mhurhangee/patent-ind-claim-en huggingface dataset:
An absorptive dressing for applying to a wound bed including a smooth muscle fistula in a negative pressure treatment system , the absorptive dressing comprising: a wound-side layer comprising a first foam adapted to be placed directly against the wound bed and to contact smooth muscle without causing substantial cellular disruption or damage in the negative pressure environment, the first foam comprising an ester-based material comprising pores with a width of about 0.1μm to about 50μm; and an intermediate layer adjacent the wound-side layer and comprising a second foam having pores larger than the pores of the wound-side layer, to direct a flow of wound fluid from the wound bed; and an occlusive layer adjacent the intermediate layer and opposite the wound-side layer, the occlusive layer having an opening. a wound-side layer comprising a first foam adapted to be placed directly against the wound bed and to contact smooth muscle without causing substantial cellular disruption or damage in the negative pressure environment, the first foam comprising an ester-based material comprising pores with a width of about 0.1μm to about 50μm; and an intermediate layer adjacent the wound-side layer and comprising a second foam having pores larger than the pores of the wound-side layer, to direct a flow of wound fluid from the wound bed; and
A method of identifying an individual having a renal cell carcinoma who may benefit from treatment with an anti-cancer therapy comprising bevacizumab and atezolizumab; wherein the individual has not been previously treated for the renal cell carcinoma and the method comprises determining the expression level of CD8A, IFNG, PRF1, EOMES and PD-L1 in a sample from the individual, wherein an expression level of CD8A, IFNG, PRF1, EOMES and PD-L1 in the sample that is at or above a reference expression level of CD8A, IFNG, PRF1, EOMES and PD-L1 identifies the individual as one who may benefit from treatment with bevaziumab and atezolizumab.
A control device of a refrigeration cycle apparatus including a refrigerant circuit in which a compressor , a condenser, an expansion valve , and an evaporator are connected by a refrigerant pipe, the control device comprising: - an expansion-valve control unit configured to output an opening-degree command for the expansion valve on a basis of a discharge-temperature deviation between a discharge temperature of refrigerant discharged from the compressor and a set discharge temperature, and at least two types of control parameters including a proportionality coefficient and an integral coefficient; - characterised in that a flow-rate-correction-coefficient calculating unit configured to calculate a flow-rate correction coefficient from a refrigerant flow rate of refrigerant circulating through the refrigerant circuit and a preset flow-rate reference value; and - a coefficient correcting unit configured to calculate the proportionality coefficient by correcting a preset proportionality-coefficient reference value on a basis of the flow-rate correction coefficient, and calculate the integral coefficient by correcting a preset integral-coefficient reference value on a basis of the flow-rate correction coefficient, - the coefficient correcting unit being configured to calculate the proportionality coefficient and the integral coefficient such that a variation range of the integral coefficient within a variation range of the refrigerant flow rate is larger than a variation range of the proportionality coefficient within the variation range of the refrigerant flow rate. - an expansion-valve control unit configured to output an opening-degree command for the expansion valve on a basis of a discharge-temperature deviation between a discharge temperature of refrigerant discharged from the compressor and a set discharge temperature, and at least two types of control parameters including a proportionality coefficient and an integral coefficient; - characterised in that a flow-rate-correction-coefficient calculating unit configured to calculate a flow-rate correction coefficient from a refrigerant flow rate of refrigerant circulating through the refrigerant circuit and a preset flow-rate reference value; and - a coefficient correcting unit configured to calculate the proportionality coefficient by correcting a preset proportionality-coefficient reference value on a basis of the flow-rate correction coefficient, and calculate the integral coefficient by correcting a preset integral-coefficient reference value on a basis of the flow-rate correction coefficient, - the coefficient correcting unit being configured to calculate the proportionality coefficient and the integral coefficient such that a variation range of the integral coefficient within a variation range of the refrigerant flow rate is larger than a variation range of the proportionality coefficient within the variation range of the refrigerant flow rate.
