mhurhangee/patent-ind-claim-en huggingface dataset:
A system for indicating an impending vehicle maneuver within a predetermined distance, comprising: a navigational system adapted to receive a vehicle destination, determine a current geographical vehicle position, and determine if the impending vehicle maneuver is required within the predetermined distance based on the vehicle destination and the current geographical vehicle position; and a control module in communication with the navigational system and a handwheel , the control module being adapted to send a signal that creates a steering assist torque to the handwheel if the impending vehicle maneuver is required, characterized in that a guiding zone (G) and an alerting zone (A) are defined by the control module , and wherein the guiding zone (G) is located further away from the impending vehicle maneuver than the alerting zone (A); wherein, if the vehicle is located within the guiding zone (G), the steering assist torque to the handwheel is configured to guide the vehicle towards the impending vehicle maneuver, and wherein, if the vehicle is located within the alerting zone (A), the created steering assist torque is pulsed and comprises a set of alerting steering assist torque cues including a series of positive pulses that are oriented in the same direction as the impending vehicle maneuver and a series of negative pulses that are oriented in an opposite direction of the impending vehicle maneuver , the pulses provided such that the vehicle is not turned towards the impending vehicle maneuver without driver input. a navigational system adapted to receive a vehicle destination, determine a current geographical vehicle position, and determine if the impending vehicle maneuver is required within the predetermined distance based on the vehicle destination and the current geographical vehicle position; and a control module in communication with the navigational system and a handwheel , the control module being adapted to send a signal that creates a steering assist torque to the handwheel if the impending vehicle maneuver is required, characterized in that a guiding zone (G) and an alerting zone (A) are defined by the control module , and wherein the guiding zone (G) is located further away from the impending vehicle maneuver than the alerting zone (A); wherein, if the vehicle is located within the guiding zone (G), the steering assist torque to the handwheel is configured to guide the vehicle towards the impending vehicle maneuver, and wherein, if the vehicle is located within the alerting zone (A), the created steering assist torque is pulsed and comprises a set of alerting steering assist torque cues including a series of positive pulses that are oriented in the same direction as the impending vehicle maneuver and a series of negative pulses that are oriented in an opposite direction of the impending vehicle maneuver , the pulses provided such that the vehicle is not turned towards the impending vehicle maneuver without driver input.
Method for unloading a container having packages , in particular a box body, swap container or roll container, with a rail device comprising at least one rail , wherein at least one hand element displaceable in a longitudinal direction of the rail is provided on the at least one rail , wherein the hand element has a plurality of finger elements , wherein the finger elements respectively have at least two flexible flank elements extending together from one end of the finger element to the opposite end of the finger element , wherein respectively the at least two flexible flank elements of the finger elements are each flexibly connected to one another via a plurality of webs , so that the finger elements can each be adjusted from at least one curved position into at least one stretched position and back, wherein the packages are stacked in the container , wherein the stacked packages form an end face , - wherein the rail device is brought close to the end face of the stacked packages , - wherein the at least one hand element grips at least one package of the stack of packages and removes it from the stack of packages , - wherein the at least one hand element is displaced along the at least one rail after the at least one package has been removed from the stack of packages , - wherein the at least one hand element , after the displacement along the at least one rail element , grips and removes from the stack of packages at least one further package of the stack of packages , - wherein the at least one hand element successively removes at least one package from the stack of packages and moves the removed package into at least one further hand element arranged below the at least one hand element , - wherein the at least one further hand element at least partially catches the respective at least one package and forwards it in an at least partially braked manner, and - wherein the packages removed from the stack of packages are moved downwards onto a belt conveyor device arranged below the at least one further hand element . - wherein the rail device is brought close to the end face of the stacked packages , - wherein the at least one hand element grips at least one package of the stack of packages and removes it from the stack of packages , - wherein the at least one hand element is displaced along the at least one rail after the at least one package has been removed from the stack of packages , - wherein the at least one hand element , after the displacement along the at least one rail element , grips and removes from the stack of packages at least one further package of the stack of packages , - wherein the at least one hand element successively removes at least one package from the stack of packages and moves the removed package into at least one further hand element arranged below the at least one hand element , - wherein the at least one further hand element at least partially catches the respective at least one package and forwards it in an at least partially braked manner, and - wherein the packages removed from the stack of packages are moved downwards onto a belt conveyor device arranged below the at least one further hand element .
