mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing a wood-based board, the process comprising the steps of: a) providing wood particles and/or fibres, in dry form or in form of an aqueous suspension, b) providing a dry or liquid coating composition comprising at least one particulate filler material and at least one binder, wherein the at least one particulate filler material is at least one particulate calcium carbonate-containing material, and wherein in addition to the calcium carbonate the at least one particulate calcium carbonate-containing material comprises at least one of metal oxides, metal hydroxides, metal salts, silicates, carbonates, satin white and mixtures thereof, c) forming a wood-based mat having a first side and a reverse side from the wood particles and/or fibres provided in step a), d) pre-pressing the wood-based mat of step c) into a pre-pressed wood-based mat, e) applying the dry or liquid coating composition of step b) on the first and/or reverse side of the pre-pressed wood-based mat obtained in step d), and f) hot pressing the pre-pressed wood-based mat obtained in step e) into a solid wood-based board. a) providing wood particles and/or fibres, in dry form or in form of an aqueous suspension, b) providing a dry or liquid coating composition comprising at least one particulate filler material and at least one binder, wherein the at least one particulate filler material is at least one particulate calcium carbonate-containing material, and wherein in addition to the calcium carbonate the at least one particulate calcium carbonate-containing material comprises at least one of metal oxides, metal hydroxides, metal salts, silicates, carbonates, satin white and mixtures thereof, c) forming a wood-based mat having a first side and a reverse side from the wood particles and/or fibres provided in step a), d) pre-pressing the wood-based mat of step c) into a pre-pressed wood-based mat, e) applying the dry or liquid coating composition of step b) on the first and/or reverse side of the pre-pressed wood-based mat obtained in step d), and f) hot pressing the pre-pressed wood-based mat obtained in step e) into a solid wood-based board.
Seating furniture, comprising: - a seating surface; - a supporting structure (160, 161, 162, 163) which is formed to support the seating surface with respect to a base and to keep it at a distance from the base, wherein the supporting structure (160, 161, 162, 163) is formed to be foldable in such a way that it can be releasably fixed in an unfolded state; and - a cover comprising the seating surface which is formed to at least partly cover the supporting structure (160, 161, 162, 163), wherein the cover extends from an edge of the seating surface in a direction facing away from the seating surface, and the supporting structure (160, 161, 162, 163) comprises a rigid plate in the region of the seating surface, wherein the supporting structure (160, 161, 162, 163) comprises two leg plates which are perpendicularly bent from the rigid plate, respectively, and extend in the direction of a side facing away from the seating surface, characterized in that the leg plates comprise a corresponding recess, wherein the leg plates are inserted into each other by means of the corresponding recesses, and wherein the cover extends, along an axis (y) which extends vertically to the seating surface, at least over 80% of a maximum distance of the supporting structure (160, 161, 162, 163) in the unfolded state from a top side of the seating surface along the axis (y) which extends vertically to the seating surface. - a seating surface; - a supporting structure (160, 161, 162, 163) which is formed to support the seating surface with respect to a base and to keep it at a distance from the base, wherein the supporting structure (160, 161, 162, 163) is formed to be foldable in such a way that it can be releasably fixed in an unfolded state; and - a cover comprising the seating surface which is formed to at least partly cover the supporting structure (160, 161, 162, 163),
A human anti-IL-12 antibody or antigen-binding portion thereof, having an antigen-binding region that comprises three heavy chain CDRs (CDR1, CDR2, and CDR3) having the amino acid sequences of SEQ ID NO: 1, 2 and 3, and three light chain CDRs (CDR1, CDR2 and CDR3) having the amino acid sequences of SEQ ID NO: 4, 5 and 6.
A modular heat rejection system configured for being connected to an organic Rankine turbine module (210, 410) to form a direct organic Rankine cycle, the modular heat rejection system comprising: a vapor separator (23 2) for separating a gaseous phase from a liquid phase of a heated working medium, the vapor separator having at least one heated working medium inlet, at least one gaseous phase outlet for the separated working medium gaseous phase, and at least one liquid phase outlet for the separated working medium liquid phase; at least two boiler sub-systems each of the boiler sub-systems comprising a pump and a boiler (23 8) and being fluidly connected to the at least one liquid phase outlet of the vapor separator and the at least one heated working medium inlet of the vapor separator. a vapor separator (23 2) for separating a gaseous phase from a liquid phase of a heated working medium, the vapor separator having at least one heated working medium inlet, at least one gaseous phase outlet for the separated working medium gaseous phase, and at least one liquid phase outlet for the separated working medium liquid phase; at least two boiler sub-systems each of the boiler sub-systems comprising a pump and a boiler (23 8) and being fluidly connected to the at least one liquid phase outlet of the vapor separator and the at least one heated working medium inlet of the vapor separator.
