mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: determining that first information, included in a master information block, MIB, transmitted by a base station, for monitoring a first control channel is not wanted by the terminal; requesting, to the base station, second information for monitoring a second control channel; receiving, from the base station, the MIB; acquiring, based on the MIB, the first information for monitoring the first control channel; and receiving, from the base station through radio resource control, RRC, signalling, the second information for monitoring the second control channel, ignoring the first information, and monitoring the second control channel based on the second information. determining that first information, included in a master information block, MIB, transmitted by a base station, for monitoring a first control channel is not wanted by the terminal; requesting, to the base station, second information for monitoring a second control channel; receiving, from the base station, the MIB; acquiring, based on the MIB, the first information for monitoring the first control channel; and receiving, from the base station through radio resource control, RRC, signalling, the second information for monitoring the second control channel, ignoring the first information, and monitoring the second control channel based on the second information.
A computing unit comprising: processing resources configured to perform a computing function; memory resources configured to store data; at least two wireless radio frequency, RF, communication elements configured to form at least two corresponding directionally-focused RF beams; switching resources configured to couple together the processing resources, the memory resources, and the at least two wireless RF communication elements; and a detection mechanism configured to determine whether adding the computing unit to a group of computing units causes permanent RF interference between the computing unit and a nearby computing unit of the group or among two or more already-placed computing units of the group, wherein permanent RF interference exists when a first computing unit can communicate with a second computing unit, but the second computing unit cannot directly communicate with the first computing unit. processing resources configured to perform a computing function; memory resources configured to store data; at least two wireless radio frequency, RF, communication elements configured to form at least two corresponding directionally-focused RF beams; switching resources configured to couple together the processing resources, the memory resources, and the at least two wireless RF communication elements; and a detection mechanism configured to determine whether adding the computing unit to a group of computing units causes permanent RF interference between the computing unit and a nearby computing unit of the group or among two or more already-placed computing units of the group, wherein permanent RF interference exists when a first computing unit can communicate with a second computing unit, but the second computing unit cannot directly communicate with the first computing unit.
A method, for execution at a software defined topology, SDT, controller, the method comprising: creating a first virtual gateway at a first selected location, wherein the first virtual gateway is a virtual user-specific serving gateway specific to a user equipment, UE; configuring the first virtual gateway functionality based on at least a configuration of the UE; determining a change in one of: a location of the UE, mobility of the UE, and a quality of experience of the UE; creating a second virtual gateway at a second selected location determined based on the change; transmitting an instruction, to the first virtual gateway, to transmit state information and traffic data to the second virtual gateway; and deleting the first virtual gateway from the first selected location. creating a first virtual gateway at a first selected location, wherein the first virtual gateway is a virtual user-specific serving gateway specific to a user equipment, UE; configuring the first virtual gateway functionality based on at least a configuration of the UE; determining a change in one of: a location of the UE, mobility of the UE, and a quality of experience of the UE; creating a second virtual gateway at a second selected location determined based on the change; transmitting an instruction, to the first virtual gateway, to transmit state information and traffic data to the second virtual gateway; and deleting the first virtual gateway from the first selected location.
