mhurhangee/ep-ind-claims huggingface dataset:
An optical filtering device comprising: a ring resonator; characterized in that it comprises a multimode interference coupler comprising two inputs (4, 7), two outputs (5, 8) and a multimode waveguide connecting the two inputs to the two outputs, the coupler having a first input serving as an input for the filtering device and able to receive an input optical signal, and a first output corresponding to the output of the filtering device and able to produce an output optical signal, the waveguide comprising a coupling zone arranged between the inputs and outputs and able to form four images of the input signal, the ring resonator being arranged so as to connect a second output of the coupler to a second input of the coupler, wherein the filtering device comprises a tuning element able to modify locally the refractive index in the coupling zone of said multimode waveguide in order to vary a coupling coefficient between the coupler and the ring resonator. a ring resonator; characterized in that it comprises a multimode interference coupler comprising two inputs (4, 7), two outputs (5, 8) and a multimode waveguide connecting the two inputs to the two outputs, the coupler having a first input serving as an input for the filtering device and able to receive an input optical signal, and a first output corresponding to the output of the filtering device and able to produce an output optical signal, the waveguide comprising a coupling zone arranged between the inputs and outputs and able to form four images of the input signal, the ring resonator being arranged so as to connect a second output of the coupler to a second input of the coupler, wherein the filtering device comprises a tuning element able to modify locally the refractive index in the coupling zone of said multimode waveguide in order to vary a coupling coefficient between the coupler and the ring resonator.
A method for generating a visible light signal in a first device, the method comprising: receiving data through visible light communication from a second device; determining a remaining transmission amount of data to be received from the second device based on an amount of the data which has been received and data information on a total amount of the data to be received from the second device; determining a visible light output pattern of a visible light signal corresponding to the remaining amount of the data; and; transmitting the visible light signal to the second device, characterised in that the visible light output pattern includes a flickering speed of the visible light signal corresponding to the remaining transmission amount of the data. receiving data through visible light communication from a second device; determining a remaining transmission amount of data to be received from the second device based on an amount of the data which has been received and data information on a total amount of the data to be received from the second device; determining a visible light output pattern of a visible light signal corresponding to the remaining amount of the data; and; transmitting the visible light signal to the second device, characterised in that the visible light output pattern includes a flickering speed of the visible light signal corresponding to the remaining transmission amount of the data.
An integrated illumination part comprising an annular lead frame for an umbrella, wherein the integrated illumination part further comprises a movable collar assembly with a central hole (22, 82) for sliding up and down on the shaft of the umbrella, a LED chip group and a transparent package (25, 85), the movable collar assembly containing a main movable collar body (21, 81), wherein an exterior annular surface of the main movable collar body (21, 81) contains a top annular surface (261, 861), a middle annular surface (262, 862) and a bottom annular surface (263, 863), wherein the middle annular surface (262, 862) is equipped with plural fixed slots to fix linkages, wherein said slots are used as a heat dissipating surface of the LED chip group, and wherein the annular lead frame is installed on the top annular surface (261, 861), and wherein the top annular surface (261, 861) is equipped with a faying surface (2611, 8611) and a fastener's fixed surface (2612, 8612) adapted to fit the underside of an installation seat of the annular lead frame, and wherein on the fastener's fixed surface (2612, 8612) a wire fastener is fixed; and wherein the annular lead frame is obtained by bending an LED lead frame into form, and fixing power pins on both ends of said LED frame by means of the wire fastener, wherein the LED lead frame has plural wires and more than one installation seat is connected with one wire and one power pin on each end of the LED frame, and wherein the underside of the installation seat of the annular lead frame is installed and pasted on the faying surface (2611, 8611) of the top annular surface of the main movable collar body, and wherein the power pin of the annular lead frame can be input with proper power according to the demand of the LED chip group, wherein the transparent package (25, 85) uses transparent materials to package the top annular surface (261, 861) into one integrated illumination part after the annular lead frame is fixed on the main movable collar body (21, 81), and wherein the underside of the installation seat of the annular lead frame is installed with a bearing disc according to the demand of a LED chip, and the bottom shape of bearing disc fits the curved faying surface (2611, 8611) of the top annular surface (261, 861) of the main movable collar body (21, 81) in order to ensure excellent heat dissipating effect, and the installation seats consists of two installation seat wires isolated by an insulating joint and firmly fitted to the bearing disk, and wherein the lead frame comprises superimposed lead frames, including a red lead frame a green lead frame a blue lead frame, adapted for a multicolor SMD LED.
