mhurhangee/ep-ind-claims huggingface dataset:
Joint comprising: - an outer body, which extends around a longitudinal axis and is connectable to a support structure for a lighting device; - an inner body, hollow and inserted in a telescopically movable manner in the outer body, between a substantially retracted configuration and a partially extracted configuration from said outer body; - a coupling portion of said joint to the lighting device, connected to the inner body and articulated in relation to the outer body around rotation axes (R1, R2) incident to each other; the coupling portion and the inner body defining sections of a cable-transit passage (8, 10) for at least one electrical conductor supplying said lighting device; said joint being characterized in that the outer body defines in its thickness at least one longitudinal slot to make a first radial entrance of the electrical conductor in the cable-transit passage (8, 10). - an outer body, which extends around a longitudinal axis and is connectable to a support structure for a lighting device; - an inner body, hollow and inserted in a telescopically movable manner in the outer body, between a substantially retracted configuration and a partially extracted configuration from said outer body; - a coupling portion of said joint to the lighting device, connected to the inner body and articulated in relation to the outer body around rotation axes (R1, R2) incident to each other;
A method of wireless communication performed by a user equipment, UE, comprising: receiving a response message associated with a random access message, wherein the response message includes an identifier of the UE; selecting a format of an uplink channel or an uplink signal for acknowledging successful decoding of the response message, wherein the format of the uplink channel is determined based at least in part on at least one of: a waveform of the random access message, a latency requirement of a random access procedure associated with the random access message, or a multiplexing capacity requirement of the UE, and wherein the uplink channel comprises a physical uplink control channel; determining a transmit power for hybrid automatic repeat request, HARQ, acknowledgment, ACK, information, wherein the HARQ ACK information indicates that the response message was successfully decoded and the identifier was detected, wherein the transmit power is determined based at least in part on at least one of: a message type of the response message, a mode of random access associated with the random access message, a power control configuration used by a previous transmission of the random access message, or the format of the uplink channel or the uplink signal; and transmitting the HARQ ACK information using a power control procedure based at least in part on the transmit power and the identifier. a waveform of the random access message, a latency requirement of a random access procedure associated with the random access message, or a multiplexing capacity requirement of the UE, and wherein the uplink channel comprises a physical uplink control channel; determining a transmit power for hybrid automatic repeat request, HARQ, acknowledgment, ACK, information, wherein the HARQ ACK information indicates that the response message was successfully decoded and the identifier was detected, wherein the transmit power is determined based at least in part on at least one of: a message type of the response message, a mode of random access associated with the random access message, a power control configuration used by a previous transmission of the random access message, or the format of the uplink channel or the uplink signal; and transmitting the HARQ ACK information using a power control procedure based at least in part on the transmit power and the identifier. a message type of the response message, a mode of random access associated with the random access message, a power control configuration used by a previous transmission of the random access message, or the format of the uplink channel or the uplink signal; and transmitting the HARQ ACK information using a power control procedure based at least in part on the transmit power and the identifier.
A method of manufacture of an integrated circuit coupling system comprising: forming a waveguide assembly, having a top clad over an open end of an optical core; forming a first photoresist having a base photoresist pattern shape with sloped photoresist sidewalls tapered down to expose a portion of the top clad; forming a recess having clad sidewalls from the portion of the top clad exposed by the base photoresist pattern shape, the clad sidewalls having a shape replicating a shape of the base photoresist pattern shape; and forming an optical vertical insertion area, from the clad sidewalls forming the recess, wherein the optical vertical insertion area has a pocket trench, a horizontal step and a mirror, wherein the mirror is formed with a reflective material selectively applied to a section of the clad sidewalls, wherein the optical vertical insertion area exposes the open end opposite to the mirror and wherein the horizontal step is between the mirror and the pocket trench. forming a waveguide assembly, having a top clad over an open end of an optical core; forming a first photoresist having a base photoresist pattern shape with sloped photoresist sidewalls tapered down to expose a portion of the top clad; forming a recess having clad sidewalls from the portion of the top clad exposed by the base photoresist pattern shape, the clad sidewalls having a shape replicating a shape of the base photoresist pattern shape; and forming an optical vertical insertion area, from the clad sidewalls forming the recess, wherein the optical vertical insertion area has a pocket trench, a horizontal step and a mirror, wherein the mirror is formed with a reflective material selectively applied to a section of the clad sidewalls, wherein the optical vertical insertion area exposes the open end opposite to the mirror and wherein the horizontal step is between the mirror and the pocket trench.