Method to fully automatically open the side and reclined walls of a plurality of crates, preferably for agricultural products, provided with a bottom plane and with two pairs of opposed walls (3, 3A -- 4, 4A), each of them hinged on said bottom plane, which are arranged in the same and ordered way, and vertically laid one on the other so as to form a respective first stack, comprising the following operations: a) carrying said first stack into an arrival station b) vertically raising two opposed walls (3, 3A) of the upper crate by respective rotation with respect to said bottom plane, c) vertically raising of the other two opposed walls (4, 4A) of the upper crate by respective rotation with respect to said bottom plane, d) blocking of at least one of said side walls to an adjacent side wall, e) horizontally transferring said open crate into a position outside the vertical projection of said first stack, wherein said blocking operation in d) and said operation in e) are carried out by using means (202, 204, 204A, 205, 205A) able of: - being initially lowered until it is introduced into said opened crate, - being activated so as to increase one horizontal size and to contact the side edges (4S, 4S1) of two opposed walls (4, 4A) and to engage by pushing said two edges (4S, 4S1) to corresponding edges (3C, 3C-A) of the other two walls (3, 3A), - to keep on engaging by pushing on said crate and to be horizontally transferred, possibly after a lifting motion, so as to automatically transfer said crate. a) carrying said first stack into an arrival station b) vertically raising two opposed walls (3, 3A) of the upper crate by respective rotation with respect to said bottom plane, c) vertically raising of the other two opposed walls (4, 4A) of the upper crate by respective rotation with respect to said bottom plane, d) blocking of at least one of said side walls to an adjacent side wall, e) horizontally transferring said open crate into a position outside the vertical projection of said first stack, wherein said blocking operation in d) and said operation in e) are carried out by using means (202, 204, 204A, 205, 205A) able of: - being initially lowered until it is introduced into said opened crate, - being activated so as to increase one horizontal size and to contact the side edges (4S, 4S1) of two opposed walls (4, 4A) and to engage by pushing said two edges (4S, 4S1) to corresponding edges (3C, 3C-A) of the other two walls (3, 3A), - to keep on engaging by pushing on said crate and to be horizontally transferred, possibly after a lifting motion, so as to automatically transfer said crate. - being initially lowered until it is introduced into said opened crate, - being activated so as to increase one horizontal size and to contact the side edges (4S, 4S1) of two opposed walls (4, 4A) and to engage by pushing said two edges (4S, 4S1) to corresponding edges (3C, 3C-A) of the other two walls (3, 3A), - to keep on engaging by pushing on said crate and to be horizontally transferred, possibly after a lifting motion, so as to automatically transfer said crate.
Dispensing device for metering liquids, in particular for liquid soaps and alcoholic preparations such as disinfectants, to be affixed to a wall by means of an assembly plate, wherein the dispensing device comprises a housing with a U-shaped structure, an actuating bracket unit having an actuating bracket and base construction, a metering pump having an outflow tube and an outflow part, wherein the metering pump is actuatable via the actuating bracket and wherein the outflow part covers the outflow tube of the metering pump in the manner of a hood, characterised in that the outflow part comprises a right-angled base plate having at least one cut-out and a hood-shaped cover arranged on the front side of the base plate, wherein rails are formed on a rear side of the base plate facing away from the front side, which extend straight and parallel to the assembly plate.
A lighting apparatus comprising: a base unit placed on a floor or fixed at a wall; a first rod-shaped member having one end coupled to the base unit and having a long shape in a lengthy direction; a lighting unit installed at the other end of the first rod-shaped member and including a light source for emitting light; and a base connection unit installed at the base unit and coupled to the one end of the first rod-shaped member, the base connection unit comprises: a rotating member rotatably coupled to the base unit; a base cam fixed to the rotating member and including a base cam through-hole that penetrates a central portion of the base cam; a main shaft disposed in the base cam through-hole, capable of performing a tilt operation for rotating in one direction and the other direction on the basis of a tilt rotation central axis orthogonal to the lengthy direction of the first rod-shaped member, and having an upper portion to which the one end of the first rod-shaped member is coupled and fixed; and an elastic member that is provided to change an elastic bearing power applied to the main shaft, as the main shaft is tilted; and wherein the main shaft has a hollow cylindrical form and has a main shaft through-hole penetrating a lower portion of the main shaft; characterized in that the main shaft further comprises a cam shaft therein; a lower portion of the cam shaft passes through the main shaft through-hole and extends; the lower portion of the cam shaft further comprises a base cam ball holder including a holder extension unit protruding toward a direction vertical to the lengthy direction of the cam shaft; the lighting apparatus further comprises a cam unit protruding toward an inside of the base cam through-hole and having an inclined plane whose distance to the tilt rotation central axis is changed gradually; the elastic member is disposed at the inside of the main shaft, and the degree of the elastic deformation of the elastic member is changed according to a change of the distance between the base cam ball holder and the tilt rotation central axis as the cam shaft moves; and while the main shaft is tilted, the deformation degree of the elastic member is changed simultaneously as the holder extension unit moves along the cam unit (, an elastic bearing power applied to the main shaft by the elastic member is changed.
