mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting the state of occupancy of at least one piece of furniture in the form of a table, having a sensor device for detecting a movement of a furniture part of the piece of furniture, wherein the piece of furniture is detected as occupied by an individual and an occupancy signal is generated if a movement pattern of the furniture part which corresponds to a reference movement pattern for an occupied state is determined via the sensor device, wherein the furniture part the movement of which is sensed via the sensor device is an adjustable furniture part, the adjustable furniture part is adjustable with respect to a furniture support part of the piece of furniture and a relative movement of the adjustable furniture part with respect to the furniture support part is detected by the sensor device, wherein the piece of furniture has at least one electric drive motor for adjusting the adjustable furniture part with respect to the furniture support part, wherein the movement pattern of the adjustable furniture part for detecting the occupancy state is determined during a rest phase of the electric drive motor, wherein the movement of the adjustable furniture part is monitored continuously and a comparison with the reference movement pattern is carried out as soon as a movement of the adjustable furniture part over a minimum time period is detected with the aid of the sensor device. wherein the piece of furniture is detected as occupied by an individual and an occupancy signal is generated if a movement pattern of the furniture part which corresponds to a reference movement pattern for an occupied state is determined via the sensor device, wherein the furniture part the movement of which is sensed via the sensor device is an adjustable furniture part, the adjustable furniture part is adjustable with respect to a furniture support part of the piece of furniture and a relative movement of the adjustable furniture part with respect to the furniture support part is detected by the sensor device, wherein the piece of furniture has at least one electric drive motor for adjusting the adjustable furniture part with respect to the furniture support part, wherein the movement pattern of the adjustable furniture part for detecting the occupancy state is determined during a rest phase of the electric drive motor, wherein the movement of the adjustable furniture part is monitored continuously and a comparison with the reference movement pattern is carried out as soon as a movement of the adjustable furniture part over a minimum time period is detected with the aid of the sensor device.
A method comprising the steps of: operating a first wireless communication cell (110, 150, 160, 170) in accordance with a first radio access technology, RAT; transmitting, from a base station, to one or more mobile devices (120, 130) in the first wireless communication cell, information regarding one or more neighbouring wireless communication cells (110, 150, 160, 170), wherein the one or more neighbouring wireless communication cells are operated in accordance with a second RAT; establishing an active communication channel in the first wireless; communication cell between the base station and a mobile device of the one or more mobile devices; receiving, from the said mobile device, capability information of the mobile device, the capability information including an indication if the mobile device is compatible with the second RAT; and, in the event the mobile device is compatible with the second RAT, providing, from the base station, instructions to the mobile device regarding whether or not to make measurements on signals received from the one or more neighbouring cells; handing over the active communication channel from the first wireless communication cell to a second wireless communication cell operating in accordance with the first RAT; in the event the mobile device is compatible with the second RAT, providing instructions to the mobile device, from the base station, regarding whether or not to provide measurement reports for signals received from the one or more neighbouring cells in the second cell after the hand-over. operating a first wireless communication cell (110, 150, 160, 170) in accordance with a first radio access technology, RAT; transmitting, from a base station, to one or more mobile devices (120, 130) in the first wireless communication cell, information regarding one or more neighbouring wireless communication cells (110, 150, 160, 170), wherein the one or more neighbouring wireless communication cells are operated in accordance with a second RAT; establishing an active communication channel in the first wireless; communication cell between the base station and a mobile device of the one or more mobile devices; receiving, from the said mobile device, capability information of the mobile device, the capability information including an indication if the mobile device is compatible with the second RAT; and, in the event the mobile device is compatible with the second RAT, providing, from the base station, instructions to the mobile device regarding whether or not to make measurements on signals received from the one or more neighbouring cells; handing over the active communication channel from the first wireless communication cell to a second wireless communication cell operating in accordance with the first RAT; in the event the mobile device is compatible with the second RAT, providing instructions to the mobile device, from the base station, regarding whether or not to provide measurement reports for signals received from the one or more neighbouring cells in the second cell after the hand-over.
