discharging air inside the preform to outside through a gap between the mouth part and the blow nozzle ; a second nozzle descending step of descending the blow nozzle to a second position at which the blow nozzle seals the mouth part , after the gas-liquid replacement step; and a blow molding step of supplying the liquid into the preform from the blow nozzle at the second position to blow mold the preform into the predetermined shape. a first nozzle descending step of descending a blow nozzle to a first position at which the blow nozzle does not seal the mouth part ; a gas-liquid replacement step of supplying a liquid into the preform from the blow nozzle at the first position and discharging air inside the preform to outside through a gap between the mouth part and the blow nozzle ; a second nozzle descending step of descending the blow nozzle to a second position at which the blow nozzle seals the mouth part , after the gas-liquid replacement step; and a blow molding step of supplying the liquid into the preform from the blow nozzle at the second position to blow mold the preform into the predetermined shape.
A high current cable for contacting, in an electrically conductive manner, an electrode support arm of an electrically operated furnace for electroslag remelting processes and reduction furnaces, comprising - a high current conductor , - an insulating sheath surrounding the high current conductor, and - a cable head connected to the high current conductor at at least one cable end, characterized in that the high current conductor and the cable head are made of aluminum or an aluminum alloy. - a high current conductor , - an insulating sheath surrounding the high current conductor, and - a cable head connected to the high current conductor at at least one cable end, characterized in that the high current conductor and the cable head are made of aluminum or an aluminum alloy.
A front vehicle body structure comprising: an underbody ; an upper body coupled to the underbody ; a front cowl disposed in front of the upper body ; and a cowl support unit connected to the front cowl through a front pillar and a front side member of the upper body , wherein the cowl support unit comprises: a cowl lower cross member connected to a front of the front side member along a vehicle width direction; a cowl lower support connected to the cowl lower cross member and the front cowl ; a cowl upper side support connecting an upper portion of the front pillar and the front cowl ; a cowl lower side support connected to a lower portion of the cowl upper side support and to the front pillar ; and a fender apron upper member connected to the cowl lower support and the front pillar , wherein the front vehicle body structure further comprises: a front floor panel mounted on the upper body ; a floor upper coupled to the front floor panel ; and a floor reinforcement frame disposed along a front-rear direction on the floor upper . an underbody ; an upper body coupled to the underbody ; a front cowl disposed in front of the upper body ; and a cowl support unit connected to the front cowl through a front pillar and a front side member of the upper body , wherein the cowl support unit comprises: a cowl lower cross member connected to a front of the front side member along a vehicle width direction; a cowl lower support connected to the cowl lower cross member and the front cowl ; a cowl upper side support connecting an upper portion of the front pillar and the front cowl ; a cowl lower side support connected to a lower portion of the cowl upper side support and to the front pillar ; and a fender apron upper member connected to the cowl lower support and the front pillar , wherein the front vehicle body structure further comprises: a front floor panel mounted on the upper body ; a floor upper coupled to the front floor panel ; and a floor reinforcement frame disposed along a front-rear direction on the floor upper . a cowl lower cross member connected to a front of the front side member along a vehicle width direction; a cowl lower support connected to the cowl lower cross member and the front cowl ; a cowl upper side support connecting an upper portion of the front pillar and the front cowl ; a cowl lower side support connected to a lower portion of the cowl upper side support and to the front pillar ; and a fender apron upper member connected to the cowl lower support and the front pillar , wherein the front vehicle body structure further comprises: a front floor panel mounted on the upper body ; a floor upper coupled to the front floor panel ; and a floor reinforcement frame disposed along a front-rear direction on the floor upper . a front floor panel mounted on the upper body ; a floor upper coupled to the front floor panel ; and a floor reinforcement frame disposed along a front-rear direction on the floor upper .