A blood bag sterile connection method, comprising the following steps: 1) placing blood bag tubes above a wire box of a blood bag sterile connection device, clamping positions to be cut of the blood bag tubes by using two vascular clamps , and simultaneously moving the two vascular clamps in opposite directions; 2) electrifying a composite metal wire of the blood bag sterile connection device for heating, and meanwhile, raising the wire box of the blood bag sterile connection device to cut the blood bag tubes by the composite metal wire of the wire box ; 3) after the composite metal wire cuts the blood bag tubes, continuing to raise the wire box of the blood bag sterile connection device and retaining; meanwhile, aligning the blood bag tubes to be connected; 4) electrifying the composite metal wire of the blood bag sterile connection device for heating, meanwhile, moving the wire box of the blood bag sterile connection device downwards, and moving the two vascular clamps towards each other; rolling away the composite metal wire used during cutting under the action of a bobbin of the composite metal wire , and rolling out a new composite metal wire ; 5) connecting the blood bag tubes via the composite metal wire , and simultaneously moving the two vascular clamps towards each other; and 6) returning the wire box of the blood bag sterile connection device to the initial position, opening the vascular clamps to take out the connected blood bag tubes, then clicking a reset key to return the vascular clamps to the initial positions, and thus completing the entire cutting and connecting process. 1) placing blood bag tubes above a wire box of a blood bag sterile connection device, clamping positions to be cut of the blood bag tubes by using two vascular clamps , and simultaneously moving the two vascular clamps in opposite directions; 2) electrifying a composite metal wire of the blood bag sterile connection device for heating, and meanwhile, raising the wire box of the blood bag sterile connection device to cut the blood bag tubes by the composite metal wire of the wire box ; 3) after the composite metal wire cuts the blood bag tubes, continuing to raise the wire box of the blood bag sterile connection device and retaining; meanwhile, aligning the blood bag tubes to be connected; 4) electrifying the composite metal wire of the blood bag sterile connection device for heating, meanwhile, moving the wire box of the blood bag sterile connection device downwards, and moving the two vascular clamps towards each other; rolling away the composite metal wire used during cutting under the action of a bobbin of the composite metal wire , and rolling out a new composite metal wire ; 5) connecting the blood bag tubes via the composite metal wire , and simultaneously moving the two vascular clamps towards each other; and 6) returning the wire box of the blood bag sterile connection device to the initial position, opening the vascular clamps to take out the connected blood bag tubes, then clicking a reset key to return the vascular clamps to the initial positions, and thus completing the entire cutting and connecting process.
A multistage radical emulsion polymerization process for producing a polymer dispersion of discrete particles dispersed in water, said process comprising the steps of; polymerizing in a first stage a core of the discrete particles, as the main polymeric part comprising from 0 to 4.5% by weight of one or more monoethylenically unsaturated monomers containing an acidic functional group based on the total monomer composition of the main polymeric part, polymerizing in a second stage a swellable/soluble outer layer as the second polymeric part comprising at least 5% by weight of one or more monoethylenically unsaturated monomers containing an acidic functional group based on the total monomer composition of the swellable/soluble outer layer, wherein the swellable/soluble outer polymeric layer is polymerized onto the surface of the main polymeric part, wherein the amount of swellable/soluble outer layer represents between 3% to 50% by weight of the total polymeric composition, and adding a swelling agent selected from a base in sufficient amount as to raise the pH and bring the swellable/soluble outer layer (SOL) to the desired degree of swelling or dissolution, whereby that outer layer undergoes swelling or dissolving when submitted to a pH change, while the main particle remains substantially unaffected. polymerizing in a first stage a core of the discrete particles, as the main polymeric part comprising from 0 to 4.5% by weight of one or more monoethylenically unsaturated monomers containing an acidic functional group based on the total monomer composition of the main polymeric part, polymerizing in a second stage a swellable/soluble outer layer as the second polymeric part comprising at least 5% by weight of one or more monoethylenically unsaturated monomers containing an acidic functional group based on the total monomer composition of the swellable/soluble outer layer, wherein the swellable/soluble outer polymeric layer is polymerized onto the surface of the main polymeric part, wherein the amount of swellable/soluble outer layer represents between 3% to 50% by weight of the total polymeric composition, and adding a swelling agent selected from a base in sufficient amount as to raise the pH and bring the swellable/soluble outer layer (SOL) to the desired degree of swelling or dissolution, whereby that outer layer undergoes swelling or dissolving when submitted to a pH change, while the main particle remains substantially unaffected.
