mhurhangee/ep-ind-claims huggingface dataset:
A signal processing circuit for controlling operation of an implanted ventricular assist device, comprising: an input module for receiving one or more signals of a patient from one or more sensors, the one or more signals include at least one from the group consisting of a signal measured by a physiological sensor and indicative of atrial pressure and a signal received from a pump of the ventricular assist device and indicative of a flow rate of blood exiting the pump; a processor for processing the received signals, characterised in that the processor is configured to: compare a total blood output on a left side of the patient's heart with a total blood output on a right side of the patient's heart; determine at least one from the group consisting of the presence of fluid imbalance between the left and right sides of the patient's heart and the absence of fluid imbalance between the left and right sides of the patient's heart based on the comparison; and when the presence of fluid imbalance is determined, control the implanted ventricular device to restore fluid balance between the left and right sides of the patient's heart. an input module for receiving one or more signals of a patient from one or more sensors, the one or more signals include at least one from the group consisting of a signal measured by a physiological sensor and indicative of atrial pressure and a signal received from a pump of the ventricular assist device and indicative of a flow rate of blood exiting the pump; a processor for processing the received signals, characterised in that the processor is configured to: compare a total blood output on a left side of the patient's heart with a total blood output on a right side of the patient's heart; determine at least one from the group consisting of the presence of fluid imbalance between the left and right sides of the patient's heart and the absence of fluid imbalance between the left and right sides of the patient's heart based on the comparison; and when the presence of fluid imbalance is determined, control the implanted ventricular device to restore fluid balance between the left and right sides of the patient's heart. compare a total blood output on a left side of the patient's heart with a total blood output on a right side of the patient's heart; determine at least one from the group consisting of the presence of fluid imbalance between the left and right sides of the patient's heart and the absence of fluid imbalance between the left and right sides of the patient's heart based on the comparison; and when the presence of fluid imbalance is determined, control the implanted ventricular device to restore fluid balance between the left and right sides of the patient's heart.
A data updating method of a circuit board work system including a plurality of circuit board working machines (14, 16) each of which is provided with a control computer and which performs work on a circuit board, a host computer which is provided to be shared by the plurality of circuit board working machines (14, 16) and which manages each of the control computers, and a database server in which data relating to a work target circuit board is stored, the method comprising: a step of reporting a change in data relating to the work target circuit board to the host computer; a step of updating the data which is stored in the database server based on the change in the data relating to the work target circuit board for which the report is received; and a step of acquiring partial data relating to the update among the data items which are stored in the database server by the control computer, wherein in the step of reporting changes to data relating to the work target circuit board are reported to the host computer, content in which at least one data item relating to shapes and mounting positions of electronic components which are mounted onto the circuit board by each of the plurality of circuit board working machines (14, 16) is changed according to results of mounting the electronic components onto the circuit board is reported as a change in the data relating to the work target circuit board. a step of reporting a change in data relating to the work target circuit board to the host computer; a step of updating the data which is stored in the database server based on the change in the data relating to the work target circuit board for which the report is received; and a step of acquiring partial data relating to the update among the data items which are stored in the database server by the control computer, wherein in the step of reporting changes to data relating to the work target circuit board are reported to the host computer, content in which at least one data item relating to shapes and mounting positions of electronic components which are mounted onto the circuit board by each of the plurality of circuit board working machines (14, 16) is changed according to results of mounting the electronic components onto the circuit board is reported as a change in the data relating to the work target circuit board.
Composition comprising leucine, isoleucine, valine, threonine, lysine, histidine, phenylalanine, methionine, tryptophan, tyrosine and cystine for use in treating angiogenic disorders by promoting angiogenesis or neoangiogenesis in a subject, particularly but not exclusively an elderly subject.
An inkjet head comprising a plurality of channels configured to eject ink from a pressure chamber by drive of an actuator, wherein the pressure chamber in each of the channels has a non-rotating body shape with respect to an axis perpendicular to a substrate on which the pressure chamber is formed, each pressure chamber including a main-chamber and a sub-chamber, which communicates with the main-chamber 31a, and when a direction in the pressure chamber from the main-chamber toward the sub-chamber is defined as the direction of the pressure chamber, the plurality of channels arranged in a same row in a direction parallel to the substrate includes channels having the pressure chambers facing two different directions, characterised in that either a) the channels driven by a same circuit element (39a, 39b) in the same row are arranged such that the pressure chambers face a same direction, the channels including the pressure chambers facing different directions are driven in the same row by different circuit elements (39a, 39b), and drive signals are supplied from the different circuit elements (39a, 39b); or b) the channels driven by a drive signal having a same drive waveform at ink ejection in the same row are arranged such that the pressure chambers face a same direction, the channels including the pressure chambers facing different directions are driven by different drive signals having different drive waveforms at ink ejection, and the different drive signals are supplied from a same circuit element. a) the channels driven by a same circuit element (39a, 39b) in the same row are arranged such that the pressure chambers face a same direction, the channels including the pressure chambers facing different directions are driven in the same row by different circuit elements (39a, 39b), and drive signals are supplied from the different circuit elements (39a, 39b); or b) the channels driven by a drive signal having a same drive waveform at ink ejection in the same row are arranged such that the pressure chambers face a same direction, the channels including the pressure chambers facing different directions are driven by different drive signals having different drive waveforms at ink ejection, and the different drive signals are supplied from a same circuit element.
