mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing image data, the method comprising: acquiring a frame of a left-eye color image of a first color, a frame of a right-eye color image of the first color, a frame of a left-eye depth image for the first color and a frame of a right-eye depth image for the first color; and generating a frame of a three-dimensional, 3D, image by combining the acquired frame of the left-eye color image, the acquired frame of the right-eye color image, the acquired frame of the left-eye depth image, and the acquired frame of the right-eye depth image, and characterized in that the generating of the frame of a 3D image comprises: arranging a first row of pixels of the acquired frame of the left-eye color image and a corresponding first row of pixels of the acquired frame of the left-eye depth image on a same first row of the frame of the 3D image; and arranging a first row of pixels of the acquired frame of the right-eye color image and a corresponding first row of pixels of the acquired frame of the right-eye depth image on a same second row of the frame of the 3D image, the second row being adjacent the first row of the frame of the 3D image. acquiring a frame of a left-eye color image of a first color, a frame of a right-eye color image of the first color, a frame of a left-eye depth image for the first color and a frame of a right-eye depth image for the first color; and generating a frame of a three-dimensional, 3D, image by combining the acquired frame of the left-eye color image, the acquired frame of the right-eye color image, the acquired frame of the left-eye depth image, and the acquired frame of the right-eye depth image, and characterized in that the generating of the frame of a 3D image comprises: arranging a first row of pixels of the acquired frame of the left-eye color image and a corresponding first row of pixels of the acquired frame of the left-eye depth image on a same first row of the frame of the 3D image; and arranging a first row of pixels of the acquired frame of the right-eye color image and a corresponding first row of pixels of the acquired frame of the right-eye depth image on a same second row of the frame of the 3D image, the second row being adjacent the first row of the frame of the 3D image. arranging a first row of pixels of the acquired frame of the left-eye color image and a corresponding first row of pixels of the acquired frame of the left-eye depth image on a same first row of the frame of the 3D image; and arranging a first row of pixels of the acquired frame of the right-eye color image and a corresponding first row of pixels of the acquired frame of the right-eye depth image on a same second row of the frame of the 3D image, the second row being adjacent the first row of the frame of the 3D image.
A nanostructured lipid gel formed by interspersing laminae and vesicles, characterised in that it comprises: - between 3% and 30% of a lipid concentration formed from a mixture of phospholipids and fatty acids in a molar ratio comprised between 5:1 and 1:1 without presence of polymers or surfactants - between 70% and 97% of water. - between 3% and 30% of a lipid concentration formed from a mixture of phospholipids and fatty acids in a molar ratio comprised between 5:1 and 1:1 without presence of polymers or surfactants - between 70% and 97% of water.
A pressure reducer for animal drinking troughs, comprising a housing in which a membrane is provided, said membrane dividing the housing into a liquid chamber for liquid for supplying the animal drinking troughs and a chamber with an adjustable regulating device acting on the membrane and with a regulating valve which is actuatable by the membrane and is assigned to an inlet , opening in the liquid chamber , for liquid from a liquid supply, wherein the regulating device is adjustable with the liquid of the liquid supply, characterized in that a force-measuring means for measuring a force or a mechanical pressure is provided between the regulating device and the membrane , a controller is provided, into which the desired intended pressure of the liquid to be supplied to the animal drinking troughs can be input, measured values detected by the force-measuring means can be supplied to the controller, and the valve in the inlet channel and the valve in the outflow channel can be controlled and/or can be regulated by the controller in accordance with the predetermined intended pressure, and that the regulating device has at least one hydraulically pre-stressable compression spring which presses against the membrane .
A cellulose acetate fiber, wherein a titanium oxide content is not greater than 0.05 wt.%; a calcium content is not greater than 20 ppm; and a magnesium content is not less than 30 ppm, and wherein said contents are determined according to the methods specified in the description. a titanium oxide content is not greater than 0.05 wt.%; a calcium content is not greater than 20 ppm; and a magnesium content is not less than 30 ppm, and wherein said contents are determined according to the methods specified in the description.
