mhurhangee/ep-ind-claims huggingface dataset:
A method for signaling parameters of a preamble, the method comprising: generating, using processing circuitry of a transmission apparatus, a bootstrap symbol based on one of a plurality of different predetermined combinations of the parameters of the preamble; and prefixing, using the processing circuitry, the bootstrap symbol to a frame that includes the preamble, the frame then including the bootstrap symbol, the preamble and a data payload, wherein the bootstrap symbol indicates a single 8-bit value of a plurality of 8-bit values, the single 8-bit value being associated with the one of the plurality of different predetermined combinations of the parameters of the preamble, and the parameters of the preamble include a Fast Fourier Transform, FFT, size, a guard interval length, a frequency domain displacement component of a Scattered Pilot Pattern, SSP, and a L1 mode. generating, using processing circuitry of a transmission apparatus, a bootstrap symbol based on one of a plurality of different predetermined combinations of the parameters of the preamble; and prefixing, using the processing circuitry, the bootstrap symbol to a frame that includes the preamble, the frame then including the bootstrap symbol, the preamble and a data payload, wherein the bootstrap symbol indicates a single 8-bit value of a plurality of 8-bit values, the single 8-bit value being associated with the one of the plurality of different predetermined combinations of the parameters of the preamble, and the parameters of the preamble include a Fast Fourier Transform, FFT, size, a guard interval length, a frequency domain displacement component of a Scattered Pilot Pattern, SSP, and a L1 mode.
A method for responding to a paging message, the method being performed by a wireless device in a wireless communication network, the method comprising: - receiving a paging message from the wireless communication network on a first access, - receiving configuration information from the wireless communication network indicating how to respond to the received paging message, wherein the configuration information comprises information indicating at least one of the following: a procedure for transmitting the response to the paging message; a transmission resource to use for the response to the paging message; a random access preamble to use for the response to the paging message; a radio link definition to use for the response to the paging message, the configuration information further comprising information indicating that the received paging message should be responded to on another access than the first access, wherein an access comprises at least one of a radio access technology, a cell, and a frequency band, and - responding to the paging message as indicated by the received configuration information. - receiving a paging message from the wireless communication network on a first access, - receiving configuration information from the wireless communication network indicating how to respond to the received paging message, wherein the configuration information comprises information indicating at least one of the following: a procedure for transmitting the response to the paging message; a transmission resource to use for the response to the paging message; a random access preamble to use for the response to the paging message; a radio link definition to use for the response to the paging message, the configuration information further comprising information indicating that the received paging message should be responded to on another access than the first access, wherein an access comprises at least one of a radio access technology, a cell, and a frequency band, and - responding to the paging message as indicated by the received configuration information.
An organic light-emitting device (OLED) encapsulating structure, comprising: a base substrate, an OLED, barrier layers and optical modulation layers; wherein the OLED is formed on the base substrate; the barrier layers and the optical modulation layers are alternately formed on the OLED; characterized in that: each of the optical modulation layers comprises a grid layer having a grid structure and a filler layer provided above the grid layer; the grid layer is formed of a successively obliquely-grown nanorod thin film in a tri-layer structure of metal/dielectric/metal; and the metal comprises silver, aluminum or a mixture of silver and aluminum, and the dielectric comprises silicon dioxide or magnesium fluoride. a base substrate, an OLED, barrier layers and optical modulation layers; wherein the OLED is formed on the base substrate; the barrier layers and the optical modulation layers are alternately formed on the OLED; characterized in that: each of the optical modulation layers comprises a grid layer having a grid structure and a filler layer provided above the grid layer; the grid layer is formed of a successively obliquely-grown nanorod thin film in a tri-layer structure of metal/dielectric/metal; and the metal comprises silver, aluminum or a mixture of silver and aluminum, and the dielectric comprises silicon dioxide or magnesium fluoride. each of the optical modulation layers comprises a grid layer having a grid structure and a filler layer provided above the grid layer; the grid layer is formed of a successively obliquely-grown nanorod thin film in a tri-layer structure of metal/dielectric/metal; and the metal comprises silver, aluminum or a mixture of silver and aluminum, and the dielectric comprises silicon dioxide or magnesium fluoride.
