mhurhangee/ep-ind-claims huggingface dataset:
Microwave distribution network, comprising a stacking of several layers, each of the layers comprising a plurality of unit cells, wherein: - each of the unit cells comprises a coaxial input connected to three transmission lines with an angular span of 120o, the coaxial input being orientated on a Z-axis of a Cartesian system of axes in which the three transmission lines are on an XY plane, - each of the layers is configured as a hexagonal lattice formed with the unit cells by periodical replication, wherein the coaxial input of each unit cell is placed at a respective corner of the hexagons, such that each unit cell is connected to three neighbours of the plurality of unit cells, the coaxial inputs of the three neighbour unit cells being oriented in parallel to the Z-axis, such that this orientation is opposite to the orientation of the coaxial input of the former unit cell on the same Z-axis, - a distance between coaxial inputs is set to λ/4, wherein λ is a wavelength of an operating frequency of the microwave distribution network, and - adjacent layers of the stacking are interconnected by means of respective coaxial inputs of the unit cells that extend from the adjacent layers towards each other in opposite directions. - each of the unit cells comprises a coaxial input connected to three transmission lines with an angular span of 120o, the coaxial input being orientated on a Z-axis of a Cartesian system of axes in which the three transmission lines are on an XY plane, - each of the layers is configured as a hexagonal lattice formed with the unit cells by periodical replication, wherein the coaxial input of each unit cell is placed at a respective corner of the hexagons, such that each unit cell is connected to three neighbours of the plurality of unit cells, the coaxial inputs of the three neighbour unit cells being oriented in parallel to the Z-axis, such that this orientation is opposite to the orientation of the coaxial input of the former unit cell on the same Z-axis, - a distance between coaxial inputs is set to λ/4, wherein λ is a wavelength of an operating frequency of the microwave distribution network, and - adjacent layers of the stacking are interconnected by means of respective coaxial inputs of the unit cells that extend from the adjacent layers towards each other in opposite directions.
A motor vehicle drive with a range extender, said drive comprising an internal combustion engine and generator, and with a mounting device for the motor vehicle drive for fixing the range extender, in a manner capable of vibration, to a body of a motor vehicle by means of vibration-damping elements (11, 11'), at least two of which are integrated in load-carrying bearings (10, 11 and 10', 11') and one additional one (11") is integrated in a supporting bearing for supporting moments, wherein the vibration-damping elements (11, 11', 11")of the mounting device at least for the load-carrying bearings (10, 11 and 10', 11') are secured to the range extender, a first is secured to the internal combustion engine and a second is secured to the generator, and wherein at least one of the two load-carrying bearings (10, 11 and 10', 11') is connected to the body via at least one frame (8, 8').
An image processing apparatus (100, 100A) comprising: a first setting means configured to set cooperative processing including first processing and second processing that cooperate with each other in a server that provides a service that determines the cooperative processing; a first communication controlling means configured to establish a first communication path in order for the first setting means to communicate with the server; a command receiving means configured to receive a command to execute the first processing; a second communication controlling means configured to establish a second communication path different from the first communication path in order to receive the command; a monitoring means configured to monitor a state of the second communication path; an alternative processing generating means configured to determine that the command cannot be received in a case where the monitoring means detects a state in which communication through the second communication path is not possible, generate alternative processing in place of the first processing in a case where it is detected that the command cannot be received after the cooperative processing has been set; and an alternative processing executing means configured to execute the alternative processing. a first setting means configured to set cooperative processing including first processing and second processing that cooperate with each other in a server that provides a service that determines the cooperative processing; a first communication controlling means configured to establish a first communication path in order for the first setting means to communicate with the server; a command receiving means configured to receive a command to execute the first processing; a second communication controlling means configured to establish a second communication path different from the first communication path in order to receive the command; a monitoring means configured to monitor a state of the second communication path; an alternative processing generating means configured to determine that the command cannot be received in a case where the monitoring means detects a state in which communication through the second communication path is not possible, generate alternative processing in place of the first processing in a case where it is detected that the command cannot be received after the cooperative processing has been set; and determine that the command cannot be received in a case where the monitoring means detects a state in which communication through the second communication path is not possible, generate alternative processing in place of the first processing in a case where it is detected that the command cannot be received after the cooperative processing has been set; and an alternative processing executing means configured to execute the alternative processing.
