mhurhangee/patent-ind-claim-en huggingface dataset:
A protective device for an elongate catheter carrying a functional element on a distal end portion of the catheter , the protective device comprising - a protector designed to be arranged on the distal end portion of the catheter so that the functional element is surrounded by the protector , and - a protective sleeve surrounding an interior for receiving the catheter and the protector arranged thereon, characterised in that the protective sleeve has at least one projection on an inner side of the protective sleeve facing the interior of the protective sleeve , which projection is designed to retain the protector when the catheter together with the protector is arranged in the interior of the protective sleeve and the catheter is withdrawn from the protective sleeve so that the protector is pulled off the distal end portion of the catheter . - a protector designed to be arranged on the distal end portion of the catheter so that the functional element is surrounded by the protector , and - a protective sleeve surrounding an interior for receiving the catheter and the protector arranged thereon,
Plate-type heat exchanger for an air-conditioning circuit for a vehicle, in particular for a vehicle having an electric motor, with a primary circuit for a coolant and a secondary circuit for a cooling fluid, wherein the primary circuit and the secondary circuit are coupled by said plate-type heat exchanger having a plurality of heat exchanger plates which are stacked one on top of each other, and have in the plane of their plates, both a main extent direction and a secondary extent direction running perpendicular thereto, and are arranged one next to the other in a stacking direction which runs perpendicular to the main extent direction and to the secondary extent direction , and in that the inflow and outflow for the coolant are provided in the main extent direction , at the same end of the heat exchanger plates , wherein coolant chambers and cooling fluid chambers , which each have an inflow and an outflow for the coolant and/or the cooling fluid, are formed between adjacent heat exchanger plates , and the coolant and/or cooling fluid chambers are embodied altogether as U-shaped flow ducts , wherein the assigned inflow is arranged at the end of the first limb, and the assigned outflow is arranged at the end of the second limb, of the U-shaped flow duct wherein there is a common inflow connection and outflow connection for all the coolant chambers , the heat exchanger being characterized in that the inflow connection and the outflow connection of the cooling fluid chambers have the common connection component which permits direct attachment of an expansion valve for the coolant to the plate-type heat exchanger .
A vacuum insulated glass product, comprising: a first glass substrate ; a second glass substrate disposed opposite to the first glass substrate ; a sealing structure provided between the first glass substrate and the second glass substrate and adjacent to edges of the first glass substrate and the second glass substrate and used for airtight binding of the first glass substrate and the second glass substrate to form a vacuum cavity ; and a support provided inside the vacuum cavity for bearing pressure from the first glass substrate and the second glass substrate , characterized in that the sealing structure being disposed adjacent to the edges of the first glass substrate and the second glass substrate and comprises: metal layers which are fixedly bound to opposite surfaces of the first glass substrate and the second glass substrate , respectively, and an intermediate solder layer which connects the two metal layers ; and the metal layers have arc-shaped transition structures at the corners areas of the glass substrates , wherein a width of a straight segment of the metal layers is d, an arc radius of an inner edge of the metal layers in the corner area is r, and an arc radius of an outer edge of the metal layers in the corner area is R, wherein d=R-r, wherein the metal layers are sintered on the first glass substrate and the second glass substrate by a metal slurry, respectively. a first glass substrate ; a second glass substrate disposed opposite to the first glass substrate ; a sealing structure provided between the first glass substrate and the second glass substrate and adjacent to edges of the first glass substrate and the second glass substrate and used for airtight binding of the first glass substrate and the second glass substrate to form a vacuum cavity ; and a support provided inside the vacuum cavity for bearing pressure from the first glass substrate and the second glass substrate , characterized in that the sealing structure being disposed adjacent to the edges of the first glass substrate and the second glass substrate and comprises: metal layers which are fixedly bound to opposite surfaces of the first glass substrate and the second glass substrate , respectively, and an intermediate solder layer which connects the two metal layers ; and the metal layers have arc-shaped transition structures at the corners areas of the glass substrates , wherein a width of a straight segment of the metal layers is d, an arc radius of an inner edge of the metal layers in the corner area is r, and an arc radius of an outer edge of the metal layers in the corner area is R, wherein d=R-r, wherein the metal layers are sintered on the first glass substrate and the second glass substrate by a metal slurry, respectively.
