mhurhangee/ep-ind-claims huggingface dataset:
Flushing device with at least two flows, comprising: - a water inlet opening, a water delivery outlet opening and - means forming a duct allowing a flow of water to pass between the water inlet opening and the water delivery outlet opening; - means forming a check valve sealing the delivery outlet opening; - control means (21, 22) which are intended to control opening and closing of the check valve, the control means being arranged such that they can open the check valve, from its closed position, for at least two different time intervals, a long interval and a short interval, corresponding to delivery of a large volume of water and a small volume of water at the delivery outlet opening, the control means comprising a control delay valve having a control delay chamber with a drainage duct and being arranged such that drainage of at least some of the delay chamber causes the check valve to open and filling of the chamber causes said valve to close, and actuating means are provided for the purpose of actuating drainage of at least one volume from the delay chamber, characterised in that the actuating means being connected by a plate to at least two control buttons (4, 5) such that pushing one of the at least two buttons actuates drainage of a first large volume from the control delay chamber and pushing the other of the at least two buttons actuates, by means of the actuating means, drainage of a second small volume, smaller than the large volume, from the control delay chamber, the actuating means comprising an actuating rod and an actuation delay valve comprising an actuation delay chamber, movement of the rod causing a drainage duct from the actuation delay chamber of the actuation delay valve to open, the actuation delay valve opening or closing the drainage duct of the delay chamber of the control delay valve for a time interval that can assume at least two values and depends on the path of the actuating rod, the plate being located between the two control buttons and the actuating rod and being mounted such that it rotates with respect to a pivot point, rotation of the plate causing the rod to move along an actuating path. - a water inlet opening, a water delivery outlet opening and - means forming a duct allowing a flow of water to pass between the water inlet opening and the water delivery outlet opening; - means forming a check valve sealing the delivery outlet opening; - control means (21, 22) which are intended to control opening and closing of the check valve, the control means being arranged such that they can open the check valve, from its closed position, for at least two different time intervals, a long interval and a short interval, corresponding to delivery of a large volume of water and a small volume of water at the delivery outlet opening,
Underground waste collection system, comprising a tank, the said tank having a lid, and into which a container can be inserted wherein the waste is deposited through a deposition top bin, the said deposition top bin being attached to the lid on the outside of the tank and the said lid being moved by means of gas cylinders, wherein the lid comprises two brackets connected to the gas cylinders, characterized in that at least one of the brackets is a sliding bracket and these brackets are perpendicular to the axis of rotation of the lid, parallel to each other, and their maximum extensions are unlevelled so that the lid starts to open through both gas cylinders, connected respectively to the sliding bracket and a second or common bracket, and ends upon actuation of the gas cylinder connected to the common bracket.
A computer-implemented method for performing image registration comprising: receiving a color region of interest, ROI (112, 312), from a source image and a color image portion (113, 313) from a target image; converting the color ROI (112, 312) and the color image portion (113, 313) to a foreground likelihood ROI (114, 612) and a foreground likelihood image portion (115, 613), the foreground likelihood ROI (114, 612) and image portion (115, 613) comprising a likelihood each pixel comprises a foreground pixel; applying a plurality of first iterations to converge a plurality of homography parameters to map the foreground likelihood ROI (114, 612) to a target region of the foreground likelihood image portion (115, 613), wherein the first iterations allow variation in translation parameters of the homography parameters and block variation in rotation parameters and perspective parameters of the homography parameters; applying a plurality of second iterations, subsequent to the first iterations, to converge the homography parameters, wherein the second iterations allow variation in the translation parameters, the rotation parameters, and the perspective parameters; and outputting resultant homography parameters based on the first and second iterations. receiving a color region of interest, ROI (112, 312), from a source image and a color image portion (113, 313) from a target image; converting the color ROI (112, 312) and the color image portion (113, 313) to a foreground likelihood ROI (114, 612) and a foreground likelihood image portion (115, 613), the foreground likelihood ROI (114, 612) and image portion (115, 613) comprising a likelihood each pixel comprises a foreground pixel; applying a plurality of first iterations to converge a plurality of homography parameters to map the foreground likelihood ROI (114, 612) to a target region of the foreground likelihood image portion (115, 613), wherein the first iterations allow variation in translation parameters of the homography parameters and block variation in rotation parameters and perspective parameters of the homography parameters; applying a plurality of second iterations, subsequent to the first iterations, to converge the homography parameters, wherein the second iterations allow variation in the translation parameters, the rotation parameters, and the perspective parameters; and outputting resultant homography parameters based on the first and second iterations.
