mhurhangee/ep-ind-claims huggingface dataset:
A recombinant herpes simplex virus genome for use in the prevention or treatment of cancer, wherein the recombinant HSV genome comprises: (a) a modified UL53 gene comprising a deletion corresponding to the region of the UL53 gene that encodes amino acids 31-68 of wild-type gK; (b) a modified UL20 gene comprising a deletion corresponding to the region of the UL20 gene that encodes amino acids 4-22 of wild-type UL20 protein; and (c) a nucleic acid construct encoding a sodium iodide symporter or a tumor antigen; wherein an HSV comprising the recombinant HSV genome is capable of replication in a host cell and incapable of entry into axonal compartments of neurons. (a) a modified UL53 gene comprising a deletion corresponding to the region of the UL53 gene that encodes amino acids 31-68 of wild-type gK; (b) a modified UL20 gene comprising a deletion corresponding to the region of the UL20 gene that encodes amino acids 4-22 of wild-type UL20 protein; and (c) a nucleic acid construct encoding a sodium iodide symporter or a tumor antigen;
Equipment (1-5; 42) for temperature exchange with a fluid (M 1) in form of a piping section (1-5; 42) with two pipes being concentric to each other, namely one inner pipe and one outer pipe, furthermore with a first central hollow space surrounded by the inner pipe for the continuous conveyance of a medium (M 1) to be either cooled or heated from a first end of the piping section (1.-5; 42) to an opposite pipe end as well as with a second hollow space between the inner pipe and the outer pipe annularly surrounding that first hollow space for a heating or cooling medium (M 2) with at least one inlet (19, 20) and at least one outlet (19, 20) for the continuous conveyance of a heating or cooling medium (M 2), and with at least one third hollow space integrated within the piping section (1-5; 42) for the return flow of the heating or cooling medium (M 2), at which the outlet (28, 29) of the third hollow space is located near the inlet (19, 20) of the second hollow space and where the third hollow space is separated from the second hollow space, or is interconnected via its inlet with an outlet of the second hollow space, characterized by the fact that a) at a piping section (1-5; 42) one, two, or three flanges (8, 9, 23, 24, 39) are provided for the connection to other piping sections (1-5; 42), b) in which each flange (8, 9, 23, 24, 39) exhibits a circular disk shape with a centrally located hollow, which is approximately congruent with the cross section of the first hollow space, and with an outer circumference of a diameter which is greater than the outer pipe, and where in the ring area radially outward protruding of the flange (8, 9, 23, 24, 39) several drilled holes are arranged for sticking though bolts for connecting of several piping sections (1-5; 42) by bolting together, c) and where in at least one flange (8, 9, 23, 24, 39) all hollow spaces (10, 11, 25) open into, d) and where all openings (12, 19, 20, 28, 29) of the different hollow spaces (10, 11, 25) are hermetically isolated from each other in the area of a flange (8, 9, 23, 24, 39) by individual sealing rings (14, 22, 31) separate from each other. a) at a piping section (1-5; 42) one, two, or three flanges (8, 9, 23, 24, 39) are provided for the connection to other piping sections (1-5; 42), b) in which each flange (8, 9, 23, 24, 39) exhibits a circular disk shape with a centrally located hollow, which is approximately congruent with the cross section of the first hollow space, and with an outer circumference of a diameter which is greater than the outer pipe, and where in the ring area radially outward protruding of the flange (8, 9, 23, 24, 39) several drilled holes are arranged for sticking though bolts for connecting of several piping sections (1-5; 42) by bolting together, c) and where in at least one flange (8, 9, 23, 24, 39) all hollow spaces (10, 11, 25) open into, d) and where all openings (12, 19, 20, 28, 29) of the different hollow spaces (10, 11, 25) are hermetically isolated from each other in the area of a flange (8, 9, 23, 24, 39) by individual sealing rings (14, 22, 31) separate from each other.
