mhurhangee/ep-ind-claims huggingface dataset:
A telecommunications system, comprising: a unit (104, 112) configured to transport wireless communications between a base station and one or more user devices positioned in a coverage area, the unit (104, 150) including: an analog-to-digital converter configured for receiving wireless communication signals from the base station and digitizing the wireless communication signals into a first set of downlink data blocks and a second set of downlink data blocks, a first processing device, a memory device, and a second processing device communicatively coupled between the analog-to-digital converter, the memory device, and the first processing device, wherein the second processing device is configured to: capture the first set of downlink data blocks; store the first set of downlink data blocks to the memory device; transfer the first set of downlink data blocks to the first processing device subsequent to a selected number of data blocks being stored in the memory device; and capture the second set of downlink data blocks substantially simultaneously to transferring the first set of downlink data blocks to the first processing device. an analog-to-digital converter configured for receiving wireless communication signals from the base station and digitizing the wireless communication signals into a first set of downlink data blocks and a second set of downlink data blocks, a first processing device, a memory device, and a second processing device communicatively coupled between the analog-to-digital converter, the memory device, and the first processing device, wherein the second processing device is configured to: capture the first set of downlink data blocks; store the first set of downlink data blocks to the memory device; transfer the first set of downlink data blocks to the first processing device subsequent to a selected number of data blocks being stored in the memory device; and capture the second set of downlink data blocks substantially simultaneously to transferring the first set of downlink data blocks to the first processing device. capture the first set of downlink data blocks; store the first set of downlink data blocks to the memory device; transfer the first set of downlink data blocks to the first processing device subsequent to a selected number of data blocks being stored in the memory device; and capture the second set of downlink data blocks substantially simultaneously to transferring the first set of downlink data blocks to the first processing device.
A periodontal probe for measuring periodontal pocket depth, said periodontal probe comprising a handle portion, a probe portion and a passage extending from the handle portion through the probe portion, wherein the periodontal probe further comprises: - measuring means extending in the passage inside the periodontal probe from the handle portion through the probe portion and at least partly outside of the probe portion such that a part of the measuring means outside of the probe portion is to be inserted in the gum pocket, said measuring means are arranged movably in relation to the passage; - a magnet arranged at least partly inside the periodontal probe and said magnet is arranged in a magnetic contact with the measuring means for providing a force to the measuring means for controlling the movement of said measuring means, the magnet is arranged to draw the measuring means toward a friction surface arranged inside in the handle portion of the periodontal probe; and - a sensor, characterized in that the sensor is an accelerometer and is arranged to measure the movement of said measuring means within the passage and to measure the unevenness of the tooth enamel and the end of the tooth enamel such that the deviations in the tooth can be detected, the unevenness of the tooth enamel is estimated by calculating the standard deviation of the accelerometer signal when the probe is moving along the tooth such that the larger the standard deviation, the rougher is the surface. - measuring means extending in the passage inside the periodontal probe from the handle portion through the probe portion and at least partly outside of the probe portion such that a part of the measuring means outside of the probe portion is to be inserted in the gum pocket, said measuring means are arranged movably in relation to the passage; - a magnet arranged at least partly inside the periodontal probe and said magnet is arranged in a magnetic contact with the measuring means for providing a force to the measuring means for controlling the movement of said measuring means, the magnet is arranged to draw the measuring means toward a friction surface arranged inside in the handle portion of the periodontal probe; and - a sensor, characterized in that the sensor is an accelerometer and is arranged to measure the movement of said measuring means within the passage and to measure the unevenness of the tooth enamel and the end of the tooth enamel such that the deviations in the tooth can be detected, the unevenness of the tooth enamel is estimated by calculating the standard deviation of the accelerometer signal when the probe is moving along the tooth such that the larger the standard deviation, the rougher is the surface.
Rogowski coil assembly for measurement of high frequency electrical currents, comprising coil segments characterised in that said segments are disposed in series with retrospective impedance influence reduction coupling wherein the coils segments are not directly connected to each other but through the retrospective impedance coupling..
Use, in a waste treatment furnace, of retaining means to retain waste, floating on a surface of a molten metal bed, until it has been completely treated by the action of continuous movement of the molten metal bed, the waste treatment furnace comprising a tank of molten metal, at least one loading area for loading waste and at least one treatment area comprising the retaining means, arranged to be located above the molten metal surface when the waste treatment furnace is operating, where the tank of molten metal is carried out in a channel forming a closed circuit in which the molten metal will move in a continuous and cyclical manner due to the action of the driving means when the waste treatment furnace is operating, such that the waste is dragged by the molten metal so that it floats until it reaches the retaining means.