A control method for a terminal device (110, 210, 310, 410) in a non-terrestrial cellular data communication network (100, 200, 300, 400), the network comprising at least one airborne or spaceborne base station (120, 220, 320, 420) moving along a flight trajectory, for connecting the terminal device to said network, the method comprising the following steps: providing flight trajectory data for said base station in a memory element of said terminal device; providing terminal location data in a memory element of said terminal device; determining, using a data processing unit, time slots, during which a wireless communication channel between said terminal device (110, 210, 310, 410) and said base station (120, 220, 320, 420) is estimated to be available, based on said flight trajectory data and on said terminal location data; scheduling, using a data processing unit, a data reception or transmission between said terminal device and said base station during a time slot of said determined time slots. the method being characterized in: receiving during said scheduled time slot at said terminal device (110, 210, 310, 410) a synchronization signal from said base station (120, 220, 320, 420), the synchronization signal carrying data indicating timing information and transmission frequency; computing, using a data processing unit, an observed time shift based on the reception time of said synchronization signal and on the timing information indicated therein; and pre-emptively compensating the scheduled time of transmission by a time compensation value during a subsequent data transmission to said base station (120, 220, 320, 420), said time compensation value taking into account said observed time shift. providing flight trajectory data for said base station in a memory element of said terminal device; providing terminal location data in a memory element of said terminal device; determining, using a data processing unit, time slots, during which a wireless communication channel between said terminal device (110, 210, 310, 410) and said base station (120, 220, 320, 420) is estimated to be available, based on said flight trajectory data and on said terminal location data; scheduling, using a data processing unit, a data reception or transmission between said terminal device and said base station during a time slot of said determined time slots. the method being characterized in: receiving during said scheduled time slot at said terminal device (110, 210, 310, 410) a synchronization signal from said base station (120, 220, 320, 420), the synchronization signal carrying data indicating timing information and transmission frequency; computing, using a data processing unit, an observed time shift based on the reception time of said synchronization signal and on the timing information indicated therein; and pre-emptively compensating the scheduled time of transmission by a time compensation value during a subsequent data transmission to said base station (120, 220, 320, 420), said time compensation value taking into account said observed time shift.
Insulation system (1',... 1 XIX), in which there is on a metallic bar and on a main insulation at least one layer (12',..., 12 VI), in particular only one layer, of an electrically conductive, hydrophobic material (11', 11'', 11''') and optionally a further layer of a different material directly on the main insulation, optionally a further outermost layer, the further layers (10, 13) in particular comprising an electrically conductive material, which is different from the electrically conductive, hydrophobic material (11', 11'', 11'''), characterized in that the electrically conductive, hydrophobic material comprises fibers of PTFE and an electrically conductive material, wherein the PTFE represents a composite material.
A digital signal processing system, comprising: a memory device; a memory access controller providing a plurality of channels for accessing the memory device; a plurality of accelerators, each arranged to perform a specialised signal processing task, each connected to the memory access controller and each configured to read data from the memory device via one of the channels, perform one or more operations on the data, and write data to the memory device via one of the channels; a processor coupled to the memory access controller and configured to execute a plurality of threads, each thread arranged to control one of the channels, wherein at least one of the threads is configured to detect an occurrence of an event and, responsive thereto, control provision of data from the memory device to a selected accelerator using the thread's associated channel; a plurality of queues arranged to hold one or more data items written by the processor responsive to completion of an operation, and notification logic for each queue arranged to assert a flag to indicate when its associated queue contains at least one data item; and a configurable event flag engine arranged to combine flag states from a plurality of the queues using a sequence of logic gates defining conditions for detecting the occurrence of the event, and provide an event notification to the at least one thread when the event occurs, the event notification triggering the at least one thread to read a data item from a head of a queue and execute an instruction associated with the event. a memory device; a memory access controller providing a plurality of channels for accessing the memory device; a plurality of accelerators, each arranged to perform a specialised signal processing task, each connected to the memory access controller and each configured to read data from the memory device via one of the channels, perform one or more operations on the data, and write data to the memory device via one of the channels; a processor coupled to the memory access controller and configured to execute a plurality of threads, each thread arranged to control one of the channels, wherein at least one of the threads is configured to detect an occurrence of an event and, responsive thereto, control provision of data from the memory device to a selected accelerator using the thread's associated channel; a plurality of queues arranged to hold one or more data items written by the processor responsive to completion of an operation, and notification logic for each queue arranged to assert a flag to indicate when its associated queue contains at least one data item; and a configurable event flag engine arranged to combine flag states from a plurality of the queues using a sequence of logic gates defining conditions for detecting the occurrence of the event, and provide an event notification to the at least one thread when the event occurs, the event notification triggering the at least one thread to read a data item from a head of a queue and execute an instruction associated with the event.
