mhurhangee/ep-ind-claims huggingface dataset:
An atomic sensing system comprising: an atomic sensing device configured to generate an output signal along an output axis in response to a plurality of control parameters; a signal generator configured to apply a reference signal to a physical cross-axis that is approximately orthogonal with respect to the output axis, wherein the reference signal is an AC magnetic field signal; and a phase measurement system configured to: demodulate the output signal relative to the reference signal to measure a relative phase alignment between the output axis and a physical axis of the atomic sensing device based on the reference signal, wherein the output signal is unaffected by the reference signal if the reference signal and the output signal are exactly orthogonal with respect to each other and the physical axis is a geometric axis of the atomic sensing device that is exactly collinear with the output axis at an exactly zero-degree phase alignment between the output axis and the physical axis; and adjust at least one of the plurality of control parameters to control the relative phase alignment to mitigate a phase misalignment between the output axis and the physical axis of the atomic sensing device. an atomic sensing device configured to generate an output signal along an output axis in response to a plurality of control parameters; a signal generator configured to apply a reference signal to a physical cross-axis that is approximately orthogonal with respect to the output axis, wherein the reference signal is an AC magnetic field signal; and a phase measurement system configured to: demodulate the output signal relative to the reference signal to measure a relative phase alignment between the output axis and a physical axis of the atomic sensing device based on the reference signal, wherein the output signal is unaffected by the reference signal if the reference signal and the output signal are exactly orthogonal with respect to each other and the physical axis is a geometric axis of the atomic sensing device that is exactly collinear with the output axis at an exactly zero-degree phase alignment between the output axis and the physical axis; and adjust at least one of the plurality of control parameters to control the relative phase alignment to mitigate a phase misalignment between the output axis and the physical axis of the atomic sensing device. demodulate the output signal relative to the reference signal to measure a relative phase alignment between the output axis and a physical axis of the atomic sensing device based on the reference signal, wherein the output signal is unaffected by the reference signal if the reference signal and the output signal are exactly orthogonal with respect to each other and the physical axis is a geometric axis of the atomic sensing device that is exactly collinear with the output axis at an exactly zero-degree phase alignment between the output axis and the physical axis; and adjust at least one of the plurality of control parameters to control the relative phase alignment to mitigate a phase misalignment between the output axis and the physical axis of the atomic sensing device.
A suspension for oral administration, comprising: (a) particles containing amorphous tolvaptan; (b) hydroxypropyl methylcellulose (HPMC); and (c) a solvent. (a) particles containing amorphous tolvaptan; (b) hydroxypropyl methylcellulose (HPMC); and (c) a solvent.
A flame retardant thermoplastic resin composition, comprising: 100 parts by weight of a base resin that comprises 10 to 90 % by weight of an aromatic vinyl compound-conjugated diene compound-aromatic vinyl compound copolymer graft-polymerized with a reactive emulsifier and 10 to 90 % by weight of an aromatic vinyl compound-vinyl cyan compound copolymer; 1 to 30 parts by weight of a bromine-based flame retardant; 0.5 to 8 parts by weight of an antimony-based compound; and 0.1 to 5 parts by weight of a polyol compound. 100 parts by weight of a base resin that comprises 10 to 90 % by weight of an aromatic vinyl compound-conjugated diene compound-aromatic vinyl compound copolymer graft-polymerized with a reactive emulsifier and 10 to 90 % by weight of an aromatic vinyl compound-vinyl cyan compound copolymer; 1 to 30 parts by weight of a bromine-based flame retardant; 0.5 to 8 parts by weight of an antimony-based compound; and 0.1 to 5 parts by weight of a polyol compound.
