mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a characteristic of a specimen contained within a sample container, comprising: generating a pixelated image of the specimen; determining color components for pixels in the pixelated image; classifying of pixels in the pixelated image as being liquid or non-liquid; defining one or more liquid regions based upon the classifying of the pixels; and determining a presence of one or more interferent within the one or more liquid regions, characterized in that the pixelated image is subjected to gamma correction prior to the classifying. generating a pixelated image of the specimen; determining color components for pixels in the pixelated image; classifying of pixels in the pixelated image as being liquid or non-liquid; defining one or more liquid regions based upon the classifying of the pixels; and determining a presence of one or more interferent within the one or more liquid regions, characterized in that the pixelated image is subjected to gamma correction prior to the classifying.
A computer-implemented method comprising: receiving an invalidation command that includes (i) a first asset identifier, and (ii) a set of one or more extension value fields; identifying a first file that is stored in a first cache device and is associated with an identifier matching the first asset identifier; comparing a set of attributes of the first file to the set of one or more extension value fields; and upon determining that, for each extension value field included in the set of one or more extension value fields, at least one attribute included in the set of attributes of the first file matches at least one value of the extension value field, causing the first file in the first cache device to be preserved, or upon determining that, for at least one extension value field included in the set of one or more extension value fields, at least one attribute of the first file does not match at least one value of the extension value field, causing the first file to be invalidated. receiving an invalidation command that includes (i) a first asset identifier, and (ii) a set of one or more extension value fields; identifying a first file that is stored in a first cache device and is associated with an identifier matching the first asset identifier; comparing a set of attributes of the first file to the set of one or more extension value fields; and upon determining that, for each extension value field included in the set of one or more extension value fields, at least one attribute included in the set of attributes of the first file matches at least one value of the extension value field, causing the first file in the first cache device to be preserved, or upon determining that, for at least one extension value field included in the set of one or more extension value fields, at least one attribute of the first file does not match at least one value of the extension value field, causing the first file to be invalidated.
An implantable medical device, comprising: a body; a polymer matrix over the body, wherein the polymer matrix comprises a plurality of fibers defining a plurality of pores to permit tissue growth therethrough; and a bio-adhesive coating at least partially covering the polymer matrix, wherein the bio-adhesive coating is biodegradable. a body; a polymer matrix over the body, wherein the polymer matrix comprises a plurality of fibers defining a plurality of pores to permit tissue growth therethrough; and a bio-adhesive coating at least partially covering the polymer matrix, wherein the bio-adhesive coating is biodegradable.
A blockchain system, comprising a distribution center, a non-consensus subsystem, and a plurality of consensus subsystems, wherein the non-consensus subsystem comprises a plurality of non-consensus nodes, and each of the consensus subsystems comprises a plurality of consensus nodes; a non-consensus node of the plurality of non-consensus nodes sends a transaction request to the distribution center; the distribution center receives the transaction request from the non-consensus subsystem, determines a consensus subsystem corresponding to the transaction request based on transaction data comprised in the transaction request, and forwards the transaction request to the determined consensus subsystem; and the consensus subsystem receives the transaction request forwarded by the distribution center, and sends the transaction request to all consensus nodes in the consensus subsystem for consensus validation; if the validation is successful, generates a corresponding block according to the transaction request and stores the block into a consortium blockchain corresponding to the consensus subsystem.
Reinforcing element for a cladding panel, characterized in that the reinforcing element is designed as an elongate bent sheet-metal part having a substantially U-shaped cross section, has filling holes for adhesive along its central longitudinal portion and, to the side of the central longitudinal portion, has a bead (9, 10) which extends in the longitudinal direction of the reinforcing element, is set back from the central longitudinal portion and is designed for the insertion of a connecting spring to an adjacent cladding panel.