A transmitting device for sending a transmission signal modulated according to an orthogonal frequency division multiplexing, OFDM, scheme, said transmitting device comprising: a transmission signal generating unit configured to generate at different timings the transmission signal by inverse-Fourier-transforming a reference signal and a data signal mapped to subcarriers at said different timings; and a transmitting unit configured to wirelessly transmit the transmission signal, wherein a total power level allocated to a first signal to be transmitted at a timing when the reference signal and the data signal are frequency-multiplexed is equal to a total power level allocated to a second signal to be transmitted at a timing when only the data signal is mapped to said subcarriers; at the timing of the first signal where the reference signal and the data signal are frequency-multiplexed, mapping of the data signal to a predetermined subcarrier of said subcarriers is prevented and a power density per unit bandwidth of the reference signal is greater than a power density per unit bandwidth of the data signal; and the power density per unit bandwidth of the data signal in the second signal is the same as the power density per unit bandwidth of the data signal in the first signal. a transmission signal generating unit configured to generate at different timings the transmission signal by inverse-Fourier-transforming a reference signal and a data signal mapped to subcarriers at said different timings; and a transmitting unit configured to wirelessly transmit the transmission signal, wherein a total power level allocated to a first signal to be transmitted at a timing when the reference signal and the data signal are frequency-multiplexed is equal to a total power level allocated to a second signal to be transmitted at a timing when only the data signal is mapped to said subcarriers; at the timing of the first signal where the reference signal and the data signal are frequency-multiplexed, mapping of the data signal to a predetermined subcarrier of said subcarriers is prevented and a power density per unit bandwidth of the reference signal is greater than a power density per unit bandwidth of the data signal; and the power density per unit bandwidth of the data signal in the second signal is the same as the power density per unit bandwidth of the data signal in the first signal.
A semiconductor structure, comprising: a substrate and a dielectric layer arranged on the substrate; a conductive plug (22, 42, 52), a first portion of the conductive plug (22, 42, 52) being arranged in the substrate, and a second portion of the conductive plug (22, 42, 52) being arranged in the dielectric layer; and a capacitor array (24, 34, 44, 54), characterized in that the capacitor array (24, 34, 44, 54) at least surrounds the second portion of the conductive plug (22, 42, 52). a substrate and a dielectric layer arranged on the substrate; a conductive plug (22, 42, 52), a first portion of the conductive plug (22, 42, 52) being arranged in the substrate, and a second portion of the conductive plug (22, 42, 52) being arranged in the dielectric layer; and a capacitor array (24, 34, 44, 54), characterized in that the capacitor array (24, 34, 44, 54) at least surrounds the second portion of the conductive plug (22, 42, 52).
Control device for one or more sets of appliances and comprising, for each appliance, at least: - a set of sensors and/or detectors (2 - 8) associated to the appliance to detect operating parameters thereof and to provide at least respective analog or digital signals; - at least one signal conditioner means having a set of input analog gates for analog signals supplied by the sensors and/or detectors of the analog output kind and having, for each of these analog input gates, a normalizer of the analog input signal and an analog-to-digital converter for the normalized analog signal, said analog-to-digital converter provides such digital signal to a respective output; - at least one connection means provided with input digital gates for the signals directly provided by the digital sensors and/or detectors (2 - 8) or by the signal conditioner means and assigned at least to transmit at least such digital signals; said control device further comprises at least one receiving and processing means assigned at least to receive the digital signals transmitted by the connection means of each of the appliance and to process said signals at least to issue warnings and/or alarms pertaining to one or more of the appliances; said control device is characterized in that, for each of the appliances, it is provided with a detection and/or recognition means of an operator, comprising at least one among radio frequency identification interrogator RFID for identifying a microchip RFID associated to the operator, magnetic badge reader, a barcode or microchip badge reader associated to the operator, fingerprint reader of the operator and/or keyboards for the typing of the operator's code; the detection and/or recognition means of each appliance is connected to the connection means. - a set of sensors and/or detectors (2 - 8) associated to the appliance to detect operating parameters thereof and to provide at least respective analog or digital signals; - at least one signal conditioner means having a set of input analog gates for analog signals supplied by the sensors and/or detectors of the analog output kind and having, for each of these analog input gates, a normalizer of the analog input signal and an analog-to-digital converter for the normalized analog signal, said analog-to-digital converter provides such digital signal to a respective output; - at least one connection means provided with input digital gates for the signals directly provided by the digital sensors and/or detectors (2 - 8) or by the signal conditioner means and assigned at least to transmit at least such digital signals;
Flushing head for a flushing hose to be used during inspection of channels, comprising a plurality of nozzles (14, 27, 28) that are distributed along a periphery about a longitudinal axis and are connected by at least one supply line to a flushing-head access point provided for arranging a flushing hose, the nozzles (14, 27) being distributed about the longitudinal axis in an asymmetrical manner, in particular according to their size and/or number, in order to generate a force that is oriented counter to the weight force of the flushing head and that exceeds said weight force, and the flushing head being intended to be rotated by means of the flushing hose, characterised in that the flushing head is assigned a joint for connection to the flushing hose, which joint has a degree of freedom for a nodding movement.
