mhurhangee/ep-ind-claims huggingface dataset:
An associative memory system, comprising: a distributed associative memory base comprising a network of networks (1012, 1014) of associative memory networks, a respective associative memory network comprising associations among a respective observer memories and a plurality of observed memories that are observed by the respective observer memory, ones of the associative memory networks are physically and/or logically independent from other ones of the associative memory networks; and a processing system that is configured to observe associations into, and imagine associations from, the distributed associative memory base using a plurality of streaming queues that correspond to respective ones of a plurality of rows in the associative memory networks, wherein the processing system further comprises a plurality of count server nodes that are configured to receive requests from the plurality of streaming queues and to provide count data that corresponds to associations in the distributed associative memory base responsive to the received requests. a distributed associative memory base comprising a network of networks (1012, 1014) of associative memory networks, a respective associative memory network comprising associations among a respective observer memories and a plurality of observed memories that are observed by the respective observer memory, ones of the associative memory networks are physically and/or logically independent from other ones of the associative memory networks; and a processing system that is configured to observe associations into, and imagine associations from, the distributed associative memory base using a plurality of streaming queues that correspond to respective ones of a plurality of rows in the associative memory networks, wherein the processing system further comprises a plurality of count server nodes that are configured to receive requests from the plurality of streaming queues and to provide count data that corresponds to associations in the distributed associative memory base responsive to the received requests.
A crosslinked acrylic rubber formed by crosslinking an acrylic rubber composition containing an acrylic rubber, the acrylic rubber comprising: acrylate monomer units; methacrylate monomer units; and crosslinkable monomer units;wherein a content of methacrylate monomer units of the acrylic rubber is 17.9% by weight or more, based on a total amount of 100% by weight of total monomer units constituting the acrylic rubber, a content of acrylate monomer units of the acrylic rubber is 80% by weight or less, based on a total amount of 100% by weight of total monomer units constituting the acrylic rubber, the crosslinkable monomer units are derived from crosslinkable monomers having a carboxyl group, a glass transition temperature Tg of the acrylic rubber, obtained by measuring the acrylic rubber from -80°C to -50°C at a rate of 10°C/min using a differential scanning calorimeter and calculating from a peak top of a differential curve, is -20°C or less, and a change ratio in volume after a crosslinked acrylic rubber is immersed in IRM903 oil at 150±2°C for 72 hours is 0 to 100%, and a change ratio in weight after the crosslinked the acrylic rubber is immersed in hot water at 150±2°C for 96 hours and dried is -5.0 to 0%. acrylate monomer units; methacrylate monomer units; and crosslinkable monomer units;wherein a content of methacrylate monomer units of the acrylic rubber is 17.9% by weight or more, based on a total amount of 100% by weight of total monomer units constituting the acrylic rubber, a content of acrylate monomer units of the acrylic rubber is 80% by weight or less, based on a total amount of 100% by weight of total monomer units constituting the acrylic rubber, the crosslinkable monomer units are derived from crosslinkable monomers having a carboxyl group, a glass transition temperature Tg of the acrylic rubber, obtained by measuring the acrylic rubber from -80°C to -50°C at a rate of 10°C/min using a differential scanning calorimeter and calculating from a peak top of a differential curve, is -20°C or less, and a change ratio in volume after a crosslinked acrylic rubber is immersed in IRM903 oil at 150±2°C for 72 hours is 0 to 100%, and a change ratio in weight after the crosslinked the acrylic rubber is immersed in hot water at 150±2°C for 96 hours and dried is -5.0 to 0%.
A method for communication, comprising: receiving a registration message from a communication device; determining a communication device subscription status to a femtocell network; and sending (530, 540) a service redirection message to the communication device to instruct the communication device to retune to a first communication frequency based on the subscription status of the communication device. receiving a registration message from a communication device; determining a communication device subscription status to a femtocell network; and sending (530, 540) a service redirection message to the communication device to instruct the communication device to retune to a first communication frequency based on the subscription status of the communication device.
A method for measuring the level of the tyrosine-protein kinase receptor UFO protein in a biological sample of formalin-fixed tissue, comprising: detecting and quantifying the amount of an AXL fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of AXL protein in said sample; wherein said AXL fragment peptide is the peptide of SEQ ID NO:4; and wherein said level is a relative level or an absolute level. detecting and quantifying the amount of an AXL fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of AXL protein in said sample; wherein said AXL fragment peptide is the peptide of SEQ ID NO:4; and wherein said level is a relative level or an absolute level.