A method for the chlorine-free anti-felting treatment of wool, characterized by the steps of a) applying a solution onto the wool, wherein the solution comprises an oxidizing agent based on peroxomono sulphuric acid and a tenside, wherein the amount of tenside is 0.3 and 5 % by weight based on the mass of wool, wherein the amount of peroxomono sulphuric acid is between 0.5 and 25 % by weight based on the mass of wool, b) exposing the wool to the solution in order to complete the oxidation process, c) washing out the secondary reaction products from the wool, d) treating the wool using a reduction agent, wherein the reduction agent is sulphite and the amount of sulphite is between 5 and 15 % by weight based on the mass of the wool, wherein the residence time is between 10 and 60 s, the temperature is kept constant between 20 and 55 °C and the pH is kept constant between 8 and 11 and e) post-washing, wherein the steps are carried out continuously. a) applying a solution onto the wool, wherein the solution comprises an oxidizing agent based on peroxomono sulphuric acid and a tenside, wherein the amount of tenside is 0.3 and 5 % by weight based on the mass of wool, wherein the amount of peroxomono sulphuric acid is between 0.5 and 25 % by weight based on the mass of wool, wherein the amount of tenside is 0.3 and 5 % by weight based on the mass of wool, wherein the amount of peroxomono sulphuric acid is between 0.5 and 25 % by weight based on the mass of wool, b) exposing the wool to the solution in order to complete the oxidation process, c) washing out the secondary reaction products from the wool, d) treating the wool using a reduction agent, wherein the reduction agent is sulphite and the amount of sulphite is between 5 and 15 % by weight based on the mass of the wool, wherein the residence time is between 10 and 60 s, the temperature is kept constant between 20 and 55 °C and the pH is kept constant between 8 and 11 and e) post-washing,
An apparatus for desubliming a target compound from a first gas mixture comprising the target compound, comprising: a desublimation means comprising a surface onto which desublimation of the target compound can occur; a cooling means that cools the desublimation means; a target compound recovery region; an inlet through which the first gas mixture can enter the apparatus such that it comes into contact with the surface of the desublimation means, wherein the inlet is located between the cooling means and the target compound recovery region on the path of the desublimation means; an outlet through which the target compound can leave the target compound recovery region; and a desublimation region; wherein the desublimation means comprises a continuous path that passes through the cooling means, the desublimation region and the target compound recovery region, wherein the desublimation means is movable such that the surface continuously circulates between the cooling means and the target compound recovery region, along the path, wherein the desublimation region is an isolated section of the path of the desublimation means, wherein the cooling means cools the desublimation means such that the temperature of the desublimation means in the desublimation region is lower than that in the target compound recovery region and wherein the flow of gas is in the opposite direction to the direction of movement of the desublimation means. a desublimation means comprising a surface onto which desublimation of the target compound can occur; a cooling means that cools the desublimation means; a target compound recovery region; an inlet through which the first gas mixture can enter the apparatus such that it comes into contact with the surface of the desublimation means, wherein the inlet is located between the cooling means and the target compound recovery region on the path of the desublimation means; an outlet through which the target compound can leave the target compound recovery region; and a desublimation region; wherein the desublimation means comprises a continuous path that passes through the cooling means, the desublimation region and the target compound recovery region, wherein the desublimation means is movable such that the surface continuously circulates between the cooling means and the target compound recovery region, along the path, wherein the desublimation region is an isolated section of the path of the desublimation means, wherein the cooling means cools the desublimation means such that the temperature of the desublimation means in the desublimation region is lower than that in the target compound recovery region and wherein the flow of gas is in the opposite direction to the direction of movement of the desublimation means.
System for determining during or after a transarterial chemoembolization a first concentration of a first drug introduced by injecting into the region of interest first drug-eluting microsphere beads containing at least the first drug and a first contrast agent and a second concentration of a drug introduced by injecting into the region of interest second drug-eluting microsphere beads containing at least the second drug and a second contrast agent in a region of interest comprising a tumor having tumor core vessels, comprising: - an imaging system arranged to obtain a first image data set of the region of interest with at least a first x-ray radiation energy and a second image data set of the region of interest with at least a second x-ray radiation energy; and - a concentration determiner arranged to determine the first drug concentration from the first image data set and the second drug concentration from the second image data set; wherein the first drug-eluting microsphere beads have a larger diameter than the second drug-eluting microsphere beads. - an imaging system arranged to obtain a first image data set of the region of interest with at least a first x-ray radiation energy and a second image data set of the region of interest with at least a second x-ray radiation energy; and - a concentration determiner arranged to determine the first drug concentration from the first image data set and the second drug concentration from the second image data set; wherein the first drug-eluting microsphere beads have a larger diameter than the second drug-eluting microsphere beads.