An apparatus or kit for use in a respiratory support system for delivering humidified gas to a user or patient, wherein said apparatus or kit is either provided in a package comprising a sealed container or bag, the package having separate first and second parts, or is provided in separate first and second packages, each comprising a sealed container or bag, the first part of the package, or first package, comprising the following components of said apparatus or kit that remain in the breathing circuit for multiple users: a humidifier chamber that is configured to be placed in pneumatic communication with a gases source; an inspiratory conduit that is configured to be placed in pneumatic communication with the humidifier chamber downstream of the humidifier chamber; the second part of the package, or the second package, comprising the following components of said apparatus or kit that are intended to be changed between patients: a filter that is configured to be placed in pneumatic communication with the inspiratory conduit downstream of the inspiratory conduit; and a patient interface for delivering humidified gas to a user or patient, wherein the patient interface is a non-sealing patient interface, and is configured to be placed in pneumatic communication with the filter downstream of the filter. a humidifier chamber that is configured to be placed in pneumatic communication with a gases source; an inspiratory conduit that is configured to be placed in pneumatic communication with the humidifier chamber downstream of the humidifier chamber; a filter that is configured to be placed in pneumatic communication with the inspiratory conduit downstream of the inspiratory conduit; and a patient interface for delivering humidified gas to a user or patient, wherein the patient interface is a non-sealing patient interface, and is configured to be placed in pneumatic communication with the filter downstream of the filter.
A transition piece assembly for a gas turbine comprising: a transition duct having one end adapted for connection to a gas turbine combustor and an opposite end adapted for connection to a first turbine stage, and a pair of side panels; an impingement sleeve surrounding said transition duct and establishing a cooling path therebetween, said impingement sleeve formed with a plurality of rows of cooling holes therein; and characterized by: a plurality of flow catcher devices on an external surface of said impingement sleeve, each flow catcher device at least partially surrounding one of said cooling holes; at least one solid strip of material extending along said external surface outboard of said rows of cooling holes having flow catcher devices. a transition duct having one end adapted for connection to a gas turbine combustor and an opposite end adapted for connection to a first turbine stage, and a pair of side panels; an impingement sleeve surrounding said transition duct and establishing a cooling path therebetween, said impingement sleeve formed with a plurality of rows of cooling holes therein; and characterized by: a plurality of flow catcher devices on an external surface of said impingement sleeve, each flow catcher device at least partially surrounding one of said cooling holes; at least one solid strip of material extending along said external surface outboard of said rows of cooling holes having flow catcher devices. a plurality of flow catcher devices on an external surface of said impingement sleeve, each flow catcher device at least partially surrounding one of said cooling holes; at least one solid strip of material extending along said external surface outboard of said rows of cooling holes having flow catcher devices.
Method for fragmenting and/or weakening pourable material by means of high voltage discharges, comprising the steps: a) providing a high voltage electrode arrangement which is attributed to one or more high voltage generators, by means of which it is charged with high voltage pulses; b) guiding an annular or arcuate, particularly circular or circular-segment-shaped material stream of pourable material, immersed in a process liquid, past the high voltage electrode arrangement; and c) generating high voltage punctures through the material stream while guiding the latter past the high voltage electrode arrangement by charging the high voltage electrode arrangement with high voltage pulses, wherein material is supplied to the material stream upstream of the high voltage electrode arrangement and material is guided away from the material stream downstream of the high voltage electrode arrangement. a) providing a high voltage electrode arrangement which is attributed to one or more high voltage generators, by means of which it is charged with high voltage pulses; b) guiding an annular or arcuate, particularly circular or circular-segment-shaped material stream of pourable material, immersed in a process liquid, past the high voltage electrode arrangement; and c) generating high voltage punctures through the material stream while guiding the latter past the high voltage electrode arrangement by charging the high voltage electrode arrangement with high voltage pulses,
A method, comprising: at an electronic device having one or more processors: receiving context information associated with the electronic device, wherein the context information includes an output type and a device type received from a secondary electronic device; determining whether one or more criteria for disabling the output type are met based on the context information associated with the electronic device, wherein the one or more criteria are determined to be met in accordance with the received device type matching a device type of the electronic device; and in accordance with a determination that the one or more criteria for disabling the output type are met, disabling the output type. receiving context information associated with the electronic device, wherein the context information includes an output type and a device type received from a secondary electronic device; determining whether one or more criteria for disabling the output type are met based on the context information associated with the electronic device, wherein the one or more criteria are determined to be met in accordance with the received device type matching a device type of the electronic device; and in accordance with a determination that the one or more criteria for disabling the output type are met, disabling the output type.
