mhurhangee/patent-ind-claim-en huggingface dataset:
A chemical vapor infiltration method for densifying at least one substrate having a central passage, the method comprising the steps consisting in: - placing one or more substrates inside an enclosure to define within the enclosure an inside volume formed essentially by the central passage of the substrate or the central passages of a plurality of substrates in alignment, and an outer volume formed essentially by the outside of the substrate(s); - voluntarily arranging at least one leakage passage putting said volumes into communication with each other other than through the substrates; - admitting into the enclosure a gas containing at least one gaseous precursor of a matrix material to be deposited within the pores of the substrate(s); - channeling the gas towards a first one of the inside and outer volumes, said first volume being closed at an end opposite from the end where the gas is admitted; and - extracting the residual gas from the enclosure from the other or second one of the inside and outer volumes, in such a manner that the gas flows inside the enclosure from the first volume to the second volume by diffusing through the pores of the substrate(s) and by passing through the or each leakage passage; the method being characterized by the steps of: - conferring a value to the total section of the leakage passage(s) such that the pressure difference between the first and second volumes at the beginning of the densification process is not less than 15% and not greater than 85% of the value of the pressure difference obtained in the absence of any leakage passage. - placing one or more substrates inside an enclosure to define within the enclosure an inside volume formed essentially by the central passage of the substrate or the central passages of a plurality of substrates in alignment, and an outer volume formed essentially by the outside of the substrate(s); - voluntarily arranging at least one leakage passage putting said volumes into communication with each other other than through the substrates; - admitting into the enclosure a gas containing at least one gaseous precursor of a matrix material to be deposited within the pores of the substrate(s); - channeling the gas towards a first one of the inside and outer volumes, said first volume being closed at an end opposite from the end where the gas is admitted; and - extracting the residual gas from the enclosure from the other or second one of the inside and outer volumes, in such a manner that the gas flows inside the enclosure from the first volume to the second volume by diffusing through the pores of the substrate(s) and by passing through the or each leakage passage; - conferring a value to the total section of the leakage passage(s) such that the pressure difference between the first and second volumes at the beginning of the densification process is not less than 15% and not greater than 85% of the value of the pressure difference obtained in the absence of any leakage passage.
A non-transitory computer-readable storage medium storing a program for causing a printing apparatus to print a color chart sheet including a color chart for color measurement by a colorimeter , wherein the program when executed on computer causes said computer to function as a control unit that causes the printing apparatus to print the color chart sheet, the color chart sheet including the color chart and a first image , the first image indicating a color measurement start position and a color measurement start direction of the colorimeter with respect to the color chart, characterised in that the color measurement start direction represents a posture of the colorimeter at the color measurement start position, and represents the direction in which the colorimeter faces when the colorimeter starts color measurement, at a sheet surface of the color chart sheet.
A method for detecting resistance to the therapeutic effects of an allosteric AKT inhibitor in a cancer cell sample, comprising detecting the presence of a mutation in the cell comprising an AKT1 mutation comprising a cysteine residue change at position W80, wherein the presence of the AKT1 mutation indicates that the cancer cell has become or will become resistant to the allosteric AKT inhibitor but remains sensitive to ATP-competitive AKT inhibitors.
An isolated nucleic acid molecule encoding a chimeric antigen receptor (CAR) comprising the amino acid sequence of SEQ ID NO: 20, 22, 24, 26, 28, 30, 32, or 34.
An assembly for anastomosing a tissue comprising: (a) a first set of modular magnets; and (b) a second set of modular magnets; wherein the first set of modular magnets and the second set of modular magnets are configured for placement on a first organ wall and a second organ wall respectively, and are further configured to magnetically couple such that a magnetic coupling of the first set of modular magnets with the second set of modular magnets compresses the first organ wall and the second organ wall between the magnetically coupled first set of modular magnets and second set of modular magnets to form an anastomosis between the first organ wall and the second organ wall; and characterized in that magnets of the first set of modular magnets are positioned so that an even number of dipoles of the magnets of the first set of modular magnets have an alternate north-south, south-north orientation. (a) a first set of modular magnets; and (b) a second set of modular magnets; wherein the first set of modular magnets and the second set of modular magnets are configured for placement on a first organ wall and a second organ wall respectively, and are further configured to magnetically couple such that a magnetic coupling of the first set of modular magnets with the second set of modular magnets compresses the first organ wall and the second organ wall between the magnetically coupled first set of modular magnets and second set of modular magnets to form an anastomosis between the first organ wall and the second organ wall; and characterized in that magnets of the first set of modular magnets are positioned so that an even number of dipoles of the magnets of the first set of modular magnets have an alternate north-south, south-north orientation. wherein the first set of modular magnets and the second set of modular magnets are configured for placement on a first organ wall and a second organ wall respectively, and are further configured to magnetically couple such that a magnetic coupling of the first set of modular magnets with the second set of modular magnets compresses the first organ wall and the second organ wall between the magnetically coupled first set of modular magnets and second set of modular magnets to form an anastomosis between the first organ wall and the second organ wall; and characterized in that magnets of the first set of modular magnets are positioned so that an even number of dipoles of the magnets of the first set of modular magnets have an alternate north-south, south-north orientation.