Tyre , defining three main directions: circumferential, axial and radial, comprising a crown comprising a tread , two sidewalls , and two beads , each sidewall connecting each bead to the crown , a carcass reinforcement anchored in each of the beads and extending in the sidewalls and in the crown , a crown reinforcement extending in the crown in the circumferential direction (Z) and situated radially between the carcass reinforcement and the tread , the crown reinforcement comprising a working reinforcement comprising at least first and second working plies , each first and second working ply respectively comprising first and second reinforcing elements arranged substantially parallel to one another in each first and second working ply , characterized in that at least one of the following relationships I or II is satisfied: 2050 ≤ D 1 4 × d 1 × 1000 / E 1 ≤ − 3998 × E 1 + 4547 where: - D1 is the diameter of each first reinforcing element made up of a metallic monofilament , expressed in mm, with D1 ranging from 0.25 to 0.38 mm, - d1 is the density of the first reinforcing elements in the first working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E1 is the mean thickness of the first working ply , expressed in mm and measured in the radial direction (Y); 2050 ≤ D 2 4 × d 2 × 1000 / E 2 ≤ − 3998 × E 2 + 4547 where - D2 is the diameter of each second reinforcing element made up of a metallic monofilament , expressed in mm, with D2 ranging from 0.25 to 0.38 mm, - d2 is the density of the second reinforcing elements in the second working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E2 is the mean thickness of the second working ply , expressed in mm and measured in the radial direction (Y); the characteristics D1, D2, d1, d2, E1, E2 being measured in the central part of the crown reinforcement of the tyre in the vulcanized state, on each side of the midplane (M) over a total axial width of 4 cm. - D1 is the diameter of each first reinforcing element made up of a metallic monofilament , expressed in mm, with D1 ranging from 0.25 to 0.38 mm, - d1 is the density of the first reinforcing elements in the first working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E1 is the mean thickness of the first working ply , expressed in mm and measured in the radial direction (Y); 2050 ≤ D 2 4 × d 2 × 1000 / E 2 ≤ − 3998 × E 2 + 4547 - D2 is the diameter of each second reinforcing element made up of a metallic monofilament , expressed in mm, with D2 ranging from 0.25 to 0.38 mm, - d2 is the density of the second reinforcing elements in the second working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E2 is the mean thickness of the second working ply , expressed in mm and measured in the radial direction (Y);
A bending tool storage device for storing bending tools , comprising at least one storage unit , which comprises an outer tool storage which is ring-shaped or partial ring-shaped and has a plurality of guide rails for holding and guiding bending tools , characterized in that the storage unit comprises at least one inner tool storage which is arranged inside the outer tool storage and has a plurality of guide rails for holding and guiding bending tools , and in that the outer tool storage and the inner tool storage are rotatable relative to one another, wherein, in different positions of relative rotation between outer tool storage and inner tool storage , at least one guide rail of the outer tool storage is in each case in aligned orientation with another guide rail of the inner tool storage .
A vehicle comprising an engine with a supercharger , the engine comprising: an intake manifold including a surge tank connected to intake ports of cylinders of the engine that is a multi-cylinder engine, and an intake air introduction pipe integral with the surge tank ; a supercharger configured to compress intake air and supply the compressed intake air to the surge tank ; and an intercooler configured to cool the intake air discharged from the supercharger , wherein the supercharger extends along the cylinder bank at a side of the surge tank , and is fixed to the intake manifold , and the intercooler is located below the supercharger , characterized in that the intake air introduction pipe extends below the surge tank , and a case housing a cooler core of the intercooler includes an intake air inlet connected to a discharge port of the supercharger , and an intake air outlet connected to the intake air introduction pipe , of the intake manifold , extending below the surge tank . an intake manifold including a surge tank connected to intake ports of cylinders of the engine that is a multi-cylinder engine, and an intake air introduction pipe integral with the surge tank ; a supercharger configured to compress intake air and supply the compressed intake air to the surge tank ; and an intercooler configured to cool the intake air discharged from the supercharger , wherein the supercharger extends along the cylinder bank at a side of the surge tank , and is fixed to the intake manifold , and the intercooler is located below the supercharger , characterized in that the intake air introduction pipe extends below the surge tank , and a case housing a cooler core of the intercooler includes an intake air inlet connected to a discharge port of the supercharger , and an intake air outlet connected to the intake air introduction pipe , of the intake manifold , extending below the surge tank .
