mhurhangee/patent-ind-claim-en huggingface dataset:
A suction and pressurisation device comprising: - a water tank ; - a high-pressure pump connected to the water tank and capable of supplying high-pressure water; - a hydro-ejector supplied with high-pressure water by the high-pressure pump at a water inlet and configured to generate, from the speed of the high-pressure water, a suction upstream of an air inlet , the high-pressure water and the air sucked in mixing to form a flow of water and air which is discharged at an exhaust pipe ; - a separation pot connected to the exhaust pipe of the hydro-ejector and configured to separate water and air from the flow of water and air, the water being discharged at a water outlet and returning to the water tank on the one hand and the air being discharged at an air outlet on the other hand, characterised in that the separation pot comprises, at the water outlet , a float and a throttle configured to allow the hydro-ejector to generate a pressure in the separation pot capable of pressurising downstream of the air outlet , the hydro-ejector thus being capable of: - a suction upstream of the air inlet ; and - a pressurisation downstream of the air outlet . - a water tank ; - a high-pressure pump connected to the water tank and capable of supplying high-pressure water; - a hydro-ejector supplied with high-pressure water by the high-pressure pump at a water inlet and configured to generate, from the speed of the high-pressure water, a suction upstream of an air inlet , the high-pressure water and the air sucked in mixing to form a flow of water and air which is discharged at an exhaust pipe ; - a separation pot connected to the exhaust pipe of the hydro-ejector and configured to separate water and air from the flow of water and air, the water being discharged at a water outlet and returning to the water tank on the one hand and the air being discharged at an air outlet on the other hand, - a suction upstream of the air inlet ; and - a pressurisation downstream of the air outlet .
Device for energy transfer and energy storage in a liquid reservoir (FR), the device (VO) having a water heat exchanger (WW) arranged on a base (BP), the water heat exchanger (WW) being arranged in a liquid reservoir (FR) which is surrounded by an inner shell (IH) that delimits the device (VO) from an outer shell (AH) covering the inner shell (IH) from the base, it being possible for the outer shell (AH) to be introduced at least in part into a layer of earth (ER), characterized in that the device has an air heat exchanger arranged above the water heat exchanger, and in that the device (VO) is closed at the top by a cover (DE) in such a way that an air flow from an air inlet (LE) to an air outlet (LA) through the air heat exchanger (LW) can be generated.
Parking brake system for a vehicle , having a first axle parking brake device which is provided for a first vehicle axle , and a second axle parking brake device which is provided for a second vehicle axle , characterized by at least one parking brake valve which is coupled to the first and/or second axle parking brake device in such a way that the first and/or second axle parking brake device can be released selectively in the case of an activated parking brake system .
A computer-implemented method for evaluating simulations and/or test cases in scenario-based testing and/or homologation of at least partially autonomous driving functions to be tested by means of key performance indicators (KPI), comprising the steps: mapping KPIs using KPI plug-ins; dynamically and reusably selecting KPI plug-ins for simulations and/or test cases; selecting at least one KPI plug-in by a KPI plug-in mechanism in the simulation and/or test definition; automatically executing the selected KPI plug-in by the KPI plug-in mechanism during the execution of the KPI plug-in mechanism; determining a KPI value by passing a simulation result to a KPI script of the KPI plug-in; transmitting the simulation result and the KPI value to a test creation and configuration and generating optimized test cases and/or an optimized parameter configuration; and providing an at least partially autonomous driving function optimized using the optimized test cases and/or the optimized parameter configuration. mapping KPIs using KPI plug-ins; dynamically and reusably selecting KPI plug-ins for simulations and/or test cases; selecting at least one KPI plug-in by a KPI plug-in mechanism in the simulation and/or test definition; automatically executing the selected KPI plug-in by the KPI plug-in mechanism during the execution of the KPI plug-in mechanism; determining a KPI value by passing a simulation result to a KPI script of the KPI plug-in; transmitting the simulation result and the KPI value to a test creation and configuration and generating optimized test cases and/or an optimized parameter configuration; and providing an at least partially autonomous driving function optimized using the optimized test cases and/or the optimized parameter configuration.
