mhurhangee/ep-ind-claims huggingface dataset:
A patient turning apparatus for turning a patient by 180 degrees relative to a mattress of a bed supporting the patient, the patient turning apparatus comprising a U-shaped frame having an elongated, horizontally oriented, upper segment, a first segment extending generally vertically downwardly from a first end of the upper segment, a second segment extending generally vertically downwardly from a second end of the upper segment, and a rectangular frame having a head end frame member at a head end of the rectangular frame, and a foot end frame member at a foot end of the rectangular frame, characterised in that the apparatus is for turning a patient situated between a pair of sheets, and is for use with an overhead lift having a motor that operates to extend and retract a lifting strap; in that the first and second ends of the upper segment of the U-shaped frame are head and foot ends (34, 36) positionable in use over respective head and foot sections of the mattress and the U-shaped frame has a coupler situated at a middle region of the upper segment and configured to attach to a lower end of the lift strap of the overhead lift, and in that the rectangular frame has elongated first and second sheet grippers (45, 47, 245, 247, 345, 347) at the sides of the rectangular frame; in that the patient apparatus further comprises a sheet attachment mechanism (40, 240, 240) coupled to an outer surface of the first gripper and the second gripper and configured to removeably couple the sheets to the sheet grippers (45, 47, 245, 247, 345, 347); wherein middle regions of the head end frame member and the foot end frame member are pivotably coupled to lower ends of the first and second segments (30, 32), respectively, of the U-shaped frame so that the rectangular frame is rotatable about a longitudinally extending pivot axis relative to the U-shaped frame, wherein the rectangular frame is sized to surround the patient when the rectangular frame is resting upon the mattress, wherein, in use, the pair of sheets is coupled to each of the first and second sheet grippers (45, 47, 245, 247, 345, 347) to tightly sandwich the patient between the pair of sheets to permit the rectangular frame and the patient to be rotated by 180 degrees relative to the U-shaped frame after the overhead lift is operated to raise the U-shaped frame, the rectangular frame, and the patient upwardly away from the mattress by a sufficient distance to provide clearance between the rotating rectangular frame and the mattress.
A laundry treatment apparatus comprising: a tub configured to hold water; a drum rotatably provided in the tub and configured to receive laundry; an agitation unit that protrudes upward from a center part of a bottom surface of the drum and that is configured to agitate water and laundry in the drum in a state in which the drum rotates; a heater configured to heat water in the tub; a water supply pipe configured to supply water to the tub; and a water supply valve configured to control a flow through the water supply pipe; and at least one processor configured to control the water supply valve and the heater to supply water into the tub and to heat water in the tub; characterized in that the laundry treatment apparatus is configured to: - supply a first amount of water into the tub, wherein the first amount of water added into the tub results in a first water level in the tub at which a portion of the agitation unit is immersed below the first water level and an uppermost end of the agitation unit is exposed above the first water level; - heat the first amount of water in the tub to a first temperature; and - intermittently supply incremental amounts of water into the tub until an amount of water added into the tub results in a second water level in the tub at which the uppermost end of the agitation unit is immersed below the second water level. a tub configured to hold water; a drum rotatably provided in the tub and configured to receive laundry; an agitation unit that protrudes upward from a center part of a bottom surface of the drum and that is configured to agitate water and laundry in the drum in a state in which the drum rotates; a heater configured to heat water in the tub; a water supply pipe configured to supply water to the tub; and a water supply valve configured to control a flow through the water supply pipe; and at least one processor configured to control the water supply valve and the heater to supply water into the tub and to heat water in the tub; - supply a first amount of water into the tub, wherein the first amount of water added into the tub results in a first water level in the tub at which a portion of the agitation unit is immersed below the first water level and an uppermost end of the agitation unit is exposed above the first water level; - heat the first amount of water in the tub to a first temperature; and - intermittently supply incremental amounts of water into the tub until an amount of water added into the tub results in a second water level in the tub at which the uppermost end of the agitation unit is immersed below the second water level.