Medical implant for placing between bones, in particular between vertebral bodies, wherein the implant consists of a multiplicity (>3) of thin plates (21, 31), the material thickness of the plates lies between 0.02 and 3 mm, the plates are provided with recesses, which are suitable for body cells to populate and grow through, the plates are connected by at least one connecting element (23, 32), the plates are arranged largely parallel to one another in at least one direction, characterised in that the spacing between the plates lies between 0.02 mm and 3 mm.
A reception apparatus comprising: a reception section adapted to receive content; and a control section adapted to control, on the basis of control information that is transported together with the content and that includes resource sharing information indicating whether a resource of the content, the resource being a file in a given format, is shared among a plurality of services, storage of the resource in a storage apparatus such that the resource is shared among the plurality of services, wherein the resource sharing information includes identification information for identifying a cache quota group to which a plurality of services sharing the resource of the content belong, wherein the content and the control information are transported by a broadcast wave, wherein the services are digital broadcasting services, and wherein the control information is signaling for providing the services, wherein in a case where the resource sharing information included in the control information indicates that a resource is shared among a plurality of services, the control section is configured to store a shared resource that is shared in a manner that distinguishes the shared resource from other resources, and so the shared resource is stored in a storage area allocated to the cache quota group, the files in the cache quota group being accessible in the services belonging to the cache quota group and inaccessible to services in a different cache quota group, the control section being configured to store shared resources belonging to different cache quota groups separate from each other. a reception section adapted to receive content; and a control section adapted to control, on the basis of control information that is transported together with the content and that includes resource sharing information indicating whether a resource of the content, the resource being a file in a given format, is shared among a plurality of services, storage of the resource in a storage apparatus such that the resource is shared among the plurality of services, wherein the resource sharing information includes identification information for identifying a cache quota group to which a plurality of services sharing the resource of the content belong, wherein the content and the control information are transported by a broadcast wave, wherein the services are digital broadcasting services, and wherein the control information is signaling for providing the services, wherein in a case where the resource sharing information included in the control information indicates that a resource is shared among a plurality of services, the control section is configured to store a shared resource that is shared in a manner that distinguishes the shared resource from other resources, and so the shared resource is stored in a storage area allocated to the cache quota group, the files in the cache quota group being accessible in the services belonging to the cache quota group and inaccessible to services in a different cache quota group, the control section being configured to store shared resources belonging to different cache quota groups separate from each other.
A method, comprising: receiving, by a device and from a source, a message for routing to a destination on a communication channel, the communication channel having been established between the source and the destination; determining, by the device, policy information associated with at least one of the message, the source, or the destination, the policy information describing an action for a network device to perform; associating, by the device, the message with a policy token based on the policy information, the policy token including information identifying a different device that stores the policy information for the network device; providing, by the device, the message and the policy token to the network device on the communication channel to permit or cause the network device to request the policy information from the different device based on the policy token, and to perform the action described by the policy information, where the message and the policy token further permit or cause the network device to remove the policy token from the message and to provide the message to the destination on the communication channel. receiving, by a device and from a source, a message for routing to a destination on a communication channel, the communication channel having been established between the source and the destination; determining, by the device, policy information associated with at least one of the message, the source, or the destination, the policy information describing an action for a network device to perform; associating, by the device, the message with a policy token based on the policy information, the policy token including information identifying a different device that stores the policy information for the network device; providing, by the device, the message and the policy token to the network device on the communication channel to permit or cause the network device to request the policy information from the different device based on the policy token, and to perform the action described by the policy information, where the message and the policy token further permit or cause the network device to remove the policy token from the message and to provide the message to the destination on the communication channel.
A power supply of two-wire communication line adapted for transmission of signals between electronic devices, as well as for transmission of signals between electronic devices and for supplying them with power, which comprises a two-pole primary power supply, characterized in that the aforesaid power supply further comprises a two-pole secondary power supply, its poles connected to the wires of the two-wire communication line, as well as to eponymous poles of the primary power supply through resistors of the same value.
