mhurhangee/patent-ind-claim-en huggingface dataset:
A system for processing biological particles, in particular biological cells, comprising: i. at least four bioprocessing microfluidic devices ; ii. at least 3 reservoirs or ports configured to connect a reservoir; iii. at least one buffer tank ; and iv. at least two fluidic connection systems; wherein a first fluidic connection system comprises valves and connecting means between valves , so that each reservoir or port configured to connect a reservoir may be in fluidic connection with each buffer tank ; and wherein a second fluidic connection system comprises valves and connecting means between valves , so that each bioprocessing microfluidic device may be in fluidic connection with each buffer tank . i. at least four bioprocessing microfluidic devices ; ii. at least 3 reservoirs or ports configured to connect a reservoir; iii. at least one buffer tank ; and iv. at least two fluidic connection systems;
System for testing the correct sequence and transmission of balise and/or loop telegrams , which are provided for an on-board unit (OBU) provided for control of a vehicle , in particular as part of rail-bound traffic according to ETCS, comprising: a) a control unit with a telegram storage unit for storing the series of balise telegrams provided for a train journey along a route section or for storing series of telegram codes representing said balise telegrams ; b) a programmable signal generator , which edits the balise telegrams for emission by a balise , wherein the signal generator has at least one telegram generator instance (30a to 30e), the output signal of which can be connected through to the balise in a multiplexable manner as a balise telegram and converts the telegram code into the corresponding balise telegram beforehand where appropriate; c) a balise provided for emission of the connectedthrough balise telegrams ; d) a first antenna loop for receiving the balise telegram emitted by the balise ; e) a second antenna loop for emitting the balise telegram received by the first antenna loop , wherein a controllable RF element is connected between the first and the second antenna loop for the controllable activation of the transmission of the balise telegram to the second antenna loop ; f) a vehicle antenna that can be associated with the onboard unit (OBU) for detecting the balise telegrams emitted by the second antenna loop ; and g) an analysis unit , which compares the series of balise telegrams received by the vehicle antenna with the provided series of balise telegrams . a) a control unit with a telegram storage unit for storing the series of balise telegrams provided for a train journey along a route section or for storing series of telegram codes representing said balise telegrams ; b) a programmable signal generator , which edits the balise telegrams for emission by a balise , wherein the signal generator has at least one telegram generator instance (30a to 30e), the output signal of which can be connected through to the balise in a multiplexable manner as a balise telegram and converts the telegram code into the corresponding balise telegram beforehand where appropriate; c) a balise provided for emission of the connectedthrough balise telegrams ; d) a first antenna loop for receiving the balise telegram emitted by the balise ; e) a second antenna loop for emitting the balise telegram received by the first antenna loop , wherein a controllable RF element is connected between the first and the second antenna loop for the controllable activation of the transmission of the balise telegram to the second antenna loop ; f) a vehicle antenna that can be associated with the onboard unit (OBU) for detecting the balise telegrams emitted by the second antenna loop ; and g) an analysis unit , which compares the series of balise telegrams received by the vehicle antenna with the provided series of balise telegrams .
A turbine assembly comprising: a hanger having a front flange , a hanger arm extending from the front flange and having a U-shape, and an inner radial hanger bend portion extending from the hanger arm and defining a hook channel therein, the hook channel being oriented in a direction opposite of the hanger arm; a fairing assembly including an outer surface, a hook member extending from the outer surface to mate with the hook channel , and a circumferential groove defined in the outer surface such that at least a portion of the hanger bend portion is positioned between the circumferential groove and the hook member ; and a retention member received in the circumferential groove , wherein the retention member extends from the circumferential groove and presses against the hanger bend portion to maintain the hook member within the hook channel . a hanger having a front flange , a hanger arm extending from the front flange and having a U-shape, and an inner radial hanger bend portion extending from the hanger arm and defining a hook channel therein, the hook channel being oriented in a direction opposite of the hanger arm; a fairing assembly including an outer surface, a hook member extending from the outer surface to mate with the hook channel , and a circumferential groove defined in the outer surface such that at least a portion of the hanger bend portion is positioned between the circumferential groove and the hook member ; and a retention member received in the circumferential groove , wherein the retention member extends from the circumferential groove and presses against the hanger bend portion to maintain the hook member within the hook channel .