A method for scalable video coding, comprising at least the following: - encoding into a bitstream an indication indicating whether storing of motion fields in a buffer or a memory is needed, motion fields including motion information for each of a plurality of blocks of one or more picture of a base layer, wherein the encoding comprises: - encoding into a bitstream an indication indicating whether or not motion fields are used within a base layer for temporal motion vector prediction of another picture; and - encoding into a bitstream an indication indicating whether or not inter-layer motion prediction is allowed to be used, - wherein the indications encoded into the bitstream indicate that the motion fields of the base layer are used only for inter-layer motion prediction of a respective block and not for temporal motion vector prediction of the same respective block of another pictures, and - wherein when the temporal motion vector prediction is not used within the base layer for temporal motion vector prediction of another picture, indicating that storing the motion fields of the base layer in a buffer or a memory is needed in which the motion fields are used for inter-layer motion prediction for another layer unless the another layer is not present in the bitstream to be encoded in which case the motion fields of the base layer are not to be stored. - encoding into a bitstream an indication indicating whether storing of motion fields in a buffer or a memory is needed, motion fields including motion information for each of a plurality of blocks of one or more picture of a base layer, wherein the encoding comprises: - encoding into a bitstream an indication indicating whether or not motion fields are used within a base layer for temporal motion vector prediction of another picture; and - encoding into a bitstream an indication indicating whether or not inter-layer motion prediction is allowed to be used, - wherein the indications encoded into the bitstream indicate that the motion fields of the base layer are used only for inter-layer motion prediction of a respective block and not for temporal motion vector prediction of the same respective block of another pictures, and - wherein when the temporal motion vector prediction is not used within the base layer for temporal motion vector prediction of another picture, indicating that storing the motion fields of the base layer in a buffer or a memory is needed in which the motion fields are used for inter-layer motion prediction for another layer unless the another layer is not present in the bitstream to be encoded in which case the motion fields of the base layer are not to be stored.
An articulation joint for coupling first and second tubular members (12, 14) in a desired angular relationship, the articulation joint comprising a first articulation member pivotably coupled to a second articulation member at a pivot point, the first articulation member including a first cylindrical post having a first peripheral surface, and the second articulation member including a second cylindrical post having a second peripheral surface, wherein the articulation joint is configured to exert an inward clamping force against the first articulation member and the second articulation member to clamp the first articulation member from pivotable movement relative to the second articulation member, characterized in that the articulation joint further comprises a first clamping member, including a first post portion having a first arcuate surface, and a second clamping member, including a second post portion having a second arcuate surface; in that the first post and the first post portion are configured to exert a radially outward clamping force against an inner surface of the first tubular member, the first peripheral surface and the first arcuate surface bearing against the inner surface of the first tubular member, and in that the second post and the second post portion are configured to exert a radially outward clamping force against an inner surface of the second tubular member, the second peripheral surface and the second arcuate surface bearing against the inner surface of the second tubular member, and in that the first articulation member includes a first head, the second articulation member includes a second head, and the first clamping member includes a first head portion, and the second clamping member includes a second head portion, the first head portion of the first clamping member and the second head portion of the second clamping member are positioned to clamp the first head of the first articulation member and the second head of the second articulation member therebetween.
Screw-type centrifugal wheel pump, comprising a pump housing with a pump inflow opening, comprising a screw-type centrifugal wheel with a hub and/or with a drive shaft, further comprising a cover plate, the cover plate being arranged on a side of the screw-type centrifugal wheel that is situated opposite the pump inflow opening and directly behind the screw-type centrifugal wheel, the cover plate comprising a central opening through which the hub or the drive shaft extends, the cover plate comprising a front side that is oriented towards the pump inflow opening, and the front side comprising a partial surface the course of which is embodied to be adapted to the rear side of the screw-type centrifugal wheel in such a way that a first gap of maximally up to 3 mm is formed between the front side of the cover plate and the rear side of the screw-type centrifugal wheel, a second gap being formed between the central opening of the cover plate and the hub and/or the drive shaft, the cover plate comprising at least one through-hole, which is arranged spaced apart from the central opening, the through-hole having an inlet opening towards the front side, the front side comprising a hollow and the inlet opening being arranged in the hollow, characterised in that the hollow is embodied at least partly by a bore extending substantially perpendicularly or perpendicularly to a rotary axis.
A nonaqueous electrolyte battery comprising a positive electrode active material layer containing a positive electrode active material, wherein the positive electrode active material contains a lithium manganese composite oxide containing sulfate and/or sulfate ions, and a lithium nickel composite oxide containing lithium hydroxide and a second alkaline compound that is not lithium hydroxide, characterized in that per unit mass of the positive electrode active material, the molar equivalent of the sulfate and/or the sulfate ions in the lithium manganese composite oxide is more than the molar equivalent of the lithium hydroxide in the lithium nickel composite oxide and less than the molar equivalent of the second alkaline compound in the lithium nickel composite oxide.