A combustion section for a gas turbine engine comprising an annular region defined by a combustion chamber inner casing and a combustion chamber outer casing; a combustion chamber located in the annular region and comprising at least one Helmholtz resonator having a cavity and a damping tube in flow communication with the interior of the combustion chamber, characterised in that the damping tube extends into the interior of the combustion chamber, and the at least one Helmholtz resonator is supported independently of the combustion chamber by the said combustion chamber inner casing, and the at least one Helmholtz resonator is supported by the combustion chamber inner casing with the at least one Helmholtz resonator positioned on the radially inner side of the combustion chamber and enclosed within a cavity provided between the combustion chamber inner casing and a windage shield on a radially inner side of the said casing.
A method comprising: positioning an upper pan of an assembly jig over a lower pan of the assembly jig, the lower pan having a plurality of locating pins extending away from the lower pan and the upper pan having a surface with a plurality of holes formed therein, the holes having locations corresponding to locations of the locating pins, each locating pin protruding through its corresponding hole after completion of positioning the upper pan; positioning a plurality of panels into an assembly in which the locations of the panels in the assembly correspond to locations to be occupied by the panels in a completed article, wherein each of said panel locations in the assembly is identified by at least a portion of the locating pins; placing a compressible pad over the panel assembly; removing the upper pan from the lower pan while the compressible pad is in place over the panel assembly; and compressing the upper pan, the panel assembly and the compressible pad at a first temperature in a first pressing operation, wherein the first temperature is at or above a melting point of a material from which at least one of the panels is formed. positioning an upper pan of an assembly jig over a lower pan of the assembly jig, the lower pan having a plurality of locating pins extending away from the lower pan and the upper pan having a surface with a plurality of holes formed therein, the holes having locations corresponding to locations of the locating pins, each locating pin protruding through its corresponding hole after completion of positioning the upper pan; positioning a plurality of panels into an assembly in which the locations of the panels in the assembly correspond to locations to be occupied by the panels in a completed article, wherein each of said panel locations in the assembly is identified by at least a portion of the locating pins; placing a compressible pad over the panel assembly; removing the upper pan from the lower pan while the compressible pad is in place over the panel assembly; and compressing the upper pan, the panel assembly and the compressible pad at a first temperature in a first pressing operation, wherein the first temperature is at or above a melting point of a material from which at least one of the panels is formed.
An antibiotic and a formulation comprising live microbial organisms for use in a method for treating arthritis in a mammal identified as having arthritis by the presence of an elevated level of gut microbial diversity of Eggerthella, Collinsella, Rikenella, and Pseudomonas, wherein said method comprises: (a) administering said antibiotic to said mammal to reduce the number of microbial organisms within the gut of said mammal, and (b) administering said formulation, wherein said formulation lacks species from the Eggerthella, Collinsella, Rikenella, and Pseudomonas genera. (a) administering said antibiotic to said mammal to reduce the number of microbial organisms within the gut of said mammal, and (b) administering said formulation, wherein said formulation lacks species from the Eggerthella, Collinsella, Rikenella, and Pseudomonas genera.
A proximity sensor comprised in a portable device having a touch sensitive display, a radio transmitter, the sensor being arranged for detecting a body portion of a user in proximity of the portable device; the sensor comprising: a first electrode capacitively couplable with a body part of a user of the portable outside of the portable device; a second electrode capacitively couplable with a body part of a user of the portable outside of the portable device; a readout circuit operatively arranged for acquiring a first capacitance seen by the first electrode and a second capacitance seen by the second electrode, and to generate a directional proximity signal (PROX) based on said first capacitance and second capacitance as well as a second proximity signal based on said first capacitance and second capacitance, the portable device having a logic circuit operatively arranged to inhibit the touch sensitive display based on the directional proximity signal, characterised in that the logic circuit is further operatively arranged to reduce a transmission power of the radio transmitter based on the second proximity signal.
Toolbox for receiving hand-held tools and their accessories, in particular socket wrenches, wrench sockets, wrench attachments, assembly tools for screws and nuts and/or torque wrenches, such that they are fixed in position, comprising two tub-shaped rectangular casing parts each having a front side, a rear side and two longitudinal sides, the longitudinal sides being longer than the rear side and the front side and the casing parts being coupled to one another in the region of the rear side such that they can pivot about a pivot axis and can be locked in a closed state by means of a locking mechanism, and a bit receiving bank is rotatably mounted in a casing part, the axis of rotation of the bit receiving bank being oriented orthogonally to the pivot axis of the casing parts, characterised in that the bit receiving bank is coupled to a resilient positioning element in such a way that the bit receiving bank can be rotated from a closed position when the toolbox is closed, into a removal position when the toolbox is at least partially open, and the bit receiving bank can be rotated out of the removal position into a closed position by the hand-held tool when the toolbox is closed.