An optical filter device , comprising an acousto-optic tunable filter comprising a transducer tunable with a radio frequency signal for wavelength-dependent light diffraction, wherein the acousto-optic tunable filter has a transducer surface on which the transducer is attached, a light entrance surface configured to receive input light of a predetermined spectral bandwidth within an angular acceptance range (A), and a light emission surface configured to emit diffracted output light including multiple wavelengths from the spectral bandwidth at exit angles defining an angular spread (C) among the multiple wavelengths of the output light , and wherein the acousto-optic tunable filter is formed in accordance with a filter design determining the angular acceptance range (A) with respect to the input light and the angular spread (C) among the multiple wavelengths of the output light , and characterized in that the filter design deviates from a parallel-tangent condition to reduce the angular spread (C) among the multiple wavelengths of the output light while limiting the angular acceptance range (A) with respect to the input light over the spectral bandwidth thereof to collinear light incidence, wherein the angular acceptance range (A) with respect to the input light is limited to ± 5 milliradians relative to a nominal direction of light incidence. an acousto-optic tunable filter comprising a transducer tunable with a radio frequency signal for wavelength-dependent light diffraction, wherein the acousto-optic tunable filter has a transducer surface on which the transducer is attached, a light entrance surface configured to receive input light of a predetermined spectral bandwidth within an angular acceptance range (A), and a light emission surface configured to emit diffracted output light including multiple wavelengths from the spectral bandwidth at exit angles defining an angular spread (C) among the multiple wavelengths of the output light , and wherein the acousto-optic tunable filter is formed in accordance with a filter design determining the angular acceptance range (A) with respect to the input light and the angular spread (C) among the multiple wavelengths of the output light , and characterized in that the filter design deviates from a parallel-tangent condition to reduce the angular spread (C) among the multiple wavelengths of the output light while limiting the angular acceptance range (A) with respect to the input light over the spectral bandwidth thereof to collinear light incidence, wherein the angular acceptance range (A) with respect to the input light is limited to ± 5 milliradians relative to a nominal direction of light incidence.
A control system for a hydraulic construction machine, comprising: a hydraulic actuator ; a work device including a boom , an arm , and a bucket driven by the hydraulic actuator ; a hydraulic pump supplying a hydraulic fluid to the hydraulic actuator ; a pump flow rate control section controlling a delivery flow rate of the hydraulic pump ; a pump horsepower control section controlling a horsepower of the hydraulic pump ; and a target surface distance acquiring section measuring or computing a target surface distance that is a distance between a construction target surface on which the work device works and the work device , characterized in that the pump flow rate control section is configured to perform control such that as the target surface distance decreases, the delivery flow rate decreases, and the pump horsepower control section is configured to perform control such that as the target surface distance decreases, the horsepower of the hydraulic pump increases.
Defactinib for use in a method for treating a human subject suffering from cancer in combination with an immunotherapeutic agent selected from the group consisting of an anti-PD-1 ligand, an anti-PD-1 antibody, and an anti-PD-L1 antibody.
