mhurhangee/ep-ind-claims huggingface dataset:
Anchoring assembly for a food preparation appliance for anchoring in a food preparation container of the food preparation appliance in such a way that a shaft of the anchoring assembly can extend from outside the food preparation container through a passage that leads into the inside of the food preparation container in order to be able to drive a tool inside the food preparation container for a mixing and/or chopping of a food, characterized in that the anchoring assembly comprises the shaft, an actuating element, an anchoring element and a locking element and the anchoring element comprises an anchoring device (12, 14) for anchoring the anchoring element to a food preparation container, the anchoring device (12, 14) being arranged between the actuating element and the locking element in a direction of an axis of rotation of the shaft, wherein the actuating element and the locking element are coupled to each other such that they are able to move together relative to the anchoring element.
A charge sharing filter, comprising: a rotating capacitor (C R); and a plurality of elementary filters (311, 312, 313), each elementary filter comprising: an elementary switch (φ i) coupled between a first node (A i) of the respective elementary filter and a second node (B i) of the respective elementary filter; and a history capacitor (C H) coupled to the first node (A i) of the respective elementary filter, wherein the second nodes (B i) of the plurality of elementary filters are interconnected with the rotating capacitor (C R) in one interconnecting node, wherein the second nodes (B i) of the plurality of elementary filters are interconnected with the rotating capacitor (C R) in one interconnecting node such that charges provided by a plurality of signal sources, each signal source connected to a respective first node (A i) of the plurality of elementary filters, are shared between the history capacitors (C H) of the plurality of elementary filters and the rotating capacitor (C R) depending on switching states of the elementary switches (φ i), wherein the charge sharing filter is configured to receive complex inputs applied to the respective history capacitors with specific different phases separated by ΔΦ = 2π/n, with n equal to the number of first nodes, and wherein the elementary switches (φi) of the plurality of elementary filters (311, 312, 313) are configured to be periodically switched based on a multi-phase switching signal. a rotating capacitor (C R); and a plurality of elementary filters (311, 312, 313), each elementary filter comprising: an elementary switch (φ i) coupled between a first node (A i) of the respective elementary filter and a second node (B i) of the respective elementary filter; and a history capacitor (C H) coupled to the first node (A i) of the respective elementary filter, an elementary switch (φ i) coupled between a first node (A i) of the respective elementary filter and a second node (B i) of the respective elementary filter; and a history capacitor (C H) coupled to the first node (A i) of the respective elementary filter, wherein the second nodes (B i) of the plurality of elementary filters are interconnected with the rotating capacitor (C R) in one interconnecting node, wherein the second nodes (B i) of the plurality of elementary filters are interconnected with the rotating capacitor (C R) in one interconnecting node such that charges provided by a plurality of signal sources, each signal source connected to a respective first node (A i) of the plurality of elementary filters, are shared between the history capacitors (C H) of the plurality of elementary filters and the rotating capacitor (C R) depending on switching states of the elementary switches (φ i), wherein the charge sharing filter is configured to receive complex inputs applied to the respective history capacitors with specific different phases separated by ΔΦ = 2π/n, with n equal to the number of first nodes, and wherein the elementary switches (φi) of the plurality of elementary filters (311, 312, 313) are configured to be periodically switched based on a multi-phase switching signal.
A film packaging having a front side extending in a longitudinal direction and a transverse direction (q) and a rear side extending in the longitudinal direction and in the transverse direction (q), wherein the front side and the rear side are interconnected by a transverse sealing seam running in the transverse direction, which forms a terminating edge of the film packaging, wherein in each case at least two lines of weakness running in the longitudinal direction are arranged on the front side and on the rear side, which lines of weakness extend over the entire front side and the entire rear side in the longitudinal direction, characterized in that the lines of weakness are restricted in the transverse direction (q) to the middle third of the front side and the rear side of the film packaging.
