mhurhangee/ep-ind-claims huggingface dataset:
A flame-retardant coating composition comprising: a liquid carrier; a flame-retardant blend comprising a phosphate compound and a metal complexing agent; and characterized in that the phosphate compound and the metal complexing agent are present in a weight ratio ranging from about 50:1 to about 200:1 and in that the liquid carrier is water, and wherein the metal complexing agent comprises a metal ion and one or more phosphate, arsenate, or organic ligands. a liquid carrier; a flame-retardant blend comprising a phosphate compound and a metal complexing agent; and characterized in that the phosphate compound and the metal complexing agent are present in a weight ratio ranging from about 50:1 to about 200:1 and in that the liquid carrier is water, and wherein the metal complexing agent comprises a metal ion and one or more phosphate, arsenate, or organic ligands.
An information processing apparatus, comprising: a recognizing portion configured to perform image recognition processing with respect to an image photographed by a photographing portion and calculate, for each recognized area, the recognized area corresponding to an object recognized, a reliability of the recognition result; and an irradiation control portion configured to control an irradiation pattern of visible light in a photographing direction of the photographing portion and control light intensity of visible light with respect to a low-reliability area based on the reliability and at least one of a distance to an object and a speed of a vehicle where the information processing apparatus is installed, wherein the low-reliability area is the recognized area of which the reliability is lower than a prescribed threshold, wherein the irradiation control portion is configured to set the light intensity to zero when the distance to the object is equal or greater than a distance threshold, wherein the irradiation control portion is configured to increase the distance threshold as the speed of the vehicle increases. a recognizing portion configured to perform image recognition processing with respect to an image photographed by a photographing portion and calculate, for each recognized area, the recognized area corresponding to an object recognized, a reliability of the recognition result; and an irradiation control portion configured to control an irradiation pattern of visible light in a photographing direction of the photographing portion and control light intensity of visible light with respect to a low-reliability area based on the reliability and at least one of a distance to an object and a speed of a vehicle where the information processing apparatus is installed, wherein the low-reliability area is the recognized area of which the reliability is lower than a prescribed threshold, wherein the irradiation control portion is configured to set the light intensity to zero when the distance to the object is equal or greater than a distance threshold, wherein the irradiation control portion is configured to increase the distance threshold as the speed of the vehicle increases.
A mobile hose reel assembly comprising: a housing, wherein the housing includes: a first wall; a second wall coupled with and disposed opposite to the first wall; and a handle portion coupled with the first wall and the second wall; a hose reel module housed within the housing, the hose reel module including: a hose reel; a drive motor operatively coupled to the hose reel; and a transmission mechanism adapted to transmit the motion of the drive motor to the hose reel; characterized in that: the hose reel module is adapted to exhibit a rocking motion relative to the housing; the drive motor is selectively activated and deactivated based on the rocking motion of the hose reel module relative to the housing. a housing, wherein the housing includes: a first wall; a second wall coupled with and disposed opposite to the first wall; and a handle portion coupled with the first wall and the second wall; a first wall; a second wall coupled with and disposed opposite to the first wall; and a handle portion coupled with the first wall and the second wall; a hose reel module housed within the housing, the hose reel module including: a hose reel; a drive motor operatively coupled to the hose reel; and a transmission mechanism adapted to transmit the motion of the drive motor to the hose reel; a hose reel; a drive motor operatively coupled to the hose reel; and a transmission mechanism adapted to transmit the motion of the drive motor to the hose reel; characterized in that: the hose reel module is adapted to exhibit a rocking motion relative to the housing; the drive motor is selectively activated and deactivated based on the rocking motion of the hose reel module relative to the housing. the hose reel module is adapted to exhibit a rocking motion relative to the housing; the drive motor is selectively activated and deactivated based on the rocking motion of the hose reel module relative to the housing.
