mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a compound of formula, wherein, one of A and B is a pore-forming protein, and the other is a protein biomolecule selected from the group consisting of an enzyme, an antibody, and a receptor; L A and L B are linkers; X 1 and X 2 are atoms independently selected from C and N; and R 1 is a chemical group selected from the group consisting of: H, F, Cl, Br, I, CH 3, CF 3, NH 2, NO 2, OH, C OH, C OCH 3, C NH 2, linear or branched (C 2 -C 5) alkyl, linear or branched (C 2 -C 5) alkenyl, linear or branched (C 2 -C 5) alkynyl, unsubstituted or para-substituted 6-membered aryl ring, and unsubstituted or para-substituted 6-membered heteroaryl ring. one of A and B is a pore-forming protein, and the other is a protein biomolecule selected from the group consisting of an enzyme, an antibody, and a receptor; L A and L B are linkers; X 1 and X 2 are atoms independently selected from C and N; and R 1 is a chemical group selected from the group consisting of: H, F, Cl, Br, I, CH 3, CF 3, NH 2, NO 2, OH, C OH, C OCH 3, C NH 2, linear or branched (C 2 -C 5) alkyl, linear or branched (C 2 -C 5) alkenyl, linear or branched (C 2 -C 5) alkynyl, unsubstituted or para-substituted 6-membered aryl ring, and unsubstituted or para-substituted 6-membered heteroaryl ring.
A separator suitable for separating dry chopped food waste material from wet chopped food waste material, fed in the fluid state, comprising an outer container for an internal centrifuge consisting of a rotating cylinder with perforated walls in which a rotating screw feeder is positioned for the advancement of wet chopped food material and the separation of the liquid portion of the same, there also being an inlet opening in the outer container which receives the wet chopped food material to be introduced into said rotating cylinder through a hollow duct inside the screw feeder which causes its upward movement and advancement, and an outlet opening positioned near the top of the rotating cylinder and outer container which outwardly evacuates the chopped material without the liquid portion, wherein said outer container consists of an upper half-shell and a lower half-shell provided with centering and sealing means in correspondence with a coupling area, said half-shells (19, 20) are monolithic characterized by integral sanitation elements (23, 25) in the half-shells of the separator, and in that a flow-regulation valve being positioned in correspondence with a lower opening for the evacuation of the liquid separated from the outer container, and in that a blade rotor is envisaged below said rotating cylinder, on an outer wall of the lower plate part.
A device for cleaning of a climate conditioner indoor part, comprising a compressed air device, a section device and an enclosure box made of a form stable material able to withstand an underpressure, further being arranged to be able to form a temporary airtight encapsulation abutting a wall, and forming a tight chamber around the indoor part and arranged to be able to be supplied with air at a pressure of 8-12 bar via the compressed air device, as a compressed air pipe is provided with an opening and closing valve arranged to be able to affect a high pulsating air speed and reduced air flow, the suction device having a capacity exceeding the amount of air supplied for thus to provide an underpressure.
Aerial refueling coupling for in-flight parameter measuring, comprising a body configured to receive and support a probe, and a removable shell that covers at least part of the body, the aerial refueling coupling (1 comprising: - a sensor system suitable for detecting at least one parameter related to the in-flight refueling operation, - a data processing device configured to provide a measure at least relative to the at least one parameter detected by the sensor system, - a portable storage system in communication with the data processing device for storing parameter measurements, and - a power supply system comprising a ram air turbine, at least one battery for supplying energy to the data processing device and to the sensor and storage systems, and control logics to activate them based on ram air turbine inputs when the aerial refueling coupling is in-flight, - wherein the data processing device, the storage system and the power supply system are mounted onto the body covered by the shell, and - wherein the data processing device is configured to measure the electrical pulses generated by the ram air turbine when in-flight, and to calculate the air speed from said measurement. - a sensor system suitable for detecting at least one parameter related to the in-flight refueling operation, - a data processing device configured to provide a measure at least relative to the at least one parameter detected by the sensor system, - a portable storage system in communication with the data processing device for storing parameter measurements, and - a power supply system comprising a ram air turbine, at least one battery for supplying energy to the data processing device and to the sensor and storage systems, and control logics to activate them based on ram air turbine inputs when the aerial refueling coupling is in-flight, - wherein the data processing device, the storage system and the power supply system are mounted onto the body covered by the shell, and - wherein the data processing device is configured to measure the electrical pulses generated by the ram air turbine when in-flight, and to calculate the air speed from said measurement.
