mhurhangee/patent-ind-claim-en huggingface dataset:
A heat shrinkable multilayer film comprising: front and back layers; an interlayer; and adhesive layers, wherein the front and back layers and the interlayer are stacked with the adhesive layers interposed therebetween, the front and back layers each contain a polyester resin, and the interlayer contains a polystyrene resin in an amount of 80 to 99% by weight and a polyester resin in an amount of 1 to 20% by weight, the polystyrene resin has a Vicat softening temperature of 60°C to 90°C, and the Vicat softening temperature is measured by a method in conformity with ISO 306. front and back layers; an interlayer; and adhesive layers, wherein the front and back layers and the interlayer are stacked with the adhesive layers interposed therebetween, the front and back layers each contain a polyester resin, and the interlayer contains a polystyrene resin in an amount of 80 to 99% by weight and a polyester resin in an amount of 1 to 20% by weight, the polystyrene resin has a Vicat softening temperature of 60°C to 90°C, and the Vicat softening temperature is measured by a method in conformity with ISO 306.
A power supply unit , comprising: a plurality of interface ports ; a plurality of power delivery units , each coupled to one of the interface ports and configured to extract power from data signals communicated over the interface ports by remote devices CHARACTERIZED BY : a sharing circuit coupled to each of the power delivery units for generating a power supply voltage from the power extracted from the data signals, the sharing circuit including a control loop for each of the power delivery units, each control loop configured to generate a reference voltage for each of the power delivery units to control an amount of current supplied by each of the power delivery units based on at least one control parameter for each of the power delivery units; and a controller configured to generate a communication line power loss estimate for each of the interface ports and adjust the at least one control parameter for each of the power delivery units based on the communication line power loss estimates to balance amounts of power supplied by each of the remote devices based on the communication line power loss estimates. a plurality of interface ports ; a plurality of power delivery units , each coupled to one of the interface ports and configured to extract power from data signals communicated over the interface ports by remote devices CHARACTERIZED BY : a sharing circuit coupled to each of the power delivery units for generating a power supply voltage from the power extracted from the data signals, the sharing circuit including a control loop for each of the power delivery units, each control loop configured to generate a reference voltage for each of the power delivery units to control an amount of current supplied by each of the power delivery units based on at least one control parameter for each of the power delivery units; and a controller configured to generate a communication line power loss estimate for each of the interface ports and adjust the at least one control parameter for each of the power delivery units based on the communication line power loss estimates to balance amounts of power supplied by each of the remote devices based on the communication line power loss estimates.
Apparatus for checking diametral dimensions of a pin , in orbital motion about a geometrical axis , in a numerical control machine tool having a tool holding slide , with a reference device adapted to cooperate with the pin to be checked, a measuring device , movable with the reference device , a support device adapted to be fixed to the tool holding slide for movably supporting the reference device and the measuring device , to allow the reference device to move so as to follow the pin to be checked in its orbital motion, in a checking condition the correct cooperation between the pin to be checked and the reference device being maintained substantially due to the gravity, and a control device for controlling automatic displacements of the apparatus towards the checking condition and away from the checking condition, the control device comprising an electric motor and a transmission mechanism between the electric motor and the support device , characterized in that the electric motor is a programmable electric motor that is programmed so as to define a start position as an intermediate position of the reference device , between a rest position and said checking condition of the apparatus, in which the automatic displacement of the apparatus away from the checking condition can be stopped. a reference device adapted to cooperate with the pin to be checked, a measuring device , movable with the reference device , a support device adapted to be fixed to the tool holding slide for movably supporting the reference device and the measuring device , to allow the reference device to move so as to follow the pin to be checked in its orbital motion, in a checking condition the correct cooperation between the pin to be checked and the reference device being maintained substantially due to the gravity, and a control device for controlling automatic displacements of the apparatus towards the checking condition and away from the checking condition, the control device comprising an electric motor and a transmission mechanism between the electric motor and the support device , characterized in that the electric motor is a programmable electric motor that is programmed so as to define a start position as an intermediate position of the reference device , between a rest position and said checking condition of the apparatus, in which the automatic displacement of the apparatus away from the checking condition can be stopped.
