mhurhangee/patent-ind-claim-en huggingface dataset:
A control method configured to control an electronic apparatus , the electronic apparatus including an imaging device , the method comprising: determining whether the imaging device is in focus when an imaging command is received; deciding a threshold of an imaging wait time based on a current frame rate of the imaging device when the imaging device is not in focus; controlling a focusing process of the imaging device when the imaging wait time is less than the threshold; controlling the imaging device for imaging when the imaging wait time is greater than or equal to the threshold; characterized in that the threshold of the imaging wait time is decided based on a preset focusing frame number; and that the threshold of the imaging wait time is proportional to the preset focusing frame number, and is inversely proportional to the current frame rate of the imaging device. determining whether the imaging device is in focus when an imaging command is received; deciding a threshold of an imaging wait time based on a current frame rate of the imaging device when the imaging device is not in focus; controlling a focusing process of the imaging device when the imaging wait time is less than the threshold; controlling the imaging device for imaging when the imaging wait time is greater than or equal to the threshold; characterized in that the threshold of the imaging wait time is decided based on a preset focusing frame number; and that the threshold of the imaging wait time is proportional to the preset focusing frame number, and is inversely proportional to the current frame rate of the imaging device.
A holding device for holding a lighting device including: - a fixing body for fixing the holding device to a surface, in particular a building wall or a building ceiling, - a support element arranged on the fixing body for supporting a cantilever arm , wherein the cantilever arm is mounted to the support element movably by way of an adjusting device about a main pivot axis (HSA), the adjusting device has at least two components which are movable relative to each other and which have a first operating position in which the components can be connected to each other so that the cantilever arm is fixable relative to the support element and which have a second operating position in which the connection of the at least two components relative to each other can be released so that the cantilever arm is pivotable about the main pivot axis (HSA) relative to the support element , a pivotal movement of the cantilever arm relative to the support element about the main pivot axis (HSA) is possible only in the second operating position of the at least two mutually movable components, and there is provided at least one actuating element by way of which the connection to the adjusting device can be made or released for adjustment of the position of the cantilever arm about the main pivot axis (HSA), characterised in that the connection of the at least two mutually movable components of the adjusting device is a purely positively locking connection and the at least one actuating element is provided by a manually actuable lever mounted pivotably between an open position and a closed position. - a fixing body for fixing the holding device to a surface, in particular a building wall or a building ceiling, - a support element arranged on the fixing body for supporting a cantilever arm , wherein the cantilever arm is mounted to the support element movably by way of an adjusting device about a main pivot axis (HSA), the adjusting device has at least two components which are movable relative to each other and which have a first operating position in which the components can be connected to each other so that the cantilever arm is fixable relative to the support element and which have a second operating position in which the connection of the at least two components relative to each other can be released so that the cantilever arm is pivotable about the main pivot axis (HSA) relative to the support element , a pivotal movement of the cantilever arm relative to the support element about the main pivot axis (HSA) is possible only in the second operating position of the at least two mutually movable components, and there is provided at least one actuating element by way of which the connection to the adjusting device can be made or released for adjustment of the position of the cantilever arm about the main pivot axis (HSA), characterised in that the connection of the at least two mutually movable components of the adjusting device is a purely positively locking connection and the at least one actuating element is provided by a manually actuable lever mounted pivotably between an open position and a closed position.
A refrigerant cycle apparatus comprising: at least a compressor , a radiator , decompression means capable of changing an open degree, a heat absorber , an internal heat exchanger that performs heat exchange between a refrigerant at an outlet of the radiator and the refrigerant at an outlet of the heat absorber , wherein first temperature detection means for detecting a refrigerant temperature between an outlet of the compressor and an inlet of the radiator and second temperature detection means for detecting the refrigerant temperature between an outlet of the radiator and a high-pressure side inlet of the internal heat exchanger are provided, characterized in that sixth temperature detection means for detecting the refrigerant temperature between a low-pressure side outlet of the internal heat exchanger and an inlet of the compressor is provided, superheat degree of a compressor suction part is calculated from a refrigerant saturation temperature at a detection point of the sixth temperature detection means and a detection temperature by the sixth temperature detection means , and the opening degree of the decompression means is controlled such that the superheat degree becomes the target value, and when the superheat degree becomes the target value, an opening degree of the decompression means is controlled such that a temperature difference (ΔT) between a detection temperature by the first temperature detection means and the detection temperature by the second temperature detection means becomes a target value. at least a compressor , a radiator , decompression means capable of changing an open degree, a heat absorber , an internal heat exchanger that performs heat exchange between a refrigerant at an outlet of the radiator and the refrigerant at an outlet of the heat absorber , wherein first temperature detection means for detecting a refrigerant temperature between an outlet of the compressor and an inlet of the radiator and second temperature detection means for detecting the refrigerant temperature between an outlet of the radiator and a high-pressure side inlet of the internal heat exchanger are provided, characterized in that sixth temperature detection means for detecting the refrigerant temperature between a low-pressure side outlet of the internal heat exchanger and an inlet of the compressor is provided, superheat degree of a compressor suction part is calculated from a refrigerant saturation temperature at a detection point of the sixth temperature detection means and a detection temperature by the sixth temperature detection means , and the opening degree of the decompression means is controlled such that the superheat degree becomes the target value, and when the superheat degree becomes the target value, an opening degree of the decompression means is controlled such that a temperature difference (ΔT) between a detection temperature by the first temperature detection means and the detection temperature by the second temperature detection means becomes a target value.