A container crane control system comprising: a camera configured to be fixedly mounted to a crane to obtain a series of captured images; a video output configured to provide a video signal comprising a series of cropped image respectively based on the series of captured images; and a control device configured to, for at least part of the captured images and the respective cropped image, receive an input signal indicating a current height of a load of the crane, wherein the control device is configured to control a position of the respective cropped image within the captured image based on the current height of the load. a camera configured to be fixedly mounted to a crane to obtain a series of captured images; a video output configured to provide a video signal comprising a series of cropped image respectively based on the series of captured images; and a control device configured to, for at least part of the captured images and the respective cropped image, receive an input signal indicating a current height of a load of the crane, wherein the control device is configured to control a position of the respective cropped image within the captured image based on the current height of the load.
Washing machine with at least a storage tank (7, 8) arranged inside a drawer for storing at least a detergent in an amount which is sufficient for multiple washing cycles, at least a suction tube for extracting the detergent from the storage tank (7, 8), wherein the suction tube protrudes from above into the storage tank (7, 8), an adapter unit which is put on the storage tank (7, 8) from above in a usage position, and at least a hose (12a, 12b) connected to the adapter unit for carrying away the detergent, characterized in that the suction tube is arranged at the drawer and the adapter unit is coupled to the suction tube in a usage position by putting it on the drawer.
A method of enabling one or more entities of a blockchain system to carry out a series of operations, wherein the blockchain system comprises a main chain, a co-chain, wherein the co-chain has a corresponding account on the main chain, an asset owned by the corresponding account on the main chain and owned by an account on the co-chain, and the co-chain account possessing the asset, the operations comprising: posting an authenticated transaction on the co-chain, the authenticated transaction authorizing a transfer of the asset from the co-chain account to the main chain; authenticating, by validators of the co-chain, a data string specifying the asset to be transferred and a destination public key; delivering the authenticated data string to the account of the main chain corresponding to the co-chain for indicating that the asset should be transferred to the destination public key; and posting, on the main chain, a transaction transferring the asset to the destination public key from the account of the main chain corresponding to the co-chain. a main chain, a co-chain, wherein the co-chain has a corresponding account on the main chain, an asset owned by the corresponding account on the main chain and owned by an account on the co-chain, and the co-chain account possessing the asset, the operations comprising: posting an authenticated transaction on the co-chain, the authenticated transaction authorizing a transfer of the asset from the co-chain account to the main chain; authenticating, by validators of the co-chain, a data string specifying the asset to be transferred and a destination public key; delivering the authenticated data string to the account of the main chain corresponding to the co-chain for indicating that the asset should be transferred to the destination public key; and posting, on the main chain, a transaction transferring the asset to the destination public key from the account of the main chain corresponding to the co-chain. posting an authenticated transaction on the co-chain, the authenticated transaction authorizing a transfer of the asset from the co-chain account to the main chain; authenticating, by validators of the co-chain, a data string specifying the asset to be transferred and a destination public key; delivering the authenticated data string to the account of the main chain corresponding to the co-chain for indicating that the asset should be transferred to the destination public key; and posting, on the main chain, a transaction transferring the asset to the destination public key from the account of the main chain corresponding to the co-chain.
An automobile seat, comprising a seat back, the seat back comprising a frame, a padding, an airbag located on one side of the seat back, and a front wrapping layer and a back plate which jointly wrap the seat back, the back plate being made of a rigid material, wherein the back plate comprises a back plate main body on a back side of the seat back and a lateral extension on a lateral side of the seat back, and the lateral extension of the back plate comprising a first weakened line and a second weakened line spaced apart from each other for specifying the movement of the lateral extension of the back plate during blasting of the airbag, wherein the first weakened line and the second weakened line converge at an angle in a front-to-back direction and the first weakened line and the second weakened line are formed by perforation.
