mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic wave acupuncture device, comprising: an ultrasonic source, adapted to generate ultrasonic waves; and an ultrasonic-source controller, electrically connected to the ultrasonic source to generate a plurality of ultrasonic-source voltage pulses to control a frequency, an amplitude, and a pulse length of the ultrasonic waves generated by the ultrasonic source; the ultrasonic wave acupuncture device being characterized in further comprising: a liquid lens (130A, 132, 134) adapted to focus the ultrasonic wave, a liquid-lens controller, electrically connected to the liquid lens (130A, 132, 134) to generate a plurality of liquid-lens voltage pulses to control a focal length of the liquid lens (130A, 132, 134), so as to focus the ultrasonic waves on a specific location; and a power supply, electrically connected to the ultrasonic-source controller and the liquid-lens controller, adapted to provide voltage to the ultrasonic-source controller to control the ultrasonic source and to provide voltage to the liquid-lens controller to control the liquid lens (130A, 132, 134), wherein the ultrasonic-source voltage pulses generated by the ultrasonic-source controller and the liquid-lens voltage pulses generated by the liquid-lens controller are aligned with each other. an ultrasonic source, adapted to generate ultrasonic waves; and an ultrasonic-source controller, electrically connected to the ultrasonic source to generate a plurality of ultrasonic-source voltage pulses to control a frequency, an amplitude, and a pulse length of the ultrasonic waves generated by the ultrasonic source; the ultrasonic wave acupuncture device being characterized in further comprising: a liquid lens (130A, 132, 134) adapted to focus the ultrasonic wave, a liquid-lens controller, electrically connected to the liquid lens (130A, 132, 134) to generate a plurality of liquid-lens voltage pulses to control a focal length of the liquid lens (130A, 132, 134), so as to focus the ultrasonic waves on a specific location; and a power supply, electrically connected to the ultrasonic-source controller and the liquid-lens controller, adapted to provide voltage to the ultrasonic-source controller to control the ultrasonic source and to provide voltage to the liquid-lens controller to control the liquid lens (130A, 132, 134),
A tooth cleaning device comprising: an imitation lipstick bullet having an outer surface, said imitation lipstick bullet having a tooth cleaning implement protruding from said outer surface, said tooth cleaning implement being a continuous portion of said outer surface.
A system including a breathing apparatus and a processing unit configured to: raise a first positive end-expiratory pressure (PEEP) level to at least a second PEEP level above said first PEEP level and calculate a lung mechanics equation, characterized by said processing unit is configured to subsequently lower said second PEEP level to said first PEEP level and adjust a tidal volume to be equal to a change in end-expiratory lung volume and calculate said lung mechanics equation relating to a total lung volume above functional residual capacity to a transpulmonary pressure of a lung connected to said breathing apparatus, based on a change in end-expiratory lung volume (ΔEELV) between said first PEEP level and said second PEEP level.
A method for limiting frequency overshoot in a timing recovery comprising a proportional-integral, PI, control system and a voltage controlled oscillator, VCO,, the method comprising: using the proportional-integral, PI, control system to discipline a frequency of an output signal of the voltage controlled oscillator, VCO, in accordance with a time reference signal; detecting a control signal output of the PI control system which will cause an excess deviation of the frequency which exceeds a predetermined limit; wherein the method is characterized by, in response to the detecting, freezing an output of an integral error term generator of the PI control system at a constant value. using the proportional-integral, PI, control system to discipline a frequency of an output signal of the voltage controlled oscillator, VCO, in accordance with a time reference signal; detecting a control signal output of the PI control system which will cause an excess deviation of the frequency which exceeds a predetermined limit; wherein the method is characterized by, in response to the detecting, freezing an output of an integral error term generator of the PI control system at a constant value.
A process for heat-treating a polymer composition comprising one or more semicrystalline or crystallizable polyetherketoneketone polymorphic polymers, comprising at least the step of heat-treating the polymer composition at a temperature which is less than 20°C below the melting point of the highest melting crystalline form and at or above the melting point of the other crystalline form(s), for a time that increases the content of the highest melting crystalline form relative to the other crystalline form(s) in the polymer composition, wherein the polyetherketoneketone comprises repeating units represented by Formulas I and II: -A-C(=O)-B-C(=O)- I (Isomer T) -A-C(=O)-D-C(=O)- II (Isomer I) where A is a p,p'-Ph-O-Ph- group, Ph is a phenylene radical, B is p-phenylene, and D is m-phenylene, wherein the T:I isomer ratio is in the range of from 60/40 to 80/20.