A Rhodobacter host cell, comprising a nucleic acid encoding - enzymes of a mevalonate pathway for making isoprenyl pyrophosphate and its isomer dimethylallyl pyrophosphate (DMAPP); - an enzyme having catalytic activity for the condensation of IPP and DMAPP into geranyl diphosphate and - an enzyme having monoterpene synthase activity in the conversion of GPP into a monoterpene wherein the enzyme having monoterpene synthase activity is a beta-pinene synthase comprising a sequence having at least 40 % sequence identity with SEQ ID NO: 2.. - enzymes of a mevalonate pathway for making isoprenyl pyrophosphate and its isomer dimethylallyl pyrophosphate (DMAPP); - an enzyme having catalytic activity for the condensation of IPP and DMAPP into geranyl diphosphate and - an enzyme having monoterpene synthase activity in the conversion of GPP into a monoterpene wherein the enzyme having monoterpene synthase activity is a beta-pinene synthase comprising a sequence having at least 40 % sequence identity with SEQ ID NO: 2..
Appliance for connecting high-current electric apparatuses, primarily conductor bars, comprising an electrically conducting body (1, 11, 21, 31) and at least one connection piece (2, 12, 22), where the connection piece (2, 12, 22) has a seat surface arranged to encircle the body (1, 11, 21, 31) in a concentric manner, with a retention portion having monotonic decreasing cross-sectional size being disposed on the body (1, 11, 21, 31), and where the retention portion is retained in the seat by frictional connection and the retention portion has increased contact surface, and there is an angle (a)) between the contact surface of the retention portion and axis of the body (1, 11, 21, 31), the contact surface is increased by indentations implemented as ribs arranged perpendicular to the axis of the body (1, 11, 21, 31) or as grooves extending in the direction of the generator of the body (1, 11, 21, 31), the said ribs and the said grooves the indentations undergo different amounts of local deformation along the axis of the body (1, 11, 21, 31) as the appliance is pressed together, characterised by that when ribs are provided, the ribs are implemented as triangular cross-section circular flanges, where the height of the flanges is 2-5% of the largest dimension of the retention portion as measured perpendicular to its axis, and where the angle (y) between the sides of each flange is 1-150°, and in that when grooves are provided, the grooves are implemented as flutes having triangular cross section, extending in the direction of the generator of the retention portion, where the height of the flutes is 2-5% of the largest dimension of the retention portion as measured perpendicular to its axis, and where the angle (δ) between the sides of each flute is 1-150°.
An antenna comprising: a first radiating part bent in a predetermined direction and mounted on a first radiating part mounting part; a second radiating part under the first radiating part and connected to the first radiating part mounting part; the first radiating part mounting part and a feeding part electrically connected to the second radiating part; a conductive member connected to the second radiating part; a coupling part having a closed loop shape spaced apart from the conductive member by a predetermined distance(d), while surrounding a lateral side of the conductive member; wherein the first radiating part and the second radiating part is connected to the feeding part by the first radiating part mounting part; wherein the first radiating part and the second radiating part is connected to a grounding part; and wherein the coupling part has a circular shape. a first radiating part bent in a predetermined direction and mounted on a first radiating part mounting part; a second radiating part under the first radiating part and connected to the first radiating part mounting part; the first radiating part mounting part and a feeding part electrically connected to the second radiating part; a conductive member connected to the second radiating part; a coupling part having a closed loop shape spaced apart from the conductive member by a predetermined distance(d), while surrounding a lateral side of the conductive member; wherein the first radiating part and the second radiating part is connected to the feeding part by the first radiating part mounting part; wherein the first radiating part and the second radiating part is connected to a grounding part; and wherein the coupling part has a circular shape.
Inverter having a switching stage with at least one switching leg (SLn), wherein the at least one switching leg (SLn) comprises at least two serially connected semiconductor switches (Snm) and an AC pole (ACPn) between the serially connected semiconductor switches (Snm), wherein the AC pole (ACPn) is serially connected to a choke, and wherein a current detection device is provided for detecting a leg current (i Ln) in the choke, wherein the current detection device comprises a voltage measurement unit configured to measure the voltage (u Ln) at the choke, and further comprises an integrator configured to integrate the measured voltage (u Ln) at the choke over time (t), wherein the time integral (∫u Ln) of the voltage (u Ln) at the choke represents the leg current (i Ln) in the choke, and further comprises a processing unit for processing the time integral (∫u Ln) provided by the integrator, wherein the inverter further comprises an inverter controller configured to use the processed time integral (∫u Ln) for controlling the inverter, characterised in that two integrator capacitors (C I) in series are arranged in the integrator, wherein across each of the integrator capacitors (C I) a reset switch (Si) is provided, for alternately resetting the corresponding integrator capacitor (C I).
