mhurhangee/ep-ind-claims huggingface dataset:
An antiferroelectric ceramic material with formula [Pb (1-r) (Ba x Sr y Ca z) r] (1-1.5a-1.5b-0.5c) (La a Nd b)A c (Zr 1-d Ti d)O 3 wherein A represents a monovalent ion; x + y + z = 1; x and/or y and/or z > 0; 0 < r ≤ 0.3; 0 < d ≤ 1; 0 < a ≤ 0.2; 0 ≤ b ≤ 0.2; 0 < c ≤ 0.2.
A method for performing uplink orthogonal frequency division multiple access, UL OFDMA, based random access to an access point, AP, by a station, STA, in a wireless local area network, WLAN, system, the method comprising: setting a random value within an OFDMA contention window, OCW, as an OFDMA back-off, OBO, value; receiving a beacon frame from the AP, wherein the beacon frame comprises transmission start time information of at least one first trigger frame for random access, TF-R; receiving the at least one first TF-R allocating at least one first slot for random access; decrementing the OBO value based on the number of first slots allocated by the at least one first TF-R; and based on that the OBO value decrements to 0 according to decrementing the OBO value based on the number of first slots: randomly selecting a slot from the at least one first slot; and transmitting a frame in the slot. setting a random value within an OFDMA contention window, OCW, as an OFDMA back-off, OBO, value; receiving a beacon frame from the AP, wherein the beacon frame comprises transmission start time information of at least one first trigger frame for random access, TF-R; receiving the at least one first TF-R allocating at least one first slot for random access; decrementing the OBO value based on the number of first slots allocated by the at least one first TF-R; and based on that the OBO value decrements to 0 according to decrementing the OBO value based on the number of first slots: randomly selecting a slot from the at least one first slot; and transmitting a frame in the slot. randomly selecting a slot from the at least one first slot; and transmitting a frame in the slot.
Composition for the permanent shaping of human hair, comprising at least one reducing agent at a concentration of above 2% by weight, calculated to total composition, characterized in that it comprises a copolymer of vinylpyrrolidone and quaternized vinylimidazole having a cationic charge density of at least 6.1 meq/g at pH 7.0 at a concentration in the range of 0.1 to 2.5% by weight calculated to total composition.
Modular processing system for biopharmaceutical processes, said system comprising: - at least a first and a second processing unit (30, 32), which can be fluidically connected to each other; - at least one adapter plate, through which there flows at least one fluid flow flowing from the first processing unit to the second processing unit; wherein the adapter plate has an adapter channel, through which the fluid flow can flow, wherein the fluid flow can flow into the adapter channel through at least one inlet opening and can flow out through at least one outlet opening, wherein at least one valve is arranged in or at the adapter channel, said valve being designed to at least partially divert the fluid flow between the first processing unit and the second processing unit, and also arranged there is/are - at least one pump and/or - at least one flow limiter, which can be controlled in an open-loop or closed-loop manner in order to control the fluid flow, preferably the pressure thereof. - at least a first and a second processing unit (30, 32), which can be fluidically connected to each other; - at least one adapter plate, through which there flows at least one fluid flow flowing from the first processing unit to the second processing unit; wherein the adapter plate has an adapter channel, through which the fluid flow can flow, wherein the fluid flow can flow into the adapter channel through at least one inlet opening and can flow out through at least one outlet opening, wherein at least one valve is arranged in or at the adapter channel, said valve being designed to at least partially divert the fluid flow between the first processing unit and the second processing unit, and also arranged there is/are - at least one pump and/or - at least one flow limiter, - at least one pump and/or - at least one flow limiter, which can be controlled in an open-loop or closed-loop manner in order to control the fluid flow, preferably the pressure thereof.
A rotary pump, the pump having a main body and further including an impeller housing and a driveshaft extending between the main body of the pump and the impeller housing; the pump further including an adjustable sealing arrangement provided at a region where the driveshaft enters the impeller housing, the adjustable sealing arrangement including a gland seal, an adjustable gland follower and bolt ends projecting from the gland follower; the pump further including a guard (100, 200, 300), wherein the guard (100, 200, 300) provides access to adjust the sealing arrangement but obstructs access to the driveshaft, wherein the guard (100, 200, 300) includes at least two guard elements (10, 20, 110, 120, 310, 320), wherein one of the elements (10, 110, 310) is attached to the gland follower, the guard (100, 200, 300) further including apertures (38, 118) to accommodate the bolt ends of the adjustable sealing arrangement, the rotary pump being characterised in that the other element (20, 120, 320) is attached to the main body of the pump and in that the guard (100, 200, 300) accommodates changes in the adjustment of the gland follower by way of being formed from at least two guard elements (10, 20, 110, 120, 310, 320) which are arranged to move with respect to one another in a telescopic fashion.