A process for treating an asbestos-containing material, which comprises: - preparing an acidic solution/suspension by subjecting a food industry waste material to mixed bacterial and fungal growth and/or fermentation; - treating an asbestos-containing material with the acidic solution/suspension obtained from the mixed bacterial and fungal growth and/or fermentation at a temperature of 120-170°C and pressure of 0,2-1 MPa (2-10 bar); wherein said mixed bacterial and fungal growth and/or fermentation is carried out by using bacteria of the species Acetobacter aceti and yeast of the species Saccharomyces cerevisiae. - preparing an acidic solution/suspension by subjecting a food industry waste material to mixed bacterial and fungal growth and/or fermentation; - treating an asbestos-containing material with the acidic solution/suspension obtained from the mixed bacterial and fungal growth and/or fermentation at a temperature of 120-170°C and pressure of 0,2-1 MPa (2-10 bar); wherein said mixed bacterial and fungal growth and/or fermentation is carried out by using bacteria of the species Acetobacter aceti and yeast of the species Saccharomyces cerevisiae.
A method for a wireless communication device comprising: receiving a radio frequency, RF, signal at a Satellite Positioning System, SPS, receiver co-located with a cellular transceiver; and based, at least in part, on an environment parameter associated with instantaneous output power transmitted by the cellular transmitter, selectively frequency down-converting said received RF signal to either a corresponding first intermediate frequency, IF, signal having a first center frequency, or at least a corresponding second IF signal having a second center frequency, wherein said second center frequency is greater than said first center frequency, and wherein selectively frequency down-converting said received RF signal further comprises: frequency down-converting said received RF signal to said corresponding first IF signal to effect a reduction in SPS receiver power consumption; and frequency down-converting said received RF signal to said corresponding second IF signal to effect improved receiver performance in the possible presence of jamming RF signals. receiving a radio frequency, RF, signal at a Satellite Positioning System, SPS, receiver co-located with a cellular transceiver; and based, at least in part, on an environment parameter associated with instantaneous output power transmitted by the cellular transmitter, selectively frequency down-converting said received RF signal to either a corresponding first intermediate frequency, IF, signal having a first center frequency, or at least a corresponding second IF signal having a second center frequency, wherein said second center frequency is greater than said first center frequency, and wherein selectively frequency down-converting said received RF signal further comprises: frequency down-converting said received RF signal to said corresponding first IF signal to effect a reduction in SPS receiver power consumption; and frequency down-converting said received RF signal to said corresponding second IF signal to effect improved receiver performance in the possible presence of jamming RF signals. frequency down-converting said received RF signal to said corresponding first IF signal to effect a reduction in SPS receiver power consumption; and frequency down-converting said received RF signal to said corresponding second IF signal to effect improved receiver performance in the possible presence of jamming RF signals.
Method for generating energy from a liquid oxidizer, as well as a liquid or gaseous fuel in a turboelectric system, characterized in that: 1.1) liquid oxidizer is used exclusively for the combustion process as an oxidizer in the turbine system, this oxidizer being injected in liquid form directly into the combustion chamber of the turbine, 1.2) instead of the compression phase, the oxidizer is pressurized in liquid form in a pump, 1.3) the oxidizer is evaporated only in the combustion chamber, then burned together with the fuel, the oxidizer being brought to the injection pressure below its critical temperature and injected into the combustion chamber, 1.4) the combustion gases are expanded in a turbine with a total pressure ratio of 200 or more (π >> 200), 1.5) the mechanical shaft energy is delivered from the turbine to a generator, which can also be switched to electric motor operation, 1.6) the electrical current from the generator is converted as required and 1.7) the electric current is passed on to one or more electric drive motor(s) with or without intermediate storage. 1.1) liquid oxidizer is used exclusively for the combustion process as an oxidizer in the turbine system, this oxidizer being injected in liquid form directly into the combustion chamber of the turbine, 1.2) instead of the compression phase, the oxidizer is pressurized in liquid form in a pump, 1.3) the oxidizer is evaporated only in the combustion chamber, then burned together with the fuel, the oxidizer being brought to the injection pressure below its critical temperature and injected into the combustion chamber, 1.4) the combustion gases are expanded in a turbine with a total pressure ratio of 200 or more (π >> 200), 1.5) the mechanical shaft energy is delivered from the turbine to a generator, which can also be switched to electric motor operation, 1.6) the electrical current from the generator is converted as required and 1.7) the electric current is passed on to one or more electric drive motor(s) with or without intermediate storage.