Device for reversing a blade of a runner unit, the device comprising: - an annular lever fixed to a trunnion portion of the blade and rotatably mounted on the runner unit; - a main servomotor comprising a first piston adapted to reciprocate along a shaft of the runner unit and coupled to said annular level such to cause a first rotation of the blade until said piston reaches a dead zone position; - a reversing servomotor including a second piston arranged to cause a further rotation of the blade from said dead zone position; - a connecting rod having a first end connected to said second piston and a second end eccentrically fixed on said annular lever; the device being characterised in that said second piston is annular-shaped and arranged concentric to said first piston. - an annular lever fixed to a trunnion portion of the blade and rotatably mounted on the runner unit; - a main servomotor comprising a first piston adapted to reciprocate along a shaft of the runner unit and coupled to said annular level such to cause a first rotation of the blade until said piston reaches a dead zone position; - a reversing servomotor including a second piston arranged to cause a further rotation of the blade from said dead zone position; - a connecting rod having a first end connected to said second piston and a second end eccentrically fixed on said annular lever;
Chock for mounting the roll pin of a roll used in steel processing and non-ferrous metal processing, with at least one lubricant receiving chamber on the roll-body side and with at least one lubricant receiving chamber on the outflow side, which chambers are arranged below the deepest bearing point, as well as connecting bores between the lubricant receiving chambers on the roll-body side and outflow side, characterised in that the lubricant is collected in additional lubricant receiving chambers (12, 15, 16) arranged above or at the level of the centre plane; and that the additional lubricant receiving chambers (15, 16) at the roll-body side are connected by separate bores with lubricant receiving chambers on the outflow side.
A process for producing vinylidene fluoride (VdF) polymer powder, comprising heat treating raw VdF polymer powder under high shear conditions in which a stirring peripheral speed is not less than 1 m/s, at such a temperature that the temperature of the polymer powder is not less than 100°C to less than the crystal melting temperature (Tm) of the polymer, wherein the VdF polymer powder has an N-methyl-2-pyrrolidone penetration rate of 12-100%, measured by the following method: - packing, into a vertically standing 8 mm inner diameter glass tube packed with absorbent cotton at a lower portion, 1 g of sea sand having a particle diameter of 0.1-0.3 mm on the absorbent cotton such that a lower sea sand layer having a flat surface is formed; - packing 1 g of the VdF polymer powder on the surface of the lower sea sand layer such that a VdF polymer powder layer is formed wherein the boundary surface between this layer and the lower sea sand layer as well as the surface of the VdF polymer powder layer are flat; - packing 1 g of the above sea sand on the surface of the VdF polymer powder layer such that an upper sea sand layer is formed wherein the boundary surface between this layer and the VdF polymer powder layer as well as the surface of the sea sand layer are flat; - subsequently pouring 5 mL N-methyl-2-pyrrolidone stained with methylene blue with a concentration of 0.05 wt.-% and a liquid temperature of 23° C onto the surface of the upper sea sand layer; - measuring, 3 minutes after the pouring, the depth of penetration of the methylene blue-stained N-methyl-2-pyrrolidone into the VdF polymer powder layer and the thickness of the VdF polymer powder layer; and - calculating the N-methyl-2-pyrrolidone penetration rate according to the formula 100 × penetration depth thickness of VdF polymer powder layer - packing, into a vertically standing 8 mm inner diameter glass tube packed with absorbent cotton at a lower portion, 1 g of sea sand having a particle diameter of 0.1-0.3 mm on the absorbent cotton such that a lower sea sand layer having a flat surface is formed; - packing 1 g of the VdF polymer powder on the surface of the lower sea sand layer such that a VdF polymer powder layer is formed wherein the boundary surface between this layer and the lower sea sand layer as well as the surface of the VdF polymer powder layer are flat; - packing 1 g of the above sea sand on the surface of the VdF polymer powder layer such that an upper sea sand layer is formed wherein the boundary surface between this layer and the VdF polymer powder layer as well as the surface of the sea sand layer are flat; - subsequently pouring 5 mL N-methyl-2-pyrrolidone stained with methylene blue with a concentration of 0.05 wt.-% and a liquid temperature of 23° C onto the surface of the upper sea sand layer; - measuring, 3 minutes after the pouring, the depth of penetration of the methylene blue-stained N-methyl-2-pyrrolidone into the VdF polymer powder layer and the thickness of the VdF polymer powder layer; and - calculating the N-methyl-2-pyrrolidone penetration rate according to the formula 100 × penetration depth thickness of VdF polymer powder layer
An axial flux electric motor comprising a rotor rotatably supported around an axis of rotation (Ar) and carrying a number RPN of magnetic poles (22,23), and a stator carrying a number SPN of poles (3a... 3n) distributed at regular angular intervals about the axis of rotation (Ar) of the rotor, each of the poles (3a... 3n) of the stator comprising a core (5a to 5c) extending in a radial direction of the stator and a winding of an electric conductor wound around the core (5a to 5c), the cores (5a to 5c) of the poles (3a... 3n) each being formed by a stack of laminations (7a to 7c) consisting of a grain-oriented electrical steel sheet, the grains of which are oriented in a preferred direction, the cores (5a to 5c) respectively being aligned along a pole axis of the respective pole (3a... 3n) which is directed axially parallel to the axis of rotation (Ar) of the rotor, wherein in a plan view on the head face of the core (5a to 5c) of at least one of the poles (3a... 3n), at least for one of the laminations (7a - 7c) forming this core (5a to 5c) the direction of the pole axis includes with the preferred direction of the grains of said lamination (7a to 7c) a tilt angle â which is greater than 0° and at most equal to 30°, wherein the rotor is movable in a forward and a reverse direction and wherein in at least one pole (3a... 3n) in at least one of the laminations (7a - 7c) forming the core (5a to 5c) of said pole (3a... 3n) the preferred direction, in which the grains of said lamination (7a to 7c) are oriented, deviates in the forward direction (Uf) from the direction of the pole axis, while in another lamination (7a to 7c) of the same core (5a to 5c) the preferred direction in which the grains of this lamination (7a to 7c) are oriented, deviates in the reverse direction (Ur) from the direction of the pole axis, characterized in that between the laminations (7a-7b), which preferred directions, in which the grains of the respective lamination (7a-7b) are oriented, deviate in opposite directions (Uf,Ur) from the direction of the pole axis of the respective pole (3a... 3n), an additional lamination is arranged and in that the preferred direction, in which the grains of the additional lamination are oriented, corresponds to the direction of the pole axis of the respective pole (3a... 3n).