Rapamycin 42-ester with 3-hydroxy-2-(hydroxymethyl)-2-methylpropionic acid (CCI-779) for use in the treatment of advanced papillary renal cell carcinoma in a mammal.
A process for continuous dyeing of pretreated wool and wool blends with indigo to produce dimensionally stable wool and wool blends, said step of pretreatment comprising the step of impregnation with a shrink resistant agent followed by the steps of indigo dyeing/oxidation and wash, said steps of dyeing and oxidation comprising a plurality of steps of impregnation of the washed wool and wool blends in a leuco indigo dye bath followed each time by the step of oxidation.
Auxiliary device for protecting a needle comprising: - a protector support delimiting a chamber for receiving a reservoir of fluid to be injected provided with a piston and which support is provided with means for being fixedly joined to the reservoir; - a needle protector which can be moved relative to the protector support between a retracted position and a deployed position for protecting the needle; said device comprising: said the needle, which needle is carried by the protector support in the axis of the chamber and has an injection end protruding from the chamber and a perforation end of a perforatable cap of the reservoir, protruding into the chamber,, said device comprising a spring interposed between the protector support and the needle protector, which spring is initially compressed and can urge the needle protector towards its deployed position thereof, said device being characterized in that the joining means comprise hooks protruding in the chamber delimiting, around the needle, a cage for resiliently latching around the neck of a carpule forming the reservoir, and in that the protector support comprises, at the end thereof for introducing the carpule into the chamber, a collar for supporting the spring. - a protector support delimiting a chamber for receiving a reservoir of fluid to be injected provided with a piston and which support is provided with means for being fixedly joined to the reservoir; - a needle protector which can be moved relative to the protector support between a retracted position and a deployed position for protecting the needle; said the needle, which needle is carried by the protector support in the axis of the chamber and has an injection end protruding from the chamber and a perforation end of a perforatable cap of the reservoir, protruding into the chamber,, said device comprising a spring interposed between the protector support and the needle protector, which spring is initially compressed and can urge the needle protector towards its deployed position thereof, said device being characterized in that the joining means comprise hooks protruding in the chamber delimiting, around the needle, a cage for resiliently latching around the neck of a carpule forming the reservoir, and in that the protector support comprises, at the end thereof for introducing the carpule into the chamber, a collar for supporting the spring.
An in vitro or ex vivo method of transferring a multigenic phenotype from a donor cell to a recipient cell by: transfecting a recipient cell with total mRNA of a donor cell, wherein the donor cell is of the same species as the recipient cell, wherein the phenotype of the donor cell is different from the phenotype of the recipient cell, wherein the mRNAs enter the recipient cell, wherein the mRNAs are functional in the recipient cell and wherein the mRNAs initiate a change in morphology and physiology in the recipient cell, and wherein the change yields a phenotype that is indicative of the donor cell.
A device for purely mechanically controlling the tilt of a narrow tiltable vehicle with at least three wheels so as to ensure balance thereof regardless of its speed characterised in that it includes two half-chassis, a right half-chassis and a left half-chassis which are hinged to each other by a longitudinal axis in the form of two pivots and.
