mhurhangee/ep-ind-claims huggingface dataset:
A method for a communication apparatus controlling a transmission power in a wireless communication system supporting a plurality of component carriers, the method comprising: when a physical uplink control channel, PUCCH, transmission including ACK/NACK, on a first component carrier and a PUCCH transmission including channel quality information, CQI, on a second component carrier are configured in a time interval, checking whether a total transmission power of the PUCCH transmission including ACK/NACK and the PUCCH transmission including CQI exceeds a maximum transmission power configured for the communication apparatus; if the total transmission power of the PUCCH transmission including ACK/NACK and the PUCCH transmission including CQI exceeds the maximum transmission power configured for the communication apparatus, prioritizing transmission power allocation for the PUCCH transmission including ACK/NACK than transmission power allocation for the PUCCH transmission including CQI, wherein the prioritizing comprises allocating a transmission power to the PUCCH transmission including ACK/NACK, and allocating a remaining transmission power to the PUCCH transmission including CQI; and performing the PUCCH transmission including ACK/NACK on the first component carrier based on the allocated transmission power. when a physical uplink control channel, PUCCH, transmission including ACK/NACK, on a first component carrier and a PUCCH transmission including channel quality information, CQI, on a second component carrier are configured in a time interval, checking whether a total transmission power of the PUCCH transmission including ACK/NACK and the PUCCH transmission including CQI exceeds a maximum transmission power configured for the communication apparatus; if the total transmission power of the PUCCH transmission including ACK/NACK and the PUCCH transmission including CQI exceeds the maximum transmission power configured for the communication apparatus, prioritizing transmission power allocation for the PUCCH transmission including ACK/NACK than transmission power allocation for the PUCCH transmission including CQI, wherein the prioritizing comprises allocating a transmission power to the PUCCH transmission including ACK/NACK, and allocating a remaining transmission power to the PUCCH transmission including CQI; and performing the PUCCH transmission including ACK/NACK on the first component carrier based on the allocated transmission power.
Unmanned ground-based hygiene maintenance vehicle, UGV (100; 1000), comprising: a housing (1; 1001), having a base plate (1c; 1001c), a top plate and at least one housing side wall (1a; 1001a) that is substantially perpendicular to the base plate (1c; 1001c); at least one wheel drive, which is arranged in the housing (1; 1001); at least one wheel (13; 130), which is coupled to the at least one wheel drive and arranged in a recess (1d; 1001d) in the base plate (1c; 1001c); a plurality of sensors (2a; 2b; 3) for sensing the environment of the UGV (100: 1000); a controller for autonomous location and navigation of the UGV (100; 1000) on the basis of sensing parameters of the plurality of sensors (2a; 2b; 3); an articulated robot arm (22; 52) mounted on or through the top plate of the housing (1; 1001) and configured to support a hygiene maintenance tool (23; 53); and at least one load-receiving element that is coupled to a lower portion of the housing side wall (1a; 1001a) adjacent to the base plate (1c; 1001c) and extends outwards from the housing side wall (1a; 1001a), the at least one load-receiving element comprising a load support surface for supporting a hygiene maintenance tool supply module (21; 51) with respect to a vertical direction which extends transverse to the base plate (1c; 1001c). a housing (1; 1001), having a base plate (1c; 1001c), a top plate and at least one housing side wall (1a; 1001a) that is substantially perpendicular to the base plate (1c; 1001c); at least one wheel drive, which is arranged in the housing (1; 1001); at least one wheel (13; 130), which is coupled to the at least one wheel drive and arranged in a recess (1d; 1001d) in the base plate (1c; 1001c); a plurality of sensors (2a; 2b; 3) for sensing the environment of the UGV (100: 1000); a controller for autonomous location and navigation of the UGV (100; 1000) on the basis of sensing parameters of the plurality of sensors (2a; 2b; 3); an articulated robot arm (22; 52) mounted on or through the top plate of the housing (1; 1001) and configured to support a hygiene maintenance tool (23; 53); and at least one load-receiving element that is coupled to a lower portion of the housing side wall (1a; 1001a) adjacent to the base plate (1c; 1001c) and extends outwards from the housing side wall (1a; 1001a), the at least one load-receiving element comprising a load support surface for supporting a hygiene maintenance tool supply module (21; 51) with respect to a vertical direction which extends transverse to the base plate (1c; 1001c).
