mhurhangee/ep-ind-claims huggingface dataset:
A bracket device, comprising: a bracket having a side plate and an end plate perpendicular to the side plate; at least one mounting member mounted on the bracket and extending through the end plate of the bracket; and a locking member movable with respect to the bracket and having a first feature; an elastic member applying an elastic force to the locking member; a fool-proofing member movable with respect to the bracket, the fool-proofing member allowed to be at either one of a first position and a second position, and having a second feature which is adapted to block the first feature when the fool proofing member is in a second position, a pivotal connection member for pivotally connecting the locking member to the bracket, characterized in that the fool-proofing member is movably mounted on the pivotal connection member and is displaceable along the pivotal connection member between the first position and the second position. a bracket having a side plate and an end plate perpendicular to the side plate; at least one mounting member mounted on the bracket and extending through the end plate of the bracket; and a locking member movable with respect to the bracket and having a first feature; an elastic member applying an elastic force to the locking member; a fool-proofing member movable with respect to the bracket, the fool-proofing member allowed to be at either one of a first position and a second position, and having a second feature which is adapted to block the first feature when the fool proofing member is in a second position, a pivotal connection member for pivotally connecting the locking member to the bracket, characterized in that the fool-proofing member is movably mounted on the pivotal connection member and is displaceable along the pivotal connection member between the first position and the second position.
In vitro method for diagnosing Alzheimer's disease, comprising the following steps: a) determining the content of mercaptoalbumin in a sample of cerebrospinal fluid; and b) comparing the content determined in a) with the content of HMA in CSF in healthy subjects. a) determining the content of mercaptoalbumin in a sample of cerebrospinal fluid; and b) comparing the content determined in a) with the content of HMA in CSF in healthy subjects.
An apparatus for imaging and inspecting a moving target, comprises: a passage for the moving target passing therethrough; a scanning and imaging device irradiating radiation beam to the moving target passing through the passage to form an image thereof for inspection, a first determination unit (2, 3) for determining whether the moving target has entered the passage and for counting the moving target entering the passage, a second determination unit for determining the moving speed of the moving target in the passage; and a control unit for controlling the second determination unit to determine the moving speed of the moving target based on the detection signal from the first determination unit (2, 3) indicating that the moving target has entered the passage, and characterised in that it controls the scanning and imaging device to irradiate radiation beam for the inspection of the moving target with a frequency corresponding to the moving speed of the moving target based on the determination result of the second determination unit. a passage for the moving target passing therethrough; a scanning and imaging device irradiating radiation beam to the moving target passing through the passage to form an image thereof for inspection, a first determination unit (2, 3) for determining whether the moving target has entered the passage and for counting the moving target entering the passage, a second determination unit for determining the moving speed of the moving target in the passage; and a control unit for controlling the second determination unit to determine the moving speed of the moving target based on the detection signal from the first determination unit (2, 3) indicating that the moving target has entered the passage, and characterised in that it controls the scanning and imaging device to irradiate radiation beam for the inspection of the moving target with a frequency corresponding to the moving speed of the moving target based on the determination result of the second determination unit.
An apparatus (104, 300, 400) for indicating a change in a level of fluid in tissue of a body, comprising: a detecting component attachable to a body portion of a patient undergoing fluid injection or infusion for transmitting power into and receiving power from the body portion, wherein a change in the received power is indicative of a fluid level change; a signal processing component for generating an output signal based at least in part on the received power; a wireless interface for transmitting, to a receiver (124, 302, 401), the output signal from the signal processing component; and a power supply for powering the detecting component and the wireless interface; characterised in that the detecting component comprises: a control component for intermittently causing power to be transmitted to the body portion; and wherein the control component comprises an adjustment feature configured to set a rate of activation of the detecting component, wherein the rate of activation relates to a rate of fluid injection or infusion and wherein activation of the detecting component causes power to be transmitted into the body portion. a detecting component attachable to a body portion of a patient undergoing fluid injection or infusion for transmitting power into and receiving power from the body portion, wherein a change in the received power is indicative of a fluid level change; a signal processing component for generating an output signal based at least in part on the received power; a wireless interface for transmitting, to a receiver (124, 302, 401), the output signal from the signal processing component; and a power supply for powering the detecting component and the wireless interface; characterised in that the detecting component comprises: a control component for intermittently causing power to be transmitted to the body portion; and wherein the control component comprises an adjustment feature configured to set a rate of activation of the detecting component, wherein the rate of activation relates to a rate of fluid injection or infusion and wherein activation of the detecting component causes power to be transmitted into the body portion. a control component for intermittently causing power to be transmitted to the body portion; and wherein the control component comprises an adjustment feature configured to set a rate of activation of the detecting component, wherein the rate of activation relates to a rate of fluid injection or infusion and wherein activation of the detecting component causes power to be transmitted into the body portion.