A method of manufacturing a crimped web for an aerosol-generating article, the method comprising the steps of: feeding a substantially continuous web to a set of crimping rollers, the set of rollers comprising a first roller and a second roller, each of which is corrugated across at least a portion of its width, the first and second rollers being arranged such that the corrugations of the first roller substantially interleave with the corrugations of the second roller; and crimping the substantially continuous web to form the crimped web by feeding the substantially continuous web between the first and second rollers in a longitudinal direction of the web such that the corrugations of the first and second rollers apply a plurality of longitudinally extending and substantially parallel crimp corrugations to the substantially continuous web, wherein the pitch values of the corrugations of one or both of the first and second rollers vary across the width of the rollers such that the pitch values (5106, 5107, 5108) of the crimp corrugations vary across the width of the crimped web and wherein the pitch values of substantially all of the corrugations (310, 410) of the first and second rollers (120, 122) vary from about 0.5 mm to about 1.7 mm. feeding a substantially continuous web to a set of crimping rollers, the set of rollers comprising a first roller and a second roller, each of which is corrugated across at least a portion of its width, the first and second rollers being arranged such that the corrugations of the first roller substantially interleave with the corrugations of the second roller; and crimping the substantially continuous web to form the crimped web by feeding the substantially continuous web between the first and second rollers in a longitudinal direction of the web such that the corrugations of the first and second rollers apply a plurality of longitudinally extending and substantially parallel crimp corrugations to the substantially continuous web, wherein the pitch values of the corrugations of one or both of the first and second rollers vary across the width of the rollers such that the pitch values (5106, 5107, 5108) of the crimp corrugations vary across the width of the crimped web and wherein the pitch values of substantially all of the corrugations (310, 410) of the first and second rollers (120, 122) vary from about 0.5 mm to about 1.7 mm.
A system for detecting a position of a load on at least one fork of a material handling vehicle, the system comprising: a housing couplable to a carriage of the material handling vehicle, and the at least one fork coupled to the carriage; a first sensor positioned within the housing; a second sensor positioned within the housing; a sensor arm pivotally coupled to the housing; a first sensor flag extending from the sensor arm for a first activation distance; a second sensor flag extending from the sensor arm for a second activation distance; wherein the sensor arm is configured to pivot a first distance inward toward the housing and the carriage and cause the first sensor flag to trigger the first sensor to indicate a first load position; and wherein the sensor arm is further configured to pivot a second distance inward toward the housing and the carriage and cause the second sensor flag to trigger the second sensor to indicate a second load position, wherein preferably the first activation distance is greater than the second activation distance, and/or wherein preferably the first sensor and the second sensor are proximity sensors. a housing couplable to a carriage of the material handling vehicle, and the at least one fork coupled to the carriage; a first sensor positioned within the housing; a second sensor positioned within the housing; a sensor arm pivotally coupled to the housing; a first sensor flag extending from the sensor arm for a first activation distance; a second sensor flag extending from the sensor arm for a second activation distance; wherein the sensor arm is configured to pivot a first distance inward toward the housing and the carriage and cause the first sensor flag to trigger the first sensor to indicate a first load position; and wherein the sensor arm is further configured to pivot a second distance inward toward the housing and the carriage and cause the second sensor flag to trigger the second sensor to indicate a second load position, wherein preferably the first activation distance is greater than the second activation distance, and/or wherein preferably the first sensor and the second sensor are proximity sensors.
An apparatus for the thermal treatment of substrates in particular large thin film substrates for photovoltaic applications, the apparatus being formed as a continuous furnace comprising a tunnel-shaped heating space having side walls, a bottom wall and a top wall, the apparatus further comprising: a conveying unit for transporting the substrate through the heating space; a heating unit having at least one heating element adapted for heating a substrate while the substrate is transported through the heating space by the conveying unit; at least one heating element carrier for supporting the at least one heating element characterized in that, the at least one heating element carrier comprises at least one deformable; flexible element so as to allow for a local change in distance between said conveying unit and said heating unit; and the apparatus further comprises means for deforming the flexible element. a conveying unit for transporting the substrate through the heating space; a heating unit having at least one heating element adapted for heating a substrate while the substrate is transported through the heating space by the conveying unit; at least one heating element carrier for supporting the at least one heating element characterized in that, the at least one heating element carrier comprises at least one deformable; flexible element so as to allow for a local change in distance between said conveying unit and said heating unit; and the apparatus further comprises means for deforming the flexible element.