A system for detecting obstructive apnea, comprising: an input configured to receive a bioelectric signal from a mammal comprising electromyographic activity of muscles of respiration; an output for communicating a signal dependent on a determined occurrence of obstructive apnea; and at least one processor configured to: process the bioelectric signal to isolate the electromyographic activity; determine a baseline amplitude of inspiratory efforts based on the isolated electromyographic activity; and determine occurrence of obstructive apnea if a series of successive inspiratory efforts over time have increasing amplitude, above the baseline amplitude of inspiratory efforts, determined dependent on the isolated electromyographic activity. an input configured to receive a bioelectric signal from a mammal comprising electromyographic activity of muscles of respiration; an output for communicating a signal dependent on a determined occurrence of obstructive apnea; and at least one processor configured to: process the bioelectric signal to isolate the electromyographic activity; determine a baseline amplitude of inspiratory efforts based on the isolated electromyographic activity; and determine occurrence of obstructive apnea if a series of successive inspiratory efforts over time have increasing amplitude, above the baseline amplitude of inspiratory efforts, determined dependent on the isolated electromyographic activity. process the bioelectric signal to isolate the electromyographic activity; determine a baseline amplitude of inspiratory efforts based on the isolated electromyographic activity; and determine occurrence of obstructive apnea if a series of successive inspiratory efforts over time have increasing amplitude, above the baseline amplitude of inspiratory efforts, determined dependent on the isolated electromyographic activity.
An input coupler for an accelerating cavity , comprising: a cylindrical external conductor ; a cylindrical internal conductor arranged coaxially with the external conductor , wherein a heating medium circulates in operation inside the cylindrical internal conductor , for removing heat generated in the internal conductor during operation, and for reducing temperature rise in the internal conductor ; a plate provided between an inner surface of the external conductor and an outer surface of the internal conductor ; a cooling part for cooling the plate from the external conductor side to the freezing point of water or lower; and a heat insulating part provided on a part at which the internal conductor and the plate are connected; wherein the plate is connected to the internal conductor via the heat insulating part 8); characterised in that the thermal conductivity of the heat insulating part is lower than that of the internal conductor , and the heat insulating part is configured to reduce the heat transfer between the plate and the internal conductor so as to thermally insulate the plate and the internal conductor . a cylindrical external conductor ; a cylindrical internal conductor arranged coaxially with the external conductor , wherein a heating medium circulates in operation inside the cylindrical internal conductor , for removing heat generated in the internal conductor during operation, and for reducing temperature rise in the internal conductor ; a plate provided between an inner surface of the external conductor and an outer surface of the internal conductor ; a cooling part for cooling the plate from the external conductor side to the freezing point of water or lower; and a heat insulating part provided on a part at which the internal conductor and the plate are connected; wherein the plate is connected to the internal conductor via the heat insulating part 8);
A method of spinning a polymer solution or melt from the surface of a spinning electrode formed by a linear flexible structure, in which alternating current (AC) voltage is supplied to the spinning electrode and/or to the polymer solution or melt on the surface of the spinning electrode , characterized in that during spinning, the spinning electrode is wound between two driven reels which are provided with a spiral groove on their circumference, whereby the spinning electrode unwinds from the spiral groove of one reel and at the same time winds into the spiral groove of the other reel , without extending beyond the circumference of any of the reels , whereby at least one of these reels with the part of the spinning electrode arranged in the spiral groove wades in the polymer solution or melt stored in a reservoir , where the polymer solution or melt is deposited on the surface of the spinning electrode , as a result of the winding of this electrode it is carried out into the space between the reels , where it is spun from the surface of the spinning electrode , whereby spinning takes place around the entire circumference of the spinning electrode , and the part of the spinning electrode that is currently situated in the space between the reels which constitute an active part of the spinning electrode on the surface of which the spinning process takes place, performs an additional reciprocating sliding movement due to winding the spinning electrode into the spiral groove of one reel and unwinding it from the spiral groove of the other reel , the additional sliding movement being performed in a direction perpendicular to the longitudinal axis of the active part of the spinning electrode .