Interacting components, in particular of a fuel injection system, each having a surface, wherein the at least one surface has a structure which counteracts adhesion of a reactive medium, in particular of a fuel, of a biofuel, of an additive and/or of an aliphatic acid, characterized in that the components are two interacting components which move relative to one another and which form a fit with a guide clearance, and in that the surface has a surface condition defined by an average roughness value Ra, and the arithmetic average roughness value has a value of >= 0.2 μm.
Method for generating a neutral plasma beam which is extracted from a plasma generated by electric and magnetic fields by means of a radiofrequency voltage being applied to an extraction electrode and an RF electrode device having an excitation electrode having an excitation area, wherein a plasma space is arranged between extraction electrode and excitation area and the plasma, relative to the extraction electrode, on average over time, is at a higher potential which accelerates positive plasma ions, and the plasma and the extracted plasma beam are influenced by a magnetic field, characterized in that a planar magnetron is used for generating the magnetic field, said magnetron being arranged on a side facing away from the plasma behind the excitation electrode and the magnetic north and magnetic south poles of said magnetron being directed into the interior of the plasma space, such that a curved magnetic field projecting into the interior of the plasma space is formed.
A formulation comprising a zinc-α 2 -glycoprotein for use in the treatment of obesity in a subject by increasing the subject's endogenous level of a zinc-α 2 -glycoprotein, wherein the formulation is administered to the subject by oral administration.
A marine mechanical seal arrangement, comprising: a first mechanical seal comprising a first rotating slide ring and a first stationary slide ring, which define a first sealing gap between their two sliding surfaces (21a, 22a), a second mechanical seal comprising a second rotating slide ring and a second stationary slide ring, which define a second sealing gap between their sliding surfaces (31a, 32a), characterized by a barrier circuit comprising a barrier fluid cavity, which is arranged between the first mechanical seal and the second mechanical seal and is filled with a barrier fluid, wherein the barrier fluid cavity is divided into a first sub-cavity and a second sub-cavity, wherein the first sub-cavity and the second sub-cavity are separated by a flexible lip seal, wherein the second sub-cavity is arranged at the second mechanical seal, and wherein the lip seal is arranged, so that a flow of barrier fluid from the first sub-cavity into the second sub-cavity is allowed and a flow of barrier fluid from the second sub-cavity to the first sub-cavity is prevented. a first mechanical seal comprising a first rotating slide ring and a first stationary slide ring, which define a first sealing gap between their two sliding surfaces (21a, 22a), a second mechanical seal comprising a second rotating slide ring and a second stationary slide ring, which define a second sealing gap between their sliding surfaces (31a, 32a), characterized by a barrier circuit comprising a barrier fluid cavity, which is arranged between the first mechanical seal and the second mechanical seal and is filled with a barrier fluid, wherein the barrier fluid cavity is divided into a first sub-cavity and a second sub-cavity, wherein the first sub-cavity and the second sub-cavity are separated by a flexible lip seal, wherein the second sub-cavity is arranged at the second mechanical seal, and wherein the lip seal is arranged, so that a flow of barrier fluid from the first sub-cavity into the second sub-cavity is allowed and a flow of barrier fluid from the second sub-cavity to the first sub-cavity is prevented.
A server at a cluster of servers in a data center, the server comprising: a memory being part of a distributed memory of the cluster; at least one processor executing transactions and lock-free reads on data comprising software objects stored in regions of the distributed memory, the software objects and logs of the transactions being replicated in the distributed memory, the processor arranged to receive a message indicating a new configuration of the cluster comprising addition, removal or potential failure of at least one of the other servers; the processor configured to use a recovery process which enables the lock-free reads and committed ones of the transactions to retain the properties of atomicity, consistency, isolation and durability across configuration changes; and wherein the recovery process comprises a lock recovery process to recover write locks of transactions already being committed at the time of the new configuration, the lock recovery process operating to recover the write locks from the replicated transaction logs, which have been written with at least some one-sided writes. a memory being part of a distributed memory of the cluster; at least one processor executing transactions and lock-free reads on data comprising software objects stored in regions of the distributed memory, the software objects and logs of the transactions being replicated in the distributed memory, the processor arranged to receive a message indicating a new configuration of the cluster comprising addition, removal or potential failure of at least one of the other servers; the processor configured to use a recovery process which enables the lock-free reads and committed ones of the transactions to retain the properties of atomicity, consistency, isolation and durability across configuration changes; and wherein the recovery process comprises a lock recovery process to recover write locks of transactions already being committed at the time of the new configuration, the lock recovery process operating to recover the write locks from the replicated transaction logs, which have been written with at least some one-sided writes.