Method for operating a weapon system, the weapon system being configured to be operated with a plurality of degrees of autonomy, the degrees of autonomy each establishing what proportion of a functionality and/or setup (5, 6, 7, 8, 9, 11, 17) of the weapon system is controlled by a control device of the weapon system and by a user of the weapon system, the method comprising: determining a current degree of autonomy of the weapon system, in which the weapon system is to be operated, by way of a regulation device of the weapon system; activating the current degree of autonomy in the weapon system by way of the regulation device; controlling the functionality and/or setup (5, 6, 7, 8, 9, 11, 17) of the weapon system in accordance with the activated degree of autonomy by way of the control device; and regulating the current degree of autonomy as a function of operating parameters by way of the regulation device; characterised in that the operating parameters include a user state of the user of the weapon system, which is detected using a detection device of the weapon system and includes vital parameters of the user. determining a current degree of autonomy of the weapon system, in which the weapon system is to be operated, by way of a regulation device of the weapon system; activating the current degree of autonomy in the weapon system by way of the regulation device; controlling the functionality and/or setup (5, 6, 7, 8, 9, 11, 17) of the weapon system in accordance with the activated degree of autonomy by way of the control device; and regulating the current degree of autonomy as a function of operating parameters by way of the regulation device; characterised in that the operating parameters include a user state of the user of the weapon system, which is detected using a detection device of the weapon system and includes vital parameters of the user.
A (meth)acrylic acid alkyl ester polymer that has a weight average molecular weight (Mw) measured by gel permeation chromatography method of 30,000 to 150,000 and a number average molecular weight (Mn) of less than 20,000 and that has 1.1 to 3.0 methyldimethoxysilyl groups, more than 0.5 methyldimethoxysilyl groups at side chains of a molecular chain, and more than 0.5 methyldimethoxysilyl groups at molecular chain terminals, per one molecule of the polymer, wherein the number of methyldimethoxysilyl groups, the number of methyldimethoxysilyl groups at side chains of a molecular chain, and the number of methyldimethoxysilyl groups at molecular chain terminals are calculated from the compositional ratio and the number average molecular weight (Mn).
Circuit assembly for the transmission of signals, wherein energising terminals (11, 12) for applying a voltage (U i) and a downstream assembly for generating a pulse sequence are provided, wherein said assembly is on the output side connected to a primary winding of an inductive transducer and a secondary winding of the inductive transducer is connected to a rectifier, to the output side of which a gate of a FET is connected, the FET serving as a switch between circuit breaking terminals (38, 39), characterised in that a voltage controller is connected to the energising terminals (11, 12) and the assembly for generating the pulse sequence comprises a first inverting gate provided with a feedback and a further component for inverting the signal, wherein the inverting gate is on the input side connected to the voltage controller via a capacitor.
A method of performing pre-processing for handover of a moving cell by a serving base station, the method comprising: transmitting a handover pre-processing request message including information on a handover history of the moving cell, to at least one neighboring base station adjacent to the serving base station; receiving a pre-processing response message including at least one of a random access preamble allocated from the neighboring base station, radio resource control, RRC, configuration of the neighboring base station and system information of the neighboring base station, from the neighboring base station; and transmitting the pre-processing response message to the moving cell before handover of the moving cell is initiated. transmitting a handover pre-processing request message including information on a handover history of the moving cell, to at least one neighboring base station adjacent to the serving base station; receiving a pre-processing response message including at least one of a random access preamble allocated from the neighboring base station, radio resource control, RRC, configuration of the neighboring base station and system information of the neighboring base station, from the neighboring base station; and transmitting the pre-processing response message to the moving cell before handover of the moving cell is initiated.