Lighting arrangement for vehicles, comprising - at least one light guide which, starting from a common end region (E) opening into a bifurcation (G), branches at the bifurcation (G) into at least two light guide sections (4', 4"), the common end region (E) having a light main propagation direction (X), the light guide sections (4', 4") having one or more decoupling points for decoupling light, as well as - an intermediate element for homogenising scattered light emerging from the at least one light guide at the bifurcation (G), the intermediate element extending between the at least two light guide sections (4', 4") and having a light entry surface and a light exit surface opposite the light entry surface for radiating light into a region lying between the light guide sections (4', 4"), wherein the light entrance surface of the intermediate element is spaced from a beam splitting point located at a vertex of the bifurcation (G), the light entrance surface being oriented substantially normal to the light main propagation direction (X) of the common end portion (E), wherein the intermediate element is connected to a clamping means for clamping to the light guide or to a light guide section (4', 4") and/or wherein the intermediate element is connected to a covering element which extends up to the bifurcation (G) and in which or in a clamping means which engages on the bifurcation (G) for clamping on the bifurcation (G). - at least one light guide which, starting from a common end region (E) opening into a bifurcation (G), branches at the bifurcation (G) into at least two light guide sections (4', 4"), the common end region (E) having a light main propagation direction (X), the light guide sections (4', 4") having one or more decoupling points for decoupling light, as well as - an intermediate element for homogenising scattered light emerging from the at least one light guide at the bifurcation (G), the intermediate element extending between the at least two light guide sections (4', 4") and having a light entry surface and a light exit surface opposite the light entry surface for radiating light into a region lying between the light guide sections (4', 4"), wherein the light entrance surface of the intermediate element is spaced from a beam splitting point located at a vertex of the bifurcation (G), the light entrance surface being oriented substantially normal to the light main propagation direction (X) of the common end portion (E), wherein the intermediate element is connected to a clamping means for clamping to the light guide or to a light guide section (4', 4") and/or wherein the intermediate element is connected to a covering element which extends up to the bifurcation (G) and in which or in a clamping means which engages on the bifurcation (G) for clamping on the bifurcation (G).
An array substrate comprising a plurality of pixel units, wherein each pixel unit comprises a storage capacitor comprising at least three electrode plates parallel to each other, the at least three electrode plates parallel to each other comprise at least a first electrode plate, a second electrode plate and a third electrode plate, the first electrode plate is electrically connected to the second electrode plate, the third electrode plate is disposed between the first electrode plate and the second electrode plate, and the first electrode plate and the second electrode plate each have a portion facing towards the third electrode plate; wherein the portion facing towards the third electrode plate of at least one of the first electrode plate and the second electrode is bent toward a direction of the third electrode plate; wherein each pixel unit comprises in turn an active layer, a gate insulation layer, a gate electrode of a first thin film transistor (TFT), an interlayer insulation layer, a source electrode and a drain electrode of the first TFT which are disposed in a same layer, a passivation layer, and a pixel electrode on a base substrate; the drain electrode of the first TFT is electrically connected to the pixel electrode through a first via hole penetrating the passivation layer; the active layer is integrated with the first electrode plate; and the pixel electrode is integrated with the second electrode plate; wherein the third electrode plate and the drain electrode of the first TFT are disposed in a same layer. wherein the portion facing towards the third electrode plate of at least one of the first electrode plate and the second electrode is bent toward a direction of the third electrode plate; wherein each pixel unit comprises in turn an active layer, a gate insulation layer, a gate electrode of a first thin film transistor (TFT), an interlayer insulation layer, a source electrode and a drain electrode of the first TFT which are disposed in a same layer, a passivation layer, and a pixel electrode on a base substrate; the drain electrode of the first TFT is electrically connected to the pixel electrode through a first via hole penetrating the passivation layer; the active layer is integrated with the first electrode plate; and the pixel electrode is integrated with the second electrode plate; wherein the third electrode plate and the drain electrode of the first TFT are disposed in a same layer.
Ballistic protection arrangement for vehicles, in particular for chassis of rail vehicles having at least one first wheelset which has a first wheel, a second wheel and a wheelset shaft, wherein a shell which comprises at least one first material layer which has a first fibre material is arrangeable round the wheelset shaft , wherein the shell has a second material layer , characterised in that the first material layer is pressed together with the second material layer .
A centralized RAN, C-RAN, radio unit, RU, in a wireless base station including the C-RAN RU and a centralized RAN, C-RAN, digital unit, DU, , the C-RAN RU comprising: an acquisition unit configured to acquire measurement resource information from the C-RAN DU ; a measurement unit configured to measure interference level of a radio resource indicated by the measurement resource information; and a transmission unit configured to transmit a measurement result of the interference level measured by the measurement unit to the C-RAN DU , wherein the measurement resource information is information indicating a radio resource of which uplink interference level is to be measured, wherein the transmission unit is configured to transmit the measurement result of the interference level measured by the measurement unit to the C-RAN DU when the measurement result of the interference level measured by the measurement unit satisfies a predetermined condition. an acquisition unit configured to acquire measurement resource information from the C-RAN DU ; a measurement unit configured to measure interference level of a radio resource indicated by the measurement resource information; and a transmission unit configured to transmit a measurement result of the interference level measured by the measurement unit to the C-RAN DU , wherein the measurement resource information is information indicating a radio resource of which uplink interference level is to be measured, wherein the transmission unit is configured to transmit the measurement result of the interference level measured by the measurement unit to the C-RAN DU when the measurement result of the interference level measured by the measurement unit satisfies a predetermined condition.