A composition comprising: from 5 to 30 parts per hundred parts rubber (phr) of a propylene-α-olefin-diene (PEDM) terpolymer comprising 1 to 10 wt% diene, 13 to 40 wt% α-olefin, and 15 to 85 wt% propylene, said wt% based on the weight of the PEDM terpolymer; and from 70 to 95 phr of an ethylene-based copolymer comprising at least 40 wt% ethylene, said wt% based on the weight of the ethylene-based copolymer, one or more C 3 to C 12 α-olefins, and, optionally, one or more dienes; wherein the amount of ethylene content of the ethylene-based copolymer (in wt% on the basis of total weight of the ethylene-based copolymer) is different from the amount of α-olefin content of the PEDM terpolymer (in wt% on the basis of total weight of the PEDM terpolymer). from 5 to 30 parts per hundred parts rubber (phr) of a propylene-α-olefin-diene (PEDM) terpolymer comprising 1 to 10 wt% diene, 13 to 40 wt% α-olefin, and 15 to 85 wt% propylene, said wt% based on the weight of the PEDM terpolymer; and from 70 to 95 phr of an ethylene-based copolymer comprising at least 40 wt% ethylene, said wt% based on the weight of the ethylene-based copolymer, one or more C 3 to C 12 α-olefins, and, optionally, one or more dienes; wherein the amount of ethylene content of the ethylene-based copolymer (in wt% on the basis of total weight of the ethylene-based copolymer) is different from the amount of α-olefin content of the PEDM terpolymer (in wt% on the basis of total weight of the PEDM terpolymer).
Drug delivery device comprising a dose setting member for setting user variable doses of a medicament and a display for indicating the dose set by the dose setting member, wherein the display comprises a number wheel, which is rotationally coupled to the dose setting member and is provided with a series of markings on its outer circumference, characterised in that the drug delivery device further comprises at least one prism deviating the image of the markings of the number wheel, preferably by 90°, wherein the number wheel is rotatable about an axis and wherein the at least one prism is arranged such that the image of the markings of the number wheel is deviated in a direction parallel to said axis.
An imaging device, wherein the imaging device is configured to be wirelessly remotely controllable by a portable communication device, the imaging device being further configured to be attachable to the portable communication device and being controllable by the portable communication device when attached to the portable communication device and when at a location away from the portable communication device, and comprising: an information acquiring control circuit configured to invalidate a user operation of the portable communication device and/or the imaging device in response to detection of a start of a process of physically attaching the imaging device to the portable communication device detected by a response by the imaging device to a near field communication polling command issued by the portable communication device, wherein the information acquiring control circuit is configured to detect an end of the process of physically attaching the portable communication device to the imaging device at a fixed time after the start of the process of physically attaching the imaging device to the portable communication device, and further configured to stop invalidating the user operation of the portable communication device and/or the imaging device in response to the end. an information acquiring control circuit configured to invalidate a user operation of the portable communication device and/or the imaging device in response to detection of a start of a process of physically attaching the imaging device to the portable communication device detected by a response by the imaging device to a near field communication polling command issued by the portable communication device, wherein the information acquiring control circuit is configured to detect an end of the process of physically attaching the portable communication device to the imaging device at a fixed time after the start of the process of physically attaching the imaging device to the portable communication device, and further configured to stop invalidating the user operation of the portable communication device and/or the imaging device in response to the end.
A method comprising: configuring a predictive system model with a plurality of component models (204A-N) to correspond with a modeled state of a mechanical system, wherein the predictive system model is a reduced order model derived from one or more higher-fidelity design models of the mechanical system; capturing, in an observed history, observed conditions of the mechanical system from sensor data of a sensor system; setting an observed condition of the mechanical system recorded in the observed history relating to a detected failure and/or abnormal condition of the mechanical system as a targeted mode; applying a set of perturbation inputs to one or more of the component models to produce a plurality of prediction results generated by the predictive system model; comparing the prediction results to the targeted mode of the mechanical system, the targeted mode defining a target/goal state to be achieved; and capturing in a memory system a set of configuration parameters of the mechanical system in combination with one or more of the perturbation inputs that most closely results in the prediction results matching the targeted mode of the mechanical system, wherein the set of configuration parameters and perturbation inputs are captured in a failure mode definition to reproduce the observed condition. configuring a predictive system model with a plurality of component models (204A-N) to correspond with a modeled state of a mechanical system, wherein the predictive system model is a reduced order model derived from one or more higher-fidelity design models of the mechanical system; capturing, in an observed history, observed conditions of the mechanical system from sensor data of a sensor system; setting an observed condition of the mechanical system recorded in the observed history relating to a detected failure and/or abnormal condition of the mechanical system as a targeted mode; applying a set of perturbation inputs to one or more of the component models to produce a plurality of prediction results generated by the predictive system model; comparing the prediction results to the targeted mode of the mechanical system, the targeted mode defining a target/goal state to be achieved; and capturing in a memory system a set of configuration parameters of the mechanical system in combination with one or more of the perturbation inputs that most closely results in the prediction results matching the targeted mode of the mechanical system, wherein the set of configuration parameters and perturbation inputs are captured in a failure mode definition to reproduce the observed condition.
