mhurhangee/patent-ind-claim-en huggingface dataset:
A frictionless electronic safety actuator for use in an elevator system, comprising: at least one electromagnet , and a magnetic plate attached to a connection arrangement ; wherein the connection arrangement is configured to connect the magnetic plate to a linkage that is actuatable so as to move a safety brake into frictional engagement with an elevator guide rail ; wherein the at least one electromagnet is operable to selectively produce a magnetic force which acts upon the magnetic plate to displace the magnetic plate and thereby move the connection arrangement to actuate the linkage without the magnetic plate coming into frictional engagement with the elevator guide rail ; wherein the connection arrangement includes a compression spring arrangement configured to translate a horizontal displacement of the magnetic plate to a vertical movement of the linkage ; and wherein the compression spring arrangement generates a spring bias to return to a relaxed state which actuates a vertical movement of the linkage to move a safety brake into frictional engagement with an elevator guide rail ; and characterized in that : the connection arrangement includes a plurality of leaf springs connected in series to form a concertina in a vertical direction with one end fixed and one end movable in vertical direction; and a linkage connection point located on the movable end of the concertina . at least one electromagnet , and a magnetic plate attached to a connection arrangement ; wherein the connection arrangement is configured to connect the magnetic plate to a linkage that is actuatable so as to move a safety brake into frictional engagement with an elevator guide rail ; wherein the at least one electromagnet is operable to selectively produce a magnetic force which acts upon the magnetic plate to displace the magnetic plate and thereby move the connection arrangement to actuate the linkage without the magnetic plate coming into frictional engagement with the elevator guide rail ; wherein the connection arrangement includes a compression spring arrangement configured to translate a horizontal displacement of the magnetic plate to a vertical movement of the linkage ; and wherein the compression spring arrangement generates a spring bias to return to a relaxed state which actuates a vertical movement of the linkage to move a safety brake into frictional engagement with an elevator guide rail ; and characterized in that : the connection arrangement includes a plurality of leaf springs connected in series to form a concertina in a vertical direction with one end fixed and one end movable in vertical direction; and a linkage connection point located on the movable end of the concertina .
Applicator device for applying an agent to a delicate surface comprising: - a top and a bottom layer of a flexible material; - a grip zone arranged along an edge of the applicator device , the top and bottom layer being connected to each other to form the grip zone ; - at least one agent bearing portion arranged on the top or bottom layer or both on the top and the bottom layer, wherein if arranged both on the top and the bottom layer, the agent bearing portions are designed substantially mirror-shaped so that their borders coincide; - parallel weakening lines extending within the top and the bottom layer starting and ending at the grip zone and defining an application section surrounded by excess material of the top and bottom layer substantially connected with each other to constitute a sealing around the application section, and suitable for being ripped off along the weakening lines ; wherein the agent bearing portion comprises one of: - a volume of a material carrying an agent; or - a confinement structure shaped as a linear elevation and designed to retain an agent within the application section; characterized in that the border of the application section is substantially coincident or recessed by a recess distance with respect to a border of the at least one agent bearing portion . - a top and a bottom layer of a flexible material; - a grip zone arranged along an edge of the applicator device , the top and bottom layer being connected to each other to form the grip zone ; - at least one agent bearing portion arranged on the top or bottom layer or both on the top and the bottom layer, wherein if arranged both on the top and the bottom layer, the agent bearing portions are designed substantially mirror-shaped so that their borders coincide; - parallel weakening lines extending within the top and the bottom layer starting and ending at the grip zone and defining an application section surrounded by excess material of the top and bottom layer substantially connected with each other to constitute a sealing around the application section, and suitable for being ripped off along the weakening lines ; - a volume of a material carrying an agent; or - a confinement structure shaped as a linear elevation and designed to retain an agent within the application section;
A method for preparing a flexible organic light emitting device, comprising: 1) forming a polyimide layer only on a region of a carrier substrate on which the organic light emitting device is formed later; 2) adding adhesion between the carrier substrate and a plastic substrate, and between the polyimide layer and the plastic substrate and forming the plastic substrate on the carrier substrate and the polyimide layer, wherein the plastic substrate of step 2) has a wider area than that of the polyimide layer of step 1), 3) forming an organic light emitting device on the plastic substrate; and 4) characterized by separating the carrier substrate and the polyimide layer from the plastic substrate and in that adding of the adhesion in step 2) uses a silane coupling agent surface treatment method, a corona surface treatment method, or a plasma surface treatment method on the carrier substrate and the polyimide layer. 1) forming a polyimide layer only on a region of a carrier substrate on which the organic light emitting device is formed later; 2) adding adhesion between the carrier substrate and a plastic substrate, and between the polyimide layer and the plastic substrate and forming the plastic substrate on the carrier substrate and the polyimide layer, wherein the plastic substrate of step 2) has a wider area than that of the polyimide layer of step 1), 3) forming an organic light emitting device on the plastic substrate; and 4) characterized by separating the carrier substrate and the polyimide layer from the plastic substrate and in that adding of the adhesion in step 2) uses a silane coupling agent surface treatment method, a corona surface treatment method, or a plasma surface treatment method on the carrier substrate and the polyimide layer.