A device for producing a spacer (120, 130) by curing bone cement paste, wherein the spacer (120, 130) is provided in the medical field for temporarily replacing a joint or part of a joint comprising an articulating surface of a head of the joint, in particular for temporarily replacing a hip joint or a shoulder joint, the device having a casting mold (1, 61) for molding the spacer (120, 130) from bone cement paste, wherein the casting mold (1, 61) has a stem mold (34, 94) for molding a stem (124, 134) and a neck (126, 136) and the casting mold (1, 61) has a mold cavity (32, 92) with a spherical surface-shaped inner surface for molding a sliding surface of a head (122, 132) of the spacer (120, 130), wherein the stem mold (34, 94) and the mold cavity (32, 92) delimit a common interior, such that the head (122, 132) of a spacer (120, 130) molded with the casting mold (1, 61) is connected as one part via the neck (126, 136) to the stem (124, 134), at least one filling opening (2, 62) for injecting a bone cement paste into the casting mold (1, 61), at least one vent element (15, 75) which connects the common interior of the casting mold (1, 61) in a gas-permeable manner to the surroundings of the casting mold (1, 61), wherein the stem mold (34, 94) is dimensionally stable on injection of bone cement paste into the casting mold (1, 61), characterized in that on injection of bone cement paste into the casting mold (1, 61), the mold cavity (32, 92) is expandable, at least in the region of the spherical surface-shaped inner surface, by pressure imparted by the injected bone cement paste. a casting mold (1, 61) for molding the spacer (120, 130) from bone cement paste, wherein the casting mold (1, 61) has a stem mold (34, 94) for molding a stem (124, 134) and a neck (126, 136) and the casting mold (1, 61) has a mold cavity (32, 92) with a spherical surface-shaped inner surface for molding a sliding surface of a head (122, 132) of the spacer (120, 130), wherein the stem mold (34, 94) and the mold cavity (32, 92) delimit a common interior, such that the head (122, 132) of a spacer (120, 130) molded with the casting mold (1, 61) is connected as one part via the neck (126, 136) to the stem (124, 134), at least one filling opening (2, 62) for injecting a bone cement paste into the casting mold (1, 61), at least one vent element (15, 75) which connects the common interior of the casting mold (1, 61) in a gas-permeable manner to the surroundings of the casting mold (1, 61), wherein the stem mold (34, 94) is dimensionally stable on injection of bone cement paste into the casting mold (1, 61), characterized in that on injection of bone cement paste into the casting mold (1, 61), the mold cavity (32, 92) is expandable, at least in the region of the spherical surface-shaped inner surface, by pressure imparted by the injected bone cement paste.
Bay cross member of a motor vehicle suitable for being positioned between a lower edge of a windscreen of said motor vehicle and an fire wall of this motor vehicle, having an elongated shape along a main axis, and comprising an upper cross member element and a lower cross member element which are assembled to form, between them, a first hollow body, said upper and lower cross member elements (100, 200) also being assembled with one another along an assembly partition extending along the main axis, in a central region of said bay cross member in order to form a second hollow body separated at least partially from said first hollow body by said assembly partition, characterized in that at least one front opening is provided which is intended to form an outer-air inlet in said bay cross member, and which leads into said first hollow body.
A method for organizing and sharing digital images over a communication network to a single user having more than one electronic address, comprising the steps of: providing an image server by a service provider for storing digital images for a first user, said first user registering two or more electronic addresses with said service provider which may receive electronic messages; said server recording one of said two or more registered electronic addresses as the primary electronic address in accordance with said first user's instructions, wherein said first user designates to said service provider to have all notifications specified to be sent from said service provider to any one or all of said registered two or more electronic addresses over a predetermined period of time to be sent to said primary electronic address in one electronic message; and said server automatically forwarding over the communication network all notifications specified to be sent from said service provider to any one or all of said registered two or more electronic addresses over said predetermined period of time to said primary electronic address in one electronic message, said notifications including a link to shared images and/or image folders on said server. providing an image server by a service provider for storing digital images for a first user, said first user registering two or more electronic addresses with said service provider which may receive electronic messages; said server recording one of said two or more registered electronic addresses as the primary electronic address in accordance with said first user's instructions, wherein said first user designates to said service provider to have all notifications specified to be sent from said service provider to any one or all of said registered two or more electronic addresses over a predetermined period of time to be sent to said primary electronic address in one electronic message; and said server automatically forwarding over the communication network all notifications specified to be sent from said service provider to any one or all of said registered two or more electronic addresses over said predetermined period of time to said primary electronic address in one electronic message, said notifications including a link to shared images and/or image folders on said server.