An additive manufacturing device for the layered production of three-dimensional objects from a polymerizable liquid comprising - a trough having a bottom for accommodating the liquid , - a carrier platform on which the object is built up and which is vertically displaceable in relation to the trough , - a structural element having a first and a second side , on which the liquid polymerizes on the first side to form an object layer , and - a radiation source which irradiates the second side of the radiation-transmissive structural element , wherein the structural element is arranged above the carrier platform and the distance between the structural element and the trough is changeable in relation to one another, characterized in that the manufacturing device comprises at least two troughs filled with different liquids, wherein the trough which is filled with a first liquid is exchangeable with a further trough which is filled with a second liquid and that the carrier platform and the structural element are held on a common support , which support is extendable into and retractable from the trough . - a trough having a bottom for accommodating the liquid , - a carrier platform on which the object is built up and which is vertically displaceable in relation to the trough , - a structural element having a first and a second side , on which the liquid polymerizes on the first side to form an object layer , and - a radiation source which irradiates the second side of the radiation-transmissive structural element , wherein the structural element is arranged above the carrier platform and the distance between the structural element and the trough is changeable in relation to one another,
A cover layer for a vacuum wound therapy dressing comprising: a backing layer formed from a flexible moisture vapor permeable polymeric membrane; an adhesive layer adapted to affix the backing layer over a wound bed (w) and provide a substantially fluid-tight seal around a perimeter of the wound bed; and a reinforcement layer affixed to the backing layer, the reinforcement layer having a mesh structure comprising materials selected from polyethylene terephthalate, polyethylene, nylon and polypropylene that extends to a peripheral region of the backing layer so as to reinforce a vacuum reservoir over the wound bed.
A compound of the following general formula (I) wherein R 1 , R 2 , R 3 and R 4 are independently selected from each other; R 1 is H or CH 3 ; R 2 is H or CH 3 ; R 3 is H or CH 3 ; R 4 is selected from a list consisting of R5 is a glycolic diester residue, succinic diester residue, or glycine amide ester residue. R 1 , R 2 , R 3 and R 4 are independently selected from each other; R 1 is H or CH 3 ; R 2 is H or CH 3 ; R 3 is H or CH 3 ; R 4 is selected from a list consisting of R5 is a glycolic diester residue, succinic diester residue, or glycine amide ester residue.
A method for the treatment of a lignocellulosic biomass comprising the steps of: a) providing a mixture comprising water and the lignocellulosic biomass having a water:biomass weight ratio lower than or equal to 2:1, preferably lower than 1:1; b) heating and maintaining said mixture comprising water and the lignocellulosic biomass at a temperature comprised between 80°C and 135°C; c) vaporizing at an absolute pressure comprised between 5 and 250 millibar (0.5 and 25 kPa) said heated mixture comprising water and the lignocellulosic biomass. a) providing a mixture comprising water and the lignocellulosic biomass having a water:biomass weight ratio lower than or equal to 2:1, preferably lower than 1:1; b) heating and maintaining said mixture comprising water and the lignocellulosic biomass at a temperature comprised between 80°C and 135°C; c) vaporizing at an absolute pressure comprised between 5 and 250 millibar (0.5 and 25 kPa) said heated mixture comprising water and the lignocellulosic biomass.
A recombinant Mycobacterium bovis cell strain Danish subtype Prague which is urease-deficient and which comprises a recombinant nucleic acid molecule encoding a fusion polypeptide as depicted in SEQ ID NO: 1 comprising: (a) a Mycobacterium antigen comprising an amino acid sequence encoded by nucleotides 121-153 of SEQ ID NO: 1 and (b) a phagolysosomal escape domain comprising an amino acid sequence encoded by nucleotides 211-1722 of SEQ ID NO: 1. (a) a Mycobacterium antigen comprising an amino acid sequence encoded by nucleotides 121-153 of SEQ ID NO: 1 and (b) a phagolysosomal escape domain comprising an amino acid sequence encoded by nucleotides 211-1722 of SEQ ID NO: 1.