A method for wireless communication at a user equipment, UE, comprising: determining a measurement set of transmission strategies for a non-orthogonal channel, wherein determining the measurement set comprises applying a set of transmission strategy selection criteria to an available transmission strategy space, wherein the non-orthogonal channel is one from a plurality of channels for possible transmission layers including both orthogonal and non-orthogonal layers, wherein each of the transmission strategies includes techniques for allocation of resources to one or more UEs; estimating channel quality for downlink transmissions to the UE over the non-orthogonal channel corresponding to respective transmission strategies of the measurement set; determining, at the UE, a subset of the measurement set of transmission strategies to report; and sending a channel feedback report comprising indicators of the channel quality for the subset of the measurement set of transmission strategies. determining a measurement set of transmission strategies for a non-orthogonal channel, wherein determining the measurement set comprises applying a set of transmission strategy selection criteria to an available transmission strategy space, wherein the non-orthogonal channel is one from a plurality of channels for possible transmission layers including both orthogonal and non-orthogonal layers, wherein each of the transmission strategies includes techniques for allocation of resources to one or more UEs; estimating channel quality for downlink transmissions to the UE over the non-orthogonal channel corresponding to respective transmission strategies of the measurement set; determining, at the UE, a subset of the measurement set of transmission strategies to report; and sending a channel feedback report comprising indicators of the channel quality for the subset of the measurement set of transmission strategies.
A turbine blade comprising: a blade having a first end, and a second end opposite the first end; a tip at an outer radial portion of the blade; and a base at an inner radial portion of the blade, the base including a dovetail for complementing a corresponding dovetail slot in a turbine rotor, the dovetail having: a body; a plurality of projections extending from the body in opposing directions for complementing a plurality of recesses in the corresponding dovetail slot; and a tapered groove extending through the body from the first end to the second end, the tapered groove having a tapered profile such that a first depth of the tapered groove near the first end is greater than a second depth of the tapered groove near the second end, and wherein the tapered profile gradually transitions from the first depth to the second depth, the tapered groove being open at a bottom surface of the body and sized to engage a shim, characterised in that the tapered groove includes a flat section near the second end, the flat section having a constant depth. a blade having a first end, and a second end opposite the first end; a tip at an outer radial portion of the blade; and a base at an inner radial portion of the blade, the base including a dovetail for complementing a corresponding dovetail slot in a turbine rotor, the dovetail having: a body; a plurality of projections extending from the body in opposing directions for complementing a plurality of recesses in the corresponding dovetail slot; and a body; a plurality of projections extending from the body in opposing directions for complementing a plurality of recesses in the corresponding dovetail slot; and a tapered groove extending through the body from the first end to the second end, the tapered groove having a tapered profile such that a first depth of the tapered groove near the first end is greater than a second depth of the tapered groove near the second end, and wherein the tapered profile gradually transitions from the first depth to the second depth, the tapered groove being open at a bottom surface of the body and sized to engage a shim, characterised in that the tapered groove includes a flat section near the second end, the flat section having a constant depth.
A flexible cover for a food container comprising a flexible film and an elastic thread, whereby the elastic thread is attached to the peripheral edge of the flexible film by a channel formed of the flexible film around the elastic thread, wherein the channel exerts a circumferential, compressive force on the,elastic thread, whereby the elastic tread is fixed to the flexible film by friction between the flexible film and the elastic thread, and the elastic thread forms a loop around the peripheral edge of the flexible film, characterised in that the loop has two ends (6, 7) overlapping and abutting in a longitudinal direction of the elastic thread.
Method for operating an electrical system that has a high-voltage section and a low-voltage section that are electrically connected to one another by a DC-DC voltage converter, wherein the low-voltage section has at least one rechargeable energy store and at least one electrical consumer, wherein the DC-DC voltage converter is operated on the basis of an electrical load acting on the low-voltage section, wherein the load is determined by virtue of all the currents flowing through the DC-DC voltage converter being sensed and added to one another, characterized in that a peak load (P S) of the load is determined by virtue of a gradient of the added currents being ascertained, wherein the peak load (P S) is compared with a prescribable limit value in order to initiate measures to avoid the peak load (P S) in the event of the limit value being exceeded.