A method for predicting a channel quality on a downlink channel in a communication network comprising a communication network entity transmitting data on said downlink channel over a radio interface to one or more user equipments, each of which is transmitting data on an uplink channel to said communication network entity over said radio interface, characterised in that the method comprises the steps of: - receiving a channel quality indicator value from said user equipment(s) on said uplink channel; - deriving a needed downlink transmission power; - predicting a channel quality for the next data transmission on said downlink channel based on said received channel quality indicator value and said derived downlink transmission power, - receiving transmit power control, TPC, commands on said uplink channel from said user equipment; - monitoring timeslots in a transmission time interval; - if the monitored timeslot is the first slot in said transmission time interval, calculating a required downlink power based on the predicted channel quality and adjusting transmission power based on the calculated downlink power in order to obtain efficient radio resource utilization; - otherwise, decoding said received transmit power control commands and adjusting transmission power based on the decoded transmit power control commands in order to obtain efficient radio resource utilization. - receiving a channel quality indicator value from said user equipment(s) on said uplink channel; - deriving a needed downlink transmission power; - predicting a channel quality for the next data transmission on said downlink channel based on said received channel quality indicator value and said derived downlink transmission power, - receiving transmit power control, TPC, commands on said uplink channel from said user equipment; - monitoring timeslots in a transmission time interval; - if the monitored timeslot is the first slot in said transmission time interval, calculating a required downlink power based on the predicted channel quality and adjusting transmission power based on the calculated downlink power in order to obtain efficient radio resource utilization; - otherwise, decoding said received transmit power control commands and adjusting transmission power based on the decoded transmit power control commands in order to obtain efficient radio resource utilization.
An interface module configured to be connectable to an application module having at least one of a sensor, an actuator, an input port, an output port, an input/output port, and a user interface, the interface module comprising: an interface module-side communication connector configured to be connectable to an application module-side communication connector provided to the application module; a network interface configured to be connected to a network (125, 145); characterized by a verification information storage unit that stores verification information for verifying, irrespective of a connected application module, the interface module connected to the network (125, 145) as an interface module for a preset particular tenant among a plurality of tenants of a server computing system (120, 140, 160) configured to be connected to the network, wherein the network interface includes a verification processing unit configured to send the verification information stored in the verification information storage unit to the server computing system (120, 140, 160). an interface module-side communication connector configured to be connectable to an application module-side communication connector provided to the application module; a network interface configured to be connected to a network (125, 145); characterized by a verification information storage unit that stores verification information for verifying, irrespective of a connected application module, the interface module connected to the network (125, 145) as an interface module for a preset particular tenant among a plurality of tenants of a server computing system (120, 140, 160) configured to be connected to the network, wherein the network interface includes a verification processing unit configured to send the verification information stored in the verification information storage unit to the server computing system (120, 140, 160).
A shape measuring machine configured to measure the shape of a workpiece, the shape measuring machine comprising a contact type or a non-contact type detector having sensitivity in a first axial direction and a linear drive mechanism (18, 18a, 70), the linear drive mechanism (18, 18a, 70) comprising: a drive shaft extending in a second axial direction orthogonal to a first axial direction in which the detector has sensitivity; a mover which is supported in a non-contact fashion by the drive shaft and configured to move along the drive shaft integrally with either one of the detector and the workpiece; a guide provided at a position deviated relative to the drive shaft in a third axial direction orthogonal to both the first axial direction and the second axial direction, the guide parallel to the drive shaft; and a resistance force generating portion which is provided on one of the mover and the guide, and is in contact with the other of the mover and the guide, the resistance force generating portion configured to generate a resistance force which resists against movement of the mover. a drive shaft extending in a second axial direction orthogonal to a first axial direction in which the detector has sensitivity; a mover which is supported in a non-contact fashion by the drive shaft and configured to move along the drive shaft integrally with either one of the detector and the workpiece; a guide provided at a position deviated relative to the drive shaft in a third axial direction orthogonal to both the first axial direction and the second axial direction, the guide parallel to the drive shaft; and a resistance force generating portion which is provided on one of the mover and the guide, and is in contact with the other of the mover and the guide, the resistance force generating portion configured to generate a resistance force which resists against movement of the mover.