Tuyere stock arrangement for a blast furnace comprising: a tuyere having a tuyere body configured for installation in a blast furnace wall ; said tuyere body having an outer wall , a front face and a rear face , said tuyere body further having a tuyere channel extending from said rear face to said front face , said tuyere channel forming an inner wall in said tuyere body ; a blowpipe connected between said rear face of said tuyere body and a gas feeding device , said blowpipe being configured and arranged so as to feed hot gas from said gas feeding device to said tuyere channel for injection into said blast furnace; an injection lance for feeding a combustible into said blast furnace at said tuyere level, said injection lance being a coaxial lance comprising an outer pipe and an inner pipe , coaxially arranged within said outer pipe , said outer and inner pipes being arranged for separately conveying oxidizing gas and said combustible, said inner pipe forming a separation wall for separating said combustible from said oxidizing gas characterized by a lance passage formed in said tuyere body , said lance passage being arranged between said inner wall and said outer wall of said tuyere body and extending from said rear face to said front face , said lance passage opening into said front face of said tuyere body ; said lance passage being formed so as to removably receive said injection lance therein. a tuyere having a tuyere body configured for installation in a blast furnace wall ; said tuyere body having an outer wall , a front face and a rear face , said tuyere body further having a tuyere channel extending from said rear face to said front face , said tuyere channel forming an inner wall in said tuyere body ; a blowpipe connected between said rear face of said tuyere body and a gas feeding device , said blowpipe being configured and arranged so as to feed hot gas from said gas feeding device to said tuyere channel for injection into said blast furnace; an injection lance for feeding a combustible into said blast furnace at said tuyere level, said injection lance being a coaxial lance comprising an outer pipe and an inner pipe , coaxially arranged within said outer pipe , said outer and inner pipes being arranged for separately conveying oxidizing gas and said combustible, said inner pipe forming a separation wall for separating said combustible from said oxidizing gas characterized by a lance passage formed in said tuyere body , said lance passage being arranged between said inner wall and said outer wall of said tuyere body and extending from said rear face to said front face , said lance passage opening into said front face of said tuyere body ; said lance passage being formed so as to removably receive said injection lance therein.
Package for packing consumables for use in a machining device, in particular a wood working device for machining plate-shaped workpieces, having a base body which is formed from at least one packaging material to be used once or repeatedly, wherein the base body at least partially delimits a receiving area for receiving and dispensing the consumables , and the receiving area is at least partially surrounded by the packaging material, as well as having a dispensing device allowing access to the consumables which can be received in the receiving area , and having at least one identification device for identifying properties of the packaged consumables , wherein at least the base body is configured to be supplied to the machining device together with the consumables , wherein a coupling device is provided on the base body or is formed by the base body , wherein the coupling device is intended to engage with at least one coupling element of the machining device, so that automated handling of the packaging in the machining device is possible, characterised in that the base body is made of a flexible packaging material and adapts at least in some areas to the shape of the consumable to be packaged.
Loading and/or shredding wagon, having a loading space for storing crops, which has a scraper floor and an adjustable front wall , and a control device for actuating the scraper floor and the front wall , wherein the control device has a loading operating mode, in which when the loading space is loaded with crops, the front wall is automatically moved a short distance to the rear when the scraper floor is actuated as a function of a sensor signal from a detection device and is then moved back to the front into a loading position, characterised in that the detection device is designed to detect a forward load on the front wall caused by the crop pressure in the loading space and/or induced holding force of the front wall , and wherein the control device is designed to cause the actuation of the scraper floor and the associated displacement of the front wall to the rear and back to the front in the loading operating mode when the sensor signal of the detection device indicates a predetermined load on the front wall .
Plant having biological activity of a haploid inducer and comprising a nucleotide sequence encoding a centromer histone H3 (CENH3) protein comprising a CATD domain, wherein the nucleotide sequence comprises a mutation causing an amino acid substitution at (a) position 92 of SEQ ID NO: 34; (b) position 106 of SEQ ID NO: 44; or (c) position 4 of SEQ ID NO: 1, wherein the amino acid substitution confers the biological activity of a haploid inducer.
Carton sleeve of a composite material for producing a carton , comprising: - a sleeve area formed from a front partial area and a rear partial area , - a longitudinal seam , which joins two edges of the composite material to form an all-round carton sleeve and is arranged on the rear partial area , and - two pseudo fold lines , which pass through the sleeve area , - wherein the carton sleeve is folded along the two pseudo fold lines , wherein the floor areas and gable areas are arranged on opposite sides of the carton sleeve and wherein the floor areas and the gable areas in each case comprise two rectangular areas and gable areas and six triangular areas , characterised in that the carton sleeve in the region of the front partial area has no further fold lines between the two pseudo fold lines . - a sleeve area formed from a front partial area and a rear partial area , - a longitudinal seam , which joins two edges of the composite material to form an all-round carton sleeve and is arranged on the rear partial area , and - two pseudo fold lines , which pass through the sleeve area , - wherein the carton sleeve is folded along the two pseudo fold lines ,
A synthetic quartz glass substrate 152 mm (6 inches) square and having a major surface 152 mm (6 inches) square including a central surface area of 148 mm square including a central surface area (A) of 132 mm square, a surface region extending from the perimeter of the central surface area (A) of 132 mm square to the perimeter of the major surface being inclined, and wherein the central surface area (A) of 132 mm square has a flatness of up to 50 nm, and a frame region (B), constituted by the central surface area of 148 mm square excluding the central surface area (A) of 132 mm square, has a flatness of up to 150 nm, wherein the central surface area (A) of 132 mm square has a least squares plane and the frame region (B) has a least squares plane, and said least squares plane of the central surface area (A) of 132 mm square is higher than said least squares plane of the frame region (B) by at least 50 nm, and by 100 nm or less.