A method performed by a user equipment, UE, , the method comprising: supporting transmission of vehicle-to-everything, V2X, messages over a first plurality of network connections for communication with a mobile communication network over a plurality of radio access types and a second plurality of network connections for direct V2X communication with other UEs over a plurality of radio access types; supporting a first plurality of V2X applications, wherein each V2X application of the first plurality of V2X applications uses the V2X messages transmitted via direct V2X communication over a radio access type of the plurality of radio access types and over a corresponding carrier frequency; supporting a second plurality of V2X applications, wherein each V2X application of the second plurality of V2X applications uses the V2X messages transmitted via the mobile communication network; receiving a request from a specific V2X application of the first plurality of V2X applications to transmit a message via the direct V2X communication or from a specific V2X application of the second plurality of V2X applications to transmit a message via the mobile communication network; selecting, based on a priority and a preemption configuration, V2X applications of the first plurality of V2X applications or the second plurality of V2X applications to support; and selecting a cell that supports the selected V2X applications for transmission of the requested message. supporting transmission of vehicle-to-everything, V2X, messages over a first plurality of network connections for communication with a mobile communication network over a plurality of radio access types and a second plurality of network connections for direct V2X communication with other UEs over a plurality of radio access types; supporting a first plurality of V2X applications, wherein each V2X application of the first plurality of V2X applications uses the V2X messages transmitted via direct V2X communication over a radio access type of the plurality of radio access types and over a corresponding carrier frequency; supporting a second plurality of V2X applications, wherein each V2X application of the second plurality of V2X applications uses the V2X messages transmitted via the mobile communication network; receiving a request from a specific V2X application of the first plurality of V2X applications to transmit a message via the direct V2X communication or from a specific V2X application of the second plurality of V2X applications to transmit a message via the mobile communication network; selecting, based on a priority and a preemption configuration, V2X applications of the first plurality of V2X applications or the second plurality of V2X applications to support; and selecting a cell that supports the selected V2X applications for transmission of the requested message.
A suspension of gas-filled microbubbles in a physiologically acceptable liquid carrier, said microbubbles comprising (a) a lipid mixture consisting of a first lipid having transition temperature of 41 °C, a second lipid having transition temperature of 55 °C, and a PEGylated 1,2-Distearoylphosphatidylethanolamine (DSPE), and (b) a biocompatible gas wherein said gas is selected from the group consisting of perfluorocarbons, SF 6 , Ar and N 2 , wherein the amount of said first lipid is in a range of 40% to 63% by weight in the lipid mixture, and wherein the amount of the PEGylated DSPE is 10% to 15% by weight in the lipid mixture.
A sensor assembly for a current sensor , comprising at least two Hall elements and at least two holders for the Hall elements , the holders being rigid and each including a retainer for the associated Hall element , in which it is received with small tolerances, each holder further having two contact surfaces for a multipart magnetic core , a multipart magnetic core being provided, the holder being arranged in the gap (S) between two magnetic core parts (16A-D) such that the Hall element extends perpendicularly to a direction in which magnetic field lines pass through the gap (S), a housing being provided which has a positioning formation for the holder , the position of the holder relative to the housing being fixed by means of the positioning formation .
