mhurhangee/ep-ind-claims huggingface dataset:
A pump for pumping molten metal such as aluminium comprised of a metal base defining a pumping chamber, a motor mount comprising a motor, an impeller located in said pumping chamber, at least one metal post extending between said metal base and said motor mount, a metal shaft extending between said motor and said impeller, at least one bearing ring (121; 122) engaging the impeller, the pumping chamber including an inlet and an outlet, a metal riser tube in fluid communication with the outlet, wherein said base is comprised of a plurality of mated steel plates (140; 141; 142; 143; 144) characterized in that the base comprises at least an inner most plate of a greatest thickness, two outermost plates of the thinnest thickness, and two intermediate plates of intermediate thickness and wherein the pumping chamber is defined by the inner most plate, wherein the shaft, post and riser tube are constructed of any high temperature resistant metal.
A device for controlling a ventilator by means of a detection unit for control commands, wherein the detection unit detects control commands of a user in a detection region of the detection unit, wherein the detection unit comprises at least one sensor for control commands, a memory, a device for generating digital control commands, and an interface for coupling to the ventilator and for sending the control commands to the ventilator, wherein the detection unit is coupled to a lighting unit for lighting the detection region and the lighting unit emits light in the visible range and/or in the infrared spectral range, wherein the ventilator comprises at least one display, characterized in that the device comprises at least one imaging unit, wherein the imaging unit is configured to additionally represent measured values, other information, and/or control elements in an expanded and three-dimensional manner and wherein particularly relevant information is represented spatially and enlarged and a display logic decides which information is relevant at the respective moment.
A method for managing consumption of resources by a plurality of consumption devices (200, 201, 202, 203) interconnected by way of a common distribution network, the method comprising the following steps: aligning the plurality of consumption devices (200, 201, 202, 203) so as to be interconnected by way of the common distribution network configured to provide a respective amount of the resources to each of the consumption devices (200, 201, 202, 203), at least one of the consumption devices (200, 201, 202, 203) having an input flow detector (110, 111, 112, 113) associated with the respective consumption device (200, 201, 202, 203), an output flow detector associated with the respective consumption device (200, 201, 202, 203), and a regulator for setting a permitted amount of resources available to be consumed by the respective consumption device (200, 201, 202, 203); selecting a plurality of management boundary levels for the common distribution network, each management boundary level corresponding to a different permitted proportion of resources the corresponding regulator of a consumption device (200, 201, 202, 203) may be set to; and for each consumption device (200, 201, 202, 203) having a regulator: calculating a consumer flow value as a ratio of the output detector indication and the input detector indication; and setting the regulator to a permitted proportion of resources selected by determining its corresponding least management boundary level which is still greater than the consumer flow value. aligning the plurality of consumption devices (200, 201, 202, 203) so as to be interconnected by way of the common distribution network configured to provide a respective amount of the resources to each of the consumption devices (200, 201, 202, 203), at least one of the consumption devices (200, 201, 202, 203) having an input flow detector (110, 111, 112, 113) associated with the respective consumption device (200, 201, 202, 203), an output flow detector associated with the respective consumption device (200, 201, 202, 203), and a regulator for setting a permitted amount of resources available to be consumed by the respective consumption device (200, 201, 202, 203); selecting a plurality of management boundary levels for the common distribution network, each management boundary level corresponding to a different permitted proportion of resources the corresponding regulator of a consumption device (200, 201, 202, 203) may be set to; and for each consumption device (200, 201, 202, 203) having a regulator: calculating a consumer flow value as a ratio of the output detector indication and the input detector indication; and setting the regulator to a permitted proportion of resources selected by determining its corresponding least management boundary level which is still greater than the consumer flow value. calculating a consumer flow value as a ratio of the output detector indication and the input detector indication; and setting the regulator to a permitted proportion of resources selected by determining its corresponding least management boundary level which is still greater than the consumer flow value.
A method for detecting interconnect bypass by a subscription identity in a telecommunication network, said telecommunication network comprising a plurality of mobile switching centres, MSCs, each MSC serving a plurality of subscription identities, said method comprising the steps of: - setting, by a MSC, a bypass threshold value which indicates a number of originating calls from a single subscription identity per pre-defined period of time, said subscription identity served by said MSC; - monitoring, by said MSC, the number of originating calls from at least one of said plurality of subscription identities, served by said MSC, per said pre-defined period of time, and - detecting, by said MSC, when said monitored number of originating calls for one of said plurality of subscription identities exceeds said bypass threshold value, and issuing an alert message thereby indicating an interconnect bypass by said one of said plurality of subscription identities. - setting, by a MSC, a bypass threshold value which indicates a number of originating calls from a single subscription identity per pre-defined period of time, said subscription identity served by said MSC; - monitoring, by said MSC, the number of originating calls from at least one of said plurality of subscription identities, served by said MSC, per said pre-defined period of time, and - detecting, by said MSC, when said monitored number of originating calls for one of said plurality of subscription identities exceeds said bypass threshold value, and issuing an alert message thereby indicating an interconnect bypass by said one of said plurality of subscription identities.