A submersible fluid system for operating submersed at or near the bottom of an open body of water, the system comprising: a fluid-end (102, 204) comprising a fluid rotor disposed in a fluid-end housing; an electric machine housing coupled to the fluid-end housing and comprising a hermetically sealed cavity; an electric machine (104, 202) disposed entirely within the cavity of the electric machine housing, the electric machine comprising an electric machine stator and an electric machine rotor; a magnetic coupling that couples the electric machine rotor and the fluid rotor, a magnet coupled to the electric machine rotor; a magnet coupled to the fluid rotor and in magnetic interaction with the magnet of the electric machine rotor; and a substantially non-magnetically conductive wall (237a, 237b) between the magnet of the electric machine rotor and the magnet of the fluid rotor, wherein a drive-end of the fluid rotor extends into an interior bore of the electric machine rotor and the magnet of the fluid rotor is coupled to an exterior of the drive-end; the magnet of the electric machine rotor resides in the interior bore of the electric machine rotor; and the wall comprising a substantially non-magnetically conductive cylinder is disposed within the interior bore of the electric machine rotor. a fluid-end (102, 204) comprising a fluid rotor disposed in a fluid-end housing; an electric machine housing coupled to the fluid-end housing and comprising a hermetically sealed cavity; an electric machine (104, 202) disposed entirely within the cavity of the electric machine housing, the electric machine comprising an electric machine stator and an electric machine rotor; a magnetic coupling that couples the electric machine rotor and the fluid rotor, a magnet coupled to the electric machine rotor; a magnet coupled to the fluid rotor and in magnetic interaction with the magnet of the electric machine rotor; and a substantially non-magnetically conductive wall (237a, 237b) between the magnet of the electric machine rotor and the magnet of the fluid rotor, wherein a drive-end of the fluid rotor extends into an interior bore of the electric machine rotor and the magnet of the fluid rotor is coupled to an exterior of the drive-end; the magnet of the electric machine rotor resides in the interior bore of the electric machine rotor; and the wall comprising a substantially non-magnetically conductive cylinder is disposed within the interior bore of the electric machine rotor.
A method of stratifying a breast cancer patient for adjuvant chemotherapy, said method comprising, as a first step, identifying a molecular subtype of a breast tumor, preferably a solid tumor, in the breast cancer patient, and, as a second step, deciding in favor of or against adjuvant chemotherapy based on the molecular subtype, wherein the molecular subtype is identified by using an in vitro method comprising the steps: (a) determining the expression level of RNA transcript of human epidermal growth factor receptor 2 in a sample of the tumor; (b) determining the expression level of RNA transcript of estrogen receptor in a sample of the tumor; (c) determining the expression level of RNA transcript of progesterone receptor in a sample of the tumor; and (d) determining the expression level of RNA transcript of proliferation antigen Ki-67 in a sample of the tumor, wherein the sample is RNA extracted from the tumor, wherein the expression level of RNA transcript is determined by reverse transcription quantitative PCR, wherein no expression level of RNA transcript of a gene other than HER2, ESR1, PGR and Ki67 and, optionally, one or more reference genes is determined, wherein the molecular subtype is selected from the group comprising luminal A and luminal B, and wherein, if the molecular subtype is luminal B, it is decided in favor of adjuvant chemotherapy and, if the molecular subtype is luminal A, it is decided against adjuvant chemotherapy. (a) determining the expression level of RNA transcript of human epidermal growth factor receptor 2 in a sample of the tumor; (b) determining the expression level of RNA transcript of estrogen receptor in a sample of the tumor; (c) determining the expression level of RNA transcript of progesterone receptor in a sample of the tumor; and (d) determining the expression level of RNA transcript of proliferation antigen Ki-67 in a sample of the tumor,
A packaging construction comprising the combination of: a first backing; and a second backing with a first major surface comprising an adhesive layer, characterised in that the adhesive layer is overlain by a passivation layer, the passivation layer comprising a patterned seal area that is substantially free of the passivation layer such that the adhesive layer is exposed in the patterned seal area. a first backing; and a second backing with a first major surface comprising an adhesive layer, characterised in that the adhesive layer is overlain by a passivation layer, the passivation layer comprising a patterned seal area that is substantially free of the passivation layer such that the adhesive layer is exposed in the patterned seal area.
An Ethernet method, comprising: receiving wake-up time information for a plurality of power savings states that are supported by a link partner (110, 120, 210, 220, 300), wherein said wake-up time information represents an amount of time said link partner (110, 120, 210, 220, 300) would need to transition from a power savings state to an active state; determining, based on said received wake-up time information, which of said plurality of power savings states can be supported; and transmitting an allocated wake-up time to said link partner (110, 120, 210, 220, 300), said allocated wake-up time identifying which of said power savings states in said link partner (110, 120, 210, 220, 300) are supported. receiving wake-up time information for a plurality of power savings states that are supported by a link partner (110, 120, 210, 220, 300), wherein said wake-up time information represents an amount of time said link partner (110, 120, 210, 220, 300) would need to transition from a power savings state to an active state; determining, based on said received wake-up time information, which of said plurality of power savings states can be supported; and transmitting an allocated wake-up time to said link partner (110, 120, 210, 220, 300), said allocated wake-up time identifying which of said power savings states in said link partner (110, 120, 210, 220, 300) are supported.