Method for forming an irregularly shaped, elongated loaf of an elastic material, e.g. a meat loaf of unprocessed meat, into a shape that has a uniform cross section (100") across its length, and for subsequently cutting it into slices, in particular accurately weighted slices, by a) pressing the loaf - in its longitudinal direction ( L, 10) as well as - in at least a transversal direction (Q, 11.1, 11.2) to the longitudinal direction until it has a mostly uniform cross section (100") across its length, during pressing b) in a first pressing step, a first pressing plunger (4 or 5) is placed - against the loaf in a first pressing direction (Q or L), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, and c) in a second pressing step, a second pressing plunger (5 or 4) is placed - against the loaf in a second pressing direction (L or Q), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, characterized in that d) following at least one pressing stroke (+Q or +L), the pressing plunger (4, 5) is withdrawn in the opposite direction by a relieving stroke (-Q or -L) to relief the loaf in at least one of the pressing steps b) and/or c), e) a pressing stroke (+Q or +L) and/or a relieving stroke (-Q or -L) can be performed in multiple stages, between which in particular a pressing stroke (+Q or +L) can be performed in the respectively other pressing direction. a) pressing the loaf - in its longitudinal direction ( L, 10) as well as - in at least a transversal direction (Q, 11.1, 11.2) to the longitudinal direction until it has a mostly uniform cross section (100") across its length, during pressing - in its longitudinal direction ( L, 10) as well as - in at least a transversal direction (Q, 11.1, 11.2) to the longitudinal direction until it has a mostly uniform cross section (100") across its length, during pressing b) in a first pressing step, a first pressing plunger (4 or 5) is placed - against the loaf in a first pressing direction (Q or L), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, and - against the loaf in a first pressing direction (Q or L), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, and c) in a second pressing step, a second pressing plunger (5 or 4) is placed - against the loaf in a second pressing direction (L or Q), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, characterized in that - against the loaf in a second pressing direction (L or Q), - then is advanced further by a pressing stroke (+Q or +L) for the purpose of pressing, characterized in that d) following at least one pressing stroke (+Q or +L), the pressing plunger (4, 5) is withdrawn in the opposite direction by a relieving stroke (-Q or -L) to relief the loaf in at least one of the pressing steps b) and/or c), e) a pressing stroke (+Q or +L) and/or a relieving stroke (-Q or -L) can be performed in multiple stages, between which in particular a pressing stroke (+Q or +L) can be performed in the respectively other pressing direction.
System for dosing of at least two concentrates into water for on-line preparation of a medical fluid, said system comprising - a main line for feeding of water, - a first line with a first pump for feeding of a first concentrate into the main line at a first mixing point, - a second line with a second pump for feeding of a second concentrate into the main line at a second mixing point, - a main concentration sensor arranged in the main line downstream both the first and the second mixing points (4, 7), characterised in that - the system is configured to initially control the dosing of the first concentrate, while not feeding any of the second concentrate, under feedback control from the main concentration sensor to the first pump for feeding of the first concentrate, such that when the concentration measured by the main concentration sensor has reached a first preselected concentration level, a value for a feeding parameter for the first pump for feeding of the first concentrate is determined, - after the determination of the value for the feeding parameter, the system is configured to control the dosing of both the first and the second concentrate during the continued on-line preparation of the medical fluid, such that the feedback control from the main concentration sensor is moved, from control of the first pump for feeding of the first concentrate, to control of the second pump for feeding of the second concentrate, and that the value for the feeding parameter is used for control of the first pump for feeding of the first concentrate. - a main line for feeding of water, - a first line with a first pump for feeding of a first concentrate into the main line at a first mixing point, - a second line with a second pump for feeding of a second concentrate into the main line at a second mixing point, - a main concentration sensor arranged in the main line downstream both the first and the second mixing points (4, 7), characterised in that - the system is configured to initially control the dosing of the first concentrate, while not feeding any of the second concentrate, under feedback control from the main concentration sensor to the first pump for feeding of the first concentrate, such that when the concentration measured by the main concentration sensor has reached a first preselected concentration level, a value for a feeding parameter for the first pump for feeding of the first concentrate is determined, - after the determination of the value for the feeding parameter, the system is configured to control the dosing of both the first and the second concentrate during the continued on-line preparation of the medical fluid, such that the feedback control from the main concentration sensor is moved, from control of the first pump for feeding of the first concentrate, to control of the second pump for feeding of the second concentrate, and that the value for the feeding parameter is used for control of the first pump for feeding of the first concentrate.