A method of presenting a replacement image along with content provided for display, the method comprising: accessing a content viewing history and a user profile; extracting metadata related to the content provided for display; comparing the user profile and metadata related to content provided for display to determine whether an object within the content is to be overlaid with the replacement image; accessing the replacement image for overlay of the object; providing the replacement image to overlay the object within the content provided on a content display device as viewed with a user interface; accessing a background image from the metadata related to the content; and providing the background image to the user interface of an augmented reality system for projection at a position surrounding the content displayed on the content display device. accessing a content viewing history and a user profile; extracting metadata related to the content provided for display; comparing the user profile and metadata related to content provided for display to determine whether an object within the content is to be overlaid with the replacement image; accessing the replacement image for overlay of the object; providing the replacement image to overlay the object within the content provided on a content display device as viewed with a user interface; accessing a background image from the metadata related to the content; and providing the background image to the user interface of an augmented reality system for projection at a position surrounding the content displayed on the content display device.
An orbital cutting apparatus that is capable of freely and selectively controlling a plurality of cutting tools within a rotary body using a rotational speed ratio, the orbital cutting apparatus comprising: a spindle rotating unit coupled to any one surface of a main body so as to rotate (C axis); a plurality of tool units coupled to reciprocate (X axis) toward a center of the spindle rotating unit on a front surface of the spindle rotating unit so as to cut a clamped material in an orbital manner; a relative movement unit coupled to the main body on an opposite side to the spindle rotating unit to be rotatable in synchronization with the spindle rotating unit, and configured to transmit a power to the plurality of tool units so as to cause the tool units to reciprocate; an operation unit configured to cause a connection gear selected among the connection gears to be engaged with or be disengaged from the relative movement unit; a control unit configured to control movements of the spindle rotating unit and the relative movement unit; and connection gears respectively formed at ends of driving shafts of the tool units so as to be selectively engaged with the relative movement unit so as to receive a power of the relative movement unit, wherein the connection gear is engaged with or disengaged from the relative movement unit while reciprocating on the end of the driving shaft by the operation unit so as to activate or deactivate a tool. a spindle rotating unit coupled to any one surface of a main body so as to rotate (C axis); a plurality of tool units coupled to reciprocate (X axis) toward a center of the spindle rotating unit on a front surface of the spindle rotating unit so as to cut a clamped material in an orbital manner; a relative movement unit coupled to the main body on an opposite side to the spindle rotating unit to be rotatable in synchronization with the spindle rotating unit, and configured to transmit a power to the plurality of tool units so as to cause the tool units to reciprocate; an operation unit configured to cause a connection gear selected among the connection gears to be engaged with or be disengaged from the relative movement unit; a control unit configured to control movements of the spindle rotating unit and the relative movement unit; and connection gears respectively formed at ends of driving shafts of the tool units so as to be selectively engaged with the relative movement unit so as to receive a power of the relative movement unit, wherein the connection gear is engaged with or disengaged from the relative movement unit while reciprocating on the end of the driving shaft by the operation unit so as to activate or deactivate a tool.
Cooling device for cooling bulk material, which has a cooling shaft and at least one supply chute for introducing the bulk material into the cooling shaft, characterized in that the supply chute comprises a first wall and a second wall arranged opposite the first wall, and the first wall is arranged at least partially at a different inclination angle with respect to a vertical than the second wall, and the supply chute is mounted in a rotatable manner.
An apparatus for controlling a crane slewing gear comprising - at least one hydraulic motor (12 by means of which the slewing gear is rotationally drivable or brakable; - at least one holding brake by means of which the slewing gear can be held stationary; - a hydraulic brake circuit by means of which the holding brake is hydraulically controllable; - a load sensing device by means of which a load instantaneously taken up by the crane can be sensed; - an orientation sensing device (17, 18) by means of which an instantaneous orientation of the crane and/or of at least one crane component can be sensed; - a hydraulic limitation circuit by means of which a hydraulic pressure applied to the motor can be limited to a specific limit value; and - a control unit that is connected to the limitation circuit and that is configured to determine a maximum permitted torque and/or a parameter derived therefrom for a current rotational movement of the slewing gear in dependence on at least the sensed load, the crane configuration, and the sensed orientation and to automatically limit an angular acceleration and/or angular speed of the slewing gear on this basis by a corresponding control or regulation of the limiting circuit, wherein the limitation and brake circuits (100, 200) are connected to one another and are configured to automatically brake the slewing gear while maintaining the slewing gear limitation on a failure of the control unit or on a triggering of an emergency stop. - at least one hydraulic motor (12 by means of which the slewing gear is rotationally drivable or brakable; - at least one holding brake by means of which the slewing gear can be held stationary; - a hydraulic brake circuit by means of which the holding brake is hydraulically controllable; - a load sensing device by means of which a load instantaneously taken up by the crane can be sensed; - an orientation sensing device (17, 18) by means of which an instantaneous orientation of the crane and/or of at least one crane component can be sensed; - a hydraulic limitation circuit by means of which a hydraulic pressure applied to the motor can be limited to a specific limit value; and - a control unit that is connected to the limitation circuit and that is configured to determine a maximum permitted torque and/or a parameter derived therefrom for a current rotational movement of the slewing gear in dependence on at least the sensed load, the crane configuration, and the sensed orientation and to automatically limit an angular acceleration and/or angular speed of the slewing gear on this basis by a corresponding control or regulation of the limiting circuit,
Flight deck of an aircraft, the flight deck comprising: control and/or viewing devices, at least one seat, an access door and a corridor for access to said seat, which is closed at its opposite end to said seat by the access door, characterised in that a folding seat, comprising a frame which pivots about a vertical axis and on which are mounted a seat-rest and a back-rest, is mounted in the corridor such that it can pivot and adopt a first position in which it closes the corridor thus forming a lock enclosure with the access door and a second position in which it enables the access to said seat from the corridor.
