mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying one or more transmit and receive beamforming direction pairs (TX/RX) between an initiator node (DN x, 102) and a responder node (CN x, 104) in a wireless communication network, wherein in an asynchronous mode, transmitting training packets (330a, 300b, 312) from the initiator node (DNx, 102) for a number of times in each of a number of transmit beamforming directions; characterized by at the responder node (CN x, 104), trying to detect a training packet (330a, 300b, 312) in each of a number of receive beamforming directions during a receive window (304, 306) that differs in size from a transmit window in which the training packets (330a, 300b, 312) are transmitted, such that the rate at which the receiver of the responder node (CN x, 104) cycles through its possible receive directions differs from the rate at which the transmitter of the initiator node (DN x, 102) sends its training packets (330a, 300b, 312) in a single transmit direction; asynchronously detecting a training packet (330a, 300b, 312) at the responder node (CN x, 104) and using timing synchronization information in the asynchronously detected training packet (330a, 300b, 312) to synchronize the responder node (CN x, 104) to the initiator node (DN x, 102); and receiving an indication that the responder node (CN x, 104) has detected a training packet (330a, 300b, 312) and is synchronized to the initiator node (DN x, 102); and once the initiator node (DN x, 102) and the responder node (CN x, 104) are synchronized, transmitting training packets (330a, 300b, 312) in a synchronous mode from the initiator node (DN x, 102) in each of a number of possible transmit beamforming directions; listening for feedback from the responder node (CN x, 104) that indicates that a training packet (330a, 300b, 312) was received on a particular transmit and receive beamforming direction pair (TX/RX); and using the identified transmit and receive beamforming direction pair (TX/RX) to transmit data packets (330a, 300b, 312) to the responder node (CN x, 104).
A tile (100; 203; 303) for wall, floor or ceiling covering, wherein said tile (100; 203; 303) comprises: - a first layer consisting of metal; - a second layer consisting of enamel, wherein said second layer is chemically bonded to said first layer; - a third layer consisting of an image (201; 301) in glass ink printed onto said second layer; and - one or more incomplete overlay layer which is printed onto said third layer, consisting of an incomplete version of the same said image (201; 301) which only partially covers said third layer such that texture is given to the surface of said tile (100; 203; 303). - a first layer consisting of metal; - a second layer consisting of enamel, wherein said second layer is chemically bonded to said first layer; - a third layer consisting of an image (201; 301) in glass ink printed onto said second layer; and - one or more incomplete overlay layer which is printed onto said third layer, consisting of an incomplete version of the same said image (201; 301) which only partially covers said third layer such that texture is given to the surface of said tile (100; 203; 303).
Fire protection sleeve for sealing openings, in particular cable passages, passing through walls or ceilings, said sleeve comprising a frame and at least one block which is arranged therein and is made of optionally intumescent material, an intumescent insert being arranged between the block and the frame, the block filling the space spanned by the frame and the intumescent insert except for any pipes passing through, and the frame having a plurality of side portions which surround the block at its side edges, characterized by a plurality of front portions which extend perpendicularly to the side portions and in that the block is higher than the side portions by 2 to 6 mm, and in that a plurality of fastening tabs are provided on the side portions.
Phosphodiesterase 4D7 (PDE4D7) for use in a method of in vivo diagnosis, detection, monitoring or prognostication of prostate cancer, or of in vivo diagnosis, detection, monitoring or prognostication of the progression of prostate cancer.
Locking system for a seat arrangement of a motor vehicle, which seat arrangement has an adjustment component which is adjustable manually into at least one locking position and which is designed as an adjustable backrest, wherein the locking system has a locking mechanism, and wherein the adjustment component is lockable and releasable in the locking position by means of the locking mechanism, wherein the locking mechanism has an actuation drive by means of which the locking mechanism is releasable in a motorized manner, characterized in that the locking system has a proximity sensor which is triggerable by a predefined operator control event, in that, by means of the triggering of the proximity sensor, the adjustment component is releasable in a motorized manner via the actuation drive, and in that the proximity sensor is suitable to be arranged on an end region of the adjustment component designed as an adjustable backrest, said end region facing away from the seat part of the seat arrangement.