A network slice management service provider apparatus comprising means configured to: receive a request for the allocation of a network slice instance from a network slice management service consumer, said request comprising network slice related requirements, said network slice related requirements comprising information relating to a charging profile for the network slice instance, the charging profile associated with one or more sets of charging related requirements, a set of charging related requirements comprising one or more attributes and one or more values associated with each attribute; responsive to receiving the request, determine that a network slice instance is to be created; deriving network slice subnet related requirements from the received network slice related requirements, wherein charging requirements for charging associated with the network slice instance are determined using the information relating to the charging profile; invoking a network slice subnet instance allocation procedure, and creating a managed object instance for the network slice instance; configuring the network slice subnet instance with a distinguished name of the managed object instance for the network slice instance; and cause a response to be sent to the network slice management service consumer, where a network slice instance is created successfully to satisfy the network slice related requirements, the result of the network slice instance allocation includes relevant network slice information. receive a request for the allocation of a network slice instance from a network slice management service consumer, said request comprising network slice related requirements, said network slice related requirements comprising information relating to a charging profile for the network slice instance, the charging profile associated with one or more sets of charging related requirements, a set of charging related requirements comprising one or more attributes and one or more values associated with each attribute; responsive to receiving the request, determine that a network slice instance is to be created; deriving network slice subnet related requirements from the received network slice related requirements, wherein charging requirements for charging associated with the network slice instance are determined using the information relating to the charging profile; invoking a network slice subnet instance allocation procedure, and creating a managed object instance for the network slice instance; configuring the network slice subnet instance with a distinguished name of the managed object instance for the network slice instance; and cause a response to be sent to the network slice management service consumer, where a network slice instance is created successfully to satisfy the network slice related requirements, the result of the network slice instance allocation includes relevant network slice information.
An internal combustion engine (200, 400, 500) comprising: - at least one combustion cylinder (210, 214, 410, 412, 414, 416, 510) housing a combustion piston (212, 216, 411, 413, 415, 417, 512), said combustion cylinder being configured to be energized by forces of combustion; - a compressor cylinder (220, 420, 424, 520) housing a compressor piston (222, 422, 426, 522), said compressor cylinder being configured to compress a volume of air and transfer the compressed air to the at least one combustion piston; - an expander cylinder (230, 430, 434, 530) housing an expander piston (232, 432, 436, 532), said expander cylinder being configured to receive exhaust gases from the at least one combustion piston; - a crankshaft (240, 440, 540) connected to said at least one combustion piston and said expander piston by a respective connecting rod (213, 217, 234, 534), characterized in that the internal combustion engine further comprises a connecting element (250, 450, 452, 550) rigidly connecting said compressor piston and said expander piston such that the compressor piston and the expander piston move in unison. - at least one combustion cylinder (210, 214, 410, 412, 414, 416, 510) housing a combustion piston (212, 216, 411, 413, 415, 417, 512), said combustion cylinder being configured to be energized by forces of combustion; - a compressor cylinder (220, 420, 424, 520) housing a compressor piston (222, 422, 426, 522), said compressor cylinder being configured to compress a volume of air and transfer the compressed air to the at least one combustion piston; - an expander cylinder (230, 430, 434, 530) housing an expander piston (232, 432, 436, 532), said expander cylinder being configured to receive exhaust gases from the at least one combustion piston; - a crankshaft (240, 440, 540) connected to said at least one combustion piston and said expander piston by a respective connecting rod (213, 217, 234, 534),
Method for producing an injection-moulded plastic component made of a plastic having at least one recess for accommodating sensors by forming a bead on the surface of the injection-moulded plastic component, having the following steps: producing the injection-moulded plastic component in a mould having top and bottom mould halves (5, 9), raising the top mould half and introducing a thermoregulatable ram which is guided in a sleeve, placing the sleeve with integrated annular space on the surface of the injection-moulded plastic component, pressing the thermoregulated ram into the surface of the injection-moulded plastic component to form an annular bead in the annular space by displacing melted material of the injection-moulded plastic component in the direction of the annular space, cooling the ram and raising it from the surface, characterized in that the annular space is bounded by the surface of the injection-moulded plastic component, the outer face of the sleeve, the boundary of the sleeve, and the outer casing of the ram. producing the injection-moulded plastic component in a mould having top and bottom mould halves (5, 9), raising the top mould half and introducing a thermoregulatable ram which is guided in a sleeve, placing the sleeve with integrated annular space on the surface of the injection-moulded plastic component, pressing the thermoregulated ram into the surface of the injection-moulded plastic component to form an annular bead in the annular space by displacing melted material of the injection-moulded plastic component in the direction of the annular space, cooling the ram and raising it from the surface, characterized in that the annular space is bounded by the surface of the injection-moulded plastic component, the outer face of the sleeve, the boundary of the sleeve, and the outer casing of the ram.