Method for methanation of gaseous substrates, wherein the following steps are carried out: a) providing a reactor filled with growth bodies carrying immobilized methane-forming microorganisms on the surface of the growth bodies; b) trickling the growth bodies with the methane-forming microorganisms immobilized thereon with a process liquid, c) applying a mixture of gaseous substrates to the reactor, wherein the mixing ratio of the substrates in the gas phase is selected in such a way that the dissolution of the gaseous substrates in the process liquid leads to a stoichiometric ratio of the gaseous substrates dissolved in the process liquid, d) discharging the gas mixture produced from the reactor. a) providing a reactor filled with growth bodies carrying immobilized methane-forming microorganisms on the surface of the growth bodies; b) trickling the growth bodies with the methane-forming microorganisms immobilized thereon with a process liquid, c) applying a mixture of gaseous substrates to the reactor, wherein the mixing ratio of the substrates in the gas phase is selected in such a way that the dissolution of the gaseous substrates in the process liquid leads to a stoichiometric ratio of the gaseous substrates dissolved in the process liquid, d) discharging the gas mixture produced from the reactor.
Device for conveying rod-shaped products of the tobacco processing industry along a longitudinal axis, comprising: - a guide rail and a guide member, characterized in that - two guide surfaces (15, 16, 18, 19) arranged at an angle to each other and running in the longitudinal direction of the guide rail and/or the guide member are provided in each of the guide rail and the guide member, which guide surfaces are positioned on the guide member and the guide rail in such a way that they complement one another to a guide channel, and - that at least two of the guide surfaces (15, 16, 18, 19) are designed in such a way that the distance between them can be adjusted. - a guide rail and a guide member, characterized in that - two guide surfaces (15, 16, 18, 19) arranged at an angle to each other and running in the longitudinal direction of the guide rail and/or the guide member are provided in each of the guide rail and the guide member, which guide surfaces are positioned on the guide member and the guide rail in such a way that they complement one another to a guide channel, and - that at least two of the guide surfaces (15, 16, 18, 19) are designed in such a way that the distance between them can be adjusted.
A heart valve prosthesis comprising: a support structure comprising a framework deformable between an expanded state and a compressed state and vice versa; and a flow-control structure, supported by the support structure, for permitting blood flow in a first direction, defining an axial direction of the prosthesis, and for restricting blood flow in a direction opposite to the first direction, wherein the flow-control structure comprises at least one leaflet, and wherein the support structure comprises an integral rib, curved to match the profile of the radially outer edge of said leaflet, and to which the leaflet is attached, wherein at least one end of the support structure comprises a plurality of apexes of the framework, and wherein the support structure is collapsible from the fully expanded state into the compressed state by pulling on the apexes, to enable it to be drawn into a sheath in the compressed state, the sheath having an inner radial dimension smaller than the radial dimension of the support structure in the expanded state, and wherein the support structure comprises smoothly curved ribs, wherein the support structure comprises a first set of petal-like portions that protrude beyond the flow-control structure axially in the direction opposite to the first direction, and protrude radially further than the flow-control structure, and characterized in that the support structure is at least one bent wire in the form of the framework. a support structure comprising a framework deformable between an expanded state and a compressed state and vice versa; and a flow-control structure, supported by the support structure, for permitting blood flow in a first direction, defining an axial direction of the prosthesis, and for restricting blood flow in a direction opposite to the first direction, wherein the flow-control structure comprises at least one leaflet, and wherein the support structure comprises an integral rib, curved to match the profile of the radially outer edge of said leaflet, and to which the leaflet is attached, wherein at least one end of the support structure comprises a plurality of apexes of the framework, and wherein the support structure is collapsible from the fully expanded state into the compressed state by pulling on the apexes, to enable it to be drawn into a sheath in the compressed state, the sheath having an inner radial dimension smaller than the radial dimension of the support structure in the expanded state, and wherein the support structure comprises smoothly curved ribs, wherein the support structure comprises a first set of petal-like portions that protrude beyond the flow-control structure axially in the direction opposite to the first direction, and protrude radially further than the flow-control structure, and characterized in that the support structure is at least one bent wire in the form of the framework.