A combustor comprising: a fuel injector to inject fuel; a cooling passage (C) configured to pass compressed air for cooling an outer surface of a liner forming a combustion chamber for containing combustion gas; and a nozzle part that is coupled to the liner and has a rear surface facing the combustion chamber , the nozzle part configured to mix the compressed air with the fuel from the fuel injector and to discharge some of the compressed air in the cooling passage (C) to the rear surface in order to block an introduction of the combustion gas into the nozzle part , wherein the nozzle part comprises: a nozzle installed at one end of the fuel injector and surrounded by a nozzle shroud for introducing the compressed air from the cooling passage (C) into a space between the nozzle and the nozzle shroud in which the compressed air and the fuel are mixed; a nozzle casing for supporting the nozzle shroud at one end and including an open side at the other end, the nozzle casing further including a side in which an air introduction hole is formed; and a nozzle cap installed in the open side of the nozzle casing between the nozzle shroud and the nozzle casing , the nozzle cap having a plurality of through-holes formed to discharge the compressed air introduced through the air introduction hole , characterized in that the nozzle part further comprises: an annular bypass tube installed between the nozzle shroud and the nozzle cap to form a gap (G) around the nozzle shroud between the nozzle shroud and an inner circumferential surface of the nozzle cap , the annular bypass tube having a bypass hole formed to discharge to the gap (G) some of the compressed air introduced through the air introduction hole . a fuel injector to inject fuel; a cooling passage (C) configured to pass compressed air for cooling an outer surface of a liner forming a combustion chamber for containing combustion gas; and a nozzle part that is coupled to the liner and has a rear surface facing the combustion chamber , the nozzle part configured to mix the compressed air with the fuel from the fuel injector and to discharge some of the compressed air in the cooling passage (C) to the rear surface in order to block an introduction of the combustion gas into the nozzle part , a nozzle installed at one end of the fuel injector and surrounded by a nozzle shroud for introducing the compressed air from the cooling passage (C) into a space between the nozzle and the nozzle shroud in which the compressed air and the fuel are mixed; a nozzle casing for supporting the nozzle shroud at one end and including an open side at the other end, the nozzle casing further including a side in which an air introduction hole is formed; and a nozzle cap installed in the open side of the nozzle casing between the nozzle shroud and the nozzle casing , the nozzle cap having a plurality of through-holes formed to discharge the compressed air introduced through the air introduction hole ,
An avalanche photodiode (APD) comprising: a first region associated with a first terminal ; a second region associated with a second terminal and separated from the first region by a multiplication region ; an absorption region disposed on the multiplication region and associated with a third terminal , the absorption region is configured to absorb photons and generate electrical carriers, and the multiplication region is configured to avalanche multiply the generated carriers and to sweep the carriers to the first region and/or the second region , wherein: a multiplication region electric field is independently controllable with respect to an absorption region electric field , based on the first terminal , the second terminal , and the third terminal ; the second region is separated from the first region by a separation distance ; a second portion of the multiplication region is disposed on a first portion of the multiplication region ; and the absorption region is disposed on the second portion of the multiplication region ; characterized in that the multiplication region has a stepped geometry including a wider portion of the second portion of the multiplication region and a narrower portion of the second portion of the multiplication region , wherein the wider portion overlaps with the first region and/or the second region beyond the separation distance , while the narrower portion of the second portion of the multiplication region does not overlap. a first region associated with a first terminal ; a second region associated with a second terminal and separated from the first region by a multiplication region ; an absorption region disposed on the multiplication region and associated with a third terminal , the absorption region is configured to absorb photons and generate electrical carriers, and the multiplication region is configured to avalanche multiply the generated carriers and to sweep the carriers to the first region and/or the second region , a multiplication region electric field is independently controllable with respect to an absorption region electric field , based on the first terminal , the second terminal , and the third terminal ; the second region is separated from the first region by a separation distance ; a second portion of the multiplication region is disposed on a first portion of the multiplication region ; and the absorption region is disposed on the second portion of the multiplication region ; characterized in that the multiplication region has a stepped geometry including a wider portion of the second portion of the multiplication region and a narrower portion of the second portion of the multiplication region , wherein the wider portion overlaps with the first region and/or the second region beyond the separation distance , while the narrower portion of the second portion of the multiplication region does not overlap.