A packing bag with a cushioning function, wherein a first outer film and a second outer film are stuck to each other by means of hot sealing to form an air cylinder sheet having a plurality of air cylinders extending in a longitudinal direction Y, the air cylinders being configured adjacently to each other in sequence in an arrangement direction X, comprising a first cushioning air cylinder portion, constituted by the air cylinders configured adjacently with each other, the first cushioning air cylinder portion comprising a first fixation side and a first opening side, the first fixation side and the first opening side being positioned at two ends of an arrangement direction; a second cushioning air cylinder portion, constituted by the air cylinders, the second cushioning air cylinder portion comprising a second fixation side and a second opening side, the second fixation side and the second opening side being positioned at the two ends of the arrangement direction, one end in the Y-direction of the second cushioning air cylinder portion being in air communication with one end in the Y-direction of the first cushioning air cylinder portion, and another end in the Y-direction of the second cushioning air cylinder portion coupled to the opposite end of the first cushioning air cylinder portion, the first opening side of the first cushioning air cylinder portion and the second opening side of the second cushioning air cylinder portion forming an opening so that an object is placed between the first cushioning air cylinder portion and the second cushioning air cylinder portion through the opening, characterized by at least one binding belt, comprising a fixation end and a positioning end, the fixation end coupled to the first fixation side, the length of the binding belt being not shorter than the length of the first cushioning air cylinder portion between its respective ends (23, 23c) in the arrangement direction, when the first cushioning air cylinder portion and the second cushioning air cylinder portion are filled with air so as to be shortened in the arrangement direction, the length of the binding belt is longer than the length of the first cushioning air cylinder portion or second cushioning air cylinder portion in an air-filling expansion state, whereby the binding belt is configured to be wrapped around from the first cushioning air cylinder portion to the second cushioning air cylinder portion, thereby shielding the opening to prevent the object from escaping out, the positioning end detachably fixed to the second cushioning air cylinder portion so that the first cushioning air cylinder portion and the second cushioning air cylinder portion bind the object tightly.
In a wireless communication system including an access terminal and at least two base stations, wherein the access terminal operates as a communication relay between a first base station and a second base station, a method for interference cancellation respecting relay transmissions of the access terminal at a base station comprising the steps of: causing a source base station to mark data for transmission to the relay access terminal according to a unique timing arrangement; communicating the unique timing arrangement to the relay access terminal; and causing the relay access terminal to provide its transmitter configuration and timing data to base stations subject to interference from a relay transmission by the access terminal wherein the data marked by the source base station is segmented into a plurality of intervals having a fixed duration, each interval having an assigned indicia. causing a source base station to mark data for transmission to the relay access terminal according to a unique timing arrangement; communicating the unique timing arrangement to the relay access terminal; and causing the relay access terminal to provide its transmitter configuration and timing data to base stations subject to interference from a relay transmission by the access terminal wherein the data marked by the source base station is segmented into a plurality of intervals having a fixed duration, each interval having an assigned indicia.
An article for a turbine component, comprising: a manifold including an impingement plate, the impingement plate defining a plenum and at least one impingement aperture, the plenum having a plenum surface and the at least one impingement aperture interfacing with the plenum at an intake aperture; an article wall including at least one external aperture; a post-impingement cavity disposed between the manifold and the article wall, the post-impingement cavity arranged to receive a fluid from the plenum through the at least one impingement aperture and pass the fluid through the at least one external aperture, wherein at least one of the at least one impingement apertures includes a flow modification structure, the impingement aperture and the flow modification structure defining an exhaust aperture, and characterised in that the exhaust aperture is annular. a manifold including an impingement plate, the impingement plate defining a plenum and at least one impingement aperture, the plenum having a plenum surface and the at least one impingement aperture interfacing with the plenum at an intake aperture; an article wall including at least one external aperture; a post-impingement cavity disposed between the manifold and the article wall, the post-impingement cavity arranged to receive a fluid from the plenum through the at least one impingement aperture and pass the fluid through the at least one external aperture, wherein at least one of the at least one impingement apertures includes a flow modification structure, the impingement aperture and the flow modification structure defining an exhaust aperture, and characterised in that the exhaust aperture is annular.
Method for the operation of a power output stage, in particular of an electrical machine, which comprises a bridge circuit having at least one half-bridge, wherein the half-bridge has two series-connected power semiconductor switches (4, 5) which, in a normal operating mode, are each supplied with an operating control voltage in order to set a power voltage, and wherein the power voltage (U 4, U 5) of the respective power semiconductor switch (4, 5) is detected for the purpose of short-circuit monitoring, characterized in that, in order to check the function of the short-circuit monitoring in a check mode for the two power semiconductor switches (4, 5), a test control voltage, which is below the operating control voltage, is at least intermittently set simultaneously.