A micro fluidic system for simulating in vivo-equivalent cell barriers, comprising a container with one or more micro fluidic modules, wherein each module consists of two micro-structured polycarbonate sheets (PC sheets) separated by a polycarbonate membrane (PC membrane), wherein both sides of the PC membrane are co-cultured with different cell types, characterized in that the two PC sheets contain continuous and in parallel arranged micro channels, the PC sheets with the micro channels being arranged orthogonally and sealed against each other to induce a cross flow of different media streams through the micro channels at the crossing sites of the micro channels.
A system for detecting distortion in a component of a gas turbine engine, the system comprising: a component of a gas turbine engine, having at least one detectable datum marker configured between layers of the component; and a non-destructive inspection tool configured to monitor a location of the at least one detectable datum marker over time, wherein distortion of the component is detected as a function of movement of the location of the at least one detectable datum marker embedded within the gas turbine engine component. a component of a gas turbine engine, having at least one detectable datum marker configured between layers of the component; and a non-destructive inspection tool configured to monitor a location of the at least one detectable datum marker over time, wherein distortion of the component is detected as a function of movement of the location of the at least one detectable datum marker embedded within the gas turbine engine component.
A device discovery method, wherein the method comprises: enabling, by a first device, a device-to-device, D2D, monitoring and broadcasting function; after the first device detects broadcast information of a second device, reporting the broadcast information of the second device and a user identifier of a target user to a network side, wherein the network side obtains, according to the broadcast information of the second device, an identifier of a user that logs in to the second device, and determines whether the identifier of the user that logs in to the second device is the user identifier of the target user; and receiving, by the first device, a result of the determining returned by the network side, and confirming, by the first device according to the result of the determining, whether a device to which the target user logs in falls within a preset distance from the first device; wherein, if the result of the determining returned by the network side to the first device is yes, the first device is adapted to confirm that the device of the target user falls within the preset distance from the first device; if the result of the determining returned by the network side to the first device is no, the first device is adapted to confirm that the device of the target user does not fall within the preset distance from the first device. enabling, by a first device, a device-to-device, D2D, monitoring and broadcasting function; after the first device detects broadcast information of a second device, reporting the broadcast information of the second device and a user identifier of a target user to a network side, wherein the network side obtains, according to the broadcast information of the second device, an identifier of a user that logs in to the second device, and determines whether the identifier of the user that logs in to the second device is the user identifier of the target user; and receiving, by the first device, a result of the determining returned by the network side, and confirming, by the first device according to the result of the determining, whether a device to which the target user logs in falls within a preset distance from the first device; wherein, if the result of the determining returned by the network side to the first device is yes, the first device is adapted to confirm that the device of the target user falls within the preset distance from the first device; if the result of the determining returned by the network side to the first device is no, the first device is adapted to confirm that the device of the target user does not fall within the preset distance from the first device.
A shower head with a detachable top cover, comprising a main body unit with an inlet waterway connected to a water resource, a water diversion body rotatably assembled inside the main body unit and a top cover, wherein: the water diversion body is disposed with an outer ring, the outer ring is disposed with an internal revolution surface, the internal revolution surface is disposed with an assembly groove, the assembly groove comprises an in-out groove leading to the external end face of the outer ring and a lateral groove laterally extending from the internal port of the in-out groove, the top cover is disposed with an external revolution surface, the external revolution surface is protruded with a projection base, the projection base is coupled to the assembly groove, so that the projection base is available to pass through the in-out groove into the lateral groove, so that the projection base is available to separate from the assembly groove from the lateral groove into the in-out groove; wherein a releasable lock catch component is disposed between the outer ring of the water diversion body and the top cover to limit the relative rotation therebetween; the water diversion body and the top cover are assembled together in sealing way and form a plurality of outlet cavities corresponding to different outlet functions, the water diversion body and the main body unit relatively rotate so that the plurality of outlet cavities are switched to connect to the inlet waterway. the water diversion body is disposed with an outer ring, the outer ring is disposed with an internal revolution surface, the internal revolution surface is disposed with an assembly groove, the assembly groove comprises an in-out groove leading to the external end face of the outer ring and a lateral groove laterally extending from the internal port of the in-out groove, the top cover is disposed with an external revolution surface, the external revolution surface is protruded with a projection base, the projection base is coupled to the assembly groove, so that the projection base is available to pass through the in-out groove into the lateral groove, so that the projection base is available to separate from the assembly groove from the lateral groove into the in-out groove; wherein a releasable lock catch component is disposed between the outer ring of the water diversion body and the top cover to limit the relative rotation therebetween; the water diversion body and the top cover are assembled together in sealing way and form a plurality of outlet cavities corresponding to different outlet functions, the water diversion body and the main body unit relatively rotate so that the plurality of outlet cavities are switched to connect to the inlet waterway.