Battery-operated cleaning apparatus, in particular floor cleaning apparatus, which is operable with a battery independently of the grid, wherein the cleaning apparatus comprises an indicator device for indicating a state of charge of the battery, wherein the cleaning apparatus comprises an indicator control device for controlling the indicator device in dependence on an analog state-of-charge signal which corresponds to the state of charge of the battery, wherein the indicator control device comprises an analog signal input (24; 124) for receiving the analog state-of-charge signal from the battery, characterized in that the cleaning apparatus comprises an electrical signal conversion device (38; 138) having a digital signal input for converting a digital state-of-charge signal provided by the battery and corresponding to the state of charge of the battery and receivable at the digital signal input to an analog state-of-charge signal corresponding to the state of charge of the battery, in that the signal conversion device (38; 138) comprises an analog signal output, and in that the analog signal output is operatively and electrically connected to the analog signal input (24; 124) of the indicator control device for transmitting the analog state of charge signal from the signal conversion device (38; 138) to the indicator control device.
A vehicle pedal bracket, including a pair of bracket halves (32, 34) that are to be disposed on right and left sides of an operation pedal and being joined together by placing joint portions (36, 38, 40) thereof parallel to each other on top of each other so that the joint portions surface contact each other, and the vehicle pedal bracket to be fixed to a vehicle body via attachment portions (44, 46) of the pair of bracket halves, wherein the joint portions protrude from the pair of bracket halves formed by a sheet material and at least one of the joint portions is bent into a crank shape and are placed on top of each other so as to surface contact each other, characterized in that the joint portions (36, 38) are provided at least at two positions located on both sides of the attachment portions in a vertical direction of a vehicle, and the joint portion which is located below the attachment portions is provided so as to protrude toward the front of the vehicle.
A method by a telephony server, TS, of multi-media conferencing between Universal Plug and Play, UPnP, enabled telephony devices in an UPnP telephony based home network and a plurality of Wide Area Network, WAN, devices (116A,... 116N), comprising: receiving an initiate session request associated with a multi-media conferencing session with the plurality of WAN devices (116A,... 116N) from at least one telephony control point, TCP; establishing the multi-media conferencing session between a telephony client, TC, associated with the at least one TCP and the plurality of WAN devices (116A,... 116N) based on the initiate session request, receiving a modify session request from the at least one TCP during ongoing the multi-media conferencing session; communicating information retrieved from the modify session request to the plurality of WAN devices(116A,... 116N); and modifying the multi-media conferencing session based on the modify session request, wherein the modify session request includes information about session subject, media capabilities associated with content and at least one WAN device to be added into or removed from the multi-media conferencing session. receiving an initiate session request associated with a multi-media conferencing session with the plurality of WAN devices (116A,... 116N) from at least one telephony control point, TCP; establishing the multi-media conferencing session between a telephony client, TC, associated with the at least one TCP and the plurality of WAN devices (116A,... 116N) based on the initiate session request, receiving a modify session request from the at least one TCP during ongoing the multi-media conferencing session; communicating information retrieved from the modify session request to the plurality of WAN devices(116A,... 116N); and modifying the multi-media conferencing session based on the modify session request, wherein the modify session request includes information about session subject, media capabilities associated with content and at least one WAN device to be added into or removed from the multi-media conferencing session.
Method for controlling a movement cycle of a machine element, the control of the movement cycle of the machine element being performed on the basis of a functional relationship (3, 20) between a leading axis and a following axis, and the functional relationship being determined by taking account of a plurality of normalized speeds as boundary conditions of said movement cycle, characterized in that a polynomial of nth order is determined, wherein the reciprocals of the normalized speeds are used as boundary conditions for establishing said polynomial, and an inverse function of this polynomial of nth order is used to establish the course of a trajectory.