A method for displaying application data in a Wireless Fidelity, Wi-Fi Display, WFD, communication system, the method comprising: transmitting, by a first device, at least one of audio data and video data of an application executed by the first device to a second device in a first stream within a WFD session; transmitting, by the first device, text or graphic user interface, GUI, data associated to the at least one of audio data and video data, to the second device in a second stream, within a session that is different from the WFD session; transmitting, by the first device to the second device, a message comprising at least one parameter associated to stopping of providing the text or GUI associated with the at least one of audio data and video data, in response to an event associated to the stopping of the providing the at least one of audio data and video data at the first device. transmitting, by a first device, at least one of audio data and video data of an application executed by the first device to a second device in a first stream within a WFD session; transmitting, by the first device, text or graphic user interface, GUI, data associated to the at least one of audio data and video data, to the second device in a second stream, within a session that is different from the WFD session; transmitting, by the first device to the second device, a message comprising at least one parameter associated to stopping of providing the text or GUI associated with the at least one of audio data and video data, in response to an event associated to the stopping of the providing the at least one of audio data and video data at the first device.
An aircraft system, comprising: an aircraft propulsion system comprising a gas turbine engine; a component configured to operate with a minimum power demand; and an auxiliary power unit comprising an engine, wherein the auxiliary power unit is configured to power the component and to operate the engine in a plurality of operating modes including a power mode and a standby mode, wherein the auxiliary power unit generates a non-zero, first power output at least equal to the minimum power demand during the power mode, wherein the auxiliary power unit generates a non-zero, second power output less than the minimum power demand during the standby mode, wherein the auxiliary power unit is configured to operate the engine in the standby mode during nominal operation of the gas turbine engine, wherein the auxiliary power unit is configured to operate the engine in the power mode during off-nominal operation of the gas turbine engine, characterized in that the off-nominal operation occurs during a stall or a flameout condition of the gas turbine engine. an aircraft propulsion system comprising a gas turbine engine; a component configured to operate with a minimum power demand; and an auxiliary power unit comprising an engine, wherein the auxiliary power unit is configured to power the component and to operate the engine in a plurality of operating modes including a power mode and a standby mode, wherein the auxiliary power unit generates a non-zero, first power output at least equal to the minimum power demand during the power mode, wherein the auxiliary power unit generates a non-zero, second power output less than the minimum power demand during the standby mode, wherein the auxiliary power unit is configured to operate the engine in the standby mode during nominal operation of the gas turbine engine, wherein the auxiliary power unit is configured to operate the engine in the power mode during off-nominal operation of the gas turbine engine, characterized in that the off-nominal operation occurs during a stall or a flameout condition of the gas turbine engine.
An electrical connector system, in particular for a safety restraint system, comprising: an electrical plug connector, including a connector housing and at least two electrical contact elements (410, 420), the electrical connector system further comprising a secondary locking device, wherein the secondary locking device includes a main body and a first flexible arm, wherein the main body is provided with a pushing surface for pushing the secondary locking device from an unmated condition in a mated condition, along a mating direction, and wherein the first flexible arm extends from the pushing surface to a first locking element, the first locking element is provided at a distal portion of the first flexible arm, and wherein the first locking element is adapted to lock with a corresponding first locking element of the plug connector, when the secondary locking device is in the mated condition, and characterised in that the first flexible arm has a flexible rounded portion at its proximal end that connects the first flexible arm with the main body. an electrical plug connector, including a connector housing and at least two electrical contact elements (410, 420), the electrical connector system further comprising a secondary locking device, wherein the secondary locking device includes a main body and a first flexible arm, wherein the main body is provided with a pushing surface for pushing the secondary locking device from an unmated condition in a mated condition, along a mating direction, and wherein the first flexible arm extends from the pushing surface to a first locking element, the first locking element is provided at a distal portion of the first flexible arm, and wherein the first locking element is adapted to lock with a corresponding first locking element of the plug connector, when the secondary locking device is in the mated condition, and characterised in that the first flexible arm has a flexible rounded portion at its proximal end that connects the first flexible arm with the main body.
Method for determining at least one load variable (J, MR) of an object which can be driven by an electric motor during operation, using a motor current and an angular speed (ω) of the motor, comprising the steps: - determining an energy in a first interval (t1E, t2E) as a first integral function (fE) of motor current and the angular speed (ω) over a time (t) and a first motor constant (kMOT1) of the electric motor, - determining an angular momentum in a second interval (t1L, t2L) as a second integral function (fL) of motor current over the time (t) and a second motor constant (kMOT2) of the electric motor, - determining at least one of the load variables (J, MR) in the respective interval (t1E, t2E, t1L, t2L) using the energy and the angular momentum. - determining an energy in a first interval (t1E, t2E) as a first integral function (fE) of motor current and the angular speed (ω) over a time (t) and a first motor constant (kMOT1) of the electric motor, - determining an angular momentum in a second interval (t1L, t2L) as a second integral function (fL) of motor current over the time (t) and a second motor constant (kMOT2) of the electric motor, - determining at least one of the load variables (J, MR) in the respective interval (t1E, t2E, t1L, t2L) using the energy and the angular momentum.