A dunnage conversion apparatus, comprising: a housing having an outlet opening; a support mounted in the housing and configured to support a supply of sheet stock material for dispensing in a feed direction to the outlet opening; and the apparatus being characterised in that it comprises a pair of opposed expansion members (69, 70) supported in the housing for rotation about respective axes that are parallel to each other and transverse the feed direction, and at least one of the expansion members (69,70) is biased towards the other of the expansion members (69,70) via a biasing element to grip sheet stock material fed between the expansion members (69,70), where the biasing element includes a first biasing element biasing the opposed expansion members (69, 70) together at a first end of the at least one of the expansion members (69, 70) and a second biasing element disposed at a second end of the at least one of the expansion members (69, 70) axially spaced from the first end. a housing having an outlet opening; a support mounted in the housing and configured to support a supply of sheet stock material for dispensing in a feed direction to the outlet opening; and the apparatus being characterised in that it comprises a pair of opposed expansion members (69, 70) supported in the housing for rotation about respective axes that are parallel to each other and transverse the feed direction, and at least one of the expansion members (69,70) is biased towards the other of the expansion members (69,70) via a biasing element to grip sheet stock material fed between the expansion members (69,70), where the biasing element includes a first biasing element biasing the opposed expansion members (69, 70) together at a first end of the at least one of the expansion members (69, 70) and a second biasing element disposed at a second end of the at least one of the expansion members (69, 70) axially spaced from the first end.
A flame arrester (FA 1, FA 2, FA 5, FA 7, FA 8, FA 10), the flame arrester (FA 1, FA 2, FA 5, FA 7, FA 8, FA 10) comprising an inlet (12, 52, 72, 82) and an outlet, a housing (13, 23, 33, 53, 73, 83, 103) between the inlet (12, 52, 72, 82) and outlet and a baffle plate (14, 34, 54, 74, 84, 104) and a flame arrester element (20, 20', 20") located within the housing (13, 23, 33, 53, 73, 83, 103), wherein the inlet (12, 52, 72, 82) for gas to enter the housing (13, 23, 33, 53, 73, 83, 103) has a maximum diametric dimension D and the housing (13, 23, 33, 53, 73, 83, 103) has a diametric dimension larger than the inlet (12, 52, 72, 82), the inlet (12, 52, 72, 82) and the outlet being on axis, the baffle plate (14, 54, 74, 84, 104) is located downstream of the inlet (12, 52, 72, 82) and the flame arrester element (20, 20', 20") is located downstream of the baffle plate (14, 54, 74, 84, 104), characterized in that the baffle plate (14, 54, 74, 84, 104) is flat on both its upstream and downstream faces and is secured to the inner wall of the housing (13, 23, 33, 53, 73, 83, 103) and has an aperture (15, 55, 75, 85, 105) which has a minimum diametric dimension of at least 0.75D through which, in use, gas is flowable to the flame arrester element (20, 20', 20").
A method of producing a purified antibody, antibody fragment, or Fc fusion protein, using an affinity chromatography matrix to which the antibody, antibody fragment, or Fc fusion protein is bound, the method comprising: (a) loading a mixture comprising the antibody, antibody fragment, or Fc fusion protein onto the AC matrix; and (b) washing the AC matrix with two or more wash solutions comprising (i) arginine, or an arginine derivative selected from the group consisting of acylated arginine, acetyl arginine, N-alpha-butyroyl-arginine, agmatine, arginic acid and N-alpha-pyvaloyl-arginine, and (ii) a nonbuffering salt, wherein the arginine, or the arginine derivative, and the nonbuffering salt are in different wash solutions, and wherein the pH of the wash solution comprising arginine, or an arginine derivative is at least 8.5, prior to elution of the antibody, antibody fragment, or Fc fusion protein from the AC matrix; with the proviso that if a purified Fc fusion protein is produced, the AC matrix is a Protein A matrix, a Protein G matrix, a Protein A/G matrix or a Protein L matrix. (a) loading a mixture comprising the antibody, antibody fragment, or Fc fusion protein onto the AC matrix; and (b) washing the AC matrix with two or more wash solutions comprising (i) arginine, or an arginine derivative selected from the group consisting of acylated arginine, acetyl arginine, N-alpha-butyroyl-arginine, agmatine, arginic acid and N-alpha-pyvaloyl-arginine, and (ii) a nonbuffering salt, wherein the arginine, or the arginine derivative, and the nonbuffering salt are in different wash solutions, and wherein the pH of the wash solution comprising arginine, or an arginine derivative is at least 8.5, prior to elution of the antibody, antibody fragment, or Fc fusion protein from the AC matrix;
A closed suction catheter device having two ends and comprising a tether connected to the two ends of the device, characterized in that said tether is a looped tether running from a first end of the device to a second end and back, and further comprising a loop tab on the second end of the device around which the looped tether runs, the looped tether being slidable in the loop tab.