A method of radio signal measurement of neighboring cells performed by a user device, the method comprising: performing a signal measurement on a first neighboring radio cell during a first time period (301, 302); performing a signal measurement on one or more additional neighboring radio cells during one or more additional time periods (303, 304) set to expire after the first time period; determining a subset of the one or more additional radio cells according to a measurement progress criterion; determining that the first time period has expired; generating at least one measurement report message comprising information about the signal measurement of the neighboring radio cell and the subset of the one or more additional neighboring radio cells for which the measurement progress criterion is fulfilled, wherein the measurement progress criterion is a fulfillment of a predetermined duration or percentage of completion of the one or more additional time periods (405, 407, 408). performing a signal measurement on a first neighboring radio cell during a first time period (301, 302); performing a signal measurement on one or more additional neighboring radio cells during one or more additional time periods (303, 304) set to expire after the first time period; determining a subset of the one or more additional radio cells according to a measurement progress criterion; determining that the first time period has expired; generating at least one measurement report message comprising information about the signal measurement of the neighboring radio cell and the subset of the one or more additional neighboring radio cells for which the measurement progress criterion is fulfilled, wherein the measurement progress criterion is a fulfillment of a predetermined duration or percentage of completion of the one or more additional time periods (405, 407, 408).
A diaphragm assembly for a control regulator, the diaphragm assembly comprising: a diaphragm including an elastomer upper layer, a fabric middle layer, and an elastomer lower layer; a pressure relief mechanism; and a diaphragm plate that supports the diaphragm; the pressure relief mechanism comprising an opening in the diaphragm middle layer and an opening in the diaphragm plate; wherein the openings are aligned and form a locally weakened area in the diaphragm, whereby the material of the diaphragm upper layer and the material of the diaphragm lower layer are not supported or reinforced by the material in the diaphragm middle layer. a diaphragm including an elastomer upper layer, a fabric middle layer, and an elastomer lower layer; a pressure relief mechanism; and a diaphragm plate that supports the diaphragm; the pressure relief mechanism comprising an opening in the diaphragm middle layer and an opening in the diaphragm plate; wherein the openings are aligned and form a locally weakened area in the diaphragm, whereby the material of the diaphragm upper layer and the material of the diaphragm lower layer are not supported or reinforced by the material in the diaphragm middle layer.
A camera module comprising: a frame accommodating a lens barrel; a housing accommodating the frame, and an elastic member disposed in the housing; wherein the frame is pressed toward the bottom surface of the housing by the elastic member in a state in which the frame is aligned with respect to the housing; wherein the housing comprises one or more openings exposing the frame to outside of the housing; and wherein a printed circuit board, on which an image sensor is mounted, is fixed to a lower portion of the housing, the camera module being characterised in that: four adjustment parts are provided respectively at the four corners of the frame, each adjustment part being a recessed portion formed at a corner of the frame and being exposed through one of said openings of the housing so that a separate tool is insertable in each of the adjustment parts to adjust the position of the frame by lifting at least one of the separate tools; wherein the frame is fixed to the housing in a state in which the optical axis of the lens barrel is aligned perpendicular to an image formation surface of the image sensor. a frame accommodating a lens barrel; a housing accommodating the frame, and an elastic member disposed in the housing; wherein the frame is pressed toward the bottom surface of the housing by the elastic member in a state in which the frame is aligned with respect to the housing; wherein the housing comprises one or more openings exposing the frame to outside of the housing; and wherein a printed circuit board, on which an image sensor is mounted, is fixed to a lower portion of the housing, the camera module being characterised in that: four adjustment parts are provided respectively at the four corners of the frame, each adjustment part being a recessed portion formed at a corner of the frame and being exposed through one of said openings of the housing so that a separate tool is insertable in each of the adjustment parts to adjust the position of the frame by lifting at least one of the separate tools; wherein the frame is fixed to the housing in a state in which the optical axis of the lens barrel is aligned perpendicular to an image formation surface of the image sensor.