A control device comprising: a state monitoring unit configured to monitor a state of a predetermined number of terminal groups each including a predetermined number of first communication terminals corresponding to slave machines and a second communication terminal corresponding to a master machine and performing direct communication with the first communication terminals while being also connected to a base station; and a group structure control unit configured to change a structure of the terminal groups when the state comes to fail to satisfy a certain condition, wherein the state monitoring unit is configured to monitor a state of at least one of the first communication terminals and the second communication terminal , wherein the state monitoring unit is configured to monitor a remaining battery level of the second communication terminal , and wherein the group structure control unit is configured to change the structure by switching a topology of the direct communication by reconnecting the at least one of the first communication terminals with a neighboring master machine of another terminal group when the remaining battery level of the second communication terminal reaches a certain value or less. a state monitoring unit configured to monitor a state of a predetermined number of terminal groups each including a predetermined number of first communication terminals corresponding to slave machines and a second communication terminal corresponding to a master machine and performing direct communication with the first communication terminals while being also connected to a base station; and a group structure control unit configured to change a structure of the terminal groups when the state comes to fail to satisfy a certain condition, wherein the state monitoring unit is configured to monitor a state of at least one of the first communication terminals and the second communication terminal , wherein the state monitoring unit is configured to monitor a remaining battery level of the second communication terminal , and wherein the group structure control unit is configured to change the structure by switching a topology of the direct communication by reconnecting the at least one of the first communication terminals with a neighboring master machine of another terminal group when the remaining battery level of the second communication terminal reaches a certain value or less.
A pharmaceutically acceptable carrier, carrying the microRNA miR222, for use in the treatment of a fibrotic disease caused by hyperglycaemia.
Wiping means carrier device for two main wiping directions , which are directed counter to one another and to each of which a wiper bar , having a longitudinal and a transverse axis (26, 28; 27, 29) and having a free wiper bar edge , is assigned, in each case in such a way that the longitudinal axis of the wiper bar is orientated transverse to the main wiping direction to which the wiper bar is assigned and the transverse axis of the wiper bar is orientated with an oblique rise lengthways with respect to the main wiping direction to which the wiper bar is assigned, the wiper bars being arranged in succession side by side mutually parallel in the main wiping directions in such a way that, in the direction of a main wiping direction , the wiper bar assigned to this main wiping direction is arranged downstream from the other wiper bar in each case, and the wiper bars together form a profile rail of a predetermined profile rail length having profile bar limbs as a wiper bar in each case, wherein - free ends , arranged in the longitudinal direction of the profile rail and having corresponding associated profile edges , are formed rising obliquely towards a profile rail centre assigned to the profile rail , or - free ends , arranged in the longitudinal direction of the profile rail and having corresponding associated profile edges , are formed rising obliquely towards a profile rail centre assigned to the profile rail and - mutually opposed regions , at the ends which are free in the longitudinal direction of the profile rail , have grooves , which can be engaged from the outside and which have a conical taper towards the inside with or without further assigned grooves , or freely protruding skewer shapes . - free ends , arranged in the longitudinal direction of the profile rail and having corresponding associated profile edges , are formed rising obliquely towards a profile rail centre assigned to the profile rail , or - free ends , arranged in the longitudinal direction of the profile rail and having corresponding associated profile edges , are formed rising obliquely towards a profile rail centre assigned to the profile rail and - mutually opposed regions , at the ends which are free in the longitudinal direction of the profile rail , have grooves , which can be engaged from the outside and which have a conical taper towards the inside with or without further assigned grooves , or freely protruding skewer shapes .
Air cooler for cooling the air in rooms, in particular in walk-in storage rooms or cold rooms, comprising a housing with a base , a cover which is attachable directly and without distance to a ceiling of the room to be cooled and at least one side wall , in which at least one air outlet is arranged, at least one heat exchanger arranged in the housing and designed to be two-dimensional as well as lying at least substantially horizontally and at least one fan arranged in the housing for drawing in air from the room to be cooled, wherein the air drawn in by the fan is deflected in horizontal direction to the air outlet , characterised in that the air drawn in by the fan flows at least substantially in vertical direction through the two-dimensional heat exchanger and in that the fan and the air outlet are arranged above the heat exchanger .