A method for adjusting a broadcast message queue carried out in a terminal, comprising: determining a target broadcast sender of each of a plurality of broadcast messages in a broadcast message queue, the plurality of broadcast messages being arranged in the broadcast message queue according to broadcast timings of the respective broadcast messages; making statistics on frequency information of identical broadcast messages sent by the target broadcast sender; and when the frequency information of the identical broadcast messages exceeds a predetermined threshold, deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue, wherein deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue comprises: retaining a predetermined number of broadcast messages, that enter the queue late in a queuing order, of the identical broadcast messages in the broadcast message queue, and removing the other broadcast messages, that are ahead of the predetermined number of broadcast messages, of the identical broadcast messages in the broadcast message queue. determining a target broadcast sender of each of a plurality of broadcast messages in a broadcast message queue, the plurality of broadcast messages being arranged in the broadcast message queue according to broadcast timings of the respective broadcast messages; making statistics on frequency information of identical broadcast messages sent by the target broadcast sender; and when the frequency information of the identical broadcast messages exceeds a predetermined threshold, deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue, wherein deleting at least part of the identical broadcast messages in the broadcast message queue so as to adjust the broadcast message queue comprises: retaining a predetermined number of broadcast messages, that enter the queue late in a queuing order, of the identical broadcast messages in the broadcast message queue, and removing the other broadcast messages, that are ahead of the predetermined number of broadcast messages, of the identical broadcast messages in the broadcast message queue.
A computer-implemented vital sign detection method, comprising: obtaining an acceleration signal and photoplethysmographic PPG signals of a plurality of channels within a preset time period; calculating a correlation coefficient matrix among the photoplethysmographic PPG signals of the plurality of channels; calculating, in a case that there is at least one correlation coefficient in the correlation coefficient matrix less than or equal to a first threshold, a variance of the PPG signals of each channel in the plurality of channels; performing, in a case that the variances of the PPG signals of all the channels are greater than or equal to a second threshold, frequency domain fusion after performing a fast Fourier transformation on the PPG signals of the plurality of channels, to obtain a frequency domain signal of a fused PPG signal; performing the fast Fourier transformation on the acceleration signal to obtain a frequency domain signal of the acceleration signal; inputting the frequency domain signal of the fused PPG signal and the frequency domain signal of the acceleration signal into a deep neural network to obtain a value of a vital sign, wherein the vital sign comprises heart rate; and displaying the value of the vital sign. obtaining an acceleration signal and photoplethysmographic PPG signals of a plurality of channels within a preset time period; calculating a correlation coefficient matrix among the photoplethysmographic PPG signals of the plurality of channels; calculating, in a case that there is at least one correlation coefficient in the correlation coefficient matrix less than or equal to a first threshold, a variance of the PPG signals of each channel in the plurality of channels; performing, in a case that the variances of the PPG signals of all the channels are greater than or equal to a second threshold, frequency domain fusion after performing a fast Fourier transformation on the PPG signals of the plurality of channels, to obtain a frequency domain signal of a fused PPG signal; performing the fast Fourier transformation on the acceleration signal to obtain a frequency domain signal of the acceleration signal; inputting the frequency domain signal of the fused PPG signal and the frequency domain signal of the acceleration signal into a deep neural network to obtain a value of a vital sign, wherein the vital sign comprises heart rate; and displaying the value of the vital sign.
A one-way degassing valve comprising a first base substrate layer; a first layer of stretchable film; a layer of filtering material; and a second base substrate layer, characterized by a second layer of stretchable film, whereby all layers stacked one on top of the other, where the base substrate layers (1, 5) are wider than the stretchable film layers (2, 4) and the filtering material layer and the layer of filtering material has a length shorter than the length of the stretchable film (2, 4) and base substrate (1, 5) layers, the base substrate layers being (1, 5) joined together by heat seals, located along the outer edges of the stretchable films (2, 4), the layers of stretchable films (2, 4) forming a conduit.
A pump control system comprising: a swashplate type axial piston hydraulic pump having a swashplate tiltable about a swashplate tilt axis, a barrel with axial pistons disposed in the barrel, the barrel and pistons being rotatable about a barrel rotation axis relative to the swashplate, the pistons each being moveable relative to the barrel along a straight line piston path, and the pistons having a stroke determined by the position of the swashplate, an electric motor drivingly connected to the swashplate for displacing the swashplate about the swashplate tilt axis in response to electrical command signals, an electrical controller generating the electrical command signals in response to controller inputs, and an operator interface connected to the electrical controller and providing one of the controller inputs in response to operator input, characterised in that the system includes an angle sensor which provides another of the controller inputs in response to tilting displacement of the swashplate about the swashplate tilt axis, and a displacement amplifier between the swashplate and the angle sensor which amplifies the tilting displacement of the swashplate and communicates the amplified tilting displacement to the angle sensor. a swashplate type axial piston hydraulic pump having a swashplate tiltable about a swashplate tilt axis, a barrel with axial pistons disposed in the barrel, the barrel and pistons being rotatable about a barrel rotation axis relative to the swashplate, the pistons each being moveable relative to the barrel along a straight line piston path, and the pistons having a stroke determined by the position of the swashplate, an electric motor drivingly connected to the swashplate for displacing the swashplate about the swashplate tilt axis in response to electrical command signals, an electrical controller generating the electrical command signals in response to controller inputs, and an operator interface connected to the electrical controller and providing one of the controller inputs in response to operator input, characterised in that the system includes an angle sensor which provides another of the controller inputs in response to tilting displacement of the swashplate about the swashplate tilt axis, and a displacement amplifier between the swashplate and the angle sensor which amplifies the tilting displacement of the swashplate and communicates the amplified tilting displacement to the angle sensor.