System for continuous redimensioning of a graphical digital document, the digital document comprising a display page and components to be displayed on the display page , comprising: a) means for receiving a display pair of the digital document comprising a first display (d) of the digital document and a second display (f) of the digital document distinct from the first display ( d ), the first display (d) comprising a first dimensioning of the display page and a first positioning and dimensioning of the components to be displayed and the second display (f) comprising a second dimensioning of the display page and a second positioning and dimensioning of the components to be displayed, and at least one component comprises a viewing window (F) and an element (V) which is able to be partially contained in the viewing window (F), the dimensions of the viewing window (F) being independent of the dimensions and of the position of said element (V), the viewing window (F) being defined for the final display (f) by a second set of dimensions, defining a surface and a shape of window, different, after the redimensioning, from those defined by the first set of dimensions, b) means for determining factors for redimensioning of the display page between the first display (d) and the second display (f) of the display pair, and c) means for determining, for each of the components to be displayed, coefficients for transformation by redimensioning of the components and for positioning of the components to be displayed between the first display (d) and the second display (f) of the display pair. a) means for receiving a display pair of the digital document comprising a first display (d) of the digital document and a second display (f) of the digital document distinct from the first display ( d ), the first display (d) comprising a first dimensioning of the display page and a first positioning and dimensioning of the components to be displayed and the second display (f) comprising a second dimensioning of the display page and a second positioning and dimensioning of the components to be displayed, and at least one component comprises a viewing window (F) and an element (V) which is able to be partially contained in the viewing window (F), the dimensions of the viewing window (F) being independent of the dimensions and of the position of said element (V), the viewing window (F) being defined for the final display (f) by a second set of dimensions, defining a surface and a shape of window, different, after the redimensioning, from those defined by the first set of dimensions, b) means for determining factors for redimensioning of the display page between the first display (d) and the second display (f) of the display pair, and c) means for determining, for each of the components to be displayed, coefficients for transformation by redimensioning of the components and for positioning of the components to be displayed between the first display (d) and the second display (f) of the display pair.
User equipment, UE , comprising: a transceiver component configured to receive a physical downlink control channel or enhanced physical downlink control channel, PDCCH/EPDCCH, transmission that corresponds to a semi-persistent scheduling, SPS, activation, wherein the PDCCH/EPDCCH transmission that corresponds to the SPS activation conveys a value for a physical downlink shared channel, PDSCH, resource element, RE, mapping and quasi co-location indicator, PQI; a scheduling component configured to schedule reception of an SPS PDSCH transmission, the SPS PDSCH transmission comprising a PDSCH transmission without a corresponding PDCCH/EPDCCH transmission; and a signal processing component configured to process the SPS PDSCH transmission based on the value for the PQI corresponding to SPS activation, wherein the SPS PDSCH is received by the transceiver component , and wherein the UE is configured for transmission mode 10, TM10. a transceiver component configured to receive a physical downlink control channel or enhanced physical downlink control channel, PDCCH/EPDCCH, transmission that corresponds to a semi-persistent scheduling, SPS, activation, wherein the PDCCH/EPDCCH transmission that corresponds to the SPS activation conveys a value for a physical downlink shared channel, PDSCH, resource element, RE, mapping and quasi co-location indicator, PQI; a scheduling component configured to schedule reception of an SPS PDSCH transmission, the SPS PDSCH transmission comprising a PDSCH transmission without a corresponding PDCCH/EPDCCH transmission; and a signal processing component configured to process the SPS PDSCH transmission based on the value for the PQI corresponding to SPS activation, wherein the SPS PDSCH is received by the transceiver component , and wherein the UE is configured for transmission mode 10, TM10.
Evaporator for wood species protection against Monochamus galloprovincialis pest, in a formulation selected from tubus formulation, formulation of aluphan bag evaporator with wick, formulation of plastic bag evaporator with tampon, characterized in that it comprises 2-dodecyloxy-1-ethanol.