A cutting deck with a height adjustment assembly for a lawn mower, wherein the cutting deck is configured to be operably coupled to the lawn mower by a mounting assembly, the height adjustment assembly comprising: a first adjustment plate mounted on the cutting deck and defining a slot therein, wherein the slot comprises a first end and a second end, the first end of the slot being disposed forward of the second end of the slot; a crossbar comprising a first end rotatably mounted on the cutting deck, the crossbar being configured to be operably coupled to the mounting assembly; a control rod comprising a first projection extending outwardly therefrom, the first projection being slidably received in the slot of the first adjustment plate, and a first end of the control rod being pivotably mounted on the crossbar, characterized in that in response to the first projection of the control rod being slid within the slot from a first position to a second position, the control rod is configured to rotate the crossbar thereby vertically adjusting a portion of the cutting deck; wherein the first end of the control rod is pivotably mounted on a bracket, and the bracket is fixed to the crossbar; wherein the crossbar is pivotably suspended from lifting arms of the mounting assembly by a pair of linkage assemblies; and wherein each linkage assembly pivotably connects the crossbar to the mounting assembly so that rotation of the crossbar about its longitudinal center axis moves the portion of the cutting deck vertically. a first adjustment plate mounted on the cutting deck and defining a slot therein, wherein the slot comprises a first end and a second end, the first end of the slot being disposed forward of the second end of the slot; a crossbar comprising a first end rotatably mounted on the cutting deck, the crossbar being configured to be operably coupled to the mounting assembly; a control rod comprising a first projection extending outwardly therefrom, the first projection being slidably received in the slot of the first adjustment plate, and a first end of the control rod being pivotably mounted on the crossbar, characterized in that in response to the first projection of the control rod being slid within the slot from a first position to a second position, the control rod is configured to rotate the crossbar thereby vertically adjusting a portion of the cutting deck; wherein the first end of the control rod is pivotably mounted on a bracket, and the bracket is fixed to the crossbar; wherein the crossbar is pivotably suspended from lifting arms of the mounting assembly by a pair of linkage assemblies; and wherein each linkage assembly pivotably connects the crossbar to the mounting assembly so that rotation of the crossbar about its longitudinal center axis moves the portion of the cutting deck vertically.
Single seeder including a telescopic chassis of variable width, at least two carrier wheels, seeder elements distributed in a regular and adjustable manner on the said chassis and burying elements associated with the seeder elements, each seeder element defining a row of seeds, which is substantially coincident with the median vertical plane of the corresponding seeder element and the distance between two neighbouring rows of seeds defining the gap, characterised in that each carrier wheel includes twin wheels (12, 13) and that the said twin wheels (12, 13) are spaced out from each other and arranged on either side of a row of seeds.
A pole, in particular a Nordic walking pole, having a pole tube, on the lower end whereof is provided an attachment to which a buffer made of rubber-elastic material is detachably secured, wherein the buffer has an insert made of hard material which is secured in a central recess of the buffer which recess is upwardly open in a direction to the attachment of the pole, characterized in that the buffer is detachably fastened to the attachment of the pole by means of a bayonet catch between the insert and the attachment.
Handle for a domestic appliance with a handle part embodied preferably as an elongated rod and with two separate fastening parts for fastening the handle part to an element of the domestic appliance at a distance, wherein the handle part and the two fastening parts have a unified surface structure formed from the same material, characterised in that the handle part and the fastening parts are embodied as an aluminium extruded profile and the two fastening parts are embodied as hollow profiles and a fastening and/or guiding element is embodied in one piece in each hollow space.