An oral cavity composition comprising a first composition and a second composition given below, the first composition and the second composition being discretely packed from each other so that the two compositions can be alternately used and then come to be mixed with each other at a tooth region when applied thereto: a first composition containing a fluoride ion-supplying compound and an inorganic phosphoric acid or a salt thereof; and a second composition containing a calcium salt of a polyol phosphate, wherein the organic acid constituting the calcium salt of a polyol phosphate has a pKa value ranging from 3 to 11, or at least one pKa value ranging from 3 to 11 when the organic acid has plural pKa values, and a monofluorophosphate. a first composition containing a fluoride ion-supplying compound and an inorganic phosphoric acid or a salt thereof; and a second composition containing a calcium salt of a polyol phosphate, wherein the organic acid constituting the calcium salt of a polyol phosphate has a pKa value ranging from 3 to 11, or at least one pKa value ranging from 3 to 11 when the organic acid has plural pKa values, and a monofluorophosphate. a calcium salt of a polyol phosphate, wherein the organic acid constituting the calcium salt of a polyol phosphate has a pKa value ranging from 3 to 11, or at least one pKa value ranging from 3 to 11 when the organic acid has plural pKa values, and a monofluorophosphate.
Wheel structure for an automobile, with a wheel rim, a. with a central part (50, 60, 70) and b. with spoke elements, c. wherein the spoke elements are connected to the wheel rim and may be individually connected to the central part (50, 60, 70), d. wherein the spoke elements are provided with through-holes for wheel screws or bolts and the central part (50, 60, 70) is provided with holes (61, 71) for screwing in or putting through same wheel screws or bolts, e. wherein the through-holes of the spoke elements form a first hole circle, and f. wherein the holes (61, 71) in the central part (50, 60, 70) form a second hole circle, characterized in that g. the diameter of the first hole circle is smaller than the diameter of the second hole circle if the spoke elements are not connected to the central part (50, 60, 70), and h. that the diameter of the first hole circle corresponds to the diameter of the second hole circle if the spoke elements are also connected to the central part (50, 60, 70). a. with a central part (50, 60, 70) and b. with spoke elements, c. wherein the spoke elements are connected to the wheel rim and may be individually connected to the central part (50, 60, 70), d. wherein the spoke elements are provided with through-holes for wheel screws or bolts and the central part (50, 60, 70) is provided with holes (61, 71) for screwing in or putting through same wheel screws or bolts, e. wherein the through-holes of the spoke elements form a first hole circle, and f. wherein the holes (61, 71) in the central part (50, 60, 70) form a second hole circle, g. the diameter of the first hole circle is smaller than the diameter of the second hole circle if the spoke elements are not connected to the central part (50, 60, 70), and h. that the diameter of the first hole circle corresponds to the diameter of the second hole circle if the spoke elements are also connected to the central part (50, 60, 70).
Spring construction element composed of permanently elastic plastic, wherein said element has a flat coupling web at a right angle to its vertical perpendicular bisector, from the two opposite ends of which coupling web in each case two elastic spring bows extend outward in opposite directions and back in the direction of the perpendicular bisector and are provided at their ends with catches which are designed so as to be able to correspond with catches of other spring components, characterized in that the spring bows are in each case concavely folded inwards at the convex apex directed towards the side and in each case form a spring jaw there.