A sheet filter material having aerosol and/or particle filter functions and having a protective function against chemical, biological and/or radioactive pollutants and toxins, wherein the sheet filter material comprises: (a) an air-permeable and/or water-vapour-permeable, flat, foam-based and/or foam-formed carrier material with two opposite flat sides , wherein the carrier material is an air-permeable and/or discontinuously formed layer based on a dried or cured, preferably cross-linked, broken polymer foam structure, wherein the broken polymer foam structure is formed to be open-pored and/or not closed; (b) an air-permeable and/or water-vapour-permeable, preferably flat nanofibre layer associated with the foam-based and/or foam-formed carrier material and fixed and/or adhered to a (first) flat side of the foam-based and/or foam-formed carrier material , wherein the nanofibre layer comprises or consists of a plurality of nanofibres ; wherein the sheet filter material further has at least one adsorption layer , wherein the adsorption layer comprises or is formed from a plurality of individual and/or discrete adsorber particles , wherein the adsorption layer has two opposite flat sides , wherein the adsorption layer is associated with the carrier material and wherein the adsorption layer is arranged on the (second) flat side of the carrier material facing away from the nanofibre layer . (a) an air-permeable and/or water-vapour-permeable, flat, foam-based and/or foam-formed carrier material with two opposite flat sides , wherein the carrier material is an air-permeable and/or discontinuously formed layer based on a dried or cured, preferably cross-linked, broken polymer foam structure, wherein the broken polymer foam structure is formed to be open-pored and/or not closed; (b) an air-permeable and/or water-vapour-permeable, preferably flat nanofibre layer associated with the foam-based and/or foam-formed carrier material and fixed and/or adhered to a (first) flat side of the foam-based and/or foam-formed carrier material , wherein the nanofibre layer comprises or consists of a plurality of nanofibres ;
An unmanned aerial vehicle comprising: an aerial vehicle body capable of flying; a linear member ; a winding machine provided to the aerial vehicle body and capable of winding and unwinding the linear member an end of which is connectable to a delivery target (T); a fall prevention mechanism provided to the aerial vehicle body and capable of holding the delivery target (T) disconnected from the linear member , and a connection detection unit configured to detect a connection state between the delivery target (T) and the winding machine while the fall prevention mechanism is in the position for preventing the delivery target (T) from falling, the unmanned aerial vehicle further comprising a control device configured to control the aerial vehicle body , the winding machine and the fall prevention mechanism , wherein the control device is configured to control the fall prevention mechanism to bring the fall prevention mechanism into a position for preventing the delivery target (T) from falling, in a state where the winding machine has wound the linear member and has brought the delivery target (T) into a certain proximity to the aerial vehicle body and wherein the control device is configured to control the aerial vehicle body , the winding machine or the fall prevention mechanism based on a detection result of the connection detection unit . an aerial vehicle body capable of flying; a linear member ; a winding machine provided to the aerial vehicle body and capable of winding and unwinding the linear member an end of which is connectable to a delivery target (T); a fall prevention mechanism provided to the aerial vehicle body and capable of holding the delivery target (T) disconnected from the linear member , and a connection detection unit configured to detect a connection state between the delivery target (T) and the winding machine while the fall prevention mechanism is in the position for preventing the delivery target (T) from falling, the unmanned aerial vehicle further comprising a control device configured to control the aerial vehicle body , the winding machine and the fall prevention mechanism , wherein the control device is configured to control the fall prevention mechanism to bring the fall prevention mechanism into a position for preventing the delivery target (T) from falling, in a state where the winding machine has wound the linear member and has brought the delivery target (T) into a certain proximity to the aerial vehicle body and wherein the control device is configured to control the aerial vehicle body , the winding machine or the fall prevention mechanism based on a detection result of the connection detection unit .
A method performed by a terminal in a communication system, the method comprising: initiating a small data transmission, SDT, procedure in a radio resource control, RRC, inactive state; identifying that data for at least one radio bearer for which SDT is not configured is available, while the SDT procedure is ongoing; and transmitting , to a base station, an RRC message on a dedicated control channel, DCCH, through a signaling radio bearer 1, SRB1, wherein the RRC message includes an indication to indicate availability of the data for the at least one radio bearer for which the SDT is not configured while the SDT procedure is ongoing. initiating a small data transmission, SDT, procedure in a radio resource control, RRC, inactive state; identifying that data for at least one radio bearer for which SDT is not configured is available, while the SDT procedure is ongoing; and transmitting , to a base station, an RRC message on a dedicated control channel, DCCH, through a signaling radio bearer 1, SRB1, wherein the RRC message includes an indication to indicate availability of the data for the at least one radio bearer for which the SDT is not configured while the SDT procedure is ongoing.