A mixed liquid-vapor phase process for making a nitrated hydrocarbon composition containing two or more compounds of formula I: R-NO 2 wherein R is independently in each compound C 1 -C 12 hydrocarbon group optionally substituted with 1 or 2 additional NO 2 groups, the process comprising: (a) forming a reaction mixture comprising a hydrocarbon feedstock and an aqueous feed, wherein the aqueous feed comprises water, between 10 and 35 weight percent of nitric acid, and at least 15 weight percent of a carboxylic acid of formula II; wherein R 1 is C 1 -C 12 alkyl or C 3 -C 12 cycloalkyl, wherein said C 3 -C 12 cycloalkyl is optionally alkyl substituted; and (b) reacting the mixture at a reaction pressure of at least 500 psi (3400 kPa) and a reaction temperature of greater than 140 degrees Celsius and less than 325 degrees Celsius to provide a product stream comprising the nitrated hydrocarbon composition. (a) forming a reaction mixture comprising a hydrocarbon feedstock and an aqueous feed, wherein the aqueous feed comprises water, between 10 and 35 weight percent of nitric acid, and at least 15 weight percent of a carboxylic acid of formula II; wherein R 1 is C 1 -C 12 alkyl or C 3 -C 12 cycloalkyl, wherein said C 3 -C 12 cycloalkyl is optionally alkyl substituted; and (b) reacting the mixture at a reaction pressure of at least 500 psi (3400 kPa) and a reaction temperature of greater than 140 degrees Celsius and less than 325 degrees Celsius to provide a product stream comprising the nitrated hydrocarbon composition.
A work vehicle, comprising: a ladder; an operator's compartment having an openable and closable door disposed above the ladder; an actuator disposed at the operator's compartment so as to actuate the door to make an opening motion; and an operation unit that receives an operation from an operator, characterized in that the work vehicle further comprises a controller that controls drive of the actuator, based on an operation signal received from the operation unit, so that the door makes the opening motion while the operation unit is receiving the operation from the operator, the actuator is an electric actuator that is driven by supply of electric power, the work vehicle further comprises a current detector that detects a drive current value of the actuator, and if the drive current value detected by the current detector is equal to or more than a threshold value, the controller stops the supply of electric power to the actuator even while the operation unit is receiving the operation from the operator. a ladder; an operator's compartment having an openable and closable door disposed above the ladder; an actuator disposed at the operator's compartment so as to actuate the door to make an opening motion; and an operation unit that receives an operation from an operator, characterized in that the work vehicle further comprises a controller that controls drive of the actuator, based on an operation signal received from the operation unit, so that the door makes the opening motion while the operation unit is receiving the operation from the operator, the actuator is an electric actuator that is driven by supply of electric power, the work vehicle further comprises a current detector that detects a drive current value of the actuator, and if the drive current value detected by the current detector is equal to or more than a threshold value, the controller stops the supply of electric power to the actuator even while the operation unit is receiving the operation from the operator.
Tilting-segment radial bearing for a single-shaft turbomachine, with a supporting ring, a tilting-segment mount and a tilting segment which, in the installed state of the tilting-segment radial bearing, is overhead and is supported radially displaceably on the supporting ring by the tilting-segment mount which has a prestressing device and a holding part with a locking means, with a shank mounted radially displaceably on the supporting ring and with a plate which projects on and is fastened to the shank and on which the tilting segment can be supported radially on the inside and the prestressing device can be supported radially on the outside, the shank being secured in a limited manner to the supporting ring radially on the inside by the locking means in such a way that the tilting segment is supported on the plate and is prestressed with a predetermined threshold prestress by the prestressing device only when the operating rotational speed of the single-shaft turbomachine is identical to a predetermined tilting-segment prestress rotational speed, as a result of which, at all the operating rotational speeds of the single-shaft turbomachine above the tilting-segment presetress rotational speed, the tilting segment is prestressed in the direction toward the shaft of the single-shaft turbomachine by the prestressing device, and, at all the operating rotational speeds of the single-shaft turbomachine below the tilting-segment prestress rotational speed, the tilting segment is moveable, prestress-free, radially.