A controller for a hybrid electric vehicle having an internal combustion engine and an electric machine operable to drive a driveline of the vehicle, the vehicle having releasable torque transmitting means operable releasably to couple the internal combustion engine to the driveline, wherein the releasable torque transmitting means comprises an input portion coupled to the internal combustion engine and an output portion, the releasable torque transmitting means being operable between a first condition in which the internal combustion engine is substantially disconnected from the driveline and a second condition in which the internal combustion engine is substantially connected to the driveline, the controller being operable to control the vehicle to transition between a first mode in which the releasable torque transmitting means is in the first condition and a second mode in which the releasable torque transmitting means is in the second condition, wherein when a transition from the first mode to the second mode is required the controller being arranged to provide a control signal to the internal combustion engine to control the speed thereof to achieve a target speed, and wherein the control signal is responsive to the speed of the internal combustion engine and the amount of torque transfer provided by the releasable torque transmitting means, characterized in that the target speed is greater than a speed of the output portion of the releasable torque transmitting means.
A system comprised of several different types of similar cartridges (1a, 1b; 21a, 21b) and several different types of similar mixers (11a, 11b, 11c; 20a, 20b) that can be connected thereto, wherein the cartridges are designed as dual cartridges with two interconnected containers (2, 3), which each have an outlet opening or nozzle (5, 6), and the mixers each have two inlet openings or nozzles (24, 25) that can be coupled to the outlet openings or nozzles (5, 6) of the cartridges, wherein the size of the inlet openings or nozzles (24, 25) for each mixer type (11a, 11b, 11c; 20a, 20b) and the size of the outlet openings or nozzles (5, 6) for each cartridge type (1a, 1b; 21a, 21b) are identical, and wherein, in order to allocate at least one mixer type (11a, 11b, 11c; 20a, 20b) to at least one cartridge type (1a, 1b; 21a, 21b), each mixer type (11a, 11b, 11c; 20a, 20b) is equipped with a guide projection (13a, 13b, 13c; 23) that has a different cross section than the other types of mixers (11a, 11b, 11c; 20a, 20b) and extends in an axial direction of the mixer (11a, 11b, 11c; 20a, 20b), and wherein each cartridge type (1a, 1b; 21a, 21b) is equipped with an opening (10a, 10b; 22) that differs in cross section from the other types of cartridges (1a, 1b; 21a, 21b) for receiving a guide projection (13a, 13b, 13c; 23) of a mixer (11a, 11b, 11c; 20a, 20b), characterized in that, in order to fasten a mixer to a cartridge, each cartridge type (1a, 1b; 21a, 21b) is provided with a female thread and each mixer type (11a, 11b, 11c; 20a, 20b) is provided with a male thread, wherein the male thread of each mixer type (11a, 11b, 11c; 20a, 20b) can be screwed into the respective female thread of each cartridge type (1a, 1b; 21a, 21b), that the guide projection (13a, 13b, 13c; 23) of the mixer (11a, 11b, 11c; 20a, 20b) protrudes in an axial direction over the inlet openings or nozzles (24, 25), wherein the guide projections (13a, 13b, 13c; 23) of various types of mixers (11a, 11b, 11c; 20a, 20b) and/or the openings (10a, 10b; 22) of various types of cartridges (1a, 1b; 21a, 21b) have projections and/or recesses that vary in cross sectional design and/or vary in terms of positioning, and wherein the guide projections (13a, 13b, 13c; 23) are provided with a coding that is adjusted to the contour of the opening (10a, 10b; 22) of the cartridge in such a way that the mixer (11a, 11b, 11c; 20a, 20b) can only be connected with the cartridge (1a, 1b; 21a, 21b) in a specific orientation.
A rope wheel assembly (40,80) of an elevator, comprising a frame, a plurality of rope wheels (4,8,9) for guiding ropes of the elevator, and bearings, wherein the rope wheels (4,8,9) are mounted coaxially on the frame such that they are rotatable relative to the frame as well as relative to each other; and the rope wheel assembly (40,80) comprises a central shaft passing through said rope wheels (4,8,9), which central shaft is non-rotatable relative to the frame, and the rope wheel assembly (40,80) comprises a hollow cylinder (c) surrounding the central shaft, the hollow cylinder (c) being mounted on the central shaft rotatably relative to the central shaft, each of said rope wheels (4,8,9) being mounted on the cylinder (c) rotatably relative to the cylinder (c), wherein the rope wheel assembly (40,80) comprises a bearing in axial direction between rope wheels (4,8,9) that are next to each other via which bearing they are supported on each other in axial direction, characterized in that the aforementioned bearing is a rolling element bearing, and in that the rope wheel assembly (40,80) comprises a gap between the rope wheels (4,8,9) that are next to each other, and an annular seal in the gap for blocking substances passing in the gap in radial direction, wherein the seal is positioned in radial direction on the outer side of the bearing.