A method at a base station , comprising: determining a resource indication value based on at least a first parameter and a second parameter, wherein the first parameter indicates a starting resource block location and the second parameter indicates a length of a sequence of resource blocks, and a predefined relationship between the first parameter and the second parameter comprises xL + yQ ≤ N, wherein x represents the first parameter, y represents the second parameter, L and Q are predefined positive integers larger than 1, and N represents a maximum number of available resource blocks that the base station can provide to a user equipment;_and transmitting the resource indication value to the user equipment . determining a resource indication value based on at least a first parameter and a second parameter, wherein the first parameter indicates a starting resource block location and the second parameter indicates a length of a sequence of resource blocks, and a predefined relationship between the first parameter and the second parameter comprises xL + yQ ≤ N, wherein x represents the first parameter, y represents the second parameter, L and Q are predefined positive integers larger than 1, and N represents a maximum number of available resource blocks that the base station can provide to a user equipment;_and transmitting the resource indication value to the user equipment .
A toothbrush tip comprising: a brush head ; a plurality of bristle tufts extending from the brush head; a waterjet nozzle extending from the brush head; and a cover panel arranged on a rear of the toothbrush tip opposite the bristle tufts; wherein: a cylindrical recessed band is formed in a sidewall of the water jet nozzle adjacent a base of the water jet nozzle , which appears as a raised band; the recessed band is sized to fit snugly within the nozzle aperture and the base is sized to abut a back of the bristle base , when the water jet nozzle is inserted into the nozzle aperture from the cavity in the rear of the brush head ; characterised in that the toothbrush tip further comprises a nozzle insert configured to be inserted into the base of the water jet nozzle to prevent the water jet nozzle from bending or collapsing under high water pressure and contact with teeth. a brush head ; a plurality of bristle tufts extending from the brush head; a waterjet nozzle extending from the brush head; and a cover panel arranged on a rear of the toothbrush tip opposite the bristle tufts; wherein: a cylindrical recessed band is formed in a sidewall of the water jet nozzle adjacent a base of the water jet nozzle , which appears as a raised band; the recessed band is sized to fit snugly within the nozzle aperture and the base is sized to abut a back of the bristle base , when the water jet nozzle is inserted into the nozzle aperture from the cavity in the rear of the brush head ; characterised in that the toothbrush tip further comprises a nozzle insert configured to be inserted into the base of the water jet nozzle to prevent the water jet nozzle from bending or collapsing under high water pressure and contact with teeth.
A vehicle drive device comprising: a transfer mechanism interposed in a power transfer path between a drive source and wheels ; an oil pressure supplying part that is configured to supply lubricating oil to the transfer mechanism ; and a control part that is configured to output an electrical instruction to the oil pressure supplying part to increase a flow rate of lubricating oil supplied to the transfer mechanism , the vehicle drive device being characterized in that the control part is configured such that, when the control part outputs an electrical instruction to the oil pressure supplying part to increase a flow rate of lubricating oil supplied to the transfer mechanism , and determines that a flow rate of lubricating oil supplied to the transfer mechanism from the oil pressure supplying part does not increase as indicated by the electrical instruction, the control part considers that the oil pressure supplying part is in an abnormal state, and imposes a limitation that an absolute value of torque of the transfer mechanism transferred between the wheels and the drive source be reduced. a transfer mechanism interposed in a power transfer path between a drive source and wheels ; an oil pressure supplying part that is configured to supply lubricating oil to the transfer mechanism ; and a control part that is configured to output an electrical instruction to the oil pressure supplying part to increase a flow rate of lubricating oil supplied to the transfer mechanism , the vehicle drive device being characterized in that the control part is configured such that, when the control part outputs an electrical instruction to the oil pressure supplying part to increase a flow rate of lubricating oil supplied to the transfer mechanism , and determines that a flow rate of lubricating oil supplied to the transfer mechanism from the oil pressure supplying part does not increase as indicated by the electrical instruction, the control part considers that the oil pressure supplying part is in an abnormal state, and imposes a limitation that an absolute value of torque of the transfer mechanism transferred between the wheels and the drive source be reduced.