Assembly for selectively covering and/or uncovering a silage with a reusable cover sheet, the assembly comprising: - a frame (6, 8) that is moveable, wherein the frame is configured for being positionable over outer sides of two substantially parallel extending longitudinal side walls (4a, 4b) of the silage with at least part of the frame extending over substantially an entire width of the silage, wherein the frame comprises a sub-frame that is coupled to the frame; - a first reel position on the frame, wherein a first reel is operatively connectable to the frame (6, 8) such that it extends along a longitudinal axis (A FR) over substantially an entire width of the silage; - a second reel position on the sub-frame, wherein a second reel is operatively connectable to the sub-frame such that it extends along a longitudinal axis (A SR) over substantially the entire width of the silage; - a reel drive unit (38, 40) for driving the first and/or the second reel for rolling a reusable cover sheet on and/or unrolling the reusable cover sheet from the first and/or second reel for respectively uncovering and covering the silage with the reusable cover; and - a drive unit for moving the assembly, wherein the assembly, during covering or uncovering of the silage with the reusable cover, is movable along a longitudinal direction of the silage; and characterised in that the sub-frame is detachably coupled to the frame; and wherein the assembly is configured to be movable from one silage to a different silage by moving the assembly along and past the longitudinal side walls (4a, 4b) of the silage. - a frame (6, 8) that is moveable, wherein the frame is configured for being positionable over outer sides of two substantially parallel extending longitudinal side walls (4a, 4b) of the silage with at least part of the frame extending over substantially an entire width of the silage, wherein the frame comprises a sub-frame that is coupled to the frame; - a first reel position on the frame, wherein a first reel is operatively connectable to the frame (6, 8) such that it extends along a longitudinal axis (A FR) over substantially an entire width of the silage; - a second reel position on the sub-frame, wherein a second reel is operatively connectable to the sub-frame such that it extends along a longitudinal axis (A SR) over substantially the entire width of the silage; - a reel drive unit (38, 40) for driving the first and/or the second reel for rolling a reusable cover sheet on and/or unrolling the reusable cover sheet from the first and/or second reel for respectively uncovering and covering the silage with the reusable cover; and - a drive unit for moving the assembly, wherein the assembly, during covering or uncovering of the silage with the reusable cover, is movable along a longitudinal direction of the silage; and characterised in that the sub-frame is detachably coupled to the frame; and wherein the assembly is configured to be movable from one silage to a different silage by moving the assembly along and past the longitudinal side walls (4a, 4b) of the silage.
An upholstered seating furniture frame comprising a seat frame part and at least a first leg part connectable to the seat frame part, wherein the seat frame part comprises a seat frame structure (14, 16, 18, 20) which is at least partly made from hollow tubes, wherein at least one of the seat frame part and the first leg part comprises a supporting device (72; 172; 272) adapted for alignment and temporary connection of the at least one of the seat frame part and the first leg part to the other of the seat frame part and the first leg part, the supporting device (72; 172; 272) comprising an insertion portion (72; 172; 272) arranged on one of the seat frame part and the first leg part and adapted for insertion into the other of the seat frame part and the first leg part to align and hold the first leg part mounted to the seat frame part in a self-standing intermediate assembly state, wherein at least one of the seat frame part and the first leg part comprises at least portions of a final connecting device (76, 78, 80, 38, 104; 238) comprising: i) a mounting plate comprising a bore being parallel with a sitting plane of the seat frame part, the mounting plate being arranged in one of the seat frame part and the first leg part, ii) an opening arranged in the other of the seat frame part and the first leg part, and iii) a final connection mounting rod arranged to co-operate with the opening and with the bore arranged in the mounting plate, the rod being arranged for tightening to cause a tightening force on the seat frame part and the first leg part acting along the longitudinal direction of the rod for final connection of the first leg part to the seat frame part and transforming the self-standing intermediate assembly state into a self-standing ready-to-use state.
