mhurhangee/ep-ind-claims huggingface dataset:
A degassing device for high-viscosity pure-chitosan spinning solutions, comprising a reaction vessel and a stirring device, a feed port being disposed at the upper part of the reaction vessel, an annular feed pipe, and a discharge port being disposed in the bottom center, characterized in that: a vacuum port is formed at the upper part of the reaction vessel, the annular feed pipe is fixedly disposed in the inner upper part of the reaction vessel, the annular feed pipe communicates with the feed port, and 0.5-5 mm discharge holes are distributed on the part below the horizontal central plane of the annular feed pipe, an inner cylinder body is fixedly disposed in the center position of the reaction vessel, the upper cylinder opening of the inner cylinder body is closed and the lower cylinder opening is open, an umbrella-shaped dispersion plate is fixedly disposed at the periphery of the upper half part of the inner cylinder body, a gap is formed between the outer edge of the umbrella-shaped dispersion plate and the inner wall of the reaction vessel, the annular feed pipe is located above the umbrella-shaped dispersion plate, small liquid outlet holes are distributed on the part of the inner cylinder body above the umbrella-shaped dispersion plate, the stirring device comprises a stirring shaft with a screw propeller and a stirring power unit, the upper end of the stirring shaft is mounted to the stirring power unit, the stirring shaft passes through a mechanical sealing device and enters the reaction vessel with the lower end being fixed on a seat-mounted bearing, the stirring shaft is superposed with the axial line of the inner cylinder body, and a gap is formed between the inner wall of the inner cylinder body and the screw propeller.
A method for manufacturing an interlocked tube, which is of a round, polygonal or oblong cross-section, and shaped by bending an elongate metal band plate with a certain width into an S-shaped cross section and helically winding the metal band plate onto a winding core member in such a way that two adjacent end portions thereof are engaged with each other by means of members for treating the metal band plate successively in accordance with instructions from a main computing-controlling member, characterized in that the method employs following members: the main computing-controlling member configured to control actions of each member based on values calculated in accordance with product diameter, pitch, product length and setting time of the wound metal band plate, and to aggregate the values; a motor system configured to perform treatment in accordance with instructions from the main computing-controlling member, and to perform three-axis synchronous control on a forming members system spindle motor, a material conveying system roller motor and a clamping device system cover motor with the forming members system spindle motor as a reference axis via a pulse instruction from the main computing-controlling member; and a clamping device configured to synchronously rotate in such a manner that the wound metal band cannot be loosened, and to clamp the metal band plate in a freely loosen or freely tighten manner. the main computing-controlling member configured to control actions of each member based on values calculated in accordance with product diameter, pitch, product length and setting time of the wound metal band plate, and to aggregate the values; a motor system configured to perform treatment in accordance with instructions from the main computing-controlling member, and to perform three-axis synchronous control on a forming members system spindle motor, a material conveying system roller motor and a clamping device system cover motor with the forming members system spindle motor as a reference axis via a pulse instruction from the main computing-controlling member; and a clamping device configured to synchronously rotate in such a manner that the wound metal band cannot be loosened, and to clamp the metal band plate in a freely loosen or freely tighten manner.
A heat exchanger comprising: a heat exchanger core, wherein the heat exchanger core comprises: a plurality of tubes comprising: a first end; and a second end, wherein each tube of the plurality of tubes extends from the first end to the second end in a lengthwise direction, and wherein each tube of the plurality of tubes is spaced from adjacent tubes in a height-wise direction and a widthwise direction, the heat exchanger being characterized in that the plurality of tubes is stacked to create a concave profile in the height-wise direction and widthwise direction, and wherein the concave profile extends an entire length of the plurality of tubes in the lengthwise direction. a first end; and a second end, wherein each tube of the plurality of tubes extends from the first end to the second end in a lengthwise direction, and wherein each tube of the plurality of tubes is spaced from adjacent tubes in a height-wise direction and a widthwise direction, the heat exchanger being characterized in that the plurality of tubes is stacked to create a concave profile in the height-wise direction and widthwise direction, and wherein the concave profile extends an entire length of the plurality of tubes in the lengthwise direction.