Medical product, in particular for use in the treatment of cartilage lesions and/or cartilage defects, comprising a foam-type component, a membrane-type component and a fibrous component, wherein the membrane-type component is an animal membrane and the membrane-type component is partially included in the foam-type component.
A method for encoding a picture, comprising: accessing an original block to be encoded, a prediction block and a residual block corresponding to the original block; determining that a difference between a first element in the original block or the prediction block and an upper bound for clipping is smaller than a threshold value; obtaining a low-pass filtered value corresponding to the first element by low-pass filtering of the residual block; accessing a first element in the residual block corresponding to the first element in the original block or the prediction block; determining whether the low-pass filtered value is greater than the first element in the residual block; replacing the first element in the residual block with the low-pass filtered value of the residual block, if the low-pass filtered value is greater than the first element in the residual block; encoding and decoding the residual block with the replaced element to form a decoded residual block, wherein encoding comprises transform and quantization and decoding comprises inverse transform and inverse quantization; forming a reconstructed block based on the prediction block and the decoded residual block; and replacing a first element in the reconstructed block corresponding to the first element in the residual block with the upper bound for clipping if the first element in reconstructed block exceeds the upper bound for clipping. accessing an original block to be encoded, a prediction block and a residual block corresponding to the original block; determining that a difference between a first element in the original block or the prediction block and an upper bound for clipping is smaller than a threshold value; obtaining a low-pass filtered value corresponding to the first element by low-pass filtering of the residual block; accessing a first element in the residual block corresponding to the first element in the original block or the prediction block; determining whether the low-pass filtered value is greater than the first element in the residual block; replacing the first element in the residual block with the low-pass filtered value of the residual block, if the low-pass filtered value is greater than the first element in the residual block; encoding and decoding the residual block with the replaced element to form a decoded residual block, wherein encoding comprises transform and quantization and decoding comprises inverse transform and inverse quantization; forming a reconstructed block based on the prediction block and the decoded residual block; and replacing a first element in the reconstructed block corresponding to the first element in the residual block with the upper bound for clipping if the first element in reconstructed block exceeds the upper bound for clipping.
Wound care preparation comprising one or more silicone acrylate polymers and one or more silicone ethers, characterized in that the fraction of silicone ethers is up to 55% by weight, based on the total mass of the preparation, and one or more carriers selected from the group of linear, cyclic or branched alkanes or alkenes having a carbon number from 3 to 20 and are gaseous or liquid at room temperature, or mixtures thereof, and/or ethers which differ from the silicone ether are present in the preparation.
A dual-display device, comprising: a first chassis; a first backlight housing attached to the first chassis and comprising a first inner wall and a first outer wall; a first optical film layer between a first light guide plate and a first rear polarizer, the first optical film layer comprising a first outer end; a second chassis rotatably coupled to the first chassis; a second backlight housing attached to the second chassis and comprising a second inner wall and a second outer wall; a second optical film layer between a second light guide plate and a second rear polarizer, the second optical film layer comprising a second outer end; characterised by: a first biasing element between the first outer end of the first optical film layer and the first outer wall, the first biasing element biasing the first optical film layer against the first inner wall, and a second biasing element between the second outer end of the second optical film layer and the second outer wall, the second biasing element biasing the second optical film layer against the second inner wall. a first chassis; a first backlight housing attached to the first chassis and comprising a first inner wall and a first outer wall; a first optical film layer between a first light guide plate and a first rear polarizer, the first optical film layer comprising a first outer end; a second chassis rotatably coupled to the first chassis; a second backlight housing attached to the second chassis and comprising a second inner wall and a second outer wall; a second optical film layer between a second light guide plate and a second rear polarizer, the second optical film layer comprising a second outer end; a first biasing element between the first outer end of the first optical film layer and the first outer wall, the first biasing element biasing the first optical film layer against the first inner wall, and a second biasing element between the second outer end of the second optical film layer and the second outer wall, the second biasing element biasing the second optical film layer against the second inner wall.