A packaging apparatus comprising: a placing unit on which an object to be packaged is placed; a packaging unit configured to package the object to be packaged; a conveyance unit (2, 13) configured to convey the object to be packaged that is placed on the placing unit to the packaging unit; a detector configured to acquire a conveying load applied onto the conveyance unit (2, 13); and a judging unit configured to judge that the conveyance unit (2, 13) is in an overload state when the conveying load acquired by the detector is equal to or higher than a reference load; characterized in that: the packaging apparatus further comprises a measuring scale configured to measure the weight of the object to be packaged, or a film sensor configured to sense whether the object to be packaged is packaged with a film (F1, F2); and wherein the judging unit is adapted to set the reference load at least in two levels, a first reference value and a second reference value that is a load different from the first reference value, wherein the reference load is set in accordance with the corresponding weight of the object to be packaged or whether the object to be packaged is packaged with a film (F1, F2). a placing unit on which an object to be packaged is placed; a packaging unit configured to package the object to be packaged; a conveyance unit (2, 13) configured to convey the object to be packaged that is placed on the placing unit to the packaging unit; a detector configured to acquire a conveying load applied onto the conveyance unit (2, 13); and a judging unit configured to judge that the conveyance unit (2, 13) is in an overload state when the conveying load acquired by the detector is equal to or higher than a reference load; characterized in that: the packaging apparatus further comprises a measuring scale configured to measure the weight of the object to be packaged, or a film sensor configured to sense whether the object to be packaged is packaged with a film (F1, F2); and wherein the judging unit is adapted to set the reference load at least in two levels, a first reference value and a second reference value that is a load different from the first reference value, wherein the reference load is set in accordance with the corresponding weight of the object to be packaged or whether the object to be packaged is packaged with a film (F1, F2). the packaging apparatus further comprises a measuring scale configured to measure the weight of the object to be packaged, or a film sensor configured to sense whether the object to be packaged is packaged with a film (F1, F2); and wherein the judging unit is adapted to set the reference load at least in two levels, a first reference value and a second reference value that is a load different from the first reference value, wherein the reference load is set in accordance with the corresponding weight of the object to be packaged or whether the object to be packaged is packaged with a film (F1, F2).
A brake system for a vehicle, the vehicle comprising a service brake control module and a parking brake with at least one spring brake chamber, the service brake control module controlling at least a first pressure module to brake a first set of wheels, a parking brake control module configured to control the spring brake chamber to brake a second set of wheels and to control the first pressure module to brake the first set of wheels, and characterized by the parking brake control module comprises a trailer output line to couple to the trailer control module and an inverse valve controlled by the trailer output line to enable a pneumatic control for the first pressure module.
A device for measuring a filling level of bulk goods of a storage unit, said device having a sensor unit, configured to identify a filling level of bulk goods of the storage unit, comprising illuminants for generating light and light detection modules for detecting the generated light, a computing unit, configured to determine the filling level of the bulk goods from sensor signals of the storage unit, comprising communication modules which are configured to read sensor signals of the sensor unit and logic modules which are configured to analyse the sensor signals and to determine a filling level of bulk goods of the storage unit and a display unit, configured to output and/or depict the filling level of the bulk goods of the storage unit determined by means of the computing unit, the light detection modules comprising a plurality of light sensitive sensors, and the light sensitive sensors being disposed along an extension axis, in particular on a sensor strip, at a distance from each other by a distance (A, A1, A2), characterised in that the distance between a first light sensitive sensor and a second light sensitive sensor, which are disposed next to each other along the extension axis, is smaller than the distance between the second light sensitive sensor and a third light sensitive sensor, which are also disposed next to each other along the extension axis. a sensor unit, configured to identify a filling level of bulk goods of the storage unit, comprising illuminants for generating light and light detection modules for detecting the generated light, a computing unit, configured to determine the filling level of the bulk goods from sensor signals of the storage unit, comprising communication modules which are configured to read sensor signals of the sensor unit and logic modules which are configured to analyse the sensor signals and to determine a filling level of bulk goods of the storage unit and a display unit, configured to output and/or depict the filling level of the bulk goods of the storage unit determined by means of the computing unit, the light detection modules comprising a plurality of light sensitive sensors, and the light sensitive sensors being disposed along an extension axis, in particular on a sensor strip, at a distance from each other by a distance (A, A1, A2), characterised in that the distance between a first light sensitive sensor and a second light sensitive sensor, which are disposed next to each other along the extension axis, is smaller than the distance between the second light sensitive sensor and a third light sensitive sensor, which are also disposed next to each other along the extension axis.
A sealing element for a hydrodynamic seal for relatively rotating elements, the sealing element having a grooved (31, 32) sealing surface characterised in that the sealing element consists of or comprises at least one stabilising ply (54, 58, 66, 68) of fabric impregnated with or disposed in a binder material which substantially prevents relative movement of fibres of the fabric during use of the seal; wherein the binder of the stabilising ply (54, 58, 66, 68) comprises non-elastomeric material, and the sealing element further comprises a flexible ply (60, 62) comprising an elastomeric material.