mhurhangee/ep-ind-claims huggingface dataset:
A device for accommodating a freeze-dried pharmaceutical product for reconstitution, comprising: a vessel having at its opening end an opening edge and an adjoining longitudinal portion with an evenly formed inner cross section, and a front plunger to be positioned inside the vessel at the longitudinal portion, wherein the front plunger is configured to be positioned inside the vessel in a sealing state, in which the front plunger is fully inserted in the vessel, or in an exchange state, in which the front plunger is inserted partly in the vessel and partly protrudes over the opening edge of the vessel, and wherein the front plunger comprises sealing means that are configured to seal the inside of the vessel against the outside when the front plunger is positioned in the sealing state and that comprise at least one sealing rib - first sealing rib, and the front plunger further comprising one or more communicating grooves that are configured to place the inside and outside of the vessel in communication with each other when the front plunger is positioned in the exchange state, wherein the sealing means are dimensioned and/or structured in such a way that the front plunger, when an underpressure of predefined strength is applied to the outer environment of the vessel, is caused to move inside the vessel toward its opening end; characterized in that the front plunger comprises at its outer end side a conically tapered tip, preferably with the apex lying on the center axis of the front plunger. a vessel having at its opening end an opening edge and an adjoining longitudinal portion with an evenly formed inner cross section, and a front plunger to be positioned inside the vessel at the longitudinal portion, wherein the front plunger is configured to be positioned inside the vessel in a sealing state, in which the front plunger is fully inserted in the vessel, or in an exchange state, in which the front plunger is inserted partly in the vessel and partly protrudes over the opening edge of the vessel, and wherein the front plunger comprises sealing means that are configured to seal the inside of the vessel against the outside when the front plunger is positioned in the sealing state and that comprise at least one sealing rib - first sealing rib, and the front plunger further comprising one or more communicating grooves that are configured to place the inside and outside of the vessel in communication with each other when the front plunger is positioned in the exchange state, wherein the sealing means are dimensioned and/or structured in such a way that the front plunger, when an underpressure of predefined strength is applied to the outer environment of the vessel, is caused to move inside the vessel toward its opening end; characterized in that the front plunger comprises at its outer end side a conically tapered tip, preferably with the apex lying on the center axis of the front plunger.
System for preparing a predetermined quantity of beverage suitable for consumption using a product, comprising: an exchangeable capsule, and an apparatus comprising a receptacle for holding the exchangeable capsule, and a fluid dispensing device for supplying an amount of a fluid, such as water, to the exchangeable capsule, wherein the exchangeable capsule comprises a circumferential wall, a bottom closing the circumferential wall at a first end, and a lid closing the circumferential wall at a second end opposite the bottom, wherein the circumferential wall, the bottom and the lid enclose an inner space comprising the product, wherein the exchangeable capsule comprises an entrance area and the system is arranged for bringing the fluid dispensing device in fluid connection with the entrance area for supplying the fluid to the inner space for preparing the beverage, wherein the exchangeable capsule comprises an exit area and the system comprises an outlet which, in use, is in fluid communication with the exit area for draining the prepared beverage from the capsule and supplying the beverage to a container such as a cup, wherein the receptacle is arranged for draining the prepared beverage from the capsule through the exit area, wherein the circumferential wall comprises at least one additional wall element extending towards the inner space, characterized in that the product is an extractable product, in that the bottom comprises the entrance area, in that the lid comprises the exit area, in that the fluid dispensing device is arranged for supplying the fluid to the extractable product under a pressure of 4 - 20 bars, and in that the additional wall element forms a rib for providing additional stiffness.
Connection arrangement, comprising two connecting elements (2, 2') having a respective connecting flange (3, 3') on which a plurality of coupling elements are arranged along a peripheral direction and which has a substantially round external profile; and a coupling belt on which a plurality of opposing coupling elements are arranged which are configured to form a positive-locking connection with the coupling elements of the two connecting elements (2, 2') for the mutual rotation-proof fixing of the two connecting elements (2, 2'), wherein the connecting flanges (3, 3') of the connecting elements (2, 2') are oriented coaxially to one another; wherein the coupling belt is placed around the external profiles of the connecting flanges (3, 3'); and wherein the coupling elements of the two connecting elements (2, 2') are connected positively to the opposing coupling elements of the coupling belt; characterized by further comprising a joint-connecting rod which is provided with an axial external thread; wherein one of the connecting elements is configured as a connecting strut and the other connecting element is configured as a joint, a joint housing, a joint connection, or a connection adapter for attaching the connecting strut; wherein the connecting element configured as a connecting strut is provided with an axial threaded hole which is configured to receive the axial external thread of the joint-connecting rod; wherein the other connecting element is configured as an annular connection adapter which is configured with an internal contour which corresponds to the external contour of the joint-connecting rod, for attachment onto the joint-connecting rod; wherein the connecting element, configured as an annular connection adapter, is attached onto the joint-connecting rod; and wherein the joint-connecting rod engages in the axial threaded hole in the connecting element, configured as a connecting strut, via the axial external thread.