A method of making a heat transfer material, the method comprising: forming a splittable layer overlying a base sheet; forming an image-receptive coating overlying the splittable layer to form the heat transfer material, wherein the image-receptive coating comprises thermoplastic polystyrene microparticles, a thermoplastic binder, and a humectant, wherein the thermoplastic polystyrene microparticles have an average particle size of from 5 μm (microns) to 80 μm (microns) and melt at temperatures between 90°C and 115°C; and drying the heat transfer material, wherein the humectant is configured to draw moisture back into the heat transfer sheet after drying. forming a splittable layer overlying a base sheet; forming an image-receptive coating overlying the splittable layer to form the heat transfer material, wherein the image-receptive coating comprises thermoplastic polystyrene microparticles, a thermoplastic binder, and a humectant, wherein the thermoplastic polystyrene microparticles have an average particle size of from 5 μm (microns) to 80 μm (microns) and melt at temperatures between 90°C and 115°C; and drying the heat transfer material, wherein the humectant is configured to draw moisture back into the heat transfer sheet after drying.
Ice-making apparatus, of the modular type with a vertical spray or vane evaporator comprising: - an evaporator, suitable for being cooled by a cooling circuit and suitable for cooling the water for the formation of ice; - an ice storage placed in position underlying said evaporator; - a control system, suitable to be programmed to cause the fall of said ice formed in said ice storage; - a sanitizing device for the sanitazion of said ice; wherein said sanitizing device acts on a zone of formation of said ice coinciding with said evaporator, in correspondence with said ice storage, wherein said sanitizing device is alternatively: a UV lamp or a UVC LED, placed above said apparatus and in correspondence of said ice formation zone or located inside said apparatus above said ice storage, or - an ozone-producing device located inside or outside of said apparatus and in that the ozone produced is blown in correspondence of said evaporator through a pipe made of ozone-resistant materials, in particular silicone, characterized in that in operation a verification step is provided, by the control system connected to a user interface, of the presence of alarms in progress, according to which, if there are alarms in progress, said control system blocks the activation phase of the sanitizing device and, if there are no alarms in progress, said control system starts a sanitizing cycle of said ice making apparatus. - an evaporator, suitable for being cooled by a cooling circuit and suitable for cooling the water for the formation of ice; - an ice storage placed in position underlying said evaporator; - a control system, suitable to be programmed to cause the fall of said ice formed in said ice storage; - a sanitizing device for the sanitazion of said ice; wherein said sanitizing device acts on a zone of formation of said ice coinciding with said evaporator, in correspondence with said ice storage, wherein said sanitizing device is alternatively: a UV lamp or a UVC LED, placed above said apparatus and in correspondence of said ice formation zone or located inside said apparatus above said ice storage, or - an ozone-producing device located inside or outside of said apparatus and in that the ozone produced is blown in correspondence of said evaporator through a pipe made of ozone-resistant materials, in particular silicone, characterized in that in operation a verification step is provided, by the control system connected to a user interface, of the presence of alarms in progress, according to which, if there are alarms in progress, said control system blocks the activation phase of the sanitizing device and, if there are no alarms in progress, said control system starts a sanitizing cycle of said ice making apparatus.
A method for wireless communication, comprising: setting, by a first wireless access network node, a data rate for communication of data between a second wireless access network node and a user equipment, UE wherein the UE is concurrently connected to the first wireless access network node and the second wireless access network node; and sending, by the first wireless access network node, information relating to the data rate to the second wireless access network node for use by the second wireless access network node in controlling data communication between the second wireless access network node and the UE, further comprising: determining, by the first wireless access network node, whether to offload a bundle of dedicated bearers to the second wireless access network node or to handle the bundle of dedicated bearers at the first wireless access node. setting, by a first wireless access network node, a data rate for communication of data between a second wireless access network node and a user equipment, UE wherein the UE is concurrently connected to the first wireless access network node and the second wireless access network node; and sending, by the first wireless access network node, information relating to the data rate to the second wireless access network node for use by the second wireless access network node in controlling data communication between the second wireless access network node and the UE, further comprising: determining, by the first wireless access network node, whether to offload a bundle of dedicated bearers to the second wireless access network node or to handle the bundle of dedicated bearers at the first wireless access node.