Safety device for a pre-filled syringe comprising - a needle shield (1.1) adapted to cover an injection needle (2.1) of the pre-filled syringe before and after an injection, - a support body (1.2) with at least one pivoting arm (1.2.2) adapted to engage a barrel collar (2.2.1) of the pre-filled syringe and - an outer body (1.3) with a first inner sleeve (1.3.5) comprising a bevelled section (1.3.7), the outer body (1.3) arranged to be releasably mounted to the pre-filled syringe , so that the pre-filled syringe may be translated in a distal direction (D) by manually translating the outer body (1.3) with respect to the needle shield (1.1) in the distal direction (D), - a compression spring (1.4) arranged within the safety device that biases the needle shield (1.1) and the outer body (1.3) away from each other, wherein the needle shield (1.1), the support body (1.2) and the outer body (1.3) are arranged so as to telescope with respect to each other such that the support body (1.2) can be substantially received within the outer body (1.3) and the needle shield (1.1) can be substantially received within the hollow outer body (1.3), and wherein the bevelled section (1.3.7) is arranged to abut against the pivoting arm (1.2.2) connected to the support body (1.2) by a living hinge (1.2.3) to deflect the pivoting arm (1.2.2) radially inwards and latch the pivoting arm (1.2.2) to the barrel collar (2.2.1) to permanently lock the pre-filled syringe to the support body (1.2) after the dose of the medicament has been expelled, wherein one or more third clips (1.3.8) on the outer body (1.3) are arranged to latch into one or more second notches (1.2.5) in the support body (1.2) to lock the outer body (1.3) and the support body (1.2) together and hence prevent a translation of the outer body (1.3) relative to the support body (1.2) in the distal direction (D) such that upon removal of the injection device (I) from an injection site, the outer body (1.3) and the pre-filled syringe connected thereto is driven in the proximal direction (P) towards a safe position (PS) wherein the pre-filled syringe is retracted within the safety device by the energized compression spring (1.4). - a needle shield (1.1) adapted to cover an injection needle (2.1) of the pre-filled syringe before and after an injection, - a support body (1.2) with at least one pivoting arm (1.2.2) adapted to engage a barrel collar (2.2.1) of the pre-filled syringe and - an outer body (1.3) with a first inner sleeve (1.3.5) comprising a bevelled section (1.3.7), the outer body (1.3) arranged to be releasably mounted to the pre-filled syringe , so that the pre-filled syringe may be translated in a distal direction (D) by manually translating the outer body (1.3) with respect to the needle shield (1.1) in the distal direction (D), - a compression spring (1.4) arranged within the safety device that biases the needle shield (1.1) and the outer body (1.3) away from each other,
Apparatus comprising: one or more sensors , including Polyvinylidene Fluoride (PVDF) based and/or SONAR-based sensors, arranged on, or integrated into, or externally attached or fixtured to, one or more parts of a pump , the one or more SONAR-based sensors configured to sense and respond to unsteady pressures caused by a medium flowing through the pump and to provide SONAR-based sensed signaling containing information about the sensed unsteady pressures, the one or more PVDF based sensors configured to sense and respond to acoustic emissions caused by the medium flowing through the pump and to provide PVDF-based sensed signaling containing information about the sensed acoustic emissions, a signal processor or processing module configured to receive as an input signal the SONAR-based sensed signaling and/or PVDF-based sensed signaling, the signal processor or processing module characterized by further being configured to provide an output signal containing information about wear of the one or more parts of the pump , based on the input signal received. one or more sensors , including Polyvinylidene Fluoride (PVDF) based and/or SONAR-based sensors, arranged on, or integrated into, or externally attached or fixtured to, one or more parts of a pump , the one or more SONAR-based sensors configured to sense and respond to unsteady pressures caused by a medium flowing through the pump and to provide SONAR-based sensed signaling containing information about the sensed unsteady pressures, the one or more PVDF based sensors configured to sense and respond to acoustic emissions caused by the medium flowing through the pump and to provide PVDF-based sensed signaling containing information about the sensed acoustic emissions, a signal processor or processing module configured to receive as an input signal the SONAR-based sensed signaling and/or PVDF-based sensed signaling, the signal processor or processing module characterized by further being configured to provide an output signal containing information about wear of the one or more parts of the pump , based on the input signal received.
A subsurface safety valve, comprising: a housing having a main bore and a piston bore in a wall thereof, said piston bore extending from a connection adapted to receive a control line and further containing a piston; characterized by at least one additional blind bore within said wall, wherein said at least one additional blind bore is within 45 degrees of said piston bore , such that a tendency for said piston bore to deform is reduced when said main bore is pressurized. a housing having a main bore and a piston bore in a wall thereof, said piston bore extending from a connection adapted to receive a control line and further containing a piston; characterized by at least one additional blind bore within said wall, wherein said at least one additional blind bore is within 45 degrees of said piston bore , such that a tendency for said piston bore to deform is reduced when said main bore is pressurized.