A method for information transmission, comprising the steps of: receiving , by a distributed unit, DU, a first System Information, SI, request for a target SI transmitted from a terminal; determining , by the DU, whether to deliver the target SI to the terminal based on first configuration information; generating , by the DU, a first SI request response based on the determination; transmitting , by the DU, the first SI request response to the terminal; forwarding, by the DU, the first SI request to a centralized unit, CU, while transmitting the first SI request response to the terminal; upon reception of the first SI request, transmitting, by the CU, a first indication for indicating whether to deliver the requested target SI to the terminal. receiving , by a distributed unit, DU, a first System Information, SI, request for a target SI transmitted from a terminal; determining , by the DU, whether to deliver the target SI to the terminal based on first configuration information; generating , by the DU, a first SI request response based on the determination; transmitting , by the DU, the first SI request response to the terminal; forwarding, by the DU, the first SI request to a centralized unit, CU, while transmitting the first SI request response to the terminal; upon reception of the first SI request, transmitting, by the CU, a first indication for indicating whether to deliver the requested target SI to the terminal.
A connecting device for a carabiner , comprising a first connection part for connecting said device to a base member and at least two second connection parts for connecting said device to at least two carabiners , said at least two second connection parts each are a rotatable or tiltable connection part, and characterized in each being embodied as a concave socket for coupling to a convex body of the carabiner, further characterized in that said first connection part for connecting said device to a base member is a rotatable or tiltable connection part .
Compressed gas cylinder comprising a cylinder neck , a valve for extraction of a stored compressed gas from the compressed gas cylinder, wherein the valve is arranged in the cylinder neck , and a filter for filtering contaminants from the compressed gas, wherein a support sleeve for supporting the cylinder neck is arranged in the cylinder neck radially at the inside, and wherein the filter is fastened to the support sleeve radially at the inside, characterized in that the compressed gas cylinder consists of fibre composite material and has an inner liner , wherein the support sleeve supports the open end of the inner liner against the cylinder neck , wherein the valve is fastened in a valve receptacle , wherein the valve receptacle is fastened to the inner liner of the compressed gas cylinder.
An agricultural system comprising: agricultural equipment , a command and control system and an equipment configuration code file , wherein the command and control system , in operation, configures and controls the agricultural equipment based at least in part on the equipment configuration code file , wherein the agricultural equipment comprises a work vehicle or an implement to be carried or towed by a work vehicle ; the agricultural system further comprising a user interface that, in operation, displays information to, and receives inputs from a user for one or more data fields in the equipment configuration code file for the agricultural equipment , wherein the data fields comprise a user-given name and at least one of a compatible implement , an accessory , or a task for which the agricultural equipment may be configured, characterized in that the command and control system is configured to display a warning message via the user interface if a selected implement is not listed in the equipment configuration code file for the agricultural equipment as one of the one or more compatible implements . agricultural equipment , a command and control system and an equipment configuration code file , wherein the command and control system , in operation, configures and controls the agricultural equipment based at least in part on the equipment configuration code file , wherein the agricultural equipment comprises a work vehicle or an implement to be carried or towed by a work vehicle ; the agricultural system further comprising a user interface that, in operation, displays information to, and receives inputs from a user for one or more data fields in the equipment configuration code file for the agricultural equipment , wherein the data fields comprise a user-given name and at least one of a compatible implement , an accessory , or a task for which the agricultural equipment may be configured, characterized in that the command and control system is configured to display a warning message via the user interface if a selected implement is not listed in the equipment configuration code file for the agricultural equipment as one of the one or more compatible implements .
A medical device having improved surface hardness and wear resistance properties, said medical device comprising a body that includes a molybdenum-rhenium alloy, and a nitride surface layer that includes nitrogen, molybdenum, and rhenium, wherein said body of said medical device that includes said molybdenum-rhenium alloy is exposed to nitrogen gas, or to a nitrogen mixture that includes hydrogen for at least about one minute at a temperature of at least about 400°C, and wherein a weight percent of nitrogen in said nitride surface layer is less than a weight percent of said molybdenum, said weight percent of nitrogen in said nitride surface layer is less than a weight percent of said rhenium, wherein said nitride surface layer comprises 40-99 wt.% molybdenum, 1-40 wt.% rhenium, and 0.0001-5 wt.% nitrogen, wherein said nitride surface layer resulting in enhanced wear resistance properties to said medical device as compared to a similar molybdenum alloy that is absent said nitride surface layer, extends a life of said orthopedic medical device, increases a wear life of mating surfaces on the orthopaedic medical device, and reduces particulate generation from use of said orthopaedic medical device, said orthopaedic medical device being mated with a liner of a joint implant, said nitride surface layer of said orthopaedic medical device engaging said liner and said orthopaedic medical device selected from a joint implant, said joint implant is a knee implant, hip implant, shoulder implant, ankle implant, wrist implant, or elbow implant.