A methylene blue complex particle for use in phototherapy of a skin disease, containing methylene blue and two kinds of organic acids 1 and 2, wherein the complex particle has a micelle form in which the methylene blue particle and the organic acid are positioned at the center and the aliphatic organic acid 2 is positioned at the outside, wherein the organic acid 1 is selected from the group of docosahexaenoic acid, indole-3-acetic acid, tranexamic acid, salicylic acid, ascorbic acid, salicylsalicylic acid, acetylsalicylic acid, and methyl salicylic acid, the organic acid 2 is oleic acid or linoleic acid, and wherein the skin disease is a skin disease that is caused by propionibacterium acnes or staphylococcus aureus.
A train comprising a plurality of vehicles and a network wherein the network includes a first subnetwork and a second subnetwork that is formed outside the first subnetwork, the first subnetwork is provided in a first vehicle, which is an arbitrary vehicle of the plurality of vehicles, the second subnetwork is provided in a second vehicle coupled to the first vehicle, the first subnetwork includes a first switching device and a first terminal device that is adapted to transmit a broadcast signal, the second subnetwork includes a second switching device and a second terminal device that is adapted to transmit a broadcast signal, and the first subnetwork and the second subnetwork are connected to each other by the first and second switching devices (22, 23), characterized in that at least one of the first switching device and the second switching device is adapted to block passage of a broadcast signal to the first subnetwork or the second subnetwork upon determining that the broadcast signal includes a specific logical port number as transmission information.
A one-channel ABS control method of a motorcycle that is equipped with wheel speed sensors (22, 32) in front and rear wheels (20, 30) and executes ABS control on either one of the front and rear wheels (20, 30) on the basis of outputs of the two wheel speed sensors (22, 32) during braking, the method being characterized by comprising: a step of computing the non-controlled wheel acceleration/deceleration of the wheel (20, 30) that is not ABS-controlled (step 104); a step of computing the vehicle body acceleration/deceleration of the motorcycle (step 108); a step of computing the slip ratio of the wheel (20, 30) that is not ABS-controlled (step 110); a step of setting a vehicle body speed switching detection threshold value of the wheel slip ratio dependent on the behavior of the wheels (20, 30) and the vehicle body (step 112); and a step of executing ABS control using as a reference a single wheel vehicle body speed (step 120) in a case where the slip ratio is equal to or greater than the vehicle body speed switching detection threshold value of the wheel slip ratio (step 114: Y) and the non-controlled wheel acceleration/deceleration is equal to or less than a vehicle body speed switching detection threshold value of wheel deceleration (step 116: Y) and the non-controlled wheel acceleration/deceleration is in the deceleration direction (step 118: Y). a step of computing the non-controlled wheel acceleration/deceleration of the wheel (20, 30) that is not ABS-controlled (step 104); a step of computing the vehicle body acceleration/deceleration of the motorcycle (step 108); a step of computing the slip ratio of the wheel (20, 30) that is not ABS-controlled (step 110); a step of setting a vehicle body speed switching detection threshold value of the wheel slip ratio dependent on the behavior of the wheels (20, 30) and the vehicle body (step 112); and a step of executing ABS control using as a reference a single wheel vehicle body speed (step 120) in a case where the slip ratio is equal to or greater than the vehicle body speed switching detection threshold value of the wheel slip ratio (step 114: Y) and the non-controlled wheel acceleration/deceleration is equal to or less than a vehicle body speed switching detection threshold value of wheel deceleration (step 116: Y) and the non-controlled wheel acceleration/deceleration is in the deceleration direction (step 118: Y).