A tightening tool wherein when a tightening torque has reached a set torque value and a torque limiter is actuated, an electronic circuit unit (14,102) that has obtained a detection signal outputted from a torque limiter actuation detection switch outputs a tightening completion signal, the tightening tool comprising: a handle unit formed with an elongated hole, wherein a toggle actuation detection pin implanted in a lever of the torque limiter penetrates the elongated hole to enable actuation of the torque limiter actuation detection switch, and the torque limiter has a mechanical structure; a grip provided at the rear end of the handle unit, the grip configured to allow an operator to perform a tightening operation; a head unit provided at the front end of the handle unit; a case fixed to an outer peripheral surface of the handle unit, wherein the electronic circuit unit (14,102) and the torque limiter actuation detection switch are contained within the case; a photoelectric conversion element attached on a top surface of the case, the photoelectric conversion element configured to convert light energy into electricity and feed electric power to the electronic circuit unit (14,102) at least during the actuation of the torque limiter; and an electric storage unit configured to accumulate surplus electric generated in the photoelectric conversion element. a handle unit formed with an elongated hole, wherein a toggle actuation detection pin implanted in a lever of the torque limiter penetrates the elongated hole to enable actuation of the torque limiter actuation detection switch, and the torque limiter has a mechanical structure; a grip provided at the rear end of the handle unit, the grip configured to allow an operator to perform a tightening operation; a head unit provided at the front end of the handle unit; a case fixed to an outer peripheral surface of the handle unit, wherein the electronic circuit unit (14,102) and the torque limiter actuation detection switch are contained within the case; a photoelectric conversion element attached on a top surface of the case, the photoelectric conversion element configured to convert light energy into electricity and feed electric power to the electronic circuit unit (14,102) at least during the actuation of the torque limiter; and an electric storage unit configured to accumulate surplus electric generated in the photoelectric conversion element.
Method for generating a multicarrier signal, formed of a time sequence of multicarrier symbols that are intended to be transmitted at a rate higher than the Nyquist rate, characterized in that it implements the following steps in order to generate at least one block of multicarrier symbols: - coding (11, 21) a set of information elements, delivering a set of coded elements comprising said information elements and redundancy elements, - puncturing (121, 221) a first subset of coded elements of said set of coded elements, in a first puncturing pattern, delivering a first subset of punctured coded elements, - puncturing (122, 222) a second subset of coded elements of said set of coded elements, complementary to said first subset, in a second puncturing pattern, delivering a second subset of punctured coded elements, - mapping (14, 24) the punctured coded elements of said first and second subset of punctured coded elements onto at least one complex symbol, - generating (15, 26) said block of multicarrier symbols, implementing time-to-frequency mapping of said at least one complex symbol, assigning positions that are less subject to interference to complex symbols constructed from said information elements and positions that are more subject to interference to complex symbols constructed from said redundancy elements. - coding (11, 21) a set of information elements, delivering a set of coded elements comprising said information elements and redundancy elements, - puncturing (121, 221) a first subset of coded elements of said set of coded elements, in a first puncturing pattern, delivering a first subset of punctured coded elements, - puncturing (122, 222) a second subset of coded elements of said set of coded elements, complementary to said first subset, in a second puncturing pattern, delivering a second subset of punctured coded elements, - mapping (14, 24) the punctured coded elements of said first and second subset of punctured coded elements onto at least one complex symbol, - generating (15, 26) said block of multicarrier symbols, implementing time-to-frequency mapping of said at least one complex symbol, assigning positions that are less subject to interference to complex symbols constructed from said information elements and positions that are more subject to interference to complex symbols constructed from said redundancy elements.
A method of transferring access information for an access to a field device of process automation, the method comprising the steps of: specifying, on an operating device (10, 10a) of a user, at least one access information given for the user for accessing at least one field device via the operating device (10, 10a); associating, on the operating device (10, 10a) of the user, a further user with the specified at least one access information; and sending an access release, which comprises information regarding the specified at least one access information and regarding the further user associated with the specified access information, from the operating device (10, 10a) to a server, such that the at least one access information is provided to the further user based on the access release. specifying, on an operating device (10, 10a) of a user, at least one access information given for the user for accessing at least one field device via the operating device (10, 10a); associating, on the operating device (10, 10a) of the user, a further user with the specified at least one access information; and sending an access release, which comprises information regarding the specified at least one access information and regarding the further user associated with the specified access information, from the operating device (10, 10a) to a server, such that the at least one access information is provided to the further user based on the access release.