A trampoline enclosure system for a trampoline comprising: an enclosure formed from a barrier of a flexible material for in use surrounding a trampoline jumping surface and extending upwards around the jumping surface, the enclosure having an opening for ingress and egress, a door (9a, 9b, 9c) system having at least one door panel, sized and shaped to at least partly cover or close the opening, and at least one resilient door member (10a, 10b, 10c, 10d) attached around an edge of the at least one door panel and which comprises a pultruded fibreglass rod, so that opening and closing of the door panel causes bending and unbending of the at least one resilient door member, unbending of the at least one resilient door member (10a, 10b, 10c, 10d) releasing stored spring energy in the at least one resilient door member (10a, 10b, 10c, 10d), the at least one door panel being movable between an open position allowing the ingress and egress, and a closed position where the at least one door panel at least partly covers or closes the opening, the resilient door member (10a, 10b, 10c, 10d) acting to bias the at least one door panel to the closed position, and to return the at least one door panel to the closed position from the open position. an enclosure formed from a barrier of a flexible material for in use surrounding a trampoline jumping surface and extending upwards around the jumping surface, the enclosure having an opening for ingress and egress, a door (9a, 9b, 9c) system having at least one door panel, sized and shaped to at least partly cover or close the opening, and at least one resilient door member (10a, 10b, 10c, 10d) attached around an edge of the at least one door panel and which comprises a pultruded fibreglass rod, so that opening and closing of the door panel causes bending and unbending of the at least one resilient door member, unbending of the at least one resilient door member (10a, 10b, 10c, 10d) releasing stored spring energy in the at least one resilient door member (10a, 10b, 10c, 10d), the at least one door panel being movable between an open position allowing the ingress and egress, and a closed position where the at least one door panel at least partly covers or closes the opening, the resilient door member (10a, 10b, 10c, 10d) acting to bias the at least one door panel to the closed position, and to return the at least one door panel to the closed position from the open position.
Method for measuring the quantity of gas introduced into a gas tank via a filling station provided with a filling pipe comprising an upstream end connected to at least one source of pressurized gas and a downstream end connected to a tank that is to be filled, the filling pipe comprising a flow meter and a downstream isolation valve positioned between the flow meter and the downstream end of the filling pipe, the method comprising a step of transferring gas from the source to the tank, during which step the downstream isolation valve is open, a step of interrupting the transfer of gas with closure of the downstream valve, the method comprising a step of measuring, using the flow meter, the quantity of gas transferred during the transfer step, the method comprising a step of generating a signal indicating the corrected quantity of gas transferred, the corrected quantity of gas transferred being obtained by adding a positive or negative determined corrective quantity to the measured quantity of gas transferred, as measured by the flow meter during the transfer step, the determined corrective quantity being the difference between, on the one hand, the measured or calculated quantity of gas situated downstream of the flow meter in the filling pipe prior to the transfer step and, on the other hand, the measured or calculated quantity of gas situated in the filling pipe downstream of the flow meter during and/or at the end of the transfer step, and characterized in that the step of generating a signal indicating the corrected quantity of gas transferred is performed several times during the course of the transfer step, which means to say that the difference between, on the one hand, the measured or calculated quantity of gas situated downstream of the flow meter in the filling pipe before the transfer step and, on the other hand, the measured or calculated quantity of gas situated in the filling pipe downstream of the flow meter during filling, is calculated several times during the course of the filling at successive moments in time, and in that the last-generated signal indicating the corrected quantity of gas transferred replaces the previous signal indicating the corrected quantity of gas transferred generated during the course of the same filling operation.
Display device for a motor vehicle, having - a flexible display apparatus; - an adjusting apparatus which is configured to move the display apparatus from a stowage position into a use position; wherein the adjusting apparatus is configured to bend the display apparatus from the stowage position into the use position, characterised in that the display apparatus has several layers (40, 42, 44, 46) arranged above one another, wherein exclusively the upper layer is fastened in a first end region of the display apparatus to a component different from the display apparatus and the layers (40, 42, 44, 46) of the display apparatus are mutually connected by means of a clamping apparatus at a free end region of the display apparatus arranged opposite to the first end region. - a flexible display apparatus; - an adjusting apparatus which is configured to move the display apparatus from a stowage position into a use position; wherein the adjusting apparatus is configured to bend the display apparatus from the stowage position into the use position, characterised in that the display apparatus has several layers (40, 42, 44, 46) arranged above one another, wherein exclusively the upper layer is fastened in a first end region of the display apparatus to a component different from the display apparatus and the layers (40, 42, 44, 46) of the display apparatus are mutually connected by means of a clamping apparatus at a free end region of the display apparatus arranged opposite to the first end region.