Connection system to connect an electrical wire to an electrical component including a cable terminal and a screw provided with a screw head, the cable terminal including a first part and a second part, whereby the first part is adapted to receive and be in electrical contact with a wire; the second part includes a longitudinal and continuous slot, whereby the slot presents a first section with a first width adapted to the width of the screw head on the screw with which the cable terminal is to be mounted; the slot further presents a second section with a second width, adapted to the width of the body of a wire on said screw such that in a first position the slot can be slipped over the screw head in the first section which second width of the second section is smaller than the first width of the first section characterized in that the second part of the cable terminal is provided with a projecting part which forms a roof positioned at least partly above the first section of the slot, the roof is arranged on one side of the cable terminal intended to face away from the component to which it is intended to be mounted, whereby the roof of the projecting part covers at least half of the first section of the slot where in a first position the slot can be slipped over the screw head in the first section, whereafter the cable terminal can be displaced in a direction along the slot so that the screw ends up in a second position in the second section, in which second position the cable terminal is prevented from being dismantled from the screw in the vertical direction of the screw, wherein the roof allows the cable terminal in the first position to be slipped over the screw head in the first section from one direction only.
A bioprinter comprising: a source of fluid, and one or more dispensing units, each dispensing unit including (i) a syringe including a hollow body and a plunger dimensioned to translate in the body, the body having an exit orifice; (ii) an actuator in contact with a proximal end of the plunger; (iii) a controller for controlling linear motion of the actuator, wherein the controller is configured to drive the actuator toward the proximal end of the plunger to dispense a bioink from the body of the syringe; and (iv) a nozzle having a wall defining a fluid path extending from an inlet of the nozzle to an outlet of the nozzle, the inlet of the nozzle being in fluid communication with the exit orifice of the body of the syringe, wherein as the controller drives the actuator toward the proximal end of the plunger bioink flows into the fluid path, wherein the nozzle includes a fluid passageway in fluid communication with the source of fluid and the fluid path, characterised in that, the controller is further configured to control a controllable valve to deliver pulsed fluid from the source of fluid to the fluid passageway to create separate droplets from the flow of bioink in the fluid path in the nozzle. a source of fluid, and one or more dispensing units, each dispensing unit including (i) a syringe including a hollow body and a plunger dimensioned to translate in the body, the body having an exit orifice; (ii) an actuator in contact with a proximal end of the plunger; (iii) a controller for controlling linear motion of the actuator, wherein the controller is configured to drive the actuator toward the proximal end of the plunger to dispense a bioink from the body of the syringe; and (iv) a nozzle having a wall defining a fluid path extending from an inlet of the nozzle to an outlet of the nozzle, the inlet of the nozzle being in fluid communication with the exit orifice of the body of the syringe, wherein as the controller drives the actuator toward the proximal end of the plunger bioink flows into the fluid path, (i) a syringe including a hollow body and a plunger dimensioned to translate in the body, the body having an exit orifice; (ii) an actuator in contact with a proximal end of the plunger; (iii) a controller for controlling linear motion of the actuator, wherein the controller is configured to drive the actuator toward the proximal end of the plunger to dispense a bioink from the body of the syringe; and (iv) a nozzle having a wall defining a fluid path extending from an inlet of the nozzle to an outlet of the nozzle, the inlet of the nozzle being in fluid communication with the exit orifice of the body of the syringe, wherein as the controller drives the actuator toward the proximal end of the plunger bioink flows into the fluid path, wherein the nozzle includes a fluid passageway in fluid communication with the source of fluid and the fluid path, characterised in that, the controller is further configured to control a controllable valve to deliver pulsed fluid from the source of fluid to the fluid passageway to create separate droplets from the flow of bioink in the fluid path in the nozzle.