A refrigerator oil comprising: a base oil comprising an oxygen-containing organic compound; and a phosphorus-based compound represented by the following general formula : wherein n represents an integer of 1 to 10; R 1 to R 8 each independently represent a hydrogen atom or an alkyl group having 1 to 20 carbon atoms; and Ar represents a divalent hydrocarbon group having 2 to 20 carbon atoms, wherein the oxygen-containing organic compound is one or more selected from a polyvinyl ether compound which is contained in an amount of 70 to 99.7 mass% relative to the whole amount of the refrigerator oil.
A chair comprising: a seat ; a post , vertically connected to a bottom of the seat ; a foot ring , having a ring body and a sleeve integratedly connected to the ring body ; a bushing , axially fastened in the sleeve , being a tube having a conic inner surface , a diameter of the inner surface tapering upward, and the inner surface being provided with an inner thread ; and a positioning base , being of a tubular shape, axially fastened onto the post , having openings , each opening being embedded by a movable braking block , an outer surface of each braking block being provided with an outer thread and slightly protruding from the positioning base , the outer surfaces of the braking blocks jointly forming a conic shape corresponding to the inner surface of the bushing , and the outer thread screwing with the inner thread of the bushing ; wherein the bushing is moved with the foot ring , and the bushing presses the braking blocks to move toward the post to fasten the foot ring onto the post when the foot ring is rotated toward a direction. a seat ; a post , vertically connected to a bottom of the seat ; a foot ring , having a ring body and a sleeve integratedly connected to the ring body ; a bushing , axially fastened in the sleeve , being a tube having a conic inner surface , a diameter of the inner surface tapering upward, and the inner surface being provided with an inner thread ; and a positioning base , being of a tubular shape, axially fastened onto the post , having openings , each opening being embedded by a movable braking block , an outer surface of each braking block being provided with an outer thread and slightly protruding from the positioning base , the outer surfaces of the braking blocks jointly forming a conic shape corresponding to the inner surface of the bushing , and the outer thread screwing with the inner thread of the bushing ; wherein the bushing is moved with the foot ring , and the bushing presses the braking blocks to move toward the post to fasten the foot ring onto the post when the foot ring is rotated toward a direction.
A process for producing pellets or granules comprising fibres of a lignocellulousic material or natural fibres, for use as a feedstock in plastics manufacture, which comprises: conveying loose or divided fibres or fibre bundles, produced by mechanically or thermomechanically or chemo-thermomechanically or chemo-mechanically breaking down a lignocellulousic material, or natural fibres, in a dry or wet air stream and applying to the fibres while so conveying the fibres a liquid formulation comprising one or more thermoplastic polymers, or applying the liquid formulation to the loose or divided fibres or fibre bundles in a refiner, a blowline, or a drier, or at any point prior to or after the refiner, the blowline, or the drier, in a tube, pipe, drum, or other vessel which conveys or transfers the loose or divided fibres or fibre bundles continuously in the process, forming the fibres into a solid product in planar form by pressing the fibres to a solid product in planar form, and breaking down the solid product to produce said pellets or granules, wherein the pellets or granules comprise between 0.3 to 25 parts of the one or more thermoplastic polymers per 100 parts of fibre by dried weight. conveying loose or divided fibres or fibre bundles, produced by mechanically or thermomechanically or chemo-thermomechanically or chemo-mechanically breaking down a lignocellulousic material, or natural fibres, in a dry or wet air stream and applying to the fibres while so conveying the fibres a liquid formulation comprising one or more thermoplastic polymers, or applying the liquid formulation to the loose or divided fibres or fibre bundles in a refiner, a blowline, or a drier, or at any point prior to or after the refiner, the blowline, or the drier, in a tube, pipe, drum, or other vessel which conveys or transfers the loose or divided fibres or fibre bundles continuously in the process, forming the fibres into a solid product in planar form by pressing the fibres to a solid product in planar form, and breaking down the solid product to produce said pellets or granules, wherein the pellets or granules comprise between 0.3 to 25 parts of the one or more thermoplastic polymers per 100 parts of fibre by dried weight.
Sanitary insert part , having a main body which provides a radially oriented outer surface of the sanitary insert part , and an elastic regulating body , wherein the main body forms a regulator core with a regulating profile , and a regulating gap is formed between the regulating body and the regulating profile such that an opening cross section of the regulating gap can be varied by a pressure-dependent loading of the regulating body , characterized in that the main body forms a radially outwardly open receptacle , in that the regulating body is arranged in the receptacle , and in that an outer diameter of the regulating body is matched to an outer diameter of the outer surface , in that a sealing element which is deformable radially inward is formed adjacent to the outer surface .