Processed cheese composition comprising a homogeneous melt or blend of at least natural cheese or a concentrated milk protein composition; water; one or more emulsifying agents and potassium lactate; wherein the amount of potassium lactate in the homogeneous melt or blend is within the range of 0.2-5 wt.%, based on the total weight of the melt or blend, and wherein the processed cheese composition comprises less than 1.0 wt.% of sodium cations, based on the total weight of the melt or blend.
A vacuum lift attachment for a hydraulic work machine, the hydraulic work machine including a control station, a lift arm to which the hydraulic work attachment can be coupled, an auxiliary hydraulic system for operating a coupled hydraulic work attachment and an auxiliary hydraulic actuator in the control station that upon actuation by an operator causes an auxiliary hydraulic control signal to generate; which vacuum lift attachment comprises: a body having an upper end that is adapted to be coupled to the lift arm of the hydraulic work machine and for hydraulic fluid connection to the auxiliary hydraulic system of the hydraulic work machine; a vacuum pad mounted to the lower end of the body ; a vacuum reservoir in fluid communication with the vacuum pad , in which the fluid communication is controlled by at least one air valve operable between an open and a closed position so as to apply and close a supply of vacuum to the vacuum pad , a hydraulic vacuum pump fluidly connectable to the auxiliary hydraulic system; and an electronic controller that is configured to receive an auxiliary hydraulic control signal and convert the auxiliary hydraulic control signal to an electronic signal for electronic control of the hydraulic vacuum pump by an operator actuating the auxiliary hydraulic actuator in the control station, characterized in that the vacuum reservoir includes a first service reservoir and a second reserve reservoir and the second reserve vacuum reservoir is fluidly isolated from the vacuum pad when the vacuum pad is carrying a load at or above a predetermined safe vacuum level, and if the vacuum level falls below the predetermined safe vacuum level a second air valve is actuated to fluidly connect the reserve vacuum reservoir to the vacuum pad. a body having an upper end that is adapted to be coupled to the lift arm of the hydraulic work machine and for hydraulic fluid connection to the auxiliary hydraulic system of the hydraulic work machine; a vacuum pad mounted to the lower end of the body ; a vacuum reservoir in fluid communication with the vacuum pad , in which the fluid communication is controlled by at least one air valve operable between an open and a closed position so as to apply and close a supply of vacuum to the vacuum pad , a hydraulic vacuum pump fluidly connectable to the auxiliary hydraulic system; and an electronic controller that is configured to receive an auxiliary hydraulic control signal and convert the auxiliary hydraulic control signal to an electronic signal for electronic control of the hydraulic vacuum pump by an operator actuating the auxiliary hydraulic actuator in the control station, characterized in that the vacuum reservoir includes a first service reservoir and a second reserve reservoir and the second reserve vacuum reservoir is fluidly isolated from the vacuum pad when the vacuum pad is carrying a load at or above a predetermined safe vacuum level, and if the vacuum level falls below the predetermined safe vacuum level a second air valve is actuated to fluidly connect the reserve vacuum reservoir to the vacuum pad.
A syringe stopper comprising an elastomer body and a barrier film wherein the barrier film comprises an expanded fluoropolymer.
A method of controlling a biochemical analysis system for analysing polymers that comprise a sequence of polymer units, wherein the biochemical analysis system comprises at least one sensor element that comprises a nanopore , and the biochemical analysis system is operable to take successive measurements of a polymer from a sensor element , during translocation of the polymer through the nanopore of the sensor element , characterised in that the method comprises, when a polymer has partially translocated through the nanopore , analysing the series of measurements taken from the polymer during the partial translocation thereof using reference data derived from at least one reference sequence of polymer units to provide a measure of similarity between the sequence of polymer units of the partially translocated polymer and the at least one reference sequence, and responsive to the measure of similarity, operating the biochemical analysis system to reject the polymer and to take measurements from a further polymer. characterised in that the method comprises, when a polymer has partially translocated through the nanopore , analysing the series of measurements taken from the polymer during the partial translocation thereof using reference data derived from at least one reference sequence of polymer units to provide a measure of similarity between the sequence of polymer units of the partially translocated polymer and the at least one reference sequence, and responsive to the measure of similarity, operating the biochemical analysis system to reject the polymer and to take measurements from a further polymer.