A urinary dysfunction treatment apparatus characterized in that it comprises: an implantable constriction device configured to gently constrict at least one portion of the tissue wall of a patient's urethra, ureter, renal pelvis or urine bladder to at least restrict the flow of urine, a stimulation device for stimulating the constricted wall portion of the tissue wall, and a control device for controlling the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion. an implantable constriction device configured to gently constrict at least one portion of the tissue wall of a patient's urethra, ureter, renal pelvis or urine bladder to at least restrict the flow of urine, a stimulation device for stimulating the constricted wall portion of the tissue wall, and a control device for controlling the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion.
Transport device, in particular for transporting cooling blocks in a casting machine with caterpillar mold, wherein the transport device comprises: a plurality of roller elements, which endlessly circulate in a caterpillar-like manner on a circulating path U and which are drivable by a drive device; at least two parallel guide paths, each of which comprises one or more roller running surfaces (12a, 12b) and extends over the entire circulating path U; wherein each roller element comprises a roller element body, which has a first end and a second end in the direction of circulation; and each roller element comprises in the area of the first end and in the area of the second end respectively at least one roller, characterized in that the rollers situated in the area of the first end of the roller element bodies roll on roller running surfaces (12a, 12b) different from those of the rollers situated in the area of the second end of the roller element bodies. a plurality of roller elements, which endlessly circulate in a caterpillar-like manner on a circulating path U and which are drivable by a drive device; at least two parallel guide paths, each of which comprises one or more roller running surfaces (12a, 12b) and extends over the entire circulating path U; wherein each roller element comprises a roller element body, which has a first end and a second end in the direction of circulation; and each roller element comprises in the area of the first end and in the area of the second end respectively at least one roller, characterized in that the rollers situated in the area of the first end of the roller element bodies roll on roller running surfaces (12a, 12b) different from those of the rollers situated in the area of the second end of the roller element bodies.
Method for treating semi-finished wool characterised in that it comprises the following steps: - providing a quantity of semi-finished wool; - processing said semi-finished wool, so as to lay a wool layer, which has a basis weight lower than the basis weight of said semi-finished wool, on a continuous slide surface along an advancing direction; - moving forward said wool layer along said advancing direction, said wool layer sliding through one or more plasma treatment stations (12 1, 12 2, 12 N), at each of which said wool layer passes through a volume, in which there is a process gas ionized and/or in a plasma state, at atmospheric pressure. - providing a quantity of semi-finished wool; - processing said semi-finished wool, so as to lay a wool layer, which has a basis weight lower than the basis weight of said semi-finished wool, on a continuous slide surface along an advancing direction; - moving forward said wool layer along said advancing direction, said wool layer sliding through one or more plasma treatment stations (12 1, 12 2, 12 N), at each of which said wool layer passes through a volume, in which there is a process gas ionized and/or in a plasma state, at atmospheric pressure.
A method for detecting a security vulnerability comprising: determining, at a backend system, an initial reputation of a new application, wherein the new application is a new version of an application that was previously installed on a plurality of clients, and wherein the initial reputation is based on a reputation of the previous version of the application, an analysis of a developer of the new version of the application, and behavior of the new version of the application during installation on a plurality of clients; distributing the initial reputation from the backend system to the plurality of clients via a network; receiving, at the backend system, monitored system behavior from one of the plurality of clients related to the one of the plurality of clients executing the new application, wherein the one of the plurality of clients executes the new application based on a security enforcement for the new application determined in accordance with the initial reputation of the new application and a behavior of the new application; determining, at the backend system, whether to change the initial reputation of the new application based on the monitored system behavior; distributing a changed initial reputation to the plurality of clients; receiving further monitored system behavior from the one of the plurality of clients; and determining an action to be performed based on the further monitored system behavior received from the one of the plurality of clients. determining, at a backend system, an initial reputation of a new application, wherein the new application is a new version of an application that was previously installed on a plurality of clients, and wherein the initial reputation is based on a reputation of the previous version of the application, an analysis of a developer of the new version of the application, and behavior of the new version of the application during installation on a plurality of clients; distributing the initial reputation from the backend system to the plurality of clients via a network; receiving, at the backend system, monitored system behavior from one of the plurality of clients related to the one of the plurality of clients executing the new application, wherein the one of the plurality of clients executes the new application based on a security enforcement for the new application determined in accordance with the initial reputation of the new application and a behavior of the new application; determining, at the backend system, whether to change the initial reputation of the new application based on the monitored system behavior; distributing a changed initial reputation to the plurality of clients; receiving further monitored system behavior from the one of the plurality of clients; and determining an action to be performed based on the further monitored system behavior received from the one of the plurality of clients.