A method for weighing containers arranged in a holding structure including the steps of: - providing a holding structure suitable to hold in a substantially stable position at least one container possibly containing a substance to be weighted, said at least one container including a supporting portion shaped so as to abut against the holding structure for keeping said at least one container hanging from the holding structure; - bringing said at least one container to a weighing station including a weighing member suitable to weight said at least one container; - weighing said at least one container with said weighing member; characterized in that the weighing step is carried out by moving the holding structure towards said weighing member in such a manner so as to bring said at least one container housed inside the holding structure into contact with the weighing member while said weighing member is kept in a stationary position, said at least one container lifting from the holding structure causing the detachment of the supporting portion from said holding structure, the detachment of the supporting portion being obtained only by the movement of the holding structure with respect to the stationary weighing member. - providing a holding structure suitable to hold in a substantially stable position at least one container possibly containing a substance to be weighted, said at least one container including a supporting portion shaped so as to abut against the holding structure for keeping said at least one container hanging from the holding structure; - bringing said at least one container to a weighing station including a weighing member suitable to weight said at least one container; - weighing said at least one container with said weighing member;
Tyre pressure monitoring unit for monitoring pressure in a vehicle tyre, comprising a pressure sensor for measuring tyre pressure, a transmitting unit for wirelessly transmitting tyre pressure data, a generator for generating electrical energy for the pressure sensor and the transmitting unit, and an accumulator for storing the energy generated by the generator, wherein the accumulator is a solid-state accumulator, and wherein a capacitor for storing the energy generated by the generator is connected to the generator in addition to the solid-state accumulator, characterized by a control unit which evaluates measuring signals from the temperature sensor and decides whether the energy generated by the generator will be used to charge the capacitor or the solid state accumulator depending on the measured temperature. a pressure sensor for measuring tyre pressure, a transmitting unit for wirelessly transmitting tyre pressure data, a generator for generating electrical energy for the pressure sensor and the transmitting unit, and an accumulator for storing the energy generated by the generator, wherein the accumulator is a solid-state accumulator, and wherein a capacitor for storing the energy generated by the generator is connected to the generator in addition to the solid-state accumulator, characterized by a control unit which evaluates measuring signals from the temperature sensor and decides whether the energy generated by the generator will be used to charge the capacitor or the solid state accumulator depending on the measured temperature.
A filter element having a pleated pack of zigzag-shaped folded filter material, an air-permeable frame element (5C, 14B, 15B, 16B) attached to the pleated pack and at least partially extending around the pleated pack and projecting laterally, said frame element featuring a non-woven fabric material or consisting thereof, and a frame device attached to the frame element (5C, 14B, 15B, 16B), wherein the frame device is designed as a plastic injection-molded part molded onto the laterally projecting frame element (5C, 14B, 15B, 16B), wherein the frame element (5C, 14B, 15B, 16B) is a section (14B, 15B) of a sideband (14, 15) attached to folding profiles of the pleated pack, said section projecting laterally across a width and/or height of the pleated pack, or a section projecting laterally across a length and/or height of the pleated pack on a headband attached to an end fold section of the pleated pack.