An electrode assembly including: a plurality of medical electrode members ; and at least two covering sheets removably attached to the plurality of medical electrode members , wherein the at least two covering sheets includes: a first covering sheet removably attached to one side of each of the plurality of medical electrode members ; and a second covering sheet removably attached to an opposite side of each of the plurality of medical electrode members , characterized in that one of the at least two covering sheets holds a first of the plurality of medical electrode members in a predetermined position relative to a second of the plurality of medical electrode members (110, 120, 130 and 140); and each of the plurality of medical electrode members has a connector for connecting to a corresponding medical electrode connecting portion on a medical device . a plurality of medical electrode members ; and at least two covering sheets removably attached to the plurality of medical electrode members , wherein the at least two covering sheets includes: a first covering sheet removably attached to one side of each of the plurality of medical electrode members ; and a second covering sheet removably attached to an opposite side of each of the plurality of medical electrode members , a first covering sheet removably attached to one side of each of the plurality of medical electrode members ; and a second covering sheet removably attached to an opposite side of each of the plurality of medical electrode members , one of the at least two covering sheets holds a first of the plurality of medical electrode members in a predetermined position relative to a second of the plurality of medical electrode members (110, 120, 130 and 140); and each of the plurality of medical electrode members has a connector for connecting to a corresponding medical electrode connecting portion on a medical device .
Pressure supply device for prioritised volume flow distribution, particularly in mobile machinery, consisting of at least - one variable displacement pump , which can be controlled by an LS signal, as a main pump, - one fixed displacement pump as an auxiliary pump, - two pressure compensators (DW1, DW2), - one system to be supplied as a primary system, especially in the form of a hydraulic steering system (PL), which issues an LS signal, one system to be supplied as a secondary system, which issues a further LS signal, especially in the form of a hydraulic operating system (PA), and - a further system to be supplied by hydraulic means, especially in the form of a hydraulic braking system (PB), wherein one pressure compensator (DW1) is used to supply the system to be supplied as the primary system (PL) and/or the further hydraulic system (PB), the other pressure compensator (DW2) is used to supply the system (PL) to be supplied as the primary system and/or the system (PA) to be supplied as the secondary system, and wherein the LS signal for the main pump originates from a shuttle valve (WV), which compares the respective LS signals from the system to be supplied as the primary (PL) and secondary (PA) system, and passes on the LS signal with the higher pressure to the main pump to control said pump, characterised in that the main pump supplies the system (PA) to be supplied as the secondary system directly with hydraulic medium at a predefinable pressure and in that the respective pressure compensator (DW1, DW2) can be controlled by an LS signal such that the fixed displacement pump is also used to supply the system to be supplied as the secondary system (PA). - one variable displacement pump , which can be controlled by an LS signal, as a main pump, - one fixed displacement pump as an auxiliary pump, - two pressure compensators (DW1, DW2), - one system to be supplied as a primary system, especially in the form of a hydraulic steering system (PL), which issues an LS signal, one system to be supplied as a secondary system, which issues a further LS signal, especially in the form of a hydraulic operating system (PA), and - a further system to be supplied by hydraulic means, especially in the form of a hydraulic braking system (PB),
An arrangement having a blind rivet screw , a joining material which has a joining material thickness (F), and a screw-on material which has a maximum permitted screw-on material thickness (A), wherein the blind rivet screw has a rivet body , which has a rivet head and a deformation region for forming a closing head , and a bolt having an external thread , a thread section of which protrudes out of the rivet head and is connected to the rivet body in a connecting region , wherein, when the closing head is formed, the thread section is at most 4 thread turns plus 1 mm longer than the maximum screw-on material thickness (A), but, in the case of the undeformed rivet body , the thread section protrudes at least 4 thread turns beyond the rivet body .