Sweeping machine designed to be moved along the ground surface for its operation, comprising a single main wheel driving a brush with horizontal axis when the sweeping machine is standing on a flat surface, a dust collection bin, said brush being designed to direct dust into the collection bin, the brush being connected, via a mechanical transmission, to a shaft integral with said wheel, characterised in that said mechanical transmission comprises a means (470, 470') providing freedom of movement of the axis of the brush in two mutually orthogonal directions (x, y), for lowering and raising the brush, so as to compensate for wear thereof, and to extend and retract it vis-à-vis a free edge of a frontal wall so as to maintain its effectiveness.
Safety closure for a vessel of a food processor, which comprises a connection unit that is connected or to be connected to the vessel, a closure ring that is to be brought into at least one closure ring closing position by rotating relative to the connection unit and a cover (30, 30') for the vessel that is to be brought into at least one cover closing position by rotating relative to the connection unit, wherein - a switch element is arranged on the connection unit, - an actuation element is arranged on the closure ring and - a function element (34, 34') is arranged on the cover (30, 30'), characterised in that an active element is arranged on the connection unit, wherein at least one effect position can be set for the function element (34, 34'), the active element and the actuation element in each case, wherein the function element (34, 34'), when the cover (30, 30') is in the cover closing position, is in its effective position, in which it necessitates the effective position of the active element, wherein the active element, when it is in its effective position, necessitates the effective position of the actuation element when the closure ring is in its closure ring closing position, and wherein the actuation element, when it is in its effective position, necessitates a closing signal position of the switch element. - a switch element is arranged on the connection unit, - an actuation element is arranged on the closure ring and - a function element (34, 34') is arranged on the cover (30, 30'), wherein at least one effect position can be set for the function element (34, 34'), the active element and the actuation element in each case, wherein the function element (34, 34'), when the cover (30, 30') is in the cover closing position, is in its effective position, in which it necessitates the effective position of the active element, wherein the active element, when it is in its effective position, necessitates the effective position of the actuation element when the closure ring is in its closure ring closing position, and wherein the actuation element, when it is in its effective position, necessitates a closing signal position of the switch element.
A logic circuit comprising at least one first logic cell and one second logic cell cascaded in series, each logic cell comprising at least one first variable-capacitance capacitor having first and second main electrodes separated by an insulating region, and first and second control electrodes electrically insulated from the first and second main electrodes and capable of receiving a control signal for varying the capacitance between the first and second main electrodes, the first and second control electrodes being respectively coupled to a node of application of a first input logic signal of the cell and to a reference node of the cell, and the first and second main electrodes being respectively coupled to a node (VDD; Φ(t)) of application of a cell power supply voltage and to a floating node (s) for supplying a logic output signal of the cell, wherein the first cell has its floating node (s) for supplying a logic output signal coupled to the node of application of the first logic input signal of the second cell.
Fecal impaction removal device for removing fecal impaction, comprising a handle region and a scoop region, the scoop region at the front end having a three-dimensionally cone-shaped head region, which is followed by a bowl-shaped region in the direction of the handle region; characterized in that the scoop edge, at least on one of the two sides, from the inner region of the bowl-shaped region has an edge surface that is rounded upwards or indented at the bottom over the wall thickness of the side cheek portion to the outside.
Household dishwasher with a receiving compartment, which can be closed by a door, for receiving items to be washed and with a heat pump arrangement, through which a heat carrier passes during its operation, wherein the heat pump arrangement comprises at least an evaporator for evaporating the heat carrier, a compressor for compressing the heat carrier coming from the evaporator and a condenser for condensing the heat carrier coming from the compressor, wherein the household dishwasher furthermore has a circulation pump, with the aid of which during a wash cycle washing liquor can be conveyed from a pump sump of the household dishwasher to at least one spray arm, wherein the household dishwasher has at least one open-loop and/or closed-loop control unit and a sensor connected to the open-loop and/or closed-loop control unit, with the aid of which it is possible to detect whether or not the door is in its closed position, wherein the open-loop and/or closed-loop control unit is embodied to deactivate the circulation pump or to reduce its flow rate if, during the operation of the circulation pump, the open-loop and/or closed-loop control unit identifies an opening of the door with the aid of the sensor and wherein the open-loop and/or closed-loop control unit is embodied to further operate the heat pump arrangement at least for a specific period of time if the open-loop and/or closed-loop control unit identifies an opening of the door during the operation of the heat pump arrangement with the aid of the sensor.