A method for transmitting a channel status information, CSI, report at a machine type communication, MTC, user equipment, UE, in a wireless access system supporting an MTC, the method comprising: receiving, from an enhanced Node B, eNB, a higher layer signal configuring a CSI report mode to the MTC UE; calculating CSI for a restricted bandwidth based on the CSI report mode, wherein the restricted bandwidth has been allocated for an operation of the MTC UE within legacy bandwidth; receiving, from the eNB, an uplink grant including a CSI request field triggering an aperiodic CSI report; and transmitting the CSI report including the CSI to the eNB through a physical uplink shared channel, PUSCH, according to the CSI request field, wherein the CSI includes only a wideband channel quality information, W-CQI, value for the restricted bandwidth when the CSI report mode is configured as a mode 2-0 representing a UE selected subband CQI feedback, and wherein a size of the restricted bandwidth is 6 resource blocks and the W-CQI value is calculated conditioned on rank 1. receiving, from an enhanced Node B, eNB, a higher layer signal configuring a CSI report mode to the MTC UE; calculating CSI for a restricted bandwidth based on the CSI report mode, wherein the restricted bandwidth has been allocated for an operation of the MTC UE within legacy bandwidth; receiving, from the eNB, an uplink grant including a CSI request field triggering an aperiodic CSI report; and transmitting the CSI report including the CSI to the eNB through a physical uplink shared channel, PUSCH, according to the CSI request field, wherein the CSI includes only a wideband channel quality information, W-CQI, value for the restricted bandwidth when the CSI report mode is configured as a mode 2-0 representing a UE selected subband CQI feedback, and wherein a size of the restricted bandwidth is 6 resource blocks and the W-CQI value is calculated conditioned on rank 1.
A printing plate precursor comprising: 1) an aluminum support; 2) a layer containing a polymer on a printing surface side on the aluminum support; and 3) a layer containing - tabular particles having an aspect ratio of ≥ 5 on a non-printing surface side opposite to the layer containing the polymer in a state of sandwiching the support therebetween; the aspect ratio being defined as the ratio Z = L/a of the long diameter to the thickness (a) of a particle, wherein L is the number average particle diameter determined with a LB-500 type dynamic light scattering particle size distribution measuring device of Horiba, Ltd. while the particles are dispersed in a solvent, and the unit thickness a is a value calculated by measuring a diffraction peak of a particle using a SmartLab SE powder X-ray diffraction device of Rigaku Corporation; and - particles other than the tabular particles, having an average particle diameter which is ≥ 0.1 um and is greater than the thickness of the layer containing the tabular particles. 1) an aluminum support; 2) a layer containing a polymer on a printing surface side on the aluminum support; and 3) a layer containing - tabular particles having an aspect ratio of ≥ 5 on a non-printing surface side opposite to the layer containing the polymer in a state of sandwiching the support therebetween; the aspect ratio being defined as the ratio Z = L/a of the long diameter to the thickness (a) of a particle, wherein L is the number average particle diameter determined with a LB-500 type dynamic light scattering particle size distribution measuring device of Horiba, Ltd. while the particles are dispersed in a solvent, and the unit thickness a is a value calculated by measuring a diffraction peak of a particle using a SmartLab SE powder X-ray diffraction device of Rigaku Corporation; and - particles other than the tabular particles, having an average particle diameter which is ≥ 0.1 um and is greater than the thickness of the layer containing the tabular particles. - tabular particles having an aspect ratio of ≥ 5 on a non-printing surface side opposite to the layer containing the polymer in a state of sandwiching the support therebetween; the aspect ratio being defined as the ratio Z = L/a of the long diameter to the thickness (a) of a particle, wherein L is the number average particle diameter determined with a LB-500 type dynamic light scattering particle size distribution measuring device of Horiba, Ltd. while the particles are dispersed in a solvent, and the unit thickness a is a value calculated by measuring a diffraction peak of a particle using a SmartLab SE powder X-ray diffraction device of Rigaku Corporation; and - particles other than the tabular particles, having an average particle diameter which is ≥ 0.1 um and is greater than the thickness of the layer containing the tabular particles.
A rotating dental attachment comprising a base piece and an angled top piece wherein the angled top piece is configured to be coupled either by pressure or friction to the base piece, in such a way that there is an existing pressure-friction between the base piece and the angled top piece, as a result of the elasticity of the base piece; wherein the angled top piece comprises an inner thread that has a longitudinal axis angled with respect to the longitudinal axis of the base piece when said pieces are coupled; wherein the angled top piece is also configured to be rotated 360° on the base piece, the base piece being configured to be placed on and fastened onto an implant; and wherein the inner thread is configured for bolting a dental superstructure. wherein the angled top piece is configured to be coupled either by pressure or friction to the base piece, in such a way that there is an existing pressure-friction between the base piece and the angled top piece, as a result of the elasticity of the base piece; wherein the angled top piece comprises an inner thread that has a longitudinal axis angled with respect to the longitudinal axis of the base piece when said pieces are coupled; wherein the angled top piece is also configured to be rotated 360° on the base piece, the base piece being configured to be placed on and fastened onto an implant; and wherein the inner thread is configured for bolting a dental superstructure.