A method, comprising: configuring a first time division duplex, TDD, configuration for a primary cell of, PCELL, of a user equipment, UE, in an LTE system, wherein the first TDD configuration is associated with a first set of uplink subframes; and configuring a second TDD configuration for a secondary cell, SCELL, of the UE, wherein the second TDD configuration is associated with a second set of uplink subframes; characterized by the method further comprising: determining valid combinations of TDD configuration for PCELL and TDD configuration for SCELL such that the subframe indices in the second set of uplink subframes is a subset of the subframe indices in the first set of uplink subframes which are scheduled for Hybrid Automatic Repeat Request, HARQ, feedback. configuring a first time division duplex, TDD, configuration for a primary cell of, PCELL, of a user equipment, UE, in an LTE system, wherein the first TDD configuration is associated with a first set of uplink subframes; and configuring a second TDD configuration for a secondary cell, SCELL, of the UE, wherein the second TDD configuration is associated with a second set of uplink subframes; characterized by the method further comprising: determining valid combinations of TDD configuration for PCELL and TDD configuration for SCELL such that the subframe indices in the second set of uplink subframes is a subset of the subframe indices in the first set of uplink subframes which are scheduled for Hybrid Automatic Repeat Request, HARQ, feedback.
Multilayered confectionery comprising: a multi-region core comprising: a first region comprising a candy layer; a second region comprising a chewing gum layer comprising an elastomer, wherein a first surface of the candy layer is in contiguous contact with a surface of the gum layer; a particulate coating composition at least partially surrounding the multi-region core; wherein the particulate coating composition comprises powdered gum arabic; wherein the particulate coating composition further comprises sugar polyol particulates or saccharide sweetener particulates; wherein the sugar polyol or saccharide sweetener particulates are present in the particulate coating in an amount of 60 to 85wt% and the amount of gum arabic is 40 to 15 wt%, both weight percentages based on the total weight of the particulate coating. a multi-region core comprising: a first region comprising a candy layer; a second region comprising a chewing gum layer comprising an elastomer, wherein a first surface of the candy layer is in contiguous contact with a surface of the gum layer; a first region comprising a candy layer; a second region comprising a chewing gum layer comprising an elastomer, wherein a first surface of the candy layer is in contiguous contact with a surface of the gum layer; a particulate coating composition at least partially surrounding the multi-region core; wherein the particulate coating composition comprises powdered gum arabic; wherein the particulate coating composition further comprises sugar polyol particulates or saccharide sweetener particulates; wherein the sugar polyol or saccharide sweetener particulates are present in the particulate coating in an amount of 60 to 85wt% and the amount of gum arabic is 40 to 15 wt%, both weight percentages based on the total weight of the particulate coating.
Clamping device for a screw connection consisting of a threaded bolt and a threaded nut, having a support tube surrounding the threaded nut, a cylinder housing in the extension of the support tube, a piston which is movable in the cylinder housing by means of hydraulic pressure, an exchange bushing which is axially entrainable by the piston and which is provided with an internal thread for screwing the exchange bushing to the threaded bolt, an entrainer element which is arranged inside the support tube and which is non-positively or positively connectable to the threaded nut, and a gear arrangement between a drive element, which is rotatably mounted outside the support tube and which is provided with a tool surface for applying a hand tool, and the entrainer element, characterized in that a clutch, which operates as a function of the torque, is a component of the gear arrangement, wherein components of the clutch, which operates as a function of the torque, are clutch partners which are supported against one another under compressive stress, in that a first clutch partner (33, 43) rotates in an indirect or direct rotational connection with the drive element and a second clutch partner (31, 32, 44) rotates in an indirect or direct rotational connection with the entrainer element.
A magnetoresistive random access memory, MRAM, device, comprising: a first free ferromagnetic layer having a first magnetic moment; a synthetic antiferromagnetic, SAF, coupling layer disposed on the first free ferromagnetic layer; and a second free ferromagnetic layer disposed on the SAF coupling layer, the second free ferromagnetic layer having a second magnetic moment opposite to the first magnetic moment of the first free ferromagnetic layer; characterised by the first free ferromagnetic layer comprising an iron-rich cobalt-iron-boron, Fe-rich CoFeB, layer, and a cobalt-iron-boron-tantalum, CoFeBTa, layer or a cobalt-iron-boron-hafnium, CoFeBHf, layer on the Fe-rich CoFeB layer. a first free ferromagnetic layer having a first magnetic moment; a synthetic antiferromagnetic, SAF, coupling layer disposed on the first free ferromagnetic layer; and a second free ferromagnetic layer disposed on the SAF coupling layer, the second free ferromagnetic layer having a second magnetic moment opposite to the first magnetic moment of the first free ferromagnetic layer; characterised by the first free ferromagnetic layer comprising an iron-rich cobalt-iron-boron, Fe-rich CoFeB, layer, and a cobalt-iron-boron-tantalum, CoFeBTa, layer or a cobalt-iron-boron-hafnium, CoFeBHf, layer on the Fe-rich CoFeB layer.