Illumination device comprising at least two light-emitting diodes (Dj) suitable for generating photons and a light guide of the flat type and including a guide part placed between input and output faces, the said input face being suitable for supplying the said guide part with generated photons and the said output face being suitable for delivering to the outside photons guided in the said guide part characterized in that the input face comprises at least one supply zone in which said light-emitting diodes (Dj) are all located and placed opposite respective input zones (ZEj), defined in the supply zone of said input face; said supply zone being located opposite a single first output zone of said output face, and in that the input face comprises a zone of the input face which is located next to the local supply zone and in front of which no light-emitting diodes are installed said diodes (Dj) being furthermore arranged to distribute the received photons respectively in predefined angular sectors (SAj) in order to induce on a second output zone of said output face, located next to said first output zone, a decreasing light intensity from said first output zone.
A method for production of a hemagglutinin-neuraminidase polypeptide, said method comprising culturing a recombinant microalgal host cell in a medium to produce the HN polypeptide, and recovering the HN polypeptide from the medium, wherein the recombinant microalgal host cell comprises a nucleic acid molecule comprising a polynucleotide sequence that encodes a heterologous HN polypeptide, and wherein said HN polypeptide is glycosylated and comprises a membrane domain.
The use, to avoid wrinkling of at least one hydrogen-selective membrane (46, 202) in a hydrogen purification device comprising an enclosure that defines an internal compartment and contains a separation assembly, which divides the internal compartment into a mixed gas region and a permeate region, the hydrogen purification device being adapted to receive a mixed gas stream containing hydrogen gas and other gases and to produce a stream, which contains pure or at least substantially pure hydrogen gas, wherein substantially pure hydrogen gas is greater than 90% pure, and a byproduct stream, which contains at least a substantial portion of the other gases, therefrom, of means for supporting said at least one membrane of which means at least a portion is selected to have a coefficient of thermal expansion that is within 10% of the coefficient of thermal expansion of the at least one membrane (46, 202).
A supply system for at least one orthopedic component which comprises at least one electronic and/or electrical device (11, 12) and is equipped with a supply connection and/or a radio device for receiving data and/or electrical energy, the supply system having a holder for the orthopedic component, which comprises a supply device (30, 60), compatible with the supply connection and/or the radio device, for supplying the orthopedic component with data and/or energy, whereas the supply device and the supply connection are configured as contactless transmission devices for inductive or capacitive transmission or radio transmission, characterized in that the supply system is configured to carry out a mode switchover of the orthopedic component from an operating mode to a supply mode after the coupling of the orthopedic component to the supply device (30, 60).
An ophthalmic lens device with a variable optic insert (104, 200, 371) positioned within at least a portion of an optical zone of the ophthalmic lens device, wherein the variable optic insert comprises: a curved first front surface and a curved first back surface, wherein the curved first front surface and the curved first back surface are configured to bound at least a portion of a first chamber; an energy source embedded in the variable optic insert in at least a region comprising a non-optical zone; and a first layer containing liquid crystal material (109, 110, 374, 375, 530, 564, 573, 620) positioned within the first chamber and located between two alignment layers, wherein the first layer containing liquid crystal material includes polymer networked regions with attached liquid crystal molecules and interstitially located free liquid crystal molecules, wherein the resting orientation of the liquid crystal molecules in the first layer containing liquid crystal material varies smoothly across at least a first portion of the variable optic insert with a first radial dependence from a first orientation in the center of the lens to a second orientation at or near the edge of the lens. a curved first front surface and a curved first back surface, wherein the curved first front surface and the curved first back surface are configured to bound at least a portion of a first chamber; an energy source embedded in the variable optic insert in at least a region comprising a non-optical zone; and a first layer containing liquid crystal material (109, 110, 374, 375, 530, 564, 573, 620) positioned within the first chamber and located between two alignment layers, wherein the first layer containing liquid crystal material includes polymer networked regions with attached liquid crystal molecules and interstitially located free liquid crystal molecules, wherein the resting orientation of the liquid crystal molecules in the first layer containing liquid crystal material varies smoothly across at least a first portion of the variable optic insert with a first radial dependence from a first orientation in the center of the lens to a second orientation at or near the edge of the lens.