An assembly for connecting a wye fitting to another fluid conduit part of a fluid system, the assembly including the wye fitting, the other fluid conduit part and a clamshell fastener , the wye fitting defining a main fluid flow path along an axis A between a first end and a second end , wherein an end of the wye fitting to be connected to the other fluid conduit part is provided with a plurality of first engagement features arranged circumferentially around the end of the wye fitting and an end of the other fluid conduit part is provided with a corresponding plurality of second engagement features arranged circumferentially around the end of the other fluid conduit part configured to engage with the first engagement features to prevent relative rotational movement between the wye fitting and the other fluid conduit part, and wherein the clamshell is secured around the end of the wye fitting and the other fluid conduit part over the interface between the first and second engagement features, wherein the first engagement features comprise protrusions extending axially from the end of the wye fitting and the second engagement features comprise corresponding recesses formed around the end of the other fluid conduit part arranged to receive the protrusions, or the second engagement features comprise protrusions extending axially from the end of the other fluid conduit part the first engagement features comprise corresponding recesses formed around the end of the wye fitting arranged to receive the protrusions.
A wind turbine cooling arrangement , comprising a first cooling circuit arranged to transport a fluid cooling medium to absorb heat from a first component group ; and a second cooling circuit arranged to transport a fluid cooling medium to absorb heat from a second component group , which second cooling circuit comprises - a primary heat exchanger arranged to dissipate heat from the cooling medium of the second cooling circuit ; and - a secondary heat exchanger arranged to heat the cooling medium of the first cooling circuit . - a primary heat exchanger arranged to dissipate heat from the cooling medium of the second cooling circuit ; and - a secondary heat exchanger arranged to heat the cooling medium of the first cooling circuit .
The HDM2-p53 interaction inhibitor drug (S)-5-(5-Chloro-1-methyl-2-oxo-1,2-dihydro-pyridin-3-yl)-6-(4-chloro-phenyl)-2-(2,4-dimethoxy-pyrimidin-5-yl)-1-isopropyl-5,6-dihydro-1H-pyrrolo[3,4-d]imidazol-4-one (HDM201) or a pharmaceutically acceptable salt, solvate, hydrate, complex or co-crystal thereof for use in the treatment of hematological tumors, wherein the drug is administered on each of the first 3 to 7 days of a 28 days treatment cycle, wherein the treatment is composed of at least three 28 days treatment cycles, wherein the daily drug dose for the first and second treatment cycles, which are induction cycles is from 50 mg to 100 mg and the daily drug dose for the third and any following treatment cycles, which are consolidation cycles is from 10 mg to 45 mg. for use in the treatment of hematological tumors, wherein the drug is administered on each of the first 3 to 7 days of a 28 days treatment cycle, wherein the treatment is composed of at least three 28 days treatment cycles, wherein the daily drug dose for the first and second treatment cycles, which are induction cycles is from 50 mg to 100 mg and the daily drug dose for the third and any following treatment cycles, which are consolidation cycles is from 10 mg to 45 mg.
A robot movement control device for controlling an industrial robot comprising a moveable arm section , a first motor for moving the arm section around an axis of rotation, a first gear box between the first motor and the arm section, a second motor for moving the arm section around the axis of rotation and for applying torque to the arm section, and a second gear box between the second motor and the arm section, characterized in that the device comprises a path planning unit configured to generate a position control signal q r and a torque control signal T r , a first control unit configured to control the first motor using position control and the position control signal q r and a second control unit configured to control the second motor using torque control and the torque control signal T r .
A diaminobenzidine (DAB) -containing substrate kit for staining using a peroxidase-labeled antibody, said kit comprising: chromophore-containing solution (A) comprising DAB as a peroxidase chromophore, and water; and chromogenic reagent (B) comprising: a chelating agent which is ethylenediaminetetraacetic acid disodium salt dihydrate (EDTA-2Na) ; a polyoxyethylene (POE) alkyl ether nonionic surfactant which is POE lauryl ether (Brij 35); imidazole; hydrogen peroxide; and water, wherein said kit is in a system of two- or more components with at least said chromophore-containing solution (A) and said chromogenic reagent (B) being separately stored, wherein the DAB-containing substrate solution obtained by mixing, or mixing and diluting, the component solutions of the DAB-containing substrate kit comprises - 0.1 to 10 mg/mL of DAB; - 0.3 to 3 mM of chelating agent; - 0.1 to 5 mass% of POE alkyl ether nonionic surfactant; - 5 to 100 mM of imidazole; and - 0.01 to 0.05 mass% of hydrogen peroxide. chromophore-containing solution (A) comprising DAB as a peroxidase chromophore, and water; and chromogenic reagent (B) comprising: a chelating agent which is ethylenediaminetetraacetic acid disodium salt dihydrate (EDTA-2Na) ; a polyoxyethylene (POE) alkyl ether nonionic surfactant which is POE lauryl ether (Brij 35); imidazole; hydrogen peroxide; and water, wherein said kit is in a system of two- or more components with at least said chromophore-containing solution (A) and said chromogenic reagent (B) being separately stored, wherein the DAB-containing substrate solution obtained by mixing, or mixing and diluting, the component solutions of the DAB-containing substrate kit comprises - 0.1 to 10 mg/mL of DAB; - 0.3 to 3 mM of chelating agent; - 0.1 to 5 mass% of POE alkyl ether nonionic surfactant; - 5 to 100 mM of imidazole; and - 0.01 to 0.05 mass% of hydrogen peroxide. - 0.1 to 10 mg/mL of DAB; - 0.3 to 3 mM of chelating agent; - 0.1 to 5 mass% of POE alkyl ether nonionic surfactant; - 5 to 100 mM of imidazole; and - 0.01 to 0.05 mass% of hydrogen peroxide.