A protection relay for a distribution transformer adapted to contain a cooling liquid and comprising a tank adapted to be filled with said cooling liquid comprising: - a main body mechanically coupleable in a removable manner with said tank, said main body including a case section defining a first inner volume and a duct section adapted to link said case section with said tank, said case section including an inner chamber arranged in said first inner volume, said inner chamber being, in operation, in fluid-dynamic communication with said tank through said duct section and filled with said cooling liquid; - an outer container mechanically coupled in a removable manner with said case section , said outer container being in fluid-dynamic communication with said inner chamber and adapted to be partially filled with said cooling liquid ; - a floating element accommodated within said outer container and adapted to be at least partially immersed in and moved by the cooling liquid contained in said outer container; - switching means arranged in said first inner volume and adapted to be actuated by said floating element when the cooling liquid contained in said outer container reaches one or more threshold levels; characterized in that said case section and said outer container respectively comprise mutually coupleable second and third mechanical connection means to mechanically couple said outer container with said case section in a removable manner at second and third ports of said case section and said outer container, wherein said second and third mechanical connection means are of the shape-coupling type or of the snap-fit type. - a main body mechanically coupleable in a removable manner with said tank, said main body including a case section defining a first inner volume and a duct section adapted to link said case section with said tank, said case section including an inner chamber arranged in said first inner volume, said inner chamber being, in operation, in fluid-dynamic communication with said tank through said duct section and filled with said cooling liquid; - an outer container mechanically coupled in a removable manner with said case section , said outer container being in fluid-dynamic communication with said inner chamber and adapted to be partially filled with said cooling liquid ; - a floating element accommodated within said outer container and adapted to be at least partially immersed in and moved by the cooling liquid contained in said outer container; - switching means arranged in said first inner volume and adapted to be actuated by said floating element when the cooling liquid contained in said outer container reaches one or more threshold levels;
Paving train for producing at least one pavement layer on a traffic surface comprising at least two independently driven units which travel in a group, the units comprising a road finisher, a road paver, or an IP finisher, or a feeder, which units move one behind the other at a predeterminable distance, characterized in that a wireless communication link is formed between the units at least for exchanging speeds and a material level of a finisher/paver or a feeder.
A compound having the structure of Formula (I): or a pharmaceutically acceptable salt, homolog, hydrate or solvate thereof, wherein a homolog of a compound is a compound having one or more atoms of the compound replaced by an isotope of such atom; wherein R is alkyl; and wherein alkyl means straight chain, branched or cyclic alkyl group (cycloalkyl), saturated or unsaturated, having from 1 to about 20 carbon atoms (C 1 - 20 alkyl), and from 3 to 20 carbon atoms in the case of cycloalkyl.
A method for detecting a state of an egg , the method comprising: illuminating an egg with a plurality of light pulses , each one of said plurality of light pulses having: a wavelength between 400±10% nanometer (nm) and 1500±10% nm, a width between 0.5±10% picoseconds (ps) and 500±10% ps, and an intensity between 0.1±10% milliJoule (mJ) and 100±10% mJ; capturing a reflection originated from within said egg of at least a portion of the plurality of light pulses at one of: a time delay corresponding to light reflected from within said egg in an interval within the egg of between 1±10% mm and 20±10% mm, or a temporal resolution corresponding to the reflection originated from within said egg of between 0.5±10% ps and 500±10% ps; analyzing the captured reflection to determine at least one spectrum of each of said plurality of light pulses; and classifying at least one of a gender and a fertility state of said egg according to said at least one spectrum. illuminating an egg with a plurality of light pulses , each one of said plurality of light pulses having: a wavelength between 400±10% nanometer (nm) and 1500±10% nm, a width between 0.5±10% picoseconds (ps) and 500±10% ps, and an intensity between 0.1±10% milliJoule (mJ) and 100±10% mJ; a wavelength between 400±10% nanometer (nm) and 1500±10% nm, a width between 0.5±10% picoseconds (ps) and 500±10% ps, and an intensity between 0.1±10% milliJoule (mJ) and 100±10% mJ; capturing a reflection originated from within said egg of at least a portion of the plurality of light pulses at one of: a time delay corresponding to light reflected from within said egg in an interval within the egg of between 1±10% mm and 20±10% mm, or a temporal resolution corresponding to the reflection originated from within said egg of between 0.5±10% ps and 500±10% ps; a time delay corresponding to light reflected from within said egg in an interval within the egg of between 1±10% mm and 20±10% mm, or a temporal resolution corresponding to the reflection originated from within said egg of between 0.5±10% ps and 500±10% ps; analyzing the captured reflection to determine at least one spectrum of each of said plurality of light pulses; and classifying at least one of a gender and a fertility state of said egg according to said at least one spectrum.