An implant or implant component comprising a) a main body of an implant or of an implant component, said main body comprising or consisting of an electrically conductive material at least at a surface; and b) a calcium hydroxide layer which comprises or consists of calcium hydroxide, the calcium hydroxide layer being applied onto the electrically conductive material of the main body; characterized in that the calcium hydroxide layer comprises calcium phosphate in a percent by weight proportion that is lower than the percent by weight proportion of calcium hydroxide, the percent by weight proportion relating to the total weight of the calcium hydroxide layer. a) a main body of an implant or of an implant component, said main body comprising or consisting of an electrically conductive material at least at a surface; and b) a calcium hydroxide layer which comprises or consists of calcium hydroxide, the calcium hydroxide layer being applied onto the electrically conductive material of the main body;
A method for manufacturing a porous three-dimensional article comprising the steps of: - creating a model of a non-porous three-dimensional article comprising a predetermined number of two-dimensional layers with a predetermined thickness , - creating a model of a porous structure comprising the steps of: ∘ defining a three-dimensional space comprising a completely randomized pattern of nodes without periodicity, wherein said nodes are connected together in a predetermined manner with struts , ∘ slicing said three-dimensional space into a predetermined number of two-dimensional layers with a predetermined thickness , ∘ applying one two-dimensional layer of said model of non-porous three-dimensional article on one two-dimensional layer of said porous structure resulting in a porous two-dimensional layer of said article, ∘ repeating said applying step for all non-porous two-dimensional layers of said article, - manufacturing the porous three-dimensional article by exposing fusible material to an energy source, so that a layer of fused material is corresponding to a porous two-dimensional layer of said article, wherein said three-dimensional article has a porous structure without periodicity. - creating a model of a non-porous three-dimensional article comprising a predetermined number of two-dimensional layers with a predetermined thickness , - creating a model of a porous structure comprising the steps of: ∘ defining a three-dimensional space comprising a completely randomized pattern of nodes without periodicity, wherein said nodes are connected together in a predetermined manner with struts , ∘ slicing said three-dimensional space into a predetermined number of two-dimensional layers with a predetermined thickness , ∘ applying one two-dimensional layer of said model of non-porous three-dimensional article on one two-dimensional layer of said porous structure resulting in a porous two-dimensional layer of said article, ∘ repeating said applying step for all non-porous two-dimensional layers of said article, ∘ defining a three-dimensional space comprising a completely randomized pattern of nodes without periodicity, wherein said nodes are connected together in a predetermined manner with struts , ∘ slicing said three-dimensional space into a predetermined number of two-dimensional layers with a predetermined thickness , ∘ applying one two-dimensional layer of said model of non-porous three-dimensional article on one two-dimensional layer of said porous structure resulting in a porous two-dimensional layer of said article, ∘ repeating said applying step for all non-porous two-dimensional layers of said article, - manufacturing the porous three-dimensional article by exposing fusible material to an energy source, so that a layer of fused material is corresponding to a porous two-dimensional layer of said article, wherein said three-dimensional article has a porous structure without periodicity.
A closure device , comprising a first closure part which includes a closure element with a base body and at least one first locking portion arranged on the base body , and a second closure part , which includes a base element and at least one second locking portion arranged on the base element , wherein the first closure part and the second closure part can be placed against each other along a placement direction (A), wherein in a closed position the first closure part and the second closure part are placed against each other such that the at least one first locking portion of the closure element and the at least one second locking portion of the second closure part are in engagement with each other, and wherein for releasing the first closure part and the second closure part from each other, the at least one first locking portion of the closure element and the at least one second locking portion of the second closure part can be brought out of engagement with each other by rotating the closure element relative to the second closure part about an axis of rotation (D), characterized in that the closure element has a first side and a second side, wherein on the first side and on the second side at least one first locking portion each is arranged, wherein one second closure part each can be placed against the first side and against the second side. a first closure part which includes a closure element with a base body and at least one first locking portion arranged on the base body , and a second closure part , which includes a base element and at least one second locking portion arranged on the base element , wherein the first closure part and the second closure part can be placed against each other along a placement direction (A), wherein in a closed position the first closure part and the second closure part are placed against each other such that the at least one first locking portion of the closure element and the at least one second locking portion of the second closure part are in engagement with each other, and wherein for releasing the first closure part and the second closure part from each other, the at least one first locking portion of the closure element and the at least one second locking portion of the second closure part can be brought out of engagement with each other by rotating the closure element relative to the second closure part about an axis of rotation (D),
A method for producing methionine comprising: a hydantoin step of reacting 3-methylmercaptopropionaldehyde and hydrocyanic acid, or a compound obtained by reacting 3-methylmercaptopropionaldehyde and hydrocyanic acid, with carbon dioxide and ammonia to obtain a liquid containing 5-(2-methylmercaptoethyl)hydantoin; a hydrolysis step of hydrolyzing the 5-(2-methylmercaptoethyl)hydantoin; a crystallization step of introducing carbon dioxide into a liquid containing a methionine salt obtained at the hydrolysis step to precipitate methionine; a separation step of separating a methionine slurry obtained in the crystallization step into solid and liquid; and a concentration step of concentrating a mother liquor obtained in the separation step, the method further comprising a recovery step of introducing a gas generated in the concentration step into a gas washing tower in which water is recycled and bringing the gas into contact with the water to recover ammonia contained in the gas, wherein a ratio of flow of the water to flow of the gas introduced into the gas washing tower is 2 or more in terms of mass ratio. a hydantoin step of reacting 3-methylmercaptopropionaldehyde and hydrocyanic acid, or a compound obtained by reacting 3-methylmercaptopropionaldehyde and hydrocyanic acid, with carbon dioxide and ammonia to obtain a liquid containing 5-(2-methylmercaptoethyl)hydantoin; a hydrolysis step of hydrolyzing the 5-(2-methylmercaptoethyl)hydantoin; a crystallization step of introducing carbon dioxide into a liquid containing a methionine salt obtained at the hydrolysis step to precipitate methionine; a separation step of separating a methionine slurry obtained in the crystallization step into solid and liquid; and a concentration step of concentrating a mother liquor obtained in the separation step, the method further comprising a recovery step of introducing a gas generated in the concentration step into a gas washing tower in which water is recycled and bringing the gas into contact with the water to recover ammonia contained in the gas, wherein a ratio of flow of the water to flow of the gas introduced into the gas washing tower is 2 or more in terms of mass ratio.