A dispensing container that dispenses a liquid contained therein in foam, comprising: a container body including a flexible trunk storing therein the contained liquid; and a base cap mounted to a mouth of the container body, wherein the base cap is provided at a top wall thereof with a nozzle that forms a tubular passage communicating with a front end orifice, wherein the nozzle bends from an axis direction to a lateral direction of the container body toward the front end orifice, the nozzle is provided in an upstream end portion thereof with a foaming mechanism for the liquid, a through-hole is provided in a predetermined position that is downstream of the foaming mechanism, the through-hole is provided with a check valve, and the front end orifice communicates with an inside of the container body through the through-hole, wherein the through-hole is provided on a rear end wall of the nozzle. a container body including a flexible trunk storing therein the contained liquid; and a base cap mounted to a mouth of the container body, wherein the base cap is provided at a top wall thereof with a nozzle that forms a tubular passage communicating with a front end orifice, wherein the nozzle bends from an axis direction to a lateral direction of the container body toward the front end orifice, the nozzle is provided in an upstream end portion thereof with a foaming mechanism for the liquid, a through-hole is provided in a predetermined position that is downstream of the foaming mechanism, the through-hole is provided with a check valve, and the front end orifice communicates with an inside of the container body through the through-hole, wherein the through-hole is provided on a rear end wall of the nozzle.
A bottle cap comprising: a base part having an outer rim; an actuation lid attached to the base part with a joint, the actuation lid being positioned at least partly within the outer rim, the actuation lid pivoting relative to the base part about the joint; and a fluid valve positioned within the outer rim, wherein the fluid valve comprises two states: a closed state which closes a fluid pathway from outside the actuation lid through the base part; and an open state which opens the fluid pathway, wherein the fluid valve is configured to change from the closed state to the open state at a location around the outer rim based on an external force being applied to the actuation lid at that location around the outer rim, characterised in that the joint comprises a ball joint. a base part having an outer rim; an actuation lid attached to the base part with a joint, the actuation lid being positioned at least partly within the outer rim, the actuation lid pivoting relative to the base part about the joint; and a fluid valve positioned within the outer rim, wherein the fluid valve comprises two states: a closed state which closes a fluid pathway from outside the actuation lid through the base part; and an open state which opens the fluid pathway, wherein the fluid valve is configured to change from the closed state to the open state at a location around the outer rim based on an external force being applied to the actuation lid at that location around the outer rim, characterised in that the joint comprises a ball joint. a closed state which closes a fluid pathway from outside the actuation lid through the base part; and an open state which opens the fluid pathway, wherein the fluid valve is configured to change from the closed state to the open state at a location around the outer rim based on an external force being applied to the actuation lid at that location around the outer rim,
A method for receiving data by a user equipment, UE, in a wireless communication system supporting NarrowBand-Internet of Things, NB-IoT, the method comprising: monitoring one or more search spaces among a plurality of search spaces including a first search space and a second search space, wherein the first search space is configured for a first Narrowband Physical Downlink Control Channel, NPDCCH, related to random access, wherein the second search space is configured for a second NPDCCH related to Single Cell Point to Multipoint, SC-PTM, and wherein based on the first search space and the second search space being in a same first subframe, only the first search space of the first search space and the second search space is monitored within the same first subframe; receiving the first NPDCCH through the first search space, wherein the first NPDCCH includes first downlink control information, DCI, related to random access; and receiving a first Narrowband Physical Downlink Shared Channel, NPDSCH, based on the first NPDCCH in a second subframe. monitoring one or more search spaces among a plurality of search spaces including a first search space and a second search space, wherein the first search space is configured for a first Narrowband Physical Downlink Control Channel, NPDCCH, related to random access, wherein the second search space is configured for a second NPDCCH related to Single Cell Point to Multipoint, SC-PTM, and wherein based on the first search space and the second search space being in a same first subframe, only the first search space of the first search space and the second search space is monitored within the same first subframe; receiving the first NPDCCH through the first search space, wherein the first NPDCCH includes first downlink control information, DCI, related to random access; and receiving a first Narrowband Physical Downlink Shared Channel, NPDSCH, based on the first NPDCCH in a second subframe.