Method in the industrial production of furniture for the application of metalware to hollow-cored wood panels of the sandwich type made up of external sheets or boards of materials with relatively high mechanical resistance, typically made of wood or wood surrogates, mutually interspaced and rigidly connected through a structural adhesive to an interposed connection element with light characteristics, typically of the honeycomb type, plastic or aluminium, characterised in that it comprises: insert elements preferably cylindrical, at least partly metallic, designed for interacting with screws, fasteners and joining means with metalware and support accessories, mounting and services, structured with at least one distal base and a proximal collar associated with a thermo-activatable adhesive means (5, 7); creation of seats for the insert elements by perforating the hollow-cored wood or honeycomb panel and thus a board on one side and connecting material interposed up to the inside of the other board on the opposite side; arranging electromagnetic inducer means near the perforated face of the board of said panel proximal or rather around the opening of the seat, and possibly homologous electromagnetic inducer means near the opposite face of the other board at relative positions; introducing the insert element into the holes of the relative seat; pressing the insert element into said seat through pressure means made of inert material; simultaneous application of an electric current to the electromagnetic inducer means and ensuing electrostatic induction on the metallic insert elements with relative heating; activation of the thermo-activatable adhesive means (5, 7) arranged on the distal base and on the proximal collar; welding the distal base of the insert element in the non-perforated board and the collar of the insert element to the opening of the seat on the perforated board so that the insert element is integrally anchored to both external sheets of resistant material.
Method for removing radioactive nuclides from water, - in which at least one absorption additive, which has an absorbing effect on the nuclides, is used, - in which at least one filter device (7, 8) which is impermeable to the respective adsorption additive is used, characterized by that an adsorption layer is produced with the adsorption additive on an upstream surface of the respective filter device (7, 8). - in which at least one absorption additive, which has an absorbing effect on the nuclides, is used, - in which at least one filter device (7, 8) which is impermeable to the respective adsorption additive is used,
A cutting apparatus including an apparatus frame and a cutting station, for forming interconnected bags, such as interconnected along transverse lines of weakness, said cutting station comprising: - a rotary anvil having a first axis of rotation and mounted to a first frame structure, - a rotary cutting die disposed adjacent to said rotary anvil and having a second axis of rotation substantially parallel to said first axis of rotation, said rotary cutting die including a rotatable cylindrical shaft carrying a die blade, said rotary cutting die being mounted to a second frame structure, and - an adjustment mechanism for varying the distance between said anvil and said cutting die, said mechanism including a rotatable spindle (105, 105') having a first threaded portion (107, 107') characterized by a second threaded portion (106, 106'), the pitch of said first threaded portion (107, 107') being different from the pitch of said second threaded portion (106, 106'), - - said first threaded portion (107, 107') engaging a threaded portion (75, 75') of said first or said second frame structure (50, 70) and said second threaded portion (106, 106') engaging a threaded portion (160, 160') of said apparatus frame. - a rotary anvil having a first axis of rotation and mounted to a first frame structure, - a rotary cutting die disposed adjacent to said rotary anvil and having a second axis of rotation substantially parallel to said first axis of rotation, said rotary cutting die including a rotatable cylindrical shaft carrying a die blade, said rotary cutting die being mounted to a second frame structure, and - an adjustment mechanism for varying the distance between said anvil and said cutting die, said mechanism including a rotatable spindle (105, 105') having a first threaded portion (107, 107') characterized by a second threaded portion (106, 106'), the pitch of said first threaded portion (107, 107') being different from the pitch of said second threaded portion (106, 106'), - - said first threaded portion (107, 107') engaging a threaded portion (75, 75') of said first or said second frame structure (50, 70) and said second threaded portion (106, 106') engaging a threaded portion (160, 160') of said apparatus frame.
A part made of plastic material used during the manufacture of a spoiler or a door strip of a motor vehicle, said part comprising at least one wall intended to be welded by vibration to another part constituting the spoiler or the door strip, in which said wall is equipped with at least one network of raised pins (11, 21) intended to form a welding zone (4, 5), said pins (11, 21) having a substantially identical shape, consisting of a cylindrical base and a conical end, said network comprising a plurality of lines (L1-L4) of pins (11, 21) extending in a first direction, the pins (11, 21) of two adjacent lines being arranged in a staggered pattern, and the pins (11, 21) being distributed uniformly in the network, characterized in that the surface density (ds') of the pins (11, 21) in the network is comprised between 0.08 pins/mm 2 and 0.12 pins/mm 2, and preferably comprised between 0.10 pins/mm 2 and 0.11 pins/mm 2.