Press (1; 101; 201; 301; 401; 501; 601) for processing a component, said press (1; 101; 201; 301; 401; 501; 601) comprising a ram suited to be subjected to a movement in a substantially longitudinal direction against said component in order to carry out said processing operation, a supply unit suited to be connected to an electricity supply network for converting electrical energy into mechanical energy, wherein said supply unit comprises an electric motor fed by electronically controlled power supply systems in such a way that it is possible to control the performance of said electric motor and/or to optimize the recovery of the energy of said press, a kinematic mechanism associated with said ram and suited to transmit said movement to said ram and a hydraulic circuit (30; 230; 430) provided with a hydraulic motor and with supply means (32; 232; 432) suited to supply a hydraulic fluid for said hydraulic motor and operated by said supply unit, the outlet of said hydraulic motor being connected to said kinematic mechanism, said press being characterized by an energy accumulation system (25; 425) suited to supply a power peak to said ram and arranged between said supply unit and said hydraulic circuit (30; 230; 430) and in that said hydraulic circuit (30; 230; 430) comprises a bypass device suited to reduce and/or cancel the output torque of said hydraulic motor.
A GH61 polypeptide variant, comprising one or more substitutions or corresponding substitutions selected from the group consisting of E105P,K; E154I,L; G188A,F,M,W; N189H,K; A216L,Y; and K229W,H,I,Y of the mature polypeptide of SEQ ID NO: 30, wherein the variant has cellulolytic enhancing activity, wherein the variant has at least 90% sequence identity to the amino acid sequence of the parent GH61 polypeptide of SEQ ID NO: 30, and wherein said polypeptide variant has increased thermostability when compared to the unmodified variant.
A double-diaphragm pump comprising a pair of axially spaced apart pumping chambers (1, 2), each chamber having a pumping diaphragm (3, 4) which divides each chamber into an inner (5, 6) and outer (7, 8) compartment, the inner ends of both pumping chambers being closed by a central element, each diaphragm (3, 4) being mounted to the central element around a rim of the corresponding inner compartment (5, 6), means for supplying fluid to the outer compartments (7, 8) to cause the diaphragms to oscillate and vary the capacities of the inner compartments (5, 6) and each of the inner compartments (5, 6) having an inlet and an outlet port leading to unidirectional valves (16, 17) to allow fluid to be drawn into one of the inner compartments (5, 6) when the appropriate diaphragm (3, 4) moves outwardly and expelled from that inner compartment (5, 6) when the diaphragm (3, 4) moves inwardly, and in which the unidirectional valves (16,17) are located in inlet and outlet manifolds in the central element and are accessible and fittable through the inlet and outlet ports in the inner compartments (5, 6) when the diaphragms are absent, and characterised in that the inlet and outlet manifolds (40, 41) within the central element extend away from their respective inner compartments (5, 6) at an acute angle relative to the plane of the rim of said respective inner compartment (5, 6).
Handheld battery-operated vacuum cleaner with a cyclone collector, which has a collector facility and a dust collection container, an actuation element for releasing the cyclone collector, in order to be able to remove it from the vacuum cleaner, and a suction nozzle for the supply of suction air into the cyclone collector, characterised in that the actuation element is arranged on the suction nozzle or is at a distance of no more than 7 cm from the end of the suction nozzle which adjoins the cyclone collector, wherein the actuation element is embodied such that it can be actuated by a hand that is engaging on the suction nozzle in order to handle the cyclone collector.