A radiating surface structure , in particular a ceiling radiating surface structure, with tubes and/or a tube register for guiding a heating and/or cooling medium, with a radiating panel providing a radiating surface and with a skirt , wherein the skirt is laterally associated with the radiating panel in such a manner that it limits the convection of air over a side edge of the radiating panel , the skirt and the radiating panel being thermally conductively connected to one another, characterized in that a downwardly or inwardly facing radiating surface of the skirt has an emissivity (ε) between 0.9 and 1.
A support structure for an article of footwear having an upper and an outsole , the support structure comprising: a torsion element having a central hub fixed for movement with the upper and an outer ring attached to the central hub, the outer ring being selectively rotatable relative to the central hub; and a compression element including a first ring fixed for movement with the outer ring , a second ring fixed for movement with the outsole, and a plurality of springs extending between and joining the first ring and the second ring, the plurality of springs permitting selective relative movement between the first ring and the second ring. a torsion element having a central hub fixed for movement with the upper and an outer ring attached to the central hub, the outer ring being selectively rotatable relative to the central hub; and a compression element including a first ring fixed for movement with the outer ring , a second ring fixed for movement with the outsole, and a plurality of springs extending between and joining the first ring and the second ring, the plurality of springs permitting selective relative movement between the first ring and the second ring.
A composition comprising the reaction product of a. an ether adduct and b. a phenolic aldehyde prepolymer, an aldehyde, or a combination thereof, the ether adduct having the structure X-O-Y, wherein X is the residue of a polyhydroxylated aromatic compound free of methylol moieties and having two or more hydroxyl groups situated on the same aromatic moiety and bonded directly thereto; O is oxygen, and Y is a group comprising at least 10 polyalkylene oxide repeat units. a. an ether adduct and b. a phenolic aldehyde prepolymer, an aldehyde, or a combination thereof,
A kit for formation of a biogel, which comprises: a) a plurality of soluble carriers, each carrier having a plurality of fibrinogen binding moieties immobilised to the carrier; and, separately, fibrinogen, wherein each molecule of fibrinogen can bind at least two fibrinogen binding moieties; or b) a plurality of soluble carriers, each carrier having a plurality of fibrinogen binding precursors immobilised to the carrier, wherein each fibrinogen binding precursor can be converted to a fibrinogen binding moiety; and fibrinogen, wherein each molecule of fibrinogen can bind at least two fibrinogen binding moieties. a) a plurality of soluble carriers, each carrier having a plurality of fibrinogen binding moieties immobilised to the carrier; and, separately, fibrinogen, wherein each molecule of fibrinogen can bind at least two fibrinogen binding moieties; or b) a plurality of soluble carriers, each carrier having a plurality of fibrinogen binding precursors immobilised to the carrier, wherein each fibrinogen binding precursor can be converted to a fibrinogen binding moiety; and fibrinogen, wherein each molecule of fibrinogen can bind at least two fibrinogen binding moieties.
A balloon catheter comprising: a shaft including: a tubular proximal shaft section ; a tubular mid-shaft section extending distally of the proximal shaft section; a core wire extending from the proximal shaft section and into the mid-shaft section; and a multi-lumen tubular distal shaft section extending from the mid-shaft section, a junction between the distal shaft section and the mid-shaft section forming a guidewire port , the distal shaft section including a balloon positioned thereon, wherein the junction between the mid-shaft section and the distal shaft section is configured to burst at a pressure that is lower than a burst pressure of the balloon. a shaft including: a tubular proximal shaft section ; a tubular mid-shaft section extending distally of the proximal shaft section; a core wire extending from the proximal shaft section and into the mid-shaft section; and a multi-lumen tubular distal shaft section extending from the mid-shaft section, a junction between the distal shaft section and the mid-shaft section forming a guidewire port , the distal shaft section including a balloon positioned thereon, a tubular proximal shaft section ; a tubular mid-shaft section extending distally of the proximal shaft section; a core wire extending from the proximal shaft section and into the mid-shaft section; and a multi-lumen tubular distal shaft section extending from the mid-shaft section, a junction between the distal shaft section and the mid-shaft section forming a guidewire port , the distal shaft section including a balloon positioned thereon, wherein the junction between the mid-shaft section and the distal shaft section is configured to burst at a pressure that is lower than a burst pressure of the balloon.