Use of a precursor of an n-dopant for doping an organic semiconducting material, as a blocking layer, as a charge injection layer, as an electrode material, as a storage material or as a semiconducting material itself, in electronic or optoelectronic components, wherein the precursor is selected from the following formulae: wherein L represents H or an organic, inorganic or organometallic leaving group; X, Y and Z, independently of one another, are N or P; R 1 -R 10 are independently selected from H, C 1 -C 10 alkyl and C 6 -C 12 aryl. L represents H or an organic, inorganic or organometallic leaving group; X, Y and Z, independently of one another, are N or P; R 1 -R 10 are independently selected from H, C 1 -C 10 alkyl and C 6 -C 12 aryl.
A monoclonal antibody that specifically binds to denatured human CD70 on a sample of formalin-fixed, paraffin-embedded cells or tissues that express human CD70, and which has heavy chain variable region complementarity determining regions (CDRs) having the amino acid sequences of the CDRs of the heavy chain variable region of the antibody SG-21.1C1 and light chain variable region CDRs having the amino acid sequences of the CDRs of the light chain variable region of the antibody SG-21.1C1 as produced by the hybridoma deposited with the ATCC and assigned Accession No. PTA-8733, or heavy chain variable region CDRs having the amino acid sequences of the CDRs of the heavy chain variable region of the antibody SG-21.5D12 and light chain variable region CDRs having the amino acid sequences of the CDRs of the light chain variable region of the antibody SG-21.5D12, as produced by the hybridoma deposited with the ATCC and assigned Accession No. PTA-8734.
An apparatus for pumping well fluid from a well, comprising: a centrifugal pump assembly having a shaft, impellers mounted to the shaft for rotation therewith, an intake at a second end of the pump assembly, and a discharge adapter at a first end of the pump assembly into which well fluid discharged by the impellers flows, characterized by: a shaft passage extending into the shaft along a longitudinal axis of the pump assembly, the shaft passage having a first end in fluid communication with well fluid in the discharge adapter; at least one outlet port extending laterally from the shaft passage to an inlet of at least one of the impellers; and a gas-lock re-priming device (63, 123) in the shaft passage configured for diverting a portion of well fluid in the discharge adapter through the shaft passage and out the outlet port, wherein the re-priming device is located in the shaft passage closer the discharge adapter than any of the impellers. a shaft passage extending into the shaft along a longitudinal axis of the pump assembly, the shaft passage having a first end in fluid communication with well fluid in the discharge adapter; at least one outlet port extending laterally from the shaft passage to an inlet of at least one of the impellers; and a gas-lock re-priming device (63, 123) in the shaft passage configured for diverting a portion of well fluid in the discharge adapter through the shaft passage and out the outlet port, wherein the re-priming device is located in the shaft passage closer the discharge adapter than any of the impellers.
A process for the purification of tissue plasminogen activator comprising: a) Loading the crude mixture of tissue plasminogen activator with impurities on to a suitable column matrix; b) Eluting the impurities from the said column matrix with a suitable organic solvent at appropriate concentration, wherein the appropriate concentration is less than 15% of suitable organic solvent; c) Eluting the desired form of the said protein from the said column matrix with a suitable organic solvent at appropriate concentration, wherein the appropriate concentration is 15 to 30% of suitable organic solvent; d) Obtaining the said protein in its desired form; and e) Optionally, an ion exchange column step is used after using the said suitable column matrix, wherein the suitable column matrix is hydrophobic interaction chromatography; and wherein the suitable organic solvent is selected from ethanol, methanol, and isopropyl alcohol. a) Loading the crude mixture of tissue plasminogen activator with impurities on to a suitable column matrix; b) Eluting the impurities from the said column matrix with a suitable organic solvent at appropriate concentration, wherein the appropriate concentration is less than 15% of suitable organic solvent; c) Eluting the desired form of the said protein from the said column matrix with a suitable organic solvent at appropriate concentration, wherein the appropriate concentration is 15 to 30% of suitable organic solvent; d) Obtaining the said protein in its desired form; and e) Optionally, an ion exchange column step is used after using the said suitable column matrix,