A drilling apparatus (100, 100') for removing plugging in a pipe, comprising: a drill bit for crushing the plugging in the pipe; an up-and-down adjustment handle being capable of adjusting of movement of the drill bit up and down; a drill handle being capable of adjusting the rotation of the drill bit; a screw being positioned on the same axis as the drill bit; a drill shaft including a first part surrounding the screw and a second part where the drill bit is fixed; and a guide shaft surrounding the first part of the drill shaft, wherein the up-and-down adjustment handle and the drill handle are disposed on an extension line of the axis of the screw, and wherein the drilling apparatus (100, 100') is provided in a body casing and further comprises a head cover mounted on the top of the body casing, the head cover being capable of collecting, in said head cover, crushed plugging which falls down during the removal of plugging by the drill bit. a drill bit for crushing the plugging in the pipe; an up-and-down adjustment handle being capable of adjusting of movement of the drill bit up and down; a drill handle being capable of adjusting the rotation of the drill bit; a screw being positioned on the same axis as the drill bit; a drill shaft including a first part surrounding the screw and a second part where the drill bit is fixed; and a guide shaft surrounding the first part of the drill shaft, wherein the up-and-down adjustment handle and the drill handle are disposed on an extension line of the axis of the screw, and wherein the drilling apparatus (100, 100') is provided in a body casing and further comprises a head cover mounted on the top of the body casing, the head cover being capable of collecting, in said head cover, crushed plugging which falls down during the removal of plugging by the drill bit.
A cylinder head assembly compatible with an engine having four adjacent cylinders, with a left-end cylinder (cylinder 1) on a far left side of the engine, a right-end cylinder (cylinder 4) on a far right side of the engine and two middle cylinders, a left middle cylinder (cylinder 2) and a right middle cylinder (cylinder 3), the cylinder head assembly comprising: at least one overhead camshaft passing over the left-end cylinder; an end support on the far left of the engine supporting a first end of the at least one camshaft; and a cam tower of the left middle cylinder (cylinder 2) for supporting the at least one overhead camshaft; wherein a portion of the at least one overhead camshaft extending over the left-end cylinder is supported by the left-end support and the cam tower of the left middle cylinder, thereby providing additional clearance for installation of oversized rocker arm assemblies on the left-end cylinder, each of the oversized rocker assemblies configured to engage a plurality of lobes of the at least one overhead camshaft. at least one overhead camshaft passing over the left-end cylinder; an end support on the far left of the engine supporting a first end of the at least one camshaft; and a cam tower of the left middle cylinder (cylinder 2) for supporting the at least one overhead camshaft; wherein a portion of the at least one overhead camshaft extending over the left-end cylinder is supported by the left-end support and the cam tower of the left middle cylinder, thereby providing additional clearance for installation of oversized rocker arm assemblies on the left-end cylinder, each of the oversized rocker assemblies configured to engage a plurality of lobes of the at least one overhead camshaft.