System for commissioning of production means, comprising • a computing unit with a 3D simulation software application running thereon, • a mobile vision device comprising two independent screens and at least one motion sensor , • an interaction device , • wherein both devices ( , ) are connected to the computing unit and are foreseen as interface inbetween a user and the simulation software application, wherein the simulation software application is foreseen • to provide a virtual workspace , • to provide a configurable model of at least one animated prototype of production means which is placed within the virtual workspace , • to provide a model of an animated person , • to place and animate the model of the person in the virtual workspace according to data of at least the motion sensor , • to continuously calculate image data corresponding to the perspective of the animated persons binocular view and to transmit them to the mobile vision device so that they are continuously displayed on the two independent screens , characterized in that • the model of the animated prototype is configurable by interaction with the model of the animated person respectively the interaction device , whereby respective commissioning parameters of the model of the animated prototype are adaptable, so that commissioning is enabled therewith and • the 3D simulation software application is foreseen to provide the adapted commissioning parameters to an interface of the computing unit , so that they can be transferred to a comparable real production means. • a computing unit with a 3D simulation software application running thereon, • a mobile vision device comprising two independent screens and at least one motion sensor , • an interaction device , • wherein both devices ( , ) are connected to the computing unit and are foreseen as interface inbetween a user and the simulation software application, wherein the simulation software application is foreseen • to provide a virtual workspace , • to provide a configurable model of at least one animated prototype of production means which is placed within the virtual workspace , • to provide a model of an animated person , • to place and animate the model of the person in the virtual workspace according to data of at least the motion sensor , • to continuously calculate image data corresponding to the perspective of the animated persons binocular view and to transmit them to the mobile vision device so that they are continuously displayed on the two independent screens , characterized in that • the model of the animated prototype is configurable by interaction with the model of the animated person respectively the interaction device , whereby respective commissioning parameters of the model of the animated prototype are adaptable, so that commissioning is enabled therewith and • the 3D simulation software application is foreseen to provide the adapted commissioning parameters to an interface of the computing unit , so that they can be transferred to a comparable real production means.
A lighting module for connecting to a luminaire, the lighting module extending along a longitudinal axis (LA) and comprising: a base for connecting the lighting module to a socket of the luminaire; a central body carrying at least a first light source and a second light source , wherein the first light source is configured to emit first light having a first light distribution with a first main direction pointing away from the longitudinal axis, and the second light source is configured to emit second light having a second light distribution with a second main direction pointing away from the longitudinal axis, the first and second main directions being different from one another; and an optical element including at least one optical portion and a cover portion extending all around the central body and said optical element being rotatable about the longitudinal axis (LA) in relation to the central body , the at least one optical portion having an optical property, such that the optical portion is configured to affect light emitted from at least one of the light sources, wherein the at least one optical portion extends in an angular area around the longitudinal axis, characterised in that the cover portion is configured not to affect light emitted from the remaining light sources. a base for connecting the lighting module to a socket of the luminaire; a central body carrying at least a first light source and a second light source , wherein the first light source is configured to emit first light having a first light distribution with a first main direction pointing away from the longitudinal axis, and the second light source is configured to emit second light having a second light distribution with a second main direction pointing away from the longitudinal axis, the first and second main directions being different from one another; and an optical element including at least one optical portion and a cover portion extending all around the central body and said optical element being rotatable about the longitudinal axis (LA) in relation to the central body , the at least one optical portion having an optical property, such that the optical portion is configured to affect light emitted from at least one of the light sources, wherein the at least one optical portion extends in an angular area around the longitudinal axis, characterised in that the cover portion is configured not to affect light emitted from the remaining light sources.