A device for cell balancing of an even number n of battery cells connected in series of a battery, wherein n is at least 4 and the n battery cells divide into n/2 pairs of adjacent battery cells, the device comprising a plurality of charge balancing units, which are each connected or connectable to an allocated pair of the pairs of adjacent battery cells and which are designed to adapt to one another the cell voltages of the battery cells of the allocated pair of adjacent battery cells, and a measuring device connected to the charge balancing units, said measuring device being designed to generate a current proportional to a minimum cell pair voltage of all cell pair voltages of the pairs of battery cells and to output said current to a number n/2 of resistors connected in series, characterized by a number n/2 of first comparators, which each have a first input connected to the first or the second pole of the first battery cell of an allocated pair of battery cells, a second input connected to a second of the respective adjacent resistors, and an output connected to a control electrode of one of n/2 discharge units, and are designed to compare a first voltage applied to the first input of the comparator with a second voltage applied to the second input of the comparator and to output a control signal dependent on a result of the comparison to the control electrode of the respective discharge unit, wherein the n/2 discharge units are connected parallel to a respective pair of battery cells and are designed, depending on the control signal, to allow a discharge current to flow from the respective pair of battery cells.
A liquid washing or cleaning agent, comprising a) an alkoxylated oxo alcohol having from 5 to 12 alkoxy units and b) a graying-inhibiting polysaccharide c) up to 10 wt.% water based on the total washing or cleaning agent. a) an alkoxylated oxo alcohol having from 5 to 12 alkoxy units and b) a graying-inhibiting polysaccharide c) up to 10 wt.% water based on the total washing or cleaning agent.
A method for use in wireless communications, the method comprising: receiving a sounding packet at a station, STA, configured to support a Very High Throughput, VHT, transmission; and transmitting, from the STA, a VHT Compressed Beamforming frame to an access point, AP, wherein the VHT Compressed Beamforming frame is an Action No Acknowledgement, ACK, frame and includes a VHT multiple input multiple output, MIMO, Control field, wherein the VHT MIMO Control field indicates a channel width related to a multi-channel non-contiguous spectrum transmission. receiving a sounding packet at a station, STA, configured to support a Very High Throughput, VHT, transmission; and transmitting, from the STA, a VHT Compressed Beamforming frame to an access point, AP, wherein the VHT Compressed Beamforming frame is an Action No Acknowledgement, ACK, frame and includes a VHT multiple input multiple output, MIMO, Control field, wherein the VHT MIMO Control field indicates a channel width related to a multi-channel non-contiguous spectrum transmission.
Timepiece mechanism including a timepiece forming a support, said support including a solid self-lubricating composite coating characterised in that the solid self-lubricating composite coating consists of a metal matrix and particles of graphene and/or graphene oxide distributed in said metal matrix, in that the graphene and/or graphene oxide is in the form of fibres, particles or aggregates, the latter being completely embedded in said metal matrix, in that the thickness of said coating is comprised between 0.2 and 20 micrometres and preferably between 0.5 and 2 micrometres and in that that the size of said particles is less than the thickness of said coating.
An aqueous binder composition comprising three different dispersed polymers: a. an acrylic polymer with a Tg between 80 and 120 °C; b. an acrylic polymer with a Tg between 40 and 60 °C; and c. a polyurethane modified acrylic polymer, wherein Tg is determined with differential scanning calorimetry according to ISO 16805 and ISO 11357-part 2 using a heating rate of 10 K/min. a. an acrylic polymer with a Tg between 80 and 120 °C; b. an acrylic polymer with a Tg between 40 and 60 °C; and c. a polyurethane modified acrylic polymer,
A component, comprising: a structure formed from a material selected from the group consisting of aluminum and an aluminum alloy, wherein the structure is an airfoil of a gas turbine engine; and a sacrificial layer in electrical contact with at least a portion of a surface of the airfoil, the sacrificial layer protecting the surface from localized corrosion and comprising an alloy that is more anodic than the material forming the airfoil, the alloy being selected from the group consisting of an aluminum alloy and a zinc alloy, wherein the sacrificial layer and the airfoil are in electrical contact and the electrons released from the oxidation reactions are shuttled to the airfoil; and wherein the airfoil has an interior hollow space and the sacrificial layer is deposited on an inner surface of the airfoil. a structure formed from a material selected from the group consisting of aluminum and an aluminum alloy, wherein the structure is an airfoil of a gas turbine engine; and a sacrificial layer in electrical contact with at least a portion of a surface of the airfoil, the sacrificial layer protecting the surface from localized corrosion and comprising an alloy that is more anodic than the material forming the airfoil, the alloy being selected from the group consisting of an aluminum alloy and a zinc alloy, wherein the sacrificial layer and the airfoil are in electrical contact and the electrons released from the oxidation reactions are shuttled to the airfoil; and wherein the airfoil has an interior hollow space and the sacrificial layer is deposited on an inner surface of the airfoil.