A vacuum pump comprising a rotor which has a rotor shaft; a motor space into which the rotor shaft extends; and an electric motor arranged in the motor space for driving the rotor in a rotating manner, wherein a rotor of the electric motor is formed by the rotor shaft and the electric motor has a plurality of coils (10, 12) for generating a magnetic drive field, a plurality of electrical conductors (14, 16) which comprise at least one electrical phase conductor for supplying power to the coils (10, 12), and a circuit arrangement for connecting the coils (10, 12) to the electrical conductors (14, 16), characterized in that the coils (10, 12) of a coil pair are arranged coaxially to one another and are arranged i) next to one another or in one another at least partly overlapping in an axial direction or ii) directly following one another in the axial direction, with the circuit arrangement being switchable between different switching states in which the electrical conductors (14, 16) are each connected to the coils (10, 12) in a power-supplying manner, with the electrical conductors (14, 16) and the coils (10, 12) being differently connected to one another in the different switching states, and with the electrical conductors (14, 16) and the coils (10, 12) being switchable between a switching state having a star topology and a switching state having a triangular topology.
A process for conditioning a rhenium-promoted, high efficiency silver catalyst used to manufacture ethylene oxide by reacting ethylene, oxygen, and at least one organic chloride over the catalyst, the conditioning process comprising the steps of: introducing a feed gas to the rhenium-promoted, high efficiency silver catalyst at one or more conditioning temperatures ranging from 150°C to 180°C for a selected period of time, wherein the selected period of time is at least 4 hours, and the feed gas comprises at least one component selected from the group consisting of ethylene, methane, and nitrogen, and the introducing step occurs such that the catalyst is not simultaneously exposed to ethylene and oxygen during the selected period of time, wherein the efficiency of the rhenium-promoted, high efficiency silver catalyst is the percentage on a molar basis of reacted ethylene that forms ethylene oxide, and the rhenium-promoted, high efficiency silver catalyst is a catalyst that is capable of producing ethylene oxide from ethylene and oxygen at an efficiency greater than 85.7 percent.
Blood treatment apparatus for extracorporeal blood treatment, comprising at least one blood treatment device which has: a filter connected to a blood circulation and a dialysis circuit, a control system for controlling functional sequences, a user interface having a screen and input means, characterised in that a program library is provided which contains different functional sequences in the form of data records (K n) for the operation of the blood treatment device, it being possible to select a respective data record which is to be activated for a treatment process, and in that in order to generate a functional sequence which is to be included in the program library, a device is provided which generates a screen surface containing a list of questions to be answered interactively by the user, wherein when the functions which are to be transferred into the functional sequence have been selected, the follow-on information for the functional sequence is generated and displayed, the follow-on information containing a preparation time, a consumption of liquid or required user reactions. a filter connected to a blood circulation and a dialysis circuit, a control system for controlling functional sequences, a user interface having a screen and input means, characterised in that a program library is provided which contains different functional sequences in the form of data records (K n) for the operation of the blood treatment device, it being possible to select a respective data record which is to be activated for a treatment process, and in that in order to generate a functional sequence which is to be included in the program library, a device is provided which generates a screen surface containing a list of questions to be answered interactively by the user, wherein when the functions which are to be transferred into the functional sequence have been selected, the follow-on information for the functional sequence is generated and displayed, the follow-on information containing a preparation time, a consumption of liquid or required user reactions.
A method performed by a central unit, CU, of a gNodeB, gNB, including the CU and at least one distributed unit, DU, the method comprising: receiving, from a distributed unit, DU, of the gNB, an F1 establishment request message, the F1 establishment request message including an identity of the DU and serving cell information on the DU; storing data included in the F1 establishment request message; and transmitting, to the DU of the gNB, an F1 establishment response message as a response to the F1 establishment request message, the F1 establishment response message including information on at least one cell in the DU, the at least one cell in the DU being identified based on the serving cell information on the DU, wherein the serving cell information includes a global cell identity, a physical cell identity, a broadcast public land mobile network, PLMN, identity, cell frequency information and cell bandwidth information, and wherein the information on the at least one cell includes the global cell identity. receiving, from a distributed unit, DU, of the gNB, an F1 establishment request message, the F1 establishment request message including an identity of the DU and serving cell information on the DU; storing data included in the F1 establishment request message; and transmitting, to the DU of the gNB, an F1 establishment response message as a response to the F1 establishment request message, the F1 establishment response message including information on at least one cell in the DU, the at least one cell in the DU being identified based on the serving cell information on the DU, wherein the serving cell information includes a global cell identity, a physical cell identity, a broadcast public land mobile network, PLMN, identity, cell frequency information and cell bandwidth information, and wherein the information on the at least one cell includes the global cell identity.