Electrical epilation appliance comprising: - a housing containing an electric motor associated with transmission means, - an epilation head which is connected to the housing and which comprises: - a hollow body defining an epilation chamber open at an epilation window comprising two straight parallel longitudinal edges (20, 21) and two curved transverse edges (22, 23), - an epilation roller which: - is arranged inside the epilation chamber so as to be flush with the epilation window, - is rotated about the axis Δ by the drive means, the axis Δ being parallel to the longitudinal edges (20, 21), - comprises a series of tweezers opening and closing as the roller rotates about the axis Δ, - means for defining the angular sectors, about the axis Δ, for opening and closing the tweezers of the epilation roller, characterised in that the epilation head comprises a flap rotatable about said axis Δ which defines at least one mobile longitudinal edge of the epilation window and which comprises a support heel on the area to be epilated extending in the extension of the mobile longitudinal edge opposite the epilation window and defining a contact surface with the skin of the area to be epilated. - a housing containing an electric motor associated with transmission means, - an epilation head which is connected to the housing and which comprises: - a hollow body defining an epilation chamber open at an epilation window comprising two straight parallel longitudinal edges (20, 21) and two curved transverse edges (22, 23), - an epilation roller which: - is arranged inside the epilation chamber so as to be flush with the epilation window, - is rotated about the axis Δ by the drive means, the axis Δ being parallel to the longitudinal edges (20, 21), - comprises a series of tweezers opening and closing as the roller rotates about the axis Δ, - means for defining the angular sectors, about the axis Δ, for opening and closing the tweezers of the epilation roller,
A method performed by an apparatus comprising: setting a bandwidth for receiving a desired channel of a frequency modulated FM, broadcast signal based on measured signal properties of another channel (220, 230) that is immediately adjacent to the desired channel such that the set bandwidth is in an inverse relationship to an indication of FM modulation level of the other channel (220, 230); and receiving the desired channel, including information carried by the FM broadcast signal, in response to setting the bandwidth based on the measured signal properties; characterized in that setting the bandwidth includes accounting for the signal properties as a function of a selected maximum bandwidth minus: an indication or function of amplitude-level difference between a measured amplitude of the desired channel and a measured amplitude of the other channel (220, 230), multiplied by the indication of FM modulation level of the other channel (220, 230). setting a bandwidth for receiving a desired channel of a frequency modulated FM, broadcast signal based on measured signal properties of another channel (220, 230) that is immediately adjacent to the desired channel such that the set bandwidth is in an inverse relationship to an indication of FM modulation level of the other channel (220, 230); and receiving the desired channel, including information carried by the FM broadcast signal, in response to setting the bandwidth based on the measured signal properties; characterized in that setting the bandwidth includes accounting for the signal properties as a function of a selected maximum bandwidth minus: an indication or function of amplitude-level difference between a measured amplitude of the desired channel and a measured amplitude of the other channel (220, 230), multiplied by the indication of FM modulation level of the other channel (220, 230).
A method performed by a programmed computer system for controlling displacement of a free-piston assembly in a free-piston engine based on a target apex position, the method comprising: a) determining a current position of the free-piston assembly using an encoder, wherein the current position is any position between BDC and TDC, inclusive; b) determining a position-force trajectory for displacing the free-piston assembly based on a value indicative of an amount of work to be performed on the free-piston assembly from the current position to the target apex position without regard to a previously determined position-force trajectory; c) effecting displacement of the free-piston assembly based on the position-force trajectory; and d) repeating a) through c) during a stroke until the programmed computer system determines to cease or the free piston assembly reaches an actual apex position. a) determining a current position of the free-piston assembly using an encoder, wherein the current position is any position between BDC and TDC, inclusive; b) determining a position-force trajectory for displacing the free-piston assembly based on a value indicative of an amount of work to be performed on the free-piston assembly from the current position to the target apex position without regard to a previously determined position-force trajectory; c) effecting displacement of the free-piston assembly based on the position-force trajectory; and d) repeating a) through c) during a stroke until the programmed computer system determines to cease or the free piston assembly reaches an actual apex position.
A node for use in a radio access network, RAN, configured for operation over a radio interface with a wireless terminal, the node comprising: a computer-implemented node radio resource control, RRC, unit configured to prepare a measurement request message for transmission to the wireless terminal, the measurement request message being configured both to direct the wireless terminal to perform measurements relative to position determination signals transmitted from plural cells of the radio access network and to provide a parameter which specifies or influences shortening or eliminating at least one of non-reception periods or non-transmission periods of a discontinuous mode; and a transceiver configured to transmit the measurement request message to the wireless terminal over the radio interface. a computer-implemented node radio resource control, RRC, unit configured to prepare a measurement request message for transmission to the wireless terminal, the measurement request message being configured both to direct the wireless terminal to perform measurements relative to position determination signals transmitted from plural cells of the radio access network and to provide a parameter which specifies or influences shortening or eliminating at least one of non-reception periods or non-transmission periods of a discontinuous mode; and a transceiver configured to transmit the measurement request message to the wireless terminal over the radio interface.
A chewing paste having a fat content of less than 3%, the percentage being expressed by weight relative to the total weight of the chewing paste, characterized in that it comprises a mixture of a non-fibrous starch hydrolyzate and a plant fiber, said non-fibrous starch hydrolyzate being a maltodextrin.