Timepiece (2, 80) comprising a mechanical movement which comprises: - an indicator mechanism of at least one time data item, - a mechanical resonator (6, 6A) suitable for oscillating along a general oscillation axis about a neutral position corresponding to the minimum potential energy state thereof, - a maintenance device of the mechanical resonator forming therewith a mechanical oscillator which is arranged to pace the running of the indicator mechanism; the timepiece further comprising a device for regulating the medium frequency of said mechanical oscillator; characterised in that said regulation device (20, 52, 52A) is of the mechanical type, this mechanical regulation device being formed by a mechanical auxiliary oscillator (22, 22A, 54, 96), which defines a master oscillator, and by a mechanical braking device (24, 56, 56A) of said mechanical resonator; and in that the mechanical braking device is arranged to be able to apply to said mechanical resonator (6, 6A) a dissipative mechanical braking torque during periodic braking pulses which are generated at a braking frequency selected merely as a function of a set-point frequency for said mechanical oscillator, which defines a slave oscillator, and determined by said master oscillator, the mechanical system formed by said mechanical resonator and the mechanical braking device being configured so as to enable the mechanical braking device (24, 56, 56A) to be able to start said periodic braking pulses at any position of said mechanical resonator in a range of positions, along said general oscillation axis, which extends at least on a first of the two sides of the neutral position of said mechanical resonator over at least a range of amplitudes that said slave oscillator is liable to have on this first side for a usable operating range of this slave oscillator. - an indicator mechanism of at least one time data item, - a mechanical resonator (6, 6A) suitable for oscillating along a general oscillation axis about a neutral position corresponding to the minimum potential energy state thereof, - a maintenance device of the mechanical resonator forming therewith a mechanical oscillator which is arranged to pace the running of the indicator mechanism;
A power supply system, comprising: three power supplies (103; 104; 105); each of the power supplies (103; 104; 105) being configured in parallel with respect to each of the other power supplies; characterized in that the power supplies (103; 104; 105) collectively configured to supply a predetermined amount of power, to at least one load, when one of the power supplies (103; 104; 105) is in an offline state and the remaining power supplies (103; 104; 105) are in an online state; and a self-test control circuit, connected to each of the power supplies (103; 104; 105) individually, configured to, when all of the power supplies (103; 104; 105) are initially in an online state, cause a first one of the power supplies (103; 104; 105) to enter an offline state and test at least one power interrupting function of the first one of the power supplies (103; 104; 105), wherein the self-test control circuit is configured to return the first one of the power supplies (103; 104; 105) to an online state when testing of the first one of the power supplies (103; 104; 105) is complete and no critical condition is detected or to remain in an offline state if a critical condition is detected, and then cyclically test the power interrupting functions of the remaining power supplies (103; 104; 105). three power supplies (103; 104; 105); each of the power supplies (103; 104; 105) being configured in parallel with respect to each of the other power supplies; characterized in that the power supplies (103; 104; 105) collectively configured to supply a predetermined amount of power, to at least one load, when one of the power supplies (103; 104; 105) is in an offline state and the remaining power supplies (103; 104; 105) are in an online state; and a self-test control circuit, connected to each of the power supplies (103; 104; 105) individually, configured to, when all of the power supplies (103; 104; 105) are initially in an online state, cause a first one of the power supplies (103; 104; 105) to enter an offline state and test at least one power interrupting function of the first one of the power supplies (103; 104; 105), wherein the self-test control circuit is configured to return the first one of the power supplies (103; 104; 105) to an online state when testing of the first one of the power supplies (103; 104; 105) is complete and no critical condition is detected or to remain in an offline state if a critical condition is detected, and then cyclically test the power interrupting functions of the remaining power supplies (103; 104; 105).
A method performed by a base station, BS, in a wireless communication system using a plurality of frequency assignments, FAs, the method comprising: determining to deactivate a secondary-FA, S-FA, of one or more S-FAs while communicating with a mobile station, MS, over a primary-FA, P-FA, and the one or more S-FAs; sending a first message which requests to deactivate the S-FA, to the MS; and if activation of the S-FA is determined, sending a second message which requests to activate the S-FA, to the MS, wherein each of the first message and the second message comprises an S-FA bitmap which comprises S-FA information representing the S-FA and indicating said deactivation or said activation of the S-FA, and wherein the BS communicates with the MS over at least one FA excluding the deactivated FA. determining to deactivate a secondary-FA, S-FA, of one or more S-FAs while communicating with a mobile station, MS, over a primary-FA, P-FA, and the one or more S-FAs; sending a first message which requests to deactivate the S-FA, to the MS; and if activation of the S-FA is determined, sending a second message which requests to activate the S-FA, to the MS, wherein each of the first message and the second message comprises an S-FA bitmap which comprises S-FA information representing the S-FA and indicating said deactivation or said activation of the S-FA, and wherein the BS communicates with the MS over at least one FA excluding the deactivated FA.