Electro-pneumatic parking brake device of a motor vehicle, having an electrically controllable parking brake circuit which has a parking brake actuating device which has at least one parking brake actuating member which interacts with an electric parking brake transducer and can be actuated by the driver at least into the "Park" and "Drive" positions, and an electronic control device, into which the parking brake transducer inputs a parking brake signal which is dependent on an actuation of the parking brake actuating member, the electronic control device controlling at least one solenoid valve (10, 12) of a valve device (8, 18) in a manner which is dependent on the parking brake signal, which valve device (8, 18) is connected to at least one spring brake cylinder as a parking brake, and having a pneumatically controllable parking brake circuit which is provided as a redundancy and has at least one pneumatic valve which can be actuated by the driver and pneumatically controls at least one pneumatically controllable valve of the valve device (8, 18), characterised in that the at least one pneumatic valve is arranged and configured in such a way that it can be actuated mechanically by the parking brake actuating member and ventilates or vents the at least one pneumatically controllable valve of the valve device (8, 18) in a manner which is dependent on an actuation of the parking brake actuating member
A blood purification apparatus including a blood circuit to which a blood purifier is connected and through which blood flows, and a waste liquid circuit through which a waste liquid separated from blood in the blood purifier flows, wherein the blood purification apparatus comprises: citric acid solution supply means that supplies a citric acid solution to a side upstream from the blood purifier in the blood circuit; and calcium solution supply means that supplies a calcium solution to a side downstream from the blood purifier in the blood circuit, characterized in that the blood purification apparatus is configured to calculate a total calcium flow rate of a waste liquid from a total calcium concentration of the waste liquid in the waste liquid circuit when a citric acid solution is supplied from the citric acid solution supply means and a waste liquid flow rate in the waste liquid circuit, and to determine a supply flow rate of the calcium solution in the calcium solution supply means from the total calcium flow rate of the waste liquid. citric acid solution supply means that supplies a citric acid solution to a side upstream from the blood purifier in the blood circuit; and calcium solution supply means that supplies a calcium solution to a side downstream from the blood purifier in the blood circuit, characterized in that the blood purification apparatus is configured to calculate a total calcium flow rate of a waste liquid from a total calcium concentration of the waste liquid in the waste liquid circuit when a citric acid solution is supplied from the citric acid solution supply means and a waste liquid flow rate in the waste liquid circuit, and to determine a supply flow rate of the calcium solution in the calcium solution supply means from the total calcium flow rate of the waste liquid.
A medical device comprising a rest area which consist of a seating portion and a back portion, a chassis and a telescopic support column, characterized in that the telescopic support column contains at least three successive linear drives, and at least two connecting elements, wherein the lowest linear drive is by its lower side connected to the chassis of the medical device and by its upper side connected to the lower connecting element, wherein the middle linear drive is by its upper side connected to the upper connecting element and by its lower side to the lower connecting element, wherein the uppermost linear drive is at its bottom side connected to the upper connecting element and at its upper side it is connected to the rest area, wherein the connecting elements comprise metal plates (5, 6) with an inner hole and an attachment point for the linear drive, spaced apart from the metal plate (5, 6), wherein the metal plate of the second segment is connected to the upper side (1 b) of the lower linear drive and the attachment point of the second segment for the linear drive spaced apart from the metal plate of the second segment is connected with the lower side of the middle linear drive, and wherein the metal plate of the third segment is connected to the upper side of the middle linear drive and the attachment point of the third segment for the linear drive spaced apart from the metal plate of the third segment is connected to the bottom side of the upper linear drive, wherein metal or plastic covers of the column drive which are telescopic segments (14a, 14b, 14c, 14d) are attached to the metal plates of the support column and to the rest area and these are connected by sliding elements which are located on the outer upper side of each segment, except the upper segment, and on the inner bottom side of each segment, except the lower segment.