A valve actuator assembly comprising: an actuator housing coupled to a bonnet and a housing lid; a hydraulic cylinder positioned within the actuator housing and coupled to the bonnet; a piston positioned within the hydraulic cylinder and coupled to a spring lifter assembly; a spring positioned within the actuator housing and having a first end and a second end, the first end of the spring coupled to a lower surface of the housing lid and the second end being coupled to the spring lifter assembly; an operating stem coupled to the piston and positioned in a channel extending through the bonnet to a valve body assembly; and a pressure compensator (94, 96, 98); the pressure compensator (94, 96, 98) is arranged inside the actuator housing and configured to equalize a pressure external to the actuator and a fluid pressure within the actuator when the piston is moved, wherein the pressure compensator (94, 96, 98) comprises an internal piston, more particularly free-floating piston, which is configured to move to equalize pressure between (a) pressure immediately external to the valve actuator assembly and substantially surrounding the valve actuator assembly, and (b) fluid contained within the actuator housing, characterized in that the pressure compensator further comprises an outer sleeve guide and an inner sleeve guide. an actuator housing coupled to a bonnet and a housing lid; a hydraulic cylinder positioned within the actuator housing and coupled to the bonnet; a piston positioned within the hydraulic cylinder and coupled to a spring lifter assembly; a spring positioned within the actuator housing and having a first end and a second end, the first end of the spring coupled to a lower surface of the housing lid and the second end being coupled to the spring lifter assembly; an operating stem coupled to the piston and positioned in a channel extending through the bonnet to a valve body assembly; and a pressure compensator (94, 96, 98); the pressure compensator (94, 96, 98) is arranged inside the actuator housing and configured to equalize a pressure external to the actuator and a fluid pressure within the actuator when the piston is moved, wherein the pressure compensator (94, 96, 98) comprises an internal piston, more particularly free-floating piston, which is configured to move to equalize pressure between (a) pressure immediately external to the valve actuator assembly and substantially surrounding the valve actuator assembly, and (b) fluid contained within the actuator housing, characterized in that the pressure compensator further comprises an outer sleeve guide and an inner sleeve guide.
Electrical circuit (100, 200, 300), comprising: a signal processing chain (110, 210, 310) including an integrator configured to integrate an input signal with a fundamental wave over an integration time; said electrical circuit (100, 200, 300) further comprising: a controller (120, 220, 320) connected to a signal output of the signal processing chain (110, 210, 310) to receive and evaluate an output signal of the signal processing chain (110, 210, 310), and configured to adapt the integration time based on the output signal; characterized in that the controller (120, 220, 320) adapts the integration time to achieve a synchronization of at least 90% between the integration time and the period, taking into account a division factor between a system clock of the electrical circuit (100, 200, 300) and the period of a fundamental wave of the input signal. a signal processing chain (110, 210, 310) including an integrator configured to integrate an input signal with a fundamental wave over an integration time; said electrical circuit (100, 200, 300) further comprising: a controller (120, 220, 320) connected to a signal output of the signal processing chain (110, 210, 310) to receive and evaluate an output signal of the signal processing chain (110, 210, 310), and configured to adapt the integration time based on the output signal; characterized in that the controller (120, 220, 320) adapts the integration time to achieve a synchronization of at least 90% between the integration time and the period, taking into account a division factor between a system clock of the electrical circuit (100, 200, 300) and the period of a fundamental wave of the input signal. a controller (120, 220, 320) connected to a signal output of the signal processing chain (110, 210, 310) to receive and evaluate an output signal of the signal processing chain (110, 210, 310), and configured to adapt the integration time based on the output signal; characterized in that the controller (120, 220, 320) adapts the integration time to achieve a synchronization of at least 90% between the integration time and the period, taking into account a division factor between a system clock of the electrical circuit (100, 200, 300) and the period of a fundamental wave of the input signal.