Load support intended to be removably fixed to a bearing structure with vertical walls provided with a plurality of orifices , said load support comprising two longitudinal beams and a locking system making it possible to fix the load support to the bearing structure by means of movable parts engaging in some of the orifices , these movable parts being arranged on the sides of the load support in four groups, namely a group at the front and a group at the rear of each of the sides of the load support , characterised in that : - each group comprises at least one pivoting transverse hook , which pivots transversally between a retracted unlocking position and a pivoted locking position, transversally projecting with respect to the sides of the loads support , pivoted locking position wherein said pivoting transverse hook can engage by its free end in one of the orifices of the bearing structure ; - the pivoting transverse hooks of the two front groups or of the two rear groups are also longitudinally tilted; - each of the pivoting transverse hooks is individually prestressed in the pivoted locking position by elastic thrust means ; - each of the pivoting transverse hooks comprises a main body and a locking finger ; - the load support further comprises drive members which make the pivoting transverse hooks pass from the pivoted locking position to the retracted unlocking position. - each group comprises at least one pivoting transverse hook , which pivots transversally between a retracted unlocking position and a pivoted locking position, transversally projecting with respect to the sides of the loads support , pivoted locking position wherein said pivoting transverse hook can engage by its free end in one of the orifices of the bearing structure ; - the pivoting transverse hooks of the two front groups or of the two rear groups are also longitudinally tilted; - each of the pivoting transverse hooks is individually prestressed in the pivoted locking position by elastic thrust means ; - each of the pivoting transverse hooks comprises a main body and a locking finger ; - the load support further comprises drive members which make the pivoting transverse hooks pass from the pivoted locking position to the retracted unlocking position.
An apparatus (1;11;61) for substantially sterile connection of flexible tubing, comprising: at least one tubing holder (2;12;62), adapted to receive one or more lengths of said tubing (3;13;63) and equipped with one or more sterilant applicators (4;14;64) adapted to apply a sterilant to the or each said length of tubing (3;13;63) upon reception of the tubing length(s) in the tubing holder (2;12;62), wherein said at least one tubing holder each comprises an essentially cylindrical port of a diameter suitable to receive a length of tubing, said port leading into a tubing end receiver located in a connector holder or into a cutting and connector compartment , and wherein said one or more sterilant applicators each comprises a tubular or slit tubular layer of a flexible open-porous material arranged on an inner surface of said port(s); at least one cutter (5;15;65), movable in relation to the tubing holder (2;12;62) in a direction essentially transverse to the length(s) of tubing, and adapted to cut the or each said length of tubing (3;13;63); and a connector holder (6;16;66) characterized in that the connector holder includes a compartment (8;18;68) housing a substantially sterile tubing connector (7;17;67), said connector holder extending in a direction essentially parallel to the length(s) of tubing, and being movable in relation to the tubing holder (2;12;62) to a position where the or each cut length of tubing (3;13;63) and the sterile tubing connector (7;17;67) are aligned and can be urged together. at least one tubing holder (2;12;62), adapted to receive one or more lengths of said tubing (3;13;63) and equipped with one or more sterilant applicators (4;14;64) adapted to apply a sterilant to the or each said length of tubing (3;13;63) upon reception of the tubing length(s) in the tubing holder (2;12;62), wherein said at least one tubing holder each comprises an essentially cylindrical port of a diameter suitable to receive a length of tubing, said port leading into a tubing end receiver located in a connector holder or into a cutting and connector compartment , and wherein said one or more sterilant applicators each comprises a tubular or slit tubular layer of a flexible open-porous material arranged on an inner surface of said port(s); at least one cutter (5;15;65), movable in relation to the tubing holder (2;12;62) in a direction essentially transverse to the length(s) of tubing, and adapted to cut the or each said length of tubing (3;13;63); and a connector holder (6;16;66) characterized in that the connector holder includes a compartment (8;18;68) housing a substantially sterile tubing connector (7;17;67), said connector holder extending in a direction essentially parallel to the length(s) of tubing, and being movable in relation to the tubing holder (2;12;62) to a position where the or each cut length of tubing (3;13;63) and the sterile tubing connector (7;17;67) are aligned and can be urged together.