A method of encrypting data comprising the steps of: providing data (D), providing a public key (PK), providing an access structure (A) including a user based attribute, the user based attribute comprising a user verification confidence level; providing an encryption algorithm (E), inputting the data (D), the public key (PK), and the access structure (A) into the encryption algorithm (E), running the encryption algorithm (E) to output a cypher text (CT) of encrypted data, whereby the access structure (A) is embedded into the cypher text (CT) such that only an entity satisfying the access structure can decrypt the cypher text (CT), characterised in that the step of allocating a user verification confidence level to a user comprises the steps of: providing a plurality of user verification checks, wherein each user verification check corresponds to a user verification confidence level, at least some of the user verification levels being different, choosing one of the plurality of user verification checks, performing the user verification check on the user, if the user passes the user verification check, allocating the user the user verification confidence level associated with the chosen user verification check to the user. providing data (D), providing a public key (PK), providing an access structure (A) including a user based attribute, the user based attribute comprising a user verification confidence level; providing an encryption algorithm (E), inputting the data (D), the public key (PK), and the access structure (A) into the encryption algorithm (E), running the encryption algorithm (E) to output a cypher text (CT) of encrypted data, whereby the access structure (A) is embedded into the cypher text (CT) such that only an entity satisfying the access structure can decrypt the cypher text (CT), characterised in that the step of allocating a user verification confidence level to a user comprises the steps of: providing a plurality of user verification checks, wherein each user verification check corresponds to a user verification confidence level, at least some of the user verification levels being different, choosing one of the plurality of user verification checks, performing the user verification check on the user, if the user passes the user verification check, allocating the user the user verification confidence level associated with the chosen user verification check to the user. providing a plurality of user verification checks, wherein each user verification check corresponds to a user verification confidence level, at least some of the user verification levels being different, choosing one of the plurality of user verification checks, performing the user verification check on the user, if the user passes the user verification check, allocating the user the user verification confidence level associated with the chosen user verification check to the user.
A method of manufacturing a multilayer surface-textured panel, in particular a multilayer surface-textured flooring panel, comprising the steps of: - Providing at least one plastic carrier plate, in particular in the form of a continuous strand, wherein the plastic carrier plate can be produced from at least two different plastic mixtures by means of co-extrusion; - Introducing surface structures on at least one side of the plastic carrier plate by means of embossing; - Applying at least one primer to the textured surface of the plastic carrier plate; - Direct printing of the plastic carrier plate with the formation of a decorative layer; - Applying a wear protection layer containing abrasion-resistant particles; wherein the applied wear protection layer comprises at least a first cover layer of a hot coating, abrasion-resistant particles and at least a second cover layer of a hot coating; - Applying at least one coat of lacquer; and - Curing of the layer build-up. - Providing at least one plastic carrier plate, in particular in the form of a continuous strand, wherein the plastic carrier plate can be produced from at least two different plastic mixtures by means of co-extrusion; - Introducing surface structures on at least one side of the plastic carrier plate by means of embossing; - Applying at least one primer to the textured surface of the plastic carrier plate; - Direct printing of the plastic carrier plate with the formation of a decorative layer; - Applying a wear protection layer containing abrasion-resistant particles; wherein the applied wear protection layer comprises at least a first cover layer of a hot coating, abrasion-resistant particles and at least a second cover layer of a hot coating; - Applying at least one coat of lacquer; and - Curing of the layer build-up.