A method for processing an image, the method comprising: capturing an image of a target using optics configured to receive light reflected off the target onto the image sensor; running, by a microprocessor an application thread for calling a decoder shell function; and running, by the microprocessor, a decoder thread for decoding the image, wherein the decoder thread is created by the application thread for processing the captured image of the target using the decoder shell function, wherein running of the application thread is independent of running of the decoder thread, and wherein in response to an event, the decoder thread is terminated and the application thread exits the decoder shell function. capturing an image of a target using optics configured to receive light reflected off the target onto the image sensor; running, by a microprocessor an application thread for calling a decoder shell function; and running, by the microprocessor, a decoder thread for decoding the image, wherein the decoder thread is created by the application thread for processing the captured image of the target using the decoder shell function, wherein running of the application thread is independent of running of the decoder thread, and
A lighting device comprising an envelope , a base , a solid-state light source , and an optical means , wherein the solid-state light source is optically coupled to the optical means , wherein the optical means is an element inside the lighting device separate from and not integrated with the envelope , wherein the optical means is provided with a light-outcoupling surface that allows outcoupling of light from the optical means by a surface roughness of the optical means , characterized in that the surface roughness is provided such that the emission from the optical means resembles the emission of a carbon filament lamp.
Housing, in particular an electrical housing, motor housing, or gearbox housing, on which a pressure compensation element for equalizing a pressure between an interior space of the housing and an external side is provided, wherein the pressure compensation element is capable of being or is incorporated in the wall of the housing and comprises a pressure-equalizing membrane , wherein the pressure compensation element furthermore comprises a cylindrical structure having a ventilation duct extending therethrough, wherein the cylindrical structure extends in the direction towards the external side so as to form an elevation projecting from the wall of the housing, and said cylindrical structure is delimited by an annular end face to which the membrane is attached in a bulging, dome-shaped design, and wherein the pressure compensation element furthermore comprises a protective cover which, so as to be spaced apart from the membrane above the cylindrical structure, extends in the direction of the external side , and wherein the protective cover has a basic structure in the manner of a planar disk on which curved web-shaped mouldings are moulded to the planar side as turbine wheel blades, said mouldings having a curvature that is configured in the radial direction of the basic structure in the manner of a planar disk and being uniformly distributed on the basic structure in the circumferential direction of the latter such that a linear connection is prevented in the radial direction between the external side and the internal side of the protective cover.
Cooking appliance comprising at least one cooking chamber , at least one cooking chamber door for closing and opening a loading opening of the cooking chamber , at least one microwave source , and at least one steam source ; at least one microwave seal and at least one moisture seal being provided in the region of the loading opening , the microwave seal comprising at least one microwave-blocking device , the moisture seal being arranged closer to the cooking chamber than the microwave seal , the microwave seal having a greater radial distance from an imaginary axis than the moisture seal , and the imaginary axis extending through the centre of the loading opening and at a right angle to a plane defined by the loading opening , characterised in that the moisture seal has at least one first sealing lip via which the moisture seal at least partially abuts a wall of the cooking chamber , and the moisture seal has at least one second sealing lip via which the moisture seal at least partially abuts the closed cooking chamber door in such a way that condensate or fluid coming from the cooking chamber door is diverted to the bottom of the cooking chamber and then inwards.
Device for removing a label present on a tray moving along a path and for depositing said label in a container , the device comprising: • a means for stopping the tray, which means is arranged at a point of removing the label, • a means for gripping the label, which means is capable of removing the label, • a means for moving the means for gripping the label between a position (B) where said gripping means is in contact with the label when said label is present on the tray and another position (C) where the means for gripping the label is capable of allowing the label to be deposited in the container. • a means for stopping the tray, which means is arranged at a point of removing the label, • a means for gripping the label, which means is capable of removing the label, • a means for moving the means for gripping the label between a position (B) where said gripping means is in contact with the label when said label is present on the tray and another position (C) where the means for gripping the label is capable of allowing the label to be deposited in the container.
A fastener , comprising: a pin member including an elongated shank portion having a first end, a second end opposite the first end, a smooth cylindrical shank portion having a first end and a second end opposite the first end of the smooth cylindrical shank portion, a threaded portion located adjacent to the first end of the smooth cylindrical shank portion and proximate to the first end of the elongated shank portion and having a thread , a lock portion located adjacent to the second end of the smooth cylindrical shank portion and having at least one lock groove , and a pull portion located at the second end of the elongated shank portion and having at least one pull groove , wherein the lock portion of the pin member includes an annular stop located at one end thereof and proximate to the pull portion of the pin member; and a collar . a pin member including an elongated shank portion having a first end, a second end opposite the first end, a smooth cylindrical shank portion having a first end and a second end opposite the first end of the smooth cylindrical shank portion, a threaded portion located adjacent to the first end of the smooth cylindrical shank portion and proximate to the first end of the elongated shank portion and having a thread , a lock portion located adjacent to the second end of the smooth cylindrical shank portion and having at least one lock groove , and a pull portion located at the second end of the elongated shank portion and having at least one pull groove , wherein the lock portion of the pin member includes an annular stop located at one end thereof and proximate to the pull portion of the pin member; and a collar .