A surgical robot for use in endoscopic surgery, the surgical robot comprising: a robot arm that is configured to hold a surgical instrument used in the endoscopic surgery; a drive device that is configured to drive the robot arm; a display section for displaying information; a display processor that is configured to display a relative positional relationship between a pivot (P 1) and a distal end position (St) of the surgical instrument during surgery on the display section, the pivot (P 1) being a position which is an immovable point when the robot arm operates, regardless of a state of the robot arm; and an immovable point setter that is configured to recognize the distal end position (St) (i) by obtaining or calculating a coordinate which indicates the distal end position (St) from an attitude of the robot arm, (ii) with an image analysis technique that uses a 3D camera such as a stereo camera and a depth camera, or (iii) by applying a laser light to an incision position and recognizing the applied position by an image analysis technique, and store the recognized distal end position as the pivot (P 1), wherein the display processor is configured to show, on the display section, (i) a case where the distal end position (St) of the surgical instrument is located inside a body relative to the pivot (P 1), (ii) a case where the distal end position (St) of the surgical instrument is located outside the body relative to the pivot (P 1), and (iii) a state in which an immovable point setting is not yet performed, using image information such as figures, in particular icons. a robot arm that is configured to hold a surgical instrument used in the endoscopic surgery; a drive device that is configured to drive the robot arm; a display section for displaying information; a display processor that is configured to display a relative positional relationship between a pivot (P 1) and a distal end position (St) of the surgical instrument during surgery on the display section, the pivot (P 1) being a position which is an immovable point when the robot arm operates, regardless of a state of the robot arm; and an immovable point setter that is configured to recognize the distal end position (St) (i) by obtaining or calculating a coordinate which indicates the distal end position (St) from an attitude of the robot arm, (ii) with an image analysis technique that uses a 3D camera such as a stereo camera and a depth camera, or (iii) by applying a laser light to an incision position and recognizing the applied position by an image analysis technique, and store the recognized distal end position as the pivot (P 1), wherein the display processor is configured to show, on the display section, (i) a case where the distal end position (St) of the surgical instrument is located inside a body relative to the pivot (P 1), (ii) a case where the distal end position (St) of the surgical instrument is located outside the body relative to the pivot (P 1), and (iii) a state in which an immovable point setting is not yet performed, using image information such as figures, in particular icons.
A delivery device suitable for delivering a chemical substance comprising one or more chemical compounds, the delivery device comprises a closed cavity, the cavity is defined by an innermost wall surface, wherein at least a section of the inner wall surface constitutes an inner surface of a delivery membrane wherein the delivery membrane comprises an interpenetrating polymer network substrate comprising a host polymer and a guest polymer, where the guest polymer is interpenetrating the host polymer to form continuous pathways within said host polymer, preferably said delivery membrane has an outer surface opposite to said inner surface of said delivery membrane, said continuous pathways of said guest polymer within said host polymer extend from the inner surface to the outer surface of said delivery membrane.
A method of removing a pellicle from a photomask, comprising the step of: cooling an adhesive between a frame of the pellicle and the photomask; wherein the step of cooling the adhesive comprises the step of: cooling the frame of the pellicle, wherein the step of cooling the frame of the pellicle comprises placing a manifold (106, 118) containing coolant against the pellicle frame, characterized in that the manifold (106, 118) contains weep holes. cooling an adhesive between a frame of the pellicle and the photomask; wherein the step of cooling the adhesive comprises the step of: cooling the frame of the pellicle, wherein the step of cooling the frame of the pellicle comprises placing a manifold (106, 118) containing coolant against the pellicle frame, characterized in that the manifold (106, 118) contains weep holes. cooling the frame of the pellicle, wherein the step of cooling the frame of the pellicle comprises placing a manifold (106, 118) containing coolant against the pellicle frame, characterized in that the manifold (106, 118) contains weep holes.