A method performed by a user equipment, comprising: receiving, when registered for a first radio access technology with a network, policy information from the network, wherein the policy information indicates at least one radio access technology preferred for a service, the at least one radio access technology preferred for the service being different from the first radio access technology; entering a coverage area of the at least one radio access technology preferred for the service; detecting that the service is offered in the coverage area; initiating a request for setup of the service; and setting up dual-connectivity to the first radio access technology and the radio access technology preferred for the service; wherein the first radio access technology comprises Long-Term Evolution and the radio access technology preferred for the service comprises 5G. receiving, when registered for a first radio access technology with a network, policy information from the network, wherein the policy information indicates at least one radio access technology preferred for a service, the at least one radio access technology preferred for the service being different from the first radio access technology; entering a coverage area of the at least one radio access technology preferred for the service; detecting that the service is offered in the coverage area; initiating a request for setup of the service; and setting up dual-connectivity to the first radio access technology and the radio access technology preferred for the service; wherein the first radio access technology comprises Long-Term Evolution and the radio access technology preferred for the service comprises 5G.
A method for moving a vehicle towards a component of a distant, wherein the vehicle has a navigation module which comprises a camera and evaluation electronics, and an identification element is attached to the object in a predetermined position such that it is detected by the camera in a remote range (D max) of the vehicle from the object, and the evaluation electronics calculates a reversing line (40 i, 40 ii, 40 iii, 40a) of the vehicle from the perspective position of the camera to the identification element, characterized in that a close range (D min) is defined in the direction of the object, which is delimited by a close-range radius (R min), and in that the reversing line (40 i, 40 ii, 40 iii, 40a) is calculated up to a virtual prepositioning point (Svi, S Vii, S Viii) lying on the close-range radius (R min), at which a transition is made from closed-loop control to open-loop control and the vehicle is reversed in the direction of the component without making any control movements.
Pot lid for a household cooking pot, comprising a conical main body having a lid edge designed to interact with the upper edge of a cooking pot or pan, which main body comprises a central through-opening, which pot lid, on its lid top side, comprises a channel which is connected to the through-opening and extends at least over part of the lid radius towards the lid edge and is open towards the lid edge, characterized in that the lid bottom side of the pot lid comprises a downwardly projecting spiral guide wall extending from the lid edge towards the through-opening.
Electronic battery sensor for detecting the state of a battery, having a shunt resistor (120, 220, 320) and a printed circuit board (100, 200, 300) with a measuring circuit, wherein the shunt resistor (120, 220, 320) is formed as a sleeve, characterized in that the sleeve is inserted in a through-hole (110, 210, 310) in the printed circuit board (100, 200, 300) and is soldered to the printed circuit board (100, 200, 300).
A method of saccharifying a cellulosic material comprising subjecting the cellulosic material to a cellulolytic enzyme composition, a GH61 polypeptide, and a catalase in a vessel, wherein oxygen is added to the vessel to maintain a concentration of dissolved oxygen of at least 0.5% of the saturation level.
A removable device for roller shutter including at least: - a hollow box in which at least one shutter and means enabling rolling of said shutter about a rolling axis are installed and having a slot extending according to an axis parallel to said rolling axis and enabling the switch of said shutter outside the box, said box being intended to be installed in a recess with dimensions congruent therewith, formed in a building wall and positioned so as to surmount a frame of a window or door type opening separating a space outside the building from a space inside the building, - actuation means intended to connect said box to the wall and enabling it to switch from at least one so-called "commissioning" position according to which said box is in the recess and surmounts the opening, into at least one so-called "maintenance" position according to which the box is not within the bulk of the recess and is in the space inside the building, characterised in that the actuation means include at least: sliding means intended to connect said box to the wall via a slide connection and enabling the translation of said box from the at least one "commissioning" position in 1a into at least one "maintenance" position located in the space inside the building, according to an axis perpendicular to the rolling axis, said sliding means including at least first assembly means intended to assemble said sliding means to the wall, and second assembly means intended to assemble said sliding means to the box. - a hollow box in which at least one shutter and means enabling rolling of said shutter about a rolling axis are installed and having a slot extending according to an axis parallel to said rolling axis and enabling the switch of said shutter outside the box, said box being intended to be installed in a recess with dimensions congruent therewith, formed in a building wall and positioned so as to surmount a frame of a window or door type opening separating a space outside the building from a space inside the building, - actuation means intended to connect said box to the wall and enabling it to switch from at least one so-called "commissioning" position according to which said box is in the recess and surmounts the opening, into at least one so-called "maintenance" position according to which the box is not within the bulk of the recess and is in the space inside the building, characterised in that the actuation means include at least: sliding means intended to connect said box to the wall via a slide connection and enabling the translation of said box from the at least one "commissioning" position in 1a into at least one "maintenance" position located in the space inside the building, according to an axis perpendicular to the rolling axis, said sliding means including at least first assembly means intended to assemble said sliding means to the wall, and second assembly means intended to assemble said sliding means to the box.