A method implemented by a network node in a wireless communication network, said method comprising: selecting , based on a spatial quasi co-location, QCL, assumption, an initial transmitter configuration for transmitting downlink data signals to a wireless device , the selecting comprising: sending two or more downlink synchronization signals to the wireless device in different spatial directions; receiving a random access signal from the wireless device on a random access channel, said random access signal indicating a preferred synchronization signal; and selecting the initial transmitter configuration based on the preferred downlink synchronization signal; determining a quality of an uplink signal received from the wireless device ; and based on the quality of the uplink signal, initiating a reselection procedure to select a new transmitter configuration for transmitting the downlink data signals in accordance with a further spatial QCL assumption. selecting , based on a spatial quasi co-location, QCL, assumption, an initial transmitter configuration for transmitting downlink data signals to a wireless device , the selecting comprising: sending two or more downlink synchronization signals to the wireless device in different spatial directions; receiving a random access signal from the wireless device on a random access channel, said random access signal indicating a preferred synchronization signal; and selecting the initial transmitter configuration based on the preferred downlink synchronization signal; sending two or more downlink synchronization signals to the wireless device in different spatial directions; receiving a random access signal from the wireless device on a random access channel, said random access signal indicating a preferred synchronization signal; and selecting the initial transmitter configuration based on the preferred downlink synchronization signal; determining a quality of an uplink signal received from the wireless device ; and based on the quality of the uplink signal, initiating a reselection procedure to select a new transmitter configuration for transmitting the downlink data signals in accordance with a further spatial QCL assumption.
A flooring underlayment , comprising: a gypsum and/or concrete underlayment material ; and an environmental sensor assembly associated with the gypsum and/or concrete underlayment material and configured to detect an environmental condition of the underlayment and wirelessly communicate data on the environmental condition to a reader, wherein the environmental sensor assembly is self-supporting and comprises an antenna, a processing module, and a wireless communication module, wherein the gypsum and/or concrete underlayment material is formed of one or more layers of underlayment material on a floor substrate of the flooring underlayment, wherein the antenna comprises a resistor inductor capacitor tuned circuit operable to convert the environmental condition into an impedance change, and the processing module is coupled to the antenna and is operable to translate the impedance change into a sensor code by matching antenna impedance to die impedance. a gypsum and/or concrete underlayment material ; and an environmental sensor assembly associated with the gypsum and/or concrete underlayment material and configured to detect an environmental condition of the underlayment and wirelessly communicate data on the environmental condition to a reader, wherein the environmental sensor assembly is self-supporting and comprises an antenna, a processing module, and a wireless communication module, wherein the gypsum and/or concrete underlayment material is formed of one or more layers of underlayment material on a floor substrate of the flooring underlayment, wherein the antenna comprises a resistor inductor capacitor tuned circuit operable to convert the environmental condition into an impedance change, and the processing module is coupled to the antenna and is operable to translate the impedance change into a sensor code by matching antenna impedance to die impedance.
Sea mine , having a detector arrangement for detection of a vessel, a control unit for determining the direction of the detected vessel, an arrangement for producing a directed shock wave, and an arrangement for directing a shock wave towards the direction of the detected vessel, characterized in that said arrangement for directing a shock wave comprises at least the control unit arranged to - select two or more detonators of a plurality of detonators to ignite, and - ignite the selected detonators in a predetermined time sequence, in order to direct a shock wave in a desired direction. a detector arrangement for detection of a vessel, a control unit for determining the direction of the detected vessel, an arrangement for producing a directed shock wave, and an arrangement for directing a shock wave towards the direction of the detected vessel, characterized in that said arrangement for directing a shock wave comprises at least the control unit arranged to - select two or more detonators of a plurality of detonators to ignite, and - ignite the selected detonators in a predetermined time sequence, in order to direct a shock wave in a desired direction. - select two or more detonators of a plurality of detonators to ignite, and - ignite the selected detonators in a predetermined time sequence, in order to direct a shock wave in a desired direction.
A furniture pull-out mounting frame for a furniture mirror having scissor-type assemblies whose arms on one side are attached at their ends pivotally and on the opposing ends are slidably inserted into guides , wherein the mounting frame it has one U-profile front frame and one U-profile rear frame interconnected by one horizontal scissor-type assembly and two vertical scissor-type assemblies , whereby the front frame has its outer dimensions smaller than the outer dimensions of the rear frame , that is the contour of the side outer edges of the front frame is more narrow than that of the outer edges of the rear frame by twice the thickness of the vertical scissor-type assemblies plus a structural clearance on each side, whereas the outer top edge of the front frame is lower than the outer top edge of the rear frame by the thickness of the horizontal scissor-type assembly plus a structural clearance, and, in addition, the ends of the arms of the horizontal scissor-type assemby and of the vertical scissor-type assemblies are coupled with structural frame elements that are perpendicular to the planes of the front frame and of the rear frame .