Actuating device for selecting a gear of a shift-by-wire gearshift transmission, the actuating device comprising a housing, a selection lever movable along at least one shift gate between at least a driving position (R, N, D) and a parking lock position, a mechanical transfer element for transferring said movement of the selection lever to the gearshift transmission for actuating the parking lock, a coupling system arranged between the selection lever and the transfer element, wherein the coupling system comprises a slider element embodied to move in accordance with said movement of the selection lever, characterized in that the actuating device comprises an optical sensor arrangement, arranged within the housing and comprising at least one transmitter/receiver pair (9a, 9b, 9c), wherein the slider element comprises a window structure such that when the slider element is in a first position (A, B, C, E) corresponding to a driving position of the selection lever, the slider element is configured to interrupt an electromagnetic signal emitted from the transmitter (9at, 9bt, 9ct) or to pass the electromagnetic signal through the window structure, and when the slider element is in a second position (A, B, C, E) corresponding to the parking lock position of the selection lever, the slider element respectively is configured to pass the electromagnetic signal through the window structure or to interrupt the electromagnetic signal.
A method performed in a User Equipment, UE, connected to an access network, the method for providing an update on the access network's capability to an IP Multimedia System, IMS, network, the method comprising the step of: sending a Session Initiation Protocol, SIP, registration request to the IMS network, wherein the SIP registration request includes a P-Access-Network-Info header having a tag providing current information regarding a capability of the access network; wherein the tag provides current information on one or more of the access network capabilities, including: bandwidth; recorded latency over the access network; and an interruption in data flow towards the IMS network. sending a Session Initiation Protocol, SIP, registration request to the IMS network, wherein the SIP registration request includes a P-Access-Network-Info header having a tag providing current information regarding a capability of the access network; wherein the tag provides current information on one or more of the access network capabilities, including: bandwidth; recorded latency over the access network; and an interruption in data flow towards the IMS network. bandwidth; recorded latency over the access network; and an interruption in data flow towards the IMS network.
A communications device (101, 201, 801) for transmitting data to a wireless communications network (12, 31), the communications device comprising transmitter circuitry configured to transmit signals via a wireless access interface provided by the wireless communications network, receiver circuitry configured to receive signals via the wireless access interface, and controller circuitry configured in combination with the receiver circuitry and the transmitter circuitry to transmit a random access preamble, to transmit first uplink data in an uplink shared physical channel associated with the preamble according to a 2-step random access procedure, the association between the preamble and the transmission of the uplink data in the uplink shared channel being known to the wireless communications network, to detect, in response to transmitting the preamble and the uplink data, a random access response message providing timing advance information and uplink grant of resources of the shared channel according to a 4-step random access procedure, to determine that the 2-step random access procedure has failed, and to repeat one or more times, in response to detecting the random access response message, transmitting the preamble and the first uplink data if after each transmission the random access response message is detected until a maximum number of repeated transmissions of the preamble and the first uplink data is reached without detecting a response message according to a successful 2-step random access procedure. transmitter circuitry configured to transmit signals via a wireless access interface provided by the wireless communications network, receiver circuitry configured to receive signals via the wireless access interface, and controller circuitry configured in combination with the receiver circuitry and the transmitter circuitry to transmit a random access preamble, to transmit first uplink data in an uplink shared physical channel associated with the preamble according to a 2-step random access procedure, the association between the preamble and the transmission of the uplink data in the uplink shared channel being known to the wireless communications network, to detect, in response to transmitting the preamble and the uplink data, a random access response message providing timing advance information and uplink grant of resources of the shared channel according to a 4-step random access procedure, to determine that the 2-step random access procedure has failed, and to repeat one or more times, in response to detecting the random access response message, transmitting the preamble and the first uplink data if after each transmission the random access response message is detected until a maximum number of repeated transmissions of the preamble and the first uplink data is reached without detecting a response message according to a successful 2-step random access procedure.
A true random number generator comprising: a conditioned random telegraph noise, RTN, source; logic circuitry operable to remove the bias from the output acquired from the RTN source; and logic circuitry operable to sample the de-biased output and generate a true random number stream, wherein the conditioned RTN source is configured to receive a varying DC voltage such that a first gate voltage is received during a first half of a cycle to enable current measurements and a second gate voltage is received during a second half of the cycle to trigger the traps of the RTN source wherein the first gate voltage is lower than the second gate voltage. a conditioned random telegraph noise, RTN, source; logic circuitry operable to remove the bias from the output acquired from the RTN source; and logic circuitry operable to sample the de-biased output and generate a true random number stream, wherein the conditioned RTN source is configured to receive a varying DC voltage such that a first gate voltage is received during a first half of a cycle to enable current measurements and a second gate voltage is received during a second half of the cycle to trigger the traps of the RTN source wherein the first gate voltage is lower than the second gate voltage.