A drive system (100, 200, 300, 400, 500) for dispensing a liquid drug from a drug container having a piston, said drive system comprising: a lead screw having a rotational axis and being operably connectable to the piston; a saw-toothed ratchet wheel provided along the rotational axis and operably connected to the lead screw to move the lead screw; a piezoelectric motor having a shaft, a nut engaging the shaft, the shaft being mounted on a rocker or linear slider, and piezoelectric elements configured to produce reciprocating linear motion of the shaft relative to the nut adjacent the rotational axis; characterized by a pawl having a first end operably connected (48, 40, 36, 80) to the shaft and a free end cooperating with the ratchet wheel, wherein the pawl and the ratchet wheel engage in such a way that the reciprocating linear motion of the shaft is converted via the rocker or linear slider into unidirectional rotary motion of the ratchet wheel about the rotational axis, which moves the lead screw and advances an operably connected piston. a lead screw having a rotational axis and being operably connectable to the piston; a saw-toothed ratchet wheel provided along the rotational axis and operably connected to the lead screw to move the lead screw; a piezoelectric motor having a shaft, a nut engaging the shaft, the shaft being mounted on a rocker or linear slider, and piezoelectric elements configured to produce reciprocating linear motion of the shaft relative to the nut adjacent the rotational axis; characterized by a pawl having a first end operably connected (48, 40, 36, 80) to the shaft and a free end cooperating with the ratchet wheel, wherein the pawl and the ratchet wheel engage in such a way that the reciprocating linear motion of the shaft is converted via the rocker or linear slider into unidirectional rotary motion of the ratchet wheel about the rotational axis, which moves the lead screw and advances an operably connected piston.
A terminal having a fingerprint identification function, comprising: a body; a screen disposed on an outside surface of the body; a fingerprint detection component disposed on an outside surface of the body; a processor disposed inside the body and electrically connected to the screen and the fingerprint detection component; characterized in that the processor is configured to turn on the fingerprint detection component to obtain fingerprint data detected by the fingerprint detection component when a touch signal on the screen is received, and if the fingerprint data matches pre-stored reference fingerprint data, to execute a preset control instruction, and in that the preset control instruction is a screen unlock instruction; and the processor is further configured to, when the screen is in a sleep mode, turn on one or more touch detection units in a preset screen region which is adjacent to the fingerprint detection component and turn off one or more touch detection units in other screen regions than the preset screen region. a body; a screen disposed on an outside surface of the body; a fingerprint detection component disposed on an outside surface of the body; a processor disposed inside the body and electrically connected to the screen and the fingerprint detection component; characterized in that the processor is configured to turn on the fingerprint detection component to obtain fingerprint data detected by the fingerprint detection component when a touch signal on the screen is received, and if the fingerprint data matches pre-stored reference fingerprint data, to execute a preset control instruction, and in that the preset control instruction is a screen unlock instruction; and the processor is further configured to, when the screen is in a sleep mode, turn on one or more touch detection units in a preset screen region which is adjacent to the fingerprint detection component and turn off one or more touch detection units in other screen regions than the preset screen region.
A process of preparing -{2-[1-(3-ethoxy-4-methoxyphenyl)-2-methylsulfonylethyl]-4-acetylaminoisoindoline-1,3-dione of formula 1 characterized in that it comprises a reaction of the racemic amine of formula 2a with ( R,R)-4-chlorotartranilic acid or ( R,R)-di- p -toluoyl-tartaric acid in a suitable solvent, preferably with the use of an additive, producing the salt of formula -4a namely -1-(3-ethoxy-4-methoxyphenyl)-2-(methylsulfonyl)-ethylamine ( R,R)-4-chlorotartranilate, and -1-(3-ethoxy-4-methoxyphenyl)-2-(methylsulfonyl)-ethylamine ( R,R)-di-p-toluoyl-tartrate, resp., and a subsequent reaction of the obtained salt of formula -4a with 3-acetamidophtalic anhydride of formula 5, producing -{2-[1-(3-ethoxy-4-methoxyphenyl)-2-methylsulfonylethyl]-4-acetylaminoisoindoline-1,3-dione of formula 1, or conversion of the produced salt of formula -4a in a suitable solvent with the use of a base to the free amine of formula -2a, which, by a subsequent reaction with 3-acetamidophtalic anhydride of formula 5 provides -{2-[1-(3-ethoxy-4-methoxyphenyl)-2-methylsulfonylethyl]-4-acetylaminoisoindoline-1,3-dione of formula 1.