Aqueous polyurethane-polyurethane urea dispersion based on A) one or more di- or higher-functional polyol(s) having a mean molecular weight of from 400 to 5000 daltons, B) optionally one or more di- or higher-functional polyol component(s) having a molecular weight of from 62 to 399 daltons, C) one or more compound(s) which are monofunctional within the scope of the isocyanate polyaddition reaction and have an ethylene oxide content of at least 50 wt.% and a molecular weight of at least 400 daltons, D) one or more di- or poly-isocyanate component(s), and E) a mixture E) of primary and/or secondary monoamino compounds E1) and primary and/or secondary diamino compounds E2), characterised in that at least one of components E1) and/or E2) carries sulfonate and/or carboxylate groups, and the mean amino functionality of the mixture E) is from 1.65 to 1.98, and the equivalent ratio of NCO groups in the NCO prepolymer to the total amount of isocyanate-reactive amino and hydroxyl groups of the mixture E) is from 1.04 to 1.9, wherein component E1) is diethylamine, ethanolamine or diethanolamine. A) one or more di- or higher-functional polyol(s) having a mean molecular weight of from 400 to 5000 daltons, B) optionally one or more di- or higher-functional polyol component(s) having a molecular weight of from 62 to 399 daltons, C) one or more compound(s) which are monofunctional within the scope of the isocyanate polyaddition reaction and have an ethylene oxide content of at least 50 wt.% and a molecular weight of at least 400 daltons, D) one or more di- or poly-isocyanate component(s), and E) a mixture E) of primary and/or secondary monoamino compounds E1) and primary and/or secondary diamino compounds E2),
A method for selecting a gear ratio of a vehicle driveline, comprising: gathering information relating to one or more parameters associated with the vehicle, the information comprising information relating to the nature of a terrain over which the vehicle is traveling; anticipating, based on the gathered information, an occurrence of an event relating to the vehicle for which a change in driveline gear ratio is needed; identifying a suitable driveline gear ratio for the anticipated event; generating a command signal representative of a request to change the gear ratio of the driveline (12 4) to the identified gear ratio; and communicating the command signal to a driveline subsystem of the vehicle, characterised by the method further comprising ignoring or suspending generation of the command signal representative of a request to change the gear ratio in dependence on the current or expected amount of load on the driveline and the terrain over which the vehicle is travelling. gathering information relating to one or more parameters associated with the vehicle, the information comprising information relating to the nature of a terrain over which the vehicle is traveling; anticipating, based on the gathered information, an occurrence of an event relating to the vehicle for which a change in driveline gear ratio is needed; identifying a suitable driveline gear ratio for the anticipated event; generating a command signal representative of a request to change the gear ratio of the driveline (12 4) to the identified gear ratio; and communicating the command signal to a driveline subsystem of the vehicle, characterised by the method further comprising ignoring or suspending generation of the command signal representative of a request to change the gear ratio in dependence on the current or expected amount of load on the driveline and the terrain over which the vehicle is travelling.
A cap sorting device, comprising a bearing stationary disc to which a motor-reducer group is attached, that, above the bearing stationary disc, is connected to a rotating disc, on the periphery of which evenly vertically axially movable dowel retainers are mounted, and aligned cap feeding groove incorrectly aligned cap discharging groove and correctly aligned cap discharging groove are located on the surface of the bearing stationary disc, characterized in that in top ends of the dowel retainers there are magnets mounted and above the rotating disc the first and the second control sectors are set, made of ferromagnetic material, mounted adjustably to the bearing stationary disc and between the bearing stationary disc and the rotating disc a removable format part is set; at its periphery there are symmetrically shaped seats for the caps; that removable format part is connected to the rotating disc so that the motor-reducer group imparts a rotational movement on the rotating disc and its connected elements, wherein along the periphery and on the stationary disc between said three cap grooves (9, 10, 11) stationary removable side spacers are fixed, in the direction of movement of the rotating disc, the size and shape of the seats of the removable format part and the removable side spacers are adapted to the size and shape of the caps, the device being configured such that after the cap feeding groove, the caps are accepted by the removable format part and fall between its seats and one of the side spacers, the device further being configured such that the dowel retainer is designed to hold the caps to the bearing stationary disc by means of said magnets and respective cylindrical return springs of each dowel retainer, wherein the magnet is adapted to lift the dowel retainer at the device inlet, overcoming the force of the return spring under the influence of magnetic forces of attraction to each of the first and the second control sectors, wherein when the dowel retainer comes out of the corresponding control sector (5, 6), the magnetic force disappears and the return spring presses it down, thereby fixing the cap, wherein once the area of the respective control sector is bypassed, the dowel retainers are returned to their lower position by the spring and correctly aligned caps are displayed by correctly-aligned cap groove.