Elevator system comprising - at least one first and one second shaft , - at least one first vertical guide rail which is held in the first shaft , - at least one second vertical guide rail which is held in the second shaft , - a plurality of cars which can be moved in the shafts along the vertical guide rails , - at least one repositioning assembly which is set up to transfer the cars from the first shaft into the second shaft ,wherein the repositioning assembly is set up to transfer the car along a repositioning track between a first repositioning position in the first shaft and a second repositioning position in the second shaft in a repositioning direction (y) along the repositioning track ,wherein the repositioning assembly has a repositioning carrier which can be transferred along the repositioning track between the first repositioning position and the second repositioning position , characterized by an adjusting assembly which is set up to adjust the position of the first and/or second repositioning position at least transversely to the repositioning direction (y). - at least one first and one second shaft , - at least one first vertical guide rail which is held in the first shaft , - at least one second vertical guide rail which is held in the second shaft , - a plurality of cars which can be moved in the shafts along the vertical guide rails , - at least one repositioning assembly which is set up to transfer the cars from the first shaft into the second shaft ,wherein the repositioning assembly is set up to transfer the car along a repositioning track between a first repositioning position in the first shaft and a second repositioning position in the second shaft in a repositioning direction (y) along the repositioning track ,wherein the repositioning assembly has a repositioning carrier which can be transferred along the repositioning track between the first repositioning position and the second repositioning position ,
A eukaryotic microalgae that produces a recombinant virus, wherein the recombinant virus is a viral vaccine vector or a viral gene therapy vector.
An aminothiol-conjugate having the following structure: wherein each k is independently 1 to 2500.
A rotating wing aircraft comprising: at least one rotor blade ; a primary gas-flow production means for providing a flow of gas in an internal passage of the at least one rotor blade; and a reserve gas-flow production means for providing a flow of gas in the internal passage of the at least one rotor blade wherein the reserve gas-flow production means comprises a gas outlet means for providing a flow of gas out of the reserve gas-flow production means, wherein the gas outlet means is adapted to deliver a pulsed flow of gas out of the reserve gas-flow production means.
A display device , comprising: - a flexible display surface element with a display surface for displaying a display content, and - an adjusting device , which includes a clamping element configured as a rod, arranged movable into a first adjusting direction , and a deflecting element configured as a rod, wherein a first lateral edge of the display surface element is arranged on the length of the clamping element , characterized in that - the adjusting device includes a return element arranged on the clamping element , wherein a second lateral edge of the display surface element opposing the first lateral edge is connected to the clamping element via the return element such that a surface of the display surface element is bent and comprises a bending area, and that - a length of the deflecting element extends in the same direction as the clamping element , the deflecting element extends within the bend of the bent display surface element and is arranged movable into a second adjusting direction , to change a distance between the deflecting element and the clamping element . - a flexible display surface element with a display surface for displaying a display content, and - an adjusting device , which includes a clamping element configured as a rod, arranged movable into a first adjusting direction , and a deflecting element configured as a rod, wherein a first lateral edge of the display surface element is arranged on the length of the clamping element , characterized in that wherein a first lateral edge of the display surface element is arranged on the length of the clamping element , characterized in that - the adjusting device includes a return element arranged on the clamping element , wherein a second lateral edge of the display surface element opposing the first lateral edge is connected to the clamping element via the return element such that a surface of the display surface element is bent and comprises a bending area, and that - a length of the deflecting element extends in the same direction as the clamping element , the deflecting element extends within the bend of the bent display surface element and is arranged movable into a second adjusting direction , to change a distance between the deflecting element and the clamping element .
A method of operating an electronic device , the method comprising: determining a number of at least one Subscriber Identification Module card slot, SIM card slot, provided in the electronic device (510; 610), each SIM card slot connected to a General Purpose Input Output, GPIO, terminal formed in a processor of the electronic device ; storing count data corresponding to the determined number of the at least one SIM card slot in a memory of the electronic device (520; 620); acquiring the count data from the memory ; and displaying application information including a Graphical User Interface, GUI, corresponding to the acquired count data through a display connected to the electronic device (540; 630), wherein the determining of the number of the at least one SIM card slot is performed by recognizing a value corresponding to slot information input into each GPIO terminal of the processor. determining a number of at least one Subscriber Identification Module card slot, SIM card slot, provided in the electronic device (510; 610), each SIM card slot connected to a General Purpose Input Output, GPIO, terminal formed in a processor of the electronic device ; storing count data corresponding to the determined number of the at least one SIM card slot in a memory of the electronic device (520; 620); acquiring the count data from the memory ; and displaying application information including a Graphical User Interface, GUI, corresponding to the acquired count data through a display connected to the electronic device (540; 630), wherein the determining of the number of the at least one SIM card slot is performed by recognizing a value corresponding to slot information input into each GPIO terminal of the processor.