An orthopedic implant comprising: a bone contacting surface ; an upper surface opposite the bone contacting surface ; and a plurality of openings extending between the bone contacting surface and the upper surface , each of the plurality of openings being arranged and configured to receive a fastener for coupling the orthopedic implant to a patient's bone in use; wherein: at least one of the plurality of openings including first and second rows of fins ; each of the first and second rows of fins including a plurality of fins circumferentially disposed about the at least one opening , the plurality of fins being arranged and configured to engage a head portion of a respective fastener inserted therein, wherein each fin comprises a base , a terminal end , and side surfaces that taper from the base to the terminal end , with the base forming a concave portion between adjacent terminal ends ; and at least one of the plurality of fins in the first and second rows of fins has a different configuration from at least one of another one of the plurality of fins in the first and second rows of fins . a bone contacting surface ; an upper surface opposite the bone contacting surface ; and a plurality of openings extending between the bone contacting surface and the upper surface , each of the plurality of openings being arranged and configured to receive a fastener for coupling the orthopedic implant to a patient's bone in use; wherein: at least one of the plurality of openings including first and second rows of fins ; each of the first and second rows of fins including a plurality of fins circumferentially disposed about the at least one opening , the plurality of fins being arranged and configured to engage a head portion of a respective fastener inserted therein, wherein each fin comprises a base , a terminal end , and side surfaces that taper from the base to the terminal end , with the base forming a concave portion between adjacent terminal ends ; and at least one of the plurality of fins in the first and second rows of fins has a different configuration from at least one of another one of the plurality of fins in the first and second rows of fins . at least one of the plurality of openings including first and second rows of fins ; each of the first and second rows of fins including a plurality of fins circumferentially disposed about the at least one opening , the plurality of fins being arranged and configured to engage a head portion of a respective fastener inserted therein, wherein each fin comprises a base , a terminal end , and side surfaces that taper from the base to the terminal end , with the base forming a concave portion between adjacent terminal ends ; and at least one of the plurality of fins in the first and second rows of fins has a different configuration from at least one of another one of the plurality of fins in the first and second rows of fins .
A method of manufacturing a carbon-ceramic brake disc, comprising: a first step of coating PAN-based carbon fibers (Cf-pan) with phenolic resins; a second step of carbonizing the PAN-based carbon fibers, which have been coated with the phenolic resins, at a first temperature; a third step of mixing the PAN-based carbon fibers, which have been carbonized at the first temperature, with the phenolic resins to produce a mixture (X); a fourth step of putting the mixture into a mold (M) to produce a molded body (Y) through pressing by means of a press (P); a fifth step of carbonizing the molded body at a second temperature equal to or less than the first temperature; a sixth step of machining the carbonized molded body; a seventh step of melting silicon to be infiltrated into the machined molded body; and an eighth step of grinding the molded body that has been infiltrated by the silicon, characterized in that , in the second step, the first temperature is set equal to or higher than 2000°C, so as to form a carbonized coating film around the PAN-based carbon fiber film, and wherein, in the fifth step, the second temperature is set in a range of 1550 to 2000°C, so that the coating film is not carbonized again. a first step of coating PAN-based carbon fibers (Cf-pan) with phenolic resins; a second step of carbonizing the PAN-based carbon fibers, which have been coated with the phenolic resins, at a first temperature; a third step of mixing the PAN-based carbon fibers, which have been carbonized at the first temperature, with the phenolic resins to produce a mixture (X); a fourth step of putting the mixture into a mold (M) to produce a molded body (Y) through pressing by means of a press (P); a fifth step of carbonizing the molded body at a second temperature equal to or less than the first temperature; a sixth step of machining the carbonized molded body; a seventh step of melting silicon to be infiltrated into the machined molded body; and an eighth step of grinding the molded body that has been infiltrated by the silicon, characterized in that , in the second step, the first temperature is set equal to or higher than 2000°C, so as to form a carbonized coating film around the PAN-based carbon fiber film, and wherein, in the fifth step, the second temperature is set in a range of 1550 to 2000°C, so that the coating film is not carbonized again.