Method for accessing a restricted program or a restricted file, at least comprising the steps: Providing an end-user device having at least one screen and at least one optical detection means, Displaying elements representing individual programs or files on a a screen of said at least one screen, wherein the maximum number of programs or files provided or installed on the end-user device is larger than the number of programs or files that can be displayed at a time on the screen, Displaying further elements representing further programs or files on the screen due to a selection command, in particular a sliding command, wherein at least some of the previous displayed elements are not displayed any more due to the selection command, Detecting biometric features of a person that has caused the selection command by means of the optical detection means, wherein the detection of biometric features is triggered by the selection command, Generating detection data representing said biometric features, Comparing the detection data with reference data representing biometric features provided in a data storage means, Generating at least one value representing a matching degree of one or more predefined features, Allowing access to one or more restricted programs or one or more restricted files in case a matching degree is above a predefined threshold and in case an element representing such a program or file is displayed on the screen. Providing an end-user device having at least one screen and at least one optical detection means, Displaying elements representing individual programs or files on a a screen of said at least one screen, wherein the maximum number of programs or files provided or installed on the end-user device is larger than the number of programs or files that can be displayed at a time on the screen, Displaying further elements representing further programs or files on the screen due to a selection command, in particular a sliding command, wherein at least some of the previous displayed elements are not displayed any more due to the selection command, Detecting biometric features of a person that has caused the selection command by means of the optical detection means, wherein the detection of biometric features is triggered by the selection command, Generating detection data representing said biometric features, Comparing the detection data with reference data representing biometric features provided in a data storage means, Generating at least one value representing a matching degree of one or more predefined features, Allowing access to one or more restricted programs or one or more restricted files in case a matching degree is above a predefined threshold and in case an element representing such a program or file is displayed on the screen.
An endovascularly implantable shunt device for draining cerebrospinal fluid from a patient's subarachnoid space, the device comprising: a shunt having opposed first and second ends (22, 24), the second end being constructed to penetrate a wall of a dural venous sinus of the patient; a one-way valve located between the first and second ends of the shunt; a hollow passageway extending between the second end and the one-way valve such that cerebrospinal fluid can be drained through the second end and out through the valve into the sinus; a stabilizing mechanism (700, 800) coupled to the shunt and configured to anchor the shunt at a desired location proximal to the subarachnoid space; characterized in that a shielding mechanism (1511, 1611) is coupled to the shunt and is sized and configured to shield a portion of the shunt implanted in the subarachnoid space from surrounding brain parenchyma tissue. a shunt having opposed first and second ends (22, 24), the second end being constructed to penetrate a wall of a dural venous sinus of the patient; a one-way valve located between the first and second ends of the shunt; a hollow passageway extending between the second end and the one-way valve such that cerebrospinal fluid can be drained through the second end and out through the valve into the sinus; a stabilizing mechanism (700, 800) coupled to the shunt and configured to anchor the shunt at a desired location proximal to the subarachnoid space; characterized in that a shielding mechanism (1511, 1611) is coupled to the shunt and is sized and configured to shield a portion of the shunt implanted in the subarachnoid space from surrounding brain parenchyma tissue.
An absorption plate, in particular of an absorption air conditioner for a vehicle, crossed by a stream of liquid absorbent fluid flowing between two exchange surfaces arranged relatively opposite one another, the exothermal absorption of a so-called coolant fluid in vapour phase taking place through said exchange surfaces by increasing a concentration of the coolant fluid in the absorbent fluid, characterized in that the relative arrangement of the two exchange surfaces forces at least one portion of the stream of absorbent fluid to pass at least once through one of the exchange surfaces and causes mixing of the stream of absorbent fluid.
A method of additive manufacturing of a three-dimensional object made of an elastomeric material by three-dimensional inkjet printing, the method comprising sequentially forming a plurality of layers in a configured pattern corresponding to the shape of the object, thereby forming the object, wherein the formation of each of at least a few of said layers comprises dispensing at least one modeling material formulation, and exposing the dispensed modeling material to curing energy to thereby form a cured modeling material, said at least one modeling material formulation comprising an elastomeric curable material and silica particles, characterized in that a weight ratio of said elastomeric curable material and said silica particles ranges from 30:1 to 4:1, and wherein said elastomeric material is an acrylic elastomer. wherein the formation of each of at least a few of said layers comprises dispensing at least one modeling material formulation, and exposing the dispensed modeling material to curing energy to thereby form a cured modeling material, said at least one modeling material formulation comprising an elastomeric curable material and silica particles, characterized in that a weight ratio of said elastomeric curable material and said silica particles ranges from 30:1 to 4:1, and wherein said elastomeric material is an acrylic elastomer.
A bearing arrangement for a motor vehicle, comprising a support comprising fibre-reinforced plastics and a bearing block with a bearing seat for inserting a bearing, and also adhesive surfaces by which the bearing block is bonded to the support, wherein the bearing block is composed of a first part and a second part and the adhesive surface is divided onto these two parts (11, 12), characterised in that the adhesive surface is not formed entirely around the support, and in that exactly two partial surfaces (15, 16), which are angled relative to one another, are respectively formed as adhesive surfaces on both parts (11, 12), so that the entire adhesive surface is U-shaped.