An apparatus comprising means (50, 54, 56) for performing: acquiring, from a received frame, a set of samples associated with a position of a control information element in the frame; inputting the set of samples to nodes of an input layer of a neural network, the input layer having the same number of nodes as a number of samples in the set of samples; processing the set of samples in the neural network that has been trained, before receiving the set of samples, to decode one or more determined values of the control information element and to detect discontinuous transmission; outputting (308, 310), in an output layer of the neural network, an indicator indicating a decoded value of the control information element comprised in the set of samples or an indicator indicating the discontinuous transmission, training the neural network by training inputs to the neural network, the training inputs comprising all possible values of the control information element as corrupted by simulated noise, wherein the simulated noise simulates one or more radio channel models, the training inputs further comprising payload data samples or samples comprising randomly generated bits as a discontinuous transmission training input. acquiring, from a received frame, a set of samples associated with a position of a control information element in the frame; inputting the set of samples to nodes of an input layer of a neural network, the input layer having the same number of nodes as a number of samples in the set of samples; processing the set of samples in the neural network that has been trained, before receiving the set of samples, to decode one or more determined values of the control information element and to detect discontinuous transmission; outputting (308, 310), in an output layer of the neural network, an indicator indicating a decoded value of the control information element comprised in the set of samples or an indicator indicating the discontinuous transmission, training the neural network by training inputs to the neural network, the training inputs comprising all possible values of the control information element as corrupted by simulated noise, wherein the simulated noise simulates one or more radio channel models, the training inputs further comprising payload data samples or samples comprising randomly generated bits as a discontinuous transmission training input.
Method for accessing a passenger transportation device control means comprising several separated printed circuit boards (20, 24, 26, 28), whereby each of these PCBs comprises a unique identifier, and in which method the passenger transportation device control means comprise a matching table which is used by the passenger transportation device control means to perform a matching test to check the identifier of at least two of the PCBs (20, 24, 26, 28) and to put the passenger transportation device control means into normal operation only if their IDs match the IDs of the matching table, whereby via the connection of a service tool to the passenger transportation device control means or via a terminal of the passenger transportation device control means a key is entered into the passenger transportation device control means, characterized in that the key enables the passenger transportation device control means to be set into a fault finding mode (60 - 66), in which fault finding mode (60 - 66) the passenger transportation device control means are initiated to skip the matching test before starting operation, whereby the fault finding mode (60 - 66) is terminated at the latest when the key-based connection of the service tool with the passenger transportation device control means is terminated and/or upon entering a deactivation command into the terminal or via the service tool, and that during the fault finding mode (60 - 66) the service technician is able to change the matching table of the passenger transportation device control means via the key to include a different ID of a replacement or testing PCB (20, 24, 26, 28).
Process for preparing metal films comprising (a) depositing a metal-containing compound from the gaseous state onto a solid substrate and (b) bringing the solid substrate with the deposited metal-containing compound in contact with a reducing agent in the gaseous state or in solution, wherein the reducing agent is a silylene or a compound of general formula,,, (IVa), (IVb), (Va) or (Vb) wherein R is hydrogen, an alkyl, alkenyl, aryl, or silyl group X is C, Si, or P, Y is S, NR, or CR 2, Z is nothing, H, alkyl, halogen, an amine, PR 2 or a boron species, and n is 0, 1 or 2. (a) depositing a metal-containing compound from the gaseous state onto a solid substrate and (b) bringing the solid substrate with the deposited metal-containing compound in contact with a reducing agent in the gaseous state or in solution, X is C, Si, or P, Y is S, NR, or CR 2, Z is nothing, H, alkyl, halogen, an amine, PR 2 or a boron species, and n is 0, 1 or 2.
Bed base, comprising a rigid frame having two parallel and spaced apart frame members and a leg support pivotally connected thereto, to which a footrest is hinged, wherein in the region of the frame members associated with the footrest a respective rotationally inhibited pivotable support lever is hinged, the free end of which is releasably held thereon against the upward pivoting direction of the footrest, characterized in that for rotational inhibition of the support lever a friction or silicone brake is arranged in the articulation region with the frame member on the support lever.
Measuring device for measuring an elasticity and a viscosity of a medium, wherein the measuring device comprises: A volume delimited by a first measuring device part for receiving the medium which is to be measured, a second measuring device part, projecting into the volume, wherein the first measuring device part can be moved relative to the second measuring device part about a predetermined axis in a rotational movement, characterized in that the first measuring device part is sealed against the second measuring device part by a gas flow seal. A volume delimited by a first measuring device part for receiving the medium which is to be measured, a second measuring device part, projecting into the volume, wherein the first measuring device part can be moved relative to the second measuring device part about a predetermined axis in a rotational movement, characterized in that the first measuring device part is sealed against the second measuring device part by a gas flow seal.