A roller assembly comprising: a supporter configured to rotatably support a roller disposed in a movement path of a to-be-treated material; a fixed shaft attached to a rear surface of the supporter and having a stretchable portion; a body attached to the rear surface side of the supporter so as to surround the fixed shaft; and a plunger attached so as to connect the body and the fixed shaft and formed so that a portion thereof advances and retreats with respect to the movement path, wherein the fixed shaft comprises a first shaft, a second shaft, and elastic members so as to receive and dissipate a reaction force caused by the to-be-treated material, wherein the first shaft is attached to the rear surface of the supporter, the second shaft has one side penetrating a rear surface of the first shaft to support advancing and retreating movement of the first shaft and the other side attached to a rear surface of the body, and the elastic members are supported on one-side outer circumferential surface of the second shaft and stretchable to receive the front-rear movement of the first shaft. a supporter configured to rotatably support a roller disposed in a movement path of a to-be-treated material; a fixed shaft attached to a rear surface of the supporter and having a stretchable portion; a body attached to the rear surface side of the supporter so as to surround the fixed shaft; and a plunger attached so as to connect the body and the fixed shaft and formed so that a portion thereof advances and retreats with respect to the movement path, wherein the fixed shaft comprises a first shaft, a second shaft, and elastic members so as to receive and dissipate a reaction force caused by the to-be-treated material, wherein the first shaft is attached to the rear surface of the supporter, the second shaft has one side penetrating a rear surface of the first shaft to support advancing and retreating movement of the first shaft and the other side attached to a rear surface of the body, and the elastic members are supported on one-side outer circumferential surface of the second shaft and stretchable to receive the front-rear movement of the first shaft.
A method for connecting a wireless device to a client device comprising the steps of: executing one or more applications on the wireless device, the wireless device including a short-range wireless system having an effective range; detecting a presence of the client device in the effective range of the short-range wireless system, the client device having an identification; associating the wireless device with the client device; selecting an application from the one or more applications associated with the client device; characterized by: associating the application with the client device based on the identification; and launching automatically the application on the wireless device. executing one or more applications on the wireless device, the wireless device including a short-range wireless system having an effective range; detecting a presence of the client device in the effective range of the short-range wireless system, the client device having an identification; associating the wireless device with the client device; selecting an application from the one or more applications associated with the client device; characterized by: associating the application with the client device based on the identification; and launching automatically the application on the wireless device.
Method for decontaminating a solution of any nucleic acid present in said solution, comprising the following steps: - for a sufficient period, subjecting the solution to the action of at least one fragmentation molecule formed by a complex constituted by two molecules of 1,10-phenanthroline associated with a metal atom forming the bis(1,10-phenanthroline)/metal complex, in the presence of an organic reducing agent, until said nucleic acids have been completely degraded; and - stopping the activity of the fragmentation molecule by adding: • an excess of organic reducing agent; or • a complexing agent such as EDTA. - for a sufficient period, subjecting the solution to the action of at least one fragmentation molecule formed by a complex constituted by two molecules of 1,10-phenanthroline associated with a metal atom forming the bis(1,10-phenanthroline)/metal complex, in the presence of an organic reducing agent, until said nucleic acids have been completely degraded; and - stopping the activity of the fragmentation molecule by adding: • an excess of organic reducing agent; or • a complexing agent such as EDTA. • an excess of organic reducing agent; or • a complexing agent such as EDTA.