A modular chiller for an aircraft galley cart compartment , comprising: a cassette that houses an air return duct , a heat exchanger , a fan , and an air supply outlet ; a control valve for controlling an amount of chilled liquid passing through the heat exchanger; and an electronic control box ; wherein said cassette is removably connectable to a chilled liquid system and configured for removable insertion into a trolley compartment disposed below a galley work deck such that an upper surface of the cassette is disposed beneath the galley work deck and a lower surface of the cassette is configured to be disposed adjacent to an upper surface of one or more trolleys housed within the trolley compartment , said modular chiller has an input port removably connectable for receiving a chilled liquid from the chilled liquid system and an output port removably connectable for returning the chilled liquid to the chilled liquid system, and a speed of said fan is controlled by the electronic control box such that adjustment of said speed causes adjustment of a volume of air passing through the heat exchanger , characterized in that the modular chiller further comprises a connection block having an electrical connector , a condensate drain , a locating pin , and the chilled liquid input and output ports . a cassette that houses an air return duct , a heat exchanger , a fan , and an air supply outlet ; a control valve for controlling an amount of chilled liquid passing through the heat exchanger; and an electronic control box ; wherein said cassette is removably connectable to a chilled liquid system and configured for removable insertion into a trolley compartment disposed below a galley work deck such that an upper surface of the cassette is disposed beneath the galley work deck and a lower surface of the cassette is configured to be disposed adjacent to an upper surface of one or more trolleys housed within the trolley compartment , said modular chiller has an input port removably connectable for receiving a chilled liquid from the chilled liquid system and an output port removably connectable for returning the chilled liquid to the chilled liquid system, and a speed of said fan is controlled by the electronic control box such that adjustment of said speed causes adjustment of a volume of air passing through the heat exchanger , characterized in that the modular chiller further comprises a connection block having an electrical connector , a condensate drain , a locating pin , and the chilled liquid input and output ports .
A cap press molding equipment, comprising a machine base , the machine base is provided with a pressing rotating device , a feeding device , a rotary scraper device , and at least two extrusion screw mechanisms , for extruding different colors of molten plastic extrusion to the feeding device , the rotary scraper device being arranged for scraping the extruded molten plastic of the feeding device , and then feeding it to the pressing rotating device to press, and the machine base is also provided with an unloading mechanism which is to discharge the molded article, the cap press molding equipment being characterized in that the feeding device comprises a confluence passage to accept the molten plastics from the extrusion screws and a supply passage communicating with the confluence passage , the confluent passage including a main channel , a first channel and a second channel which are independently receiving the molten plastics of the extrusion screw mechanisms , the first channel and second channel being V shaped distribution, the first channel and the second channel being merged into the main channel , and the main channel communicating with the supply channel , the output of the supply passage being provided with a spray nozzle , further characterized in that the press rotating device comprises a turntable base , a drive shaft which is disposed on the turntable base , the drive shaft being provided with the upper turntable and lower turntable , the upper turntable being provided with a plurality of first telescoping mechanism , the first telescoping mechanism being provided with a male die , the lower turntable being provided with a plurality of the second telescoping mechanism which is corresponding to the first telescoping mechanism , the second telescoping mechanism being provided with a female die and the turntable being also provided with a servo motor which is connecting with the drive shaft .
A household appliance comprising a panel which is configured to enable the user to control the functions of the household appliance ; a control unit which is disposed behind the panel ; a shaft which transmits the preferences of the user to the control unit and which is connected to the control unit ; a housing which is arranged on the panel ; a bearing which is configured to bear the shaft ; and a knob having an intermediate member which is fitted into the housing so as to bear against the panel from behind the panel and a handle which is configured to enable the user to move the shaft characterized by the knob having a metal fixing member whereon the intermediate member and the handle are fixed.
An exhaust system comprising: an exhaust duct (2, 2C, 21 - 27) provided above a marine internal combustion engine installed in an engine room of a ship; and a suction fan that sucks a fuel leakage gas leaking from the marine internal combustion engine into an inside of the exhaust duct (2, 2C, 21 - 27) from an engine upper unit side of the marine internal combustion engine , wherein the exhaust duct (2, 2C, 21 - 27) exhausts the fuel leakage gas sucked by the suction fan to an outside of the engine room, characterized in that the exhaust duct (2, 2C, 21 - 27) includes a deformable unit that is bendable and deformable. an exhaust duct (2, 2C, 21 - 27) provided above a marine internal combustion engine installed in an engine room of a ship; and a suction fan that sucks a fuel leakage gas leaking from the marine internal combustion engine into an inside of the exhaust duct (2, 2C, 21 - 27) from an engine upper unit side of the marine internal combustion engine , wherein the exhaust duct (2, 2C, 21 - 27) exhausts the fuel leakage gas sucked by the suction fan to an outside of the engine room, characterized in that the exhaust duct (2, 2C, 21 - 27) includes a deformable unit that is bendable and deformable.