Heat exchanger for a solid bulk material, comprising - a jacket, - a treatment chamber arranged within the jacket, which is connected to a product inlet in the upper region of the heat exchanger and at least one product outlet in the lower region of the heat exchanger and has the shape of a substantially vertically aligned hollow cylinder, wherein the hollow cylinder is delimited by an inner cylinder wall and by an outer cylinder wall, - an inner cylindrical gas chamber within the inner cylinder wall of the treatment chamber, which is connected to a gas inlet, - an outer hollow cylindrical gas chamber between the outer cylinder wall of the treatment chamber and the jacket of the heat exchanger, which is connected to a gas outlet, wherein the inner cylinder wall and the outer cylinder wall are gas-permeable, but the particles of the solid bulk material substantially cannot pass through the cylinder walls (5, 9), characterized in that the inner cylinder wall has a height which is greater than the height of the outer cylinder wall. - a jacket, - a treatment chamber arranged within the jacket, which is connected to a product inlet in the upper region of the heat exchanger and at least one product outlet in the lower region of the heat exchanger and has the shape of a substantially vertically aligned hollow cylinder, wherein the hollow cylinder is delimited by an inner cylinder wall and by an outer cylinder wall, - an inner cylindrical gas chamber within the inner cylinder wall of the treatment chamber, which is connected to a gas inlet, - an outer hollow cylindrical gas chamber between the outer cylinder wall of the treatment chamber and the jacket of the heat exchanger, which is connected to a gas outlet, wherein the inner cylinder wall and the outer cylinder wall are gas-permeable, but the particles of the solid bulk material substantially cannot pass through the cylinder walls (5, 9), characterized in that the inner cylinder wall has a height which is greater than the height of the outer cylinder wall.
A method of longitudinally deflecting conveyor rolls (4, 5) intended for bending glass panels, said method comprising deflecting the conveyor rolls (4, 5) during a glass-panel bending process by turning link members (6, 7) on which the ends of the conveyor rolls (4, 5) are mounted with bearings, characterized by adopting glass panels to travel through between plurality of roll sets (4, 5), and that a first end of each roll set (4, 5) being bearing-mounted by means of a first bearing element, a second end of each roll set (4, 5) being bearing-mounted by means of a second bearing element, and by providing the bearing elements (2 and 3) of each roll set (4, 5) with link members (6, 7), and that in order to turn the link members (6, 7) of each roll set (4, 5), at least one link member is subjected to a force sufficient for its turning by a position-identifying electric drive, and that at least the other link member is subjected to a force sufficient for its turning by a second electric drive, which is controlled on the basis of position data provided by the position-identifying electric drive.
A molecular magnetic material comprising salt molecules comprising: - a hexsacyanide tungsten anion complex of the formula: [W IV 6] 2-, - a hexsacyanide tungsten anion complex of the formula: [W V 6] -, wherein: W is a tungsten cation, CN is a cyano ligand, and NN is an NN-donating bidentate organic ligand forming a five-membered ring with the tungsten atom; - and at least one type of a cation n+, where n is an integer in the range of 1 to 4. - a hexsacyanide tungsten anion complex of the formula: [W IV 6] 2-, - a hexsacyanide tungsten anion complex of the formula: [W V 6] -, wherein: W is a tungsten cation, CN is a cyano ligand, and NN is an NN-donating bidentate organic ligand forming a five-membered ring with the tungsten atom; W is a tungsten cation, CN is a cyano ligand, and NN is an NN-donating bidentate organic ligand forming a five-membered ring with the tungsten atom; - and at least one type of a cation n+, where n is an integer in the range of 1 to 4.