A reversible flow test system for a containment system, the test system adapted to interface with a decontamination system, the containment system having a containment housing having an airflow inlet aperture, an airflow outlet aperture, a bag-in/bag-out filter access port, a filter mounting portion disposed between the inlet and outlet apertures and configured to sealingly secure a filter in the containment housing in a position that filters air flowing between the inlet and outlet apertures through the containment housing, a plurality of ports formed through the containment housing, wherein the ports include at least a downstream sample port and an upstream sample port: a sampling system including equipment adapted for testing the filter disposed in the containment system utilizing samples obtained from the downstream sample port and an upstream sample port; a device for reversing a flow within the sample system; and a vacuum pump having an inlet and an outlet, characterized in that the vacuum pump is coupled to the sample system and the decontamination system by the device for reversing a flow within the sample system, wherein the device for reversing a flow within the sample system comprises at least one valve having a first operational state that couples the inlet of the vacuum pump to the sample system and a second operational state that couples the outlet of the vacuum pump to the sample system. a sampling system including equipment adapted for testing the filter disposed in the containment system utilizing samples obtained from the downstream sample port and an upstream sample port; a device for reversing a flow within the sample system; and a vacuum pump having an inlet and an outlet,
A power plug for coupling an electrical appliance to an electrical power supply, comprising: a current sensor, configured to measure current supplied through the plug to the electrical appliance; a voltage sensor, configured to measure voltage supplied through the plug to the electrical appliance; a processor configured to: determine power consumption data from the current and voltage measurements made by the current and voltage sensors; monitor whether a fault has developed in the electrical appliance using the power consumption data, wherein monitoring whether a fault has developed in the electrical appliance comprises: repeatedly generating a feature set using the power consumption data wherein the feature sets comprise one or more features, and comparing each generated feature set to comparison data; a transmitter, configured to transmit information indicating a fault in the electrical appliance. a current sensor, configured to measure current supplied through the plug to the electrical appliance; a voltage sensor, configured to measure voltage supplied through the plug to the electrical appliance; a processor configured to: determine power consumption data from the current and voltage measurements made by the current and voltage sensors; monitor whether a fault has developed in the electrical appliance using the power consumption data, wherein monitoring whether a fault has developed in the electrical appliance comprises: repeatedly generating a feature set using the power consumption data wherein the feature sets comprise one or more features, and comparing each generated feature set to comparison data; a transmitter, configured to transmit information indicating a fault in the electrical appliance. determine power consumption data from the current and voltage measurements made by the current and voltage sensors; monitor whether a fault has developed in the electrical appliance using the power consumption data, wherein monitoring whether a fault has developed in the electrical appliance comprises: repeatedly generating a feature set using the power consumption data wherein the feature sets comprise one or more features, and comparing each generated feature set to comparison data; repeatedly generating a feature set using the power consumption data wherein the feature sets comprise one or more features, and comparing each generated feature set to comparison data; a transmitter, configured to transmit information indicating a fault in the electrical appliance.
Precursor for photo cross-linking a hydrogel comprising a gellan gum which comprises: (a) at least one photo cross-linkable monomeric unit or subunit further comprising a methacrylate as a polymerizable moiety; (b) at least one monomeric unit or subunit having a chemical functional group for binding wherein this functional group is a carboxylic group. (a) at least one photo cross-linkable monomeric unit or subunit further comprising a methacrylate as a polymerizable moiety; (b) at least one monomeric unit or subunit having a chemical functional group for binding wherein this functional group is a carboxylic group.
A package used for a non-burning type flavor inhaler, the package comprising: a first cartridge including at least an aerosol source and an atomizer configured to atomize the aerosol source without burning; and one or more second cartridges each including at least a flavor source and each capable of imparting flavor to aerosol passing through the flavor source, wherein the non-burning type flavor inhaler comprises a power source unit including at least a battery and a controller configured to control a notification unit to notify a replacement timing of the second cartridge in response to detection of the replacement timing of the second cartridge, wherein the non-burning type flavor inhaler is configured to mount thereon the first cartridge and one second cartridge selected from the one or more second cartridges, and wherein the number of the one or more second cartridges is determined according to the lifespan of the first cartridge. a first cartridge including at least an aerosol source and an atomizer configured to atomize the aerosol source without burning; and one or more second cartridges each including at least a flavor source and each capable of imparting flavor to aerosol passing through the flavor source, wherein the non-burning type flavor inhaler comprises a power source unit including at least a battery and a controller configured to control a notification unit to notify a replacement timing of the second cartridge in response to detection of the replacement timing of the second cartridge, wherein the non-burning type flavor inhaler is configured to mount thereon the first cartridge and one second cartridge selected from the one or more second cartridges, and wherein the number of the one or more second cartridges is determined according to the lifespan of the first cartridge.
An isolated peptide antagonist of Kv1.3 having an amino acid sequence comprising an amino acid sequence which is at least 84% identical to SEQ ID NO: 1, further comprising a substitution of glycine to isoleucine at position 10 (G10I).
A communication control method applied to a mobile communication system including a user terminal capable of storing a connection establishment failure log related to a failure of RRC connection establishment procedure with a network, comprising: a step of storing, at the user terminal, the connection establishment failure log if the RRC connection establishment procedure fails; a step of timing an elapsed time from an occurrence time point of the failure of RRC connection establishment procedure, by the user terminal; a step of transmitting, from the user terminal to the network, the connection establishment failure log including information indicating the elapsed time. a step of storing, at the user terminal, the connection establishment failure log if the RRC connection establishment procedure fails; a step of timing an elapsed time from an occurrence time point of the failure of RRC connection establishment procedure, by the user terminal; a step of transmitting, from the user terminal to the network, the connection establishment failure log including information indicating the elapsed time.