A valve lift adjustment arrangement for a mechanically controllable valve drive arrangement, having at least one intermediate lever arrangement, wherein the intermediate lever arrangement has at least one intermediate lever with a working curve, which lever is mounted, at least by way of a first roller, movably in a slotted-guide track and is operatively connected to a camshaft arrangement and to a valve lift adjustment device, wherein the camshaft arrangement acts, by way of a further roller, on the intermediate lever arrangement and wherein the valve lift adjustment device has a rotatable eccentric shaft which acts, by way of a second roller situated on the bearing shaft, on the intermediate lever arrangement, characterized in that the bearing shaft is eccentrically mounted such that the second roller is eccentrically mounted and has a tool engagement point for the alignment of the second roller and thus of the intermediate lever arrangement, wherein a sleeve or a shoulder is provided on either side of the bearing shaft whereby the eccentric arrangement of the bearing shaft is guaranteed such that a circumferential point of the second roller, in the case of rotation through an angle α, describes an arc shape deviating from a circular arc.
A light control system for controlling lighting in a room within a hospital environment, the control system comprising, - a controller having an input for receiving a first sensor signal indicative of a location or movement of a clinical instrument, and an output for outputting at least a first control signal to a controllable light, where the controller is configured to generate the first control signal in response to the first sensor signal, - a time-scheduler configured to delay the outputting or the generation of the first control signal, where the delay is set relative to a time of receipt of the first sensor signal. - a controller having an input for receiving a first sensor signal indicative of a location or movement of a clinical instrument, and an output for outputting at least a first control signal to a controllable light, where the controller is configured to generate the first control signal in response to the first sensor signal, - a time-scheduler configured to delay the outputting or the generation of the first control signal, where the delay is set relative to a time of receipt of the first sensor signal.
A system for a three dimensional printer, comprising: a plurality of containers configured in an array to dispense material, said containers each having a material dispensing end, and the containers organized within the system so that each dispensing end of each container is oriented towards a common, single deposition point; and the system being characterised by: a piston mounted on an arm, said arm rotatable to align said piston with mounts of each of said containers, said mounts of said containers each translatable under actuation by said piston to a deposition position at which said containers dispense material and translatable under influence of a biasing mechanism to return to an original position at which said containers do not dispense material; wherein the array of containers is mounted on a stage translatable along an axis. a piston mounted on an arm, said arm rotatable to align said piston with mounts of each of said containers, said mounts of said containers each translatable under actuation by said piston to a deposition position at which said containers dispense material and translatable under influence of a biasing mechanism to return to an original position at which said containers do not dispense material; wherein the array of containers is mounted on a stage translatable along an axis.
An information reproducing apparatus, comprising: a secure module configured to store a first information and second information in the secure module, wherein the secure module cannot be accessed from outside; a memory configured to store a third information updated by an updating unit, the third information used to reproduce the second information in an unswappable area thereof, wherein the memory can be accessed from outside; a falsification checking unit that is loaded on the secure module, wherein the falsification checking unit is arranged to read the third information from the memory by direct access without using a driver that operates using the operating system, to compare the third information with the first information in the secure module, and to check a falsification of the third information based on a result of the comparison without using an operating system of the information reproducing apparatus; and a transmitting unit that transmits the second information stored in the secure module to the memory using the driver when the falsification of the third information stored in the memory is not found by the falsification checking unit. a secure module configured to store a first information and second information in the secure module, wherein the secure module cannot be accessed from outside; a memory configured to store a third information updated by an updating unit, the third information used to reproduce the second information in an unswappable area thereof, wherein the memory can be accessed from outside; a falsification checking unit that is loaded on the secure module, wherein the falsification checking unit is arranged to read the third information from the memory by direct access without using a driver that operates using the operating system, to compare the third information with the first information in the secure module, and to check a falsification of the third information based on a result of the comparison without using an operating system of the information reproducing apparatus; and a transmitting unit that transmits the second information stored in the secure module to the memory using the driver when the falsification of the third information stored in the memory is not found by the falsification checking unit.
A compressed menstrual tampon comprising an elongated generally rod-shaped absorption body having an insertion end and a withdrawal end and having a withdrawal string extending from the withdrawal end, and the absorption body has at least two wave shaped compression lines extending continuously from the insertion end to the withdrawal end, characterised in that each wave shaped compression line has 1-6 full waves, each full wave comprising a wave crest and a wave trough, and wherein the at least two wave shaped compression lines are arranged in a non-congruent pattern.