Apparatus for securing and aligning an attached post in a pile, the apparatus comprising: the pile; a top plate for attaching to an upper surface of the pile, the top plate having an aperture through which passes the post; a plurality of adjusters, each connected to a first end of a linkage rod, which is connected at its opposite end to an associated pile engaging member, such that operation of each adjuster causes the associated pile engaging member to engage with an interior wall of the pile, characterised in that the plurality of pile engaging members are disposed around the circumference of a lower end plate, the post is welded to the lower end plate, and the plurality of adjusters protrude through the top plate. the pile; a top plate for attaching to an upper surface of the pile, the top plate having an aperture through which passes the post; a plurality of adjusters, each connected to a first end of a linkage rod, which is connected at its opposite end to an associated pile engaging member, such that operation of each adjuster causes the associated pile engaging member to engage with an interior wall of the pile, characterised in that the plurality of pile engaging members are disposed around the circumference of a lower end plate, the post is welded to the lower end plate, and the plurality of adjusters protrude through the top plate.
Leaktight electrochemical system, comprising: - a packaging; - a porous electrically conductive substrate (2S, 3S), forming a current collector and supporting, on at least one of its main faces, at least one continuous pattern of active material of an electrode (21, 31); the porous substrate being preferably based on carbon fibers; - at least one dense electrically conductive tab (4, 5), connected to the substrate at at least one electrically conductive junction obtained by sewing using at least one electrically conductive thread, the tab supporting, on each of its main faces, at least one sealing tape sealed to the packaging to ensure the leaktight closure thereof. - a packaging; - a porous electrically conductive substrate (2S, 3S), forming a current collector and supporting, on at least one of its main faces, at least one continuous pattern of active material of an electrode (21, 31); the porous substrate being preferably based on carbon fibers; - at least one dense electrically conductive tab (4, 5), connected to the substrate at at least one electrically conductive junction obtained by sewing using at least one electrically conductive thread, the tab supporting, on each of its main faces, at least one sealing tape sealed to the packaging to ensure the leaktight closure thereof.
A cuvette for the analysis of liquids, having inner and outer surfaces of pyramidal shape in a horizontal cross section with four side surfaces, which are connected to each other by curved surfaces, wherein side surfaces and curved surfaces merge towards the bottom of the cuvette into a transition area that is located above a ring followed by a cone above the bottom of the pyramidally shaped cuvette.
Creatine-protein matrix comprising i) at least one protein component selected from the group of whey protein concentrates, whey protein isolates, when protein hydrolysates or mixtures thereof, having a dry matter protein content of at least 55 wt.%, and ii) at least one creatine component selected from the group of creatine or a salt thereof, creatine monohydrate or mixtures thereof, characterised in that the creatine-protein matrix is a powder having an average particle size of from 10 to 250 μm and at least 50 % of the powder contains particles, each individual particle of which comprises both the creatine component and the protein component. i) at least one protein component selected from the group of whey protein concentrates, whey protein isolates, when protein hydrolysates or mixtures thereof, having a dry matter protein content of at least 55 wt.%, and ii) at least one creatine component selected from the group of creatine or a salt thereof, creatine monohydrate or mixtures thereof,
A method of decomposing dewatered waste material contaminated with radionuclides in a fluidized bed reactor, the method comprising: - mechanically feeding the dewatered waste material into the fluidized bed reactor; - injecting fluidizing gas into the fluidized bed reactor to fluidize bed media and form a fluidized bed in the fluidized bed reactor, the fluidizing gas comprising superheated steam; and - decomposing the dewatered waste material in the fluidized bed reactor; wherein the dewatered waste material comprises spent ion exchange resin; and wherein the dewatered waste material is fed into the fluidized bed reactor in a non-slurry form with a water content of no more than 70 wt% and optionally with substantially all of the free water removed. - mechanically feeding the dewatered waste material into the fluidized bed reactor; - injecting fluidizing gas into the fluidized bed reactor to fluidize bed media and form a fluidized bed in the fluidized bed reactor, the fluidizing gas comprising superheated steam; and - decomposing the dewatered waste material in the fluidized bed reactor; wherein the dewatered waste material comprises spent ion exchange resin; and wherein the dewatered waste material is fed into the fluidized bed reactor in a non-slurry form with a water content of no more than 70 wt% and optionally with substantially all of the free water removed.