Method for continuously treating biomass material comprising: - feeding the biomass material into a substantially vertically arranged pressurized vessel; - adding steam to said pressurized vessel for hydrothermal treatment of the biomass material, wherein said adding steam comprises adding steam at a lower portion of the pressurized vessel; - discharging the biomass material from a bottom portion of the pressurized vessel by means of a discharge device; - withdrawing vapor from a top portion of the pressurized vessel, and adding said vapor to the discharge device; - controlling differential pressure between said top portion of the pressurized vessel and said discharge device by controlling the flow of said vapor, and - determining a minimum flow of steam needed to heat the biomass material in the pressurized vessel to a predetermined temperature, wherein said adding steam comprises adding steam at a flow being higher than said minimum flow. - feeding the biomass material into a substantially vertically arranged pressurized vessel; - adding steam to said pressurized vessel for hydrothermal treatment of the biomass material, wherein said adding steam comprises adding steam at a lower portion of the pressurized vessel; - discharging the biomass material from a bottom portion of the pressurized vessel by means of a discharge device; - withdrawing vapor from a top portion of the pressurized vessel, and adding said vapor to the discharge device; - controlling differential pressure between said top portion of the pressurized vessel and said discharge device by controlling the flow of said vapor, and - determining a minimum flow of steam needed to heat the biomass material in the pressurized vessel to a predetermined temperature, wherein said adding steam comprises adding steam at a flow being higher than said minimum flow.
A system comprising: means for determining values for a plurality of voxels of a three-dimensional grid, wherein the means for determining the values comprises: means for determining a volume of tissue activation (VTA) expected to result from delivery of electrical stimulation by a medical device according to a therapy program; means for registering the VTA to the three-dimensional grid characterised by means for determining a frequency domain characteristic of a bioelectrical brain signal of a patient sensed during delivery of electrical stimulation to the patient by the medical device according to the therapy program; and means for determining a value for at least one voxel overlapping with the VTA based on the frequency domain characteristic of the bioelectrical brain signal. means for determining a volume of tissue activation (VTA) expected to result from delivery of electrical stimulation by a medical device according to a therapy program; means for registering the VTA to the three-dimensional grid characterised by means for determining a frequency domain characteristic of a bioelectrical brain signal of a patient sensed during delivery of electrical stimulation to the patient by the medical device according to the therapy program; and means for determining a value for at least one voxel overlapping with the VTA based on the frequency domain characteristic of the bioelectrical brain signal.
A wearable display apparatus incorporating display units for displaying videos to be presented to an observer, comprising: first image capturing means formed of a pair of cameras and configured to capture images, to be displayed on the display units, in a respective line of sight direction of the observer when the display apparatus is worn; and second image capturing means formed of a pair of cameras, configured to capture images for marker detection and having an angle of view wider than that of the first image capturing means to include a field of view of the first image capturing means, characterized in that right and left camera of the pair of cameras forming the second image capturing means are arranged respectively outside right and left camera of the pair of cameras forming the first image capturing means so that a parallax between the pair of cameras forming the second image capturing means is larger than a parallax between the pair of cameras forming the first image capturing means, and in that an optical axis of one camera of the pair of cameras forming the second image capturing means faces in an upward direction and the optical axis of the other in a downward direction by a preset angle with respect to an optical axis of each camera of the pair of cameras forming the first image capturing means. first image capturing means formed of a pair of cameras and configured to capture images, to be displayed on the display units, in a respective line of sight direction of the observer when the display apparatus is worn; and second image capturing means formed of a pair of cameras, configured to capture images for marker detection and having an angle of view wider than that of the first image capturing means to include a field of view of the first image capturing means, characterized in that right and left camera of the pair of cameras forming the second image capturing means are arranged respectively outside right and left camera of the pair of cameras forming the first image capturing means so that a parallax between the pair of cameras forming the second image capturing means is larger than a parallax between the pair of cameras forming the first image capturing means, and in that an optical axis of one camera of the pair of cameras forming the second image capturing means faces in an upward direction and the optical axis of the other in a downward direction by a preset angle with respect to an optical axis of each camera of the pair of cameras forming the first image capturing means.