A traction chain of the drive wheels for a hybrid vehicle, including a heat engine and a hydraulic traction machine powered by hydraulic accumulators (10, 12), constituting two power units permitting the driving of the drive wheels of the vehicle, said traction chain including in addition a recharge module having electrical energy storage batteries connected to an electric machine, which drives a hydraulic recharge machine powering the hydraulic accumulators (10, 12), said traction chain being characterized in that it further includes a means for controlling this recharge module connected to the means for controlling the power units (2, 22) of the vehicle; said recharge module constituting a sub-assembly which is installed on the vehicle by connecting hydraulic lines and electric connections, said electrical energy storage batteries delivering a quantity of energy increasing the autonomy of the vehicle in running mode including the heat engine when stopped.
An extendible member which is configurable between a coiled form and an extended form, comprising: a primary member comprising a sheet of material resiliently biased in a slit tube form, wherein the slit tube can be opened out at the slit to assume an open form in which it has a flattened cross section; at least one resilient secondary member having first and second connections to the primary member at respective different circumferential positions on the primary member, wherein primary and secondary members are arranged such that, - in the extended form, the primary member is in its slit tube form and the resiliency of the secondary member causes at least part of the secondary member to displace towards the slit in the primary member to provide torsional and axial stiffness to the primary member, and - in the coiled form, the primary member is in its open form and the secondary member conforms to the flattened cross section of the primary member so that primary and secondary member can be co-coiled. a primary member comprising a sheet of material resiliently biased in a slit tube form, wherein the slit tube can be opened out at the slit to assume an open form in which it has a flattened cross section; at least one resilient secondary member having first and second connections to the primary member at respective different circumferential positions on the primary member, wherein primary and secondary members are arranged such that, - in the extended form, the primary member is in its slit tube form and the resiliency of the secondary member causes at least part of the secondary member to displace towards the slit in the primary member to provide torsional and axial stiffness to the primary member, and - in the coiled form, the primary member is in its open form and the secondary member conforms to the flattened cross section of the primary member so that primary and secondary member can be co-coiled.
A bicycle pump (10;400), comprising: a pump body assembly (12;402) including an outer tube (20;470), defining an air chamber (24;472), and a head assembly (22;620) with an air outlet opening (52;562); a handle assembly (70;580), slidably associated with the body assembly (12;402), and including an inner tube and a piston, slidable inside the outer tube or including a piston, the piston including an inner tube slidable inside the outer tube; a flexible hose assembly (30;610) suitable to be stored inside the inner tube when the pump (10;400) is not in use, and suitable to be connected to the air outlet opening (52;562) during pumping; characterized in that it comprises a magnetic connection means (108;548) for connecting the flexible hose assembly (30;610) to the air outlet opening (52;652) of the head assembly (22;620) in a removable manner. a pump body assembly (12;402) including an outer tube (20;470), defining an air chamber (24;472), and a head assembly (22;620) with an air outlet opening (52;562); a handle assembly (70;580), slidably associated with the body assembly (12;402), and including an inner tube and a piston, slidable inside the outer tube or including a piston, the piston including an inner tube slidable inside the outer tube; a flexible hose assembly (30;610) suitable to be stored inside the inner tube when the pump (10;400) is not in use, and suitable to be connected to the air outlet opening (52;562) during pumping; characterized in that it comprises a magnetic connection means (108;548) for connecting the flexible hose assembly (30;610) to the air outlet opening (52;652) of the head assembly (22;620) in a removable manner.
A socket assembly for flush-mounted installation in a wall; the socket assembly comprising: - a first flush-mounting box having a first sidewall and a second flush-mounting box having a second sidewall, the first and second sidewall (111, 211) being intended for being arranged adjacent to each other in the wall; - a first base and a second base, each comprising a socket function (124, 224); - a first fixation means and a second fixation means for respectively fixing the first and second base (120, 220) in respectively the first and second flush-mounting box (110, 210); - a bridge part configured for extending across the first and second sidewall (111, 211) inside the interior of the first and second flush-mounting box (110, 210) and behind the first and second base (120, 220), the bridge part comprising electrically conductive paths (311, 312, 313) electrically connecting the socket function of the first base to the socket function of the second base. - a first flush-mounting box having a first sidewall and a second flush-mounting box having a second sidewall, the first and second sidewall (111, 211) being intended for being arranged adjacent to each other in the wall; - a first base and a second base, each comprising a socket function (124, 224); - a first fixation means and a second fixation means for respectively fixing the first and second base (120, 220) in respectively the first and second flush-mounting box (110, 210); - a bridge part configured for extending across the first and second sidewall (111, 211) inside the interior of the first and second flush-mounting box (110, 210) and behind the first and second base (120, 220), the bridge part comprising electrically conductive paths (311, 312, 313) electrically connecting the socket function of the first base to the socket function of the second base.