A cooktop, comprising: a cover plate having at least one hotplate, and a cooktop bottom, wherein the cover plate is connected in a force-transmitting manner to the cooktop bottom in a mounted state of the cooktop by means of at least one connecting strip arranged on the cover plate and by means of at least one connecting means arranged on the cooktop bottom and designed so as to correspond to the connecting strip, a cross section of the connecting strip is designed as a latch profile and the connecting means is designed as a latch means corresponding to the latch profile, wherein the latch means is in latching engagement with the latch profile when the cooktop is in the mounted state, wherein the locking profile and the locking means are designed to match such that the locking profile can be manually locked with the locking means when bringing the cooktop into its mounted state, wherein locking of the locking profile with the locking means in the mounted state of the cooktop can only be released by means of a tool, in particular a tool designed as a flat-blade screwdriver, characterized in that at least one tool opening is formed in the cooktop bottom such that, in order to release the locking, it is merely necessary to insert the tool into the tool opening and to rotate the tool in the tool opening. a cover plate having at least one hotplate, and a cooktop bottom, wherein the cover plate is connected in a force-transmitting manner to the cooktop bottom in a mounted state of the cooktop by means of at least one connecting strip arranged on the cover plate and by means of at least one connecting means arranged on the cooktop bottom and designed so as to correspond to the connecting strip, a cross section of the connecting strip is designed as a latch profile and the connecting means is designed as a latch means corresponding to the latch profile, wherein the latch means is in latching engagement with the latch profile when the cooktop is in the mounted state, wherein the locking profile and the locking means are designed to match such that the locking profile can be manually locked with the locking means when bringing the cooktop into its mounted state, wherein locking of the locking profile with the locking means in the mounted state of the cooktop can only be released by means of a tool, in particular a tool designed as a flat-blade screwdriver, characterized in that at least one tool opening is formed in the cooktop bottom such that, in order to release the locking, it is merely necessary to insert the tool into the tool opening and to rotate the tool in the tool opening.
A fishing device comprising • a frame, • a net, which is attached to the frame, and • a light source is mounted on the frame characterised in that the frame forms an opening into the fishing device and wherein light beams are directed towards the field of operation to herd and guide aquatic animals into the net of the fishing device, and in that the light source is directed outwardly from the frame to form a circular or elliptical cone of light beams. • a frame, • a net, which is attached to the frame, and • a light source is mounted on the frame
A large lightweight coffin comprising: A curved outer shell of molded pulp and a flexible core material used as a reinforcing flexible spacer, wherein said flexible core material is conforming to and adhering to the interior of said shell, and an inner shell made of molded pulp or a flexible paper based material adhering to said core spacer material, and characterized in that said reinforcing flexible spacer is made of a spacer structure of molded pulp, and said curved outer shell is formed by slurried pulp whereby a smooth and even surface is provided. a flexible core material used as a reinforcing flexible spacer, wherein said flexible core material is conforming to and adhering to the interior of said shell, and an inner shell made of molded pulp or a flexible paper based material adhering to said core spacer material, and characterized in that said reinforcing flexible spacer is made of a spacer structure of molded pulp, and said curved outer shell is formed by slurried pulp whereby a smooth and even surface is provided.
A vehicle body behavior control device which is incorporated into a vehicle body having a plurality of wheels, the vehicle body behavior control device comprising: a behavior control mechanism which is configured to control behavior of the vehicle body; and a control part which is configured to control an operation of the behavior control mechanism based on an axle load applied to the wheel calculated using a gradient value (θ) of a road surface, wherein the behavior control mechanism is a brake mechanism, and the control part is configured to control an operation of applying braking to the wheel performed by the brake mechanism as the operation of the behavior control mechanism, and wherein the operation of applying braking to the wheel is an interlocking brake operation which applies a braking force to the plurality of wheels when an operation of applying braking to any one of the wheels is performed. a behavior control mechanism which is configured to control behavior of the vehicle body; and a control part which is configured to control an operation of the behavior control mechanism based on an axle load applied to the wheel calculated using a gradient value (θ) of a road surface, wherein the behavior control mechanism is a brake mechanism, and the control part is configured to control an operation of applying braking to the wheel performed by the brake mechanism as the operation of the behavior control mechanism, and wherein the operation of applying braking to the wheel is an interlocking brake operation which applies a braking force to the plurality of wheels when an operation of applying braking to any one of the wheels is performed.
Optical mirror for an x-ray fluorescence analysis device having an x-ray source for the radiation of a sample with x-ray radiation, an x-ray detector for the measurement of x-ray fluorescence radiation emitted by the sample and a camera to generate an optical control image of the radiated measurement position of a sample via the optical mirror which is arranged at an angle in the beam path of the x-ray source, wherein the optical mirror comprises a carrier having a mirror layer provided on the carrier, characterised in that the carrier has a planar base body, which has in the region of a passage window a recess for the x-ray radiation and in that a film which covers the planar base body and the recess on an outer side of the carrier forms the mirror layer, and in that the film is glued to the carrier and covers the recess of the carrier in a tension-free manner.