A method for transmitting a system message, comprising: transmitting, by a macro base station, a system message of a micro base station cluster on a channel resource of a macrocell, wherein the micro base station cluster comprises more than two micro base stations belonging to the macro base station; wherein the transmitting, by the macro base station, the system message of the micro base station cluster on the channel resource of the macrocell comprises: transmitting, by the macro base station, system configuration information, frequency point information, a duplex mode, and a cell identification number of each micro base station through a master information block, MIB, in the system message of the micro base station cluster, to a user equipment, UE, wherein the cell identification number is used for obtaining a synchronization signal; after the system message of the micro base station cluster is transmitted to the UE and the UE is synchronized with the micro base station, the macro base station is in connection with the UE to transmit the system message of the micro base station cluster, and the change information of the system message of the micro base station cluster to the UE in real time. transmitting, by a macro base station, a system message of a micro base station cluster on a channel resource of a macrocell, wherein the micro base station cluster comprises more than two micro base stations belonging to the macro base station; wherein the transmitting, by the macro base station, the system message of the micro base station cluster on the channel resource of the macrocell comprises: transmitting, by the macro base station, system configuration information, frequency point information, a duplex mode, and a cell identification number of each micro base station through a master information block, MIB, in the system message of the micro base station cluster, to a user equipment, UE, wherein the cell identification number is used for obtaining a synchronization signal; after the system message of the micro base station cluster is transmitted to the UE and the UE is synchronized with the micro base station, the macro base station is in connection with the UE to transmit the system message of the micro base station cluster, and the change information of the system message of the micro base station cluster to the UE in real time.
Nebuliser for a fluid, into which a container holding the fluid can be inserted, having a pressure generator for conveying and/or nebulising the fluid and with a housing part which is removable for the insertion of the container, coding means (25,26; 27,30; 31,32) being provided which cooperate such that the container can only be inserted into the nebuliser or used therewith when the coding means (25,26; 27,30; 31,32) have a matching coding, characterised in that at least a coding means (25,30; 31) which is associated with the nebulizer is formed by a separate part that is mountable on the nebulizer or on a component of the nebulizer in different defined positions such that in each position a different coding is obtained in which the coding means (25,26; 27,30; 31,32) match one another or by which the coding of the nebulizer is set and such that the nebulizer can be adapted to different codings with only one coding means (25,30;31).
A composition comprising T cells expressing a CD19 targeted CAR for use in a method of treating central nervous system lymphoma, systemic lymphoma with concurrent central nervous system involvement, central nervous system B cell leukemia or systemic B cell leukemia with concurrent central nervous system involvement, the method comprising introducing into the cerebrospinal fluid of a patient said composition comprising an effective amount of said T cells.
A metal base substrate comprising: a metal substrate; an insulating layer laminated on one surface of the metal substrate; and a circuit layer laminated on a surface of the insulating layer opposite to the metal substrate side, wherein the insulating layer contains a resin, and a relationship between a thickness t (μm) of the insulating layer and an elastic modulus E (GPa) of the insulating layer at 100°C satisfies a following formula, 10 < t / E and characterized in that the circuit layer is made of a metal having a semi-softening temperature of 100°C or higher and 150°C or lower. a metal substrate; an insulating layer laminated on one surface of the metal substrate; and a circuit layer laminated on a surface of the insulating layer opposite to the metal substrate side, wherein the insulating layer contains a resin, and a relationship between a thickness t (μm) of the insulating layer and an elastic modulus E (GPa) of the insulating layer at 100°C satisfies a following formula, 10 < t / E and characterized in that the circuit layer is made of a metal having a semi-softening temperature of 100°C or higher and 150°C or lower.