Fuel oil composition comprising a low-sulfur marine diesel having a sulfur content of less than 1% by weight and at least one ethylene copolymer containing, as well as ethylene, 8.0 to 17 mol% of one or more vinyl and/or (meth)acrylic esters, and at least one comb polymer comprising structural units B1 which derive from C 10 -C 28 -alkyl esters of unsaturated mono- and dicarboxylic acids, C 10 -C 28 -alkyl vinyl esters, C 10 -C 28 -alkyl vinyl ethers, C 10 -C 28 -alkyl allyl ethers and/or linear C 12 -C 30 -α-olefins, and wherein at least 20 mol% of the alkyl radicals bonded to the repeat structural units have 12 to 16 carbon atoms and at least 5 mol% of the alkyl radicals have 18 or more carbon atoms, in which the untreated low-sulfur marine diesel has a pour point of +6°C or higher. at least one ethylene copolymer containing, as well as ethylene, 8.0 to 17 mol% of one or more vinyl and/or (meth)acrylic esters, and at least one comb polymer comprising structural units B1 which derive from C 10 -C 28 -alkyl esters of unsaturated mono- and dicarboxylic acids, C 10 -C 28 -alkyl vinyl esters, C 10 -C 28 -alkyl vinyl ethers, C 10 -C 28 -alkyl allyl ethers and/or linear C 12 -C 30 -α-olefins, and wherein at least 20 mol% of the alkyl radicals bonded to the repeat structural units have 12 to 16 carbon atoms and at least 5 mol% of the alkyl radicals have 18 or more carbon atoms, in which the untreated low-sulfur marine diesel has a pour point of +6°C or higher.
Blend comprising: a) granules, and b) vitamin B6 wherein said granules comprise naproxen or a pharmaceutically acceptable salt thereof and at least one binder. a) granules, and b) vitamin B6
Method of soldering an at least partially conducting body, called conducting body (2, 34), to a substrate (4, 28), the method comprises the following steps: - metallization of the substrate, said metallization step comprising a step of depositing a tie layer on the substrate and a step of depositing a diffusion barrier layer, said tie layer having any one of the chemical components chosen from chromium, titanium and a titanium alloy, said diffusion barrier layer comprising a material chosen from platinum and palladium; and - application of a solder between the conducting body (2, 34) and the metallized substrate, said solder comprising an alloy chosen from a tin-silver alloy and a tin-silver-copper alloy; characterized in that the method comprises depositing a wetting layer; said wetting layer comprising gold; said wetting layer being deposited between the step of depositing a diffusion barrier layer and the step of applying a solder, the solder being deposited straight on the wetting layer. - metallization of the substrate, said metallization step comprising a step of depositing a tie layer on the substrate and a step of depositing a diffusion barrier layer, said tie layer having any one of the chemical components chosen from chromium, titanium and a titanium alloy, said diffusion barrier layer comprising a material chosen from platinum and palladium; and - application of a solder between the conducting body (2, 34) and the metallized substrate, said solder comprising an alloy chosen from a tin-silver alloy and a tin-silver-copper alloy;
A method to detect sweat by a sweat sensor, the sweat sensor comprising: a sweat-guiding electrode layer comprising an insulating layer, a conductive electrode provided in the insulating layer, and a first through hole, wherein the first through hole goes through the insulating layer and the conductive electrode, and the conductive electrode comprises a first electrode and a second electrode; an adhesive layer provided on the insulating layer, wherein the adhesive layer is provided with a second through hole communicated with the first through hole; and a water-absorbing diffusion layer provided on the adhesive layer, wherein the water-absorbing diffusion layer covers the second through hole; characterized in that conductance values of sweat passing through the first through hole are recorded by the conductive electrode, a conductance square wave curve is obtained according to the conductance values, a real-time total sweat electrolyte concentration and a total sweat volume are simultaneously obtained through the conductance square wave curve; and an amplitude of the conductance square wave curve is correlated with the real-time total sweat electrolyte concentration in the first through hole, and the total sweat volume and a sweat rate of sweat passing through the first through hole are correlated with a time difference between conductance square waves in the conductance square wave curve. a sweat-guiding electrode layer comprising an insulating layer, a conductive electrode provided in the insulating layer, and a first through hole, wherein the first through hole goes through the insulating layer and the conductive electrode, and the conductive electrode comprises a first electrode and a second electrode; an adhesive layer provided on the insulating layer, wherein the adhesive layer is provided with a second through hole communicated with the first through hole; and a water-absorbing diffusion layer provided on the adhesive layer, wherein the water-absorbing diffusion layer covers the second through hole; characterized in that conductance values of sweat passing through the first through hole are recorded by the conductive electrode, a conductance square wave curve is obtained according to the conductance values, a real-time total sweat electrolyte concentration and a total sweat volume are simultaneously obtained through the conductance square wave curve; and an amplitude of the conductance square wave curve is correlated with the real-time total sweat electrolyte concentration in the first through hole, and the total sweat volume and a sweat rate of sweat passing through the first through hole are correlated with a time difference between conductance square waves in the conductance square wave curve.
A pharmaceutical composition comprising 0.5 ±10% M of aqueous anhydrous sodium thiosulfate, 0.004 ±10% M of boric acid or a salt thereof, pH 8.6-8.8, and water