A voice processing method, wherein the method comprises: when a terminal makes a video call or records a video, if a current video picture comprises a face, and a voice exists in a current environment, determining a target face in the current video picture; obtaining a target distance between the target face and the terminal; determining a target gain based on the target distance, wherein a larger target distance indicates a larger target gain; and performing enhancement processing on the voice based on the target gain, to obtain a target voice signal; characterized in that the obtaining a target distance between the target face and the terminal comprises: obtaining the target distance between the target face and the terminal based on a face-to-screen ratio of a face in the current video picture. when a terminal makes a video call or records a video, if a current video picture comprises a face, and a voice exists in a current environment, determining a target face in the current video picture; obtaining a target distance between the target face and the terminal; determining a target gain based on the target distance, wherein a larger target distance indicates a larger target gain; and performing enhancement processing on the voice based on the target gain, to obtain a target voice signal; characterized in that the obtaining a target distance between the target face and the terminal comprises: obtaining the target distance between the target face and the terminal based on a face-to-screen ratio of a face in the current video picture.
A battery apparatus comprising: an impedance detection circuit connected to a plurality of battery cells and configured and arranged to detect impedance values at different frequencies for each cell; a zero-crossing circuit configured and arranged to, for each cell, use the detected impedance values to determine a frequency of a zero crossing point of an imaginary part of an impedance curve for the cell; a mapping circuit configured and arranged to, for each cell, map the frequency of the zero crossing point to a model for the cell, and a temperature detection circuit configured and arranged to, for each cell, generate an indication of a temperature characteristic of the cell based on the map for the cell. an impedance detection circuit connected to a plurality of battery cells and configured and arranged to detect impedance values at different frequencies for each cell; a zero-crossing circuit configured and arranged to, for each cell, use the detected impedance values to determine a frequency of a zero crossing point of an imaginary part of an impedance curve for the cell; a mapping circuit configured and arranged to, for each cell, map the frequency of the zero crossing point to a model for the cell, and a temperature detection circuit configured and arranged to, for each cell, generate an indication of a temperature characteristic of the cell based on the map for the cell.
A cold forming method for forming power pins, the method comprising following steps: step 1: cutting out a blank; step 2: pushing said cut out blank into a first main mould and pre-forming a power pin body by necking; step 3: pushing the blank pre-formed in said step 2 into a second main mould and trimming the pre-formed power pin body, and pre-forming a pin fixing disk; and step 4: forming the pin fixing disk and a staggered weld leg of the power pin by pushing the blank obtained in step 3 into a third main mould for extrusion through a third die at a third stroke, wherein the third main mould and the third die are arranged on different axes, wherein a third section (III') of the power pin is extruded to form the staggered weld leg of the power pin and the pin fixing disk which is formed in a relative extrusion gap between the third die and the third main mould. step 1: cutting out a blank; step 2: pushing said cut out blank into a first main mould and pre-forming a power pin body by necking; step 3: pushing the blank pre-formed in said step 2 into a second main mould and trimming the pre-formed power pin body, and pre-forming a pin fixing disk; and step 4: forming the pin fixing disk and a staggered weld leg of the power pin by pushing the blank obtained in step 3 into a third main mould for extrusion through a third die at a third stroke, wherein the third main mould and the third die are arranged on different axes, wherein a third section (III') of the power pin is extruded to form the staggered weld leg of the power pin and the pin fixing disk which is formed in a relative extrusion gap between the third die and the third main mould.
A system implemented in a computing environment comprising a user interface configured to manipulate one or more parameter values associated with a stereo video scene, the user interface including an above view representation of at least part of a scene, the above view representation showing a viewer's viewpoint with respect to a screen location, the representation being interactive (444, 446, 448, 450, 470, 471) with respect to obtaining input for manipulating the one or more parameter values, wherein the user interface includes means (660, 662) for blending vergence values before and after a cut.