Fuel system for a liquified gas drive, wherein the fuel system has a liquified gas tank and a cooling system having a liquid nitrogen tank and a heat exchanger arranged in the interior of the liquified gas tank characterized in that the cooling system additionally comprises a nitrogen pump and a nitrogen cooler which are connected to the liquid nitrogen tank and to the heat exchanger in a conduit circuit.
A system, comprising: a transmitting node configured to: generate and transmit a data packet to a receiving node using a communication mode selected from a plurality of supported communication modes, the data packet comprising: a pilot prefix generated to have a predetermined frequency, and a preamble and additional data generated using the selected communication mode; and the receiving node configured to: operate in a base communication mode, wherein the base communication mode is one of the plurality of supported communication modes; while operating in the base communication mode, detect the pilot prefix; in response to determining that the pilot prefix is detected, determine the communication mode used to transmit the data packet based on the preamble received after the detected pilot prefix; and receive and process a remaining portion of the data packet using the determined communication mode. a transmitting node configured to: generate and transmit a data packet to a receiving node using a communication mode selected from a plurality of supported communication modes, the data packet comprising: a pilot prefix generated to have a predetermined frequency, and a preamble and additional data generated using the selected communication mode; and a pilot prefix generated to have a predetermined frequency, and a preamble and additional data generated using the selected communication mode; and the receiving node configured to: operate in a base communication mode, wherein the base communication mode is one of the plurality of supported communication modes; while operating in the base communication mode, detect the pilot prefix; in response to determining that the pilot prefix is detected, determine the communication mode used to transmit the data packet based on the preamble received after the detected pilot prefix; and receive and process a remaining portion of the data packet using the determined communication mode. operate in a base communication mode, wherein the base communication mode is one of the plurality of supported communication modes; while operating in the base communication mode, detect the pilot prefix; in response to determining that the pilot prefix is detected, determine the communication mode used to transmit the data packet based on the preamble received after the detected pilot prefix; and receive and process a remaining portion of the data packet using the determined communication mode.
A production method of a 2D organoid for infection and growth culture of human diarrhea virus, comprising: a step 1 in which a human intestinal epithelial stem cell, a human intestinal epithelial cell, or a tissue containing at least any of these cells is three-dimensionally cultured on an extracellular matrix to obtain a 3D organoid; and a step 2 in which the 3D organoid obtained in the step 1 is dispersed to prepare a single cell, and the single cell is monolayer-cultured on an extracellular matrix to obtain a 2D organoid in which epithelial cells containing differentiated trophoblastic cells and goblet cells and configuring human intestinal lumen have a monolayer structure, wherein in culturing of the steps 1 and 2, a cell culture medium containing at least one selected from the group consisting of i) Wnt agonist, ii) at least one selected from the group consisting of an insulin-like growth factor 1, a fibroblast growth factor 2, an epidermal growth factor, and epiregulin (EREG), iii) a bone morphogenetic factor (bone morphogenetic protein; BMP) inhibitor, iv) a transforming growth factor-β (TGF-β) inhibitor, and v) a γ-selectase inhibitor is used, and wherein the cell culture medium contains the IGF1 and the FGF2. a step 1 in which a human intestinal epithelial stem cell, a human intestinal epithelial cell, or a tissue containing at least any of these cells is three-dimensionally cultured on an extracellular matrix to obtain a 3D organoid; and a step 2 in which the 3D organoid obtained in the step 1 is dispersed to prepare a single cell, and the single cell is monolayer-cultured on an extracellular matrix to obtain a 2D organoid in which epithelial cells containing differentiated trophoblastic cells and goblet cells and configuring human intestinal lumen have a monolayer structure, wherein in culturing of the steps 1 and 2, a cell culture medium containing at least one selected from the group consisting of i) Wnt agonist, ii) at least one selected from the group consisting of an insulin-like growth factor 1, a fibroblast growth factor 2, an epidermal growth factor, and epiregulin (EREG), iii) a bone morphogenetic factor (bone morphogenetic protein; BMP) inhibitor, iv) a transforming growth factor-β (TGF-β) inhibitor, and v) a γ-selectase inhibitor is used, and wherein the cell culture medium contains the IGF1 and the FGF2.