mhurhangee/patent-ind-claim-en huggingface dataset:
A high-pressure container comprising: a body part having a liner formed in a cylindrical shape, and a reinforcement layer that is provided on an outer circumferential surface of the liner and reinforces the liner ; and a cap inserted in the body part , the cap having a contact portion that is in abutting contact with an inner circumferential surface of the liner , a communicating portion that communicates an inside of the body part with an outside of the body part , characterised in a projecting portion that is pressed outward in radial directions of the body part , and bites into the reinforcement layer ; the projecting portion of the cap has a first tapered portion and a second tapered portion on one side remote from the reinforcement layer , the first tapered portion being inclined inward in the radial directions of the body part , and the second tapered portion being inclined outward in the radial direction of the body part as viewed in a direction toward one side in an axial direction of the body part ; the boundary between the first tapered portion and the second tapered portion is located at substantially the middle in the axial direction of the inner circumferential surface of the projection portion ; and the cap includes a first pressing part that is in abutting contact with the first tapered portion and a second pressing part that is in abutting contact with the second tapered portion , the first and second pressing parts being configured to press the projecting portion against the reinforcement layer , such that the projecting portion bites into the reinforcement layer . a body part having a liner formed in a cylindrical shape, and a reinforcement layer that is provided on an outer circumferential surface of the liner and reinforces the liner ; and a cap inserted in the body part , the cap having a contact portion that is in abutting contact with an inner circumferential surface of the liner , a communicating portion that communicates an inside of the body part with an outside of the body part , characterised in a projecting portion that is pressed outward in radial directions of the body part , and bites into the reinforcement layer ; the projecting portion of the cap has a first tapered portion and a second tapered portion on one side remote from the reinforcement layer , the first tapered portion being inclined inward in the radial directions of the body part , and the second tapered portion being inclined outward in the radial direction of the body part as viewed in a direction toward one side in an axial direction of the body part ; the boundary between the first tapered portion and the second tapered portion is located at substantially the middle in the axial direction of the inner circumferential surface of the projection portion ; and the cap includes a first pressing part that is in abutting contact with the first tapered portion and a second pressing part that is in abutting contact with the second tapered portion , the first and second pressing parts being configured to press the projecting portion against the reinforcement layer , such that the projecting portion bites into the reinforcement layer .
A method of inactivating helper virus in a sample containing helper virus particles, adeno-associated virus particles, and a buffer, the method comprising: heating the sample to a temperature greater than or equal to 45 °C for between 1 minute and 6 hours, wherein the buffer comprises a concentration of between 25 mM and 500 mM of divalent or trivalent cations, or a concentration of between 0.5 M and 0.6 M of kosmotropic salt.
A method of controlling a graphical display of a fuel dispenser , said method comprising: causing the graphical display to transition from a transparent mode, in which the graphical display is transparent to allow viewing through the fuel dispenser when no media is being displayed by the graphical display , to a state of displaying media to a customer; and causing the graphical display to transition back to said transparent mode when the graphical display stops displaying said media to the customer . causing the graphical display to transition from a transparent mode, in which the graphical display is transparent to allow viewing through the fuel dispenser when no media is being displayed by the graphical display , to a state of displaying media to a customer; and causing the graphical display to transition back to said transparent mode when the graphical display stops displaying said media to the customer .
A drug delivery system comprising a pharmaceutically effective moiety and a polyamine or amine moiety, for use in the treatment of eye disease, wherein the polyamine or amine moiety does not comprise two or more contiguous basic amino acid residues and wherein the polyamine or amine moiety has a molecular weight of no more than 500 g/mol and wherein the pharmaceutically effective moiety and the polyamine or amine moiety are constituted by separate molecules or are non-covalently bonded.
A process for recovering a processing liquid from a feed stream comprising said processing liquid, water, greater than 3.0 wt% dissolved and suspended salts, and at least one alkaline earth metal cation, said process comprising: introducing said feed stream into a flash vessel to volatilize said water to produce a vapor stream and a residuum stream , said vapor stream comprising water and any vaporized portion of said processing liquid, said residuum stream containing processing liquid, at least some of said salts, and any solids originally present in said feed stream or formed in said flash vessel , the flash vessel being operated between 3 kPa and 99 kPa and a temperature between 40 °C and 165 °C; recovering and treating said vapor stream and separating said process liquid from said vapor stream to produce purified processing liquid; passing at least a portion of said residuum stream through a pump , a line , a heat exchanger , and an in-line mixer at a flow rate of 3 m/s or greater to produce a heated recycle stream; introducing said heated recycle stream into said flash vessel ; introducing at least one precipitant into said flash vessel through a line , said precipitant comprising an anion which reacts with said cation to form a substantially water-insoluble precipitate of said alkaline earth metal cation; and removing at least some of said solids including at least some of said precipitate from said flash vessel via a line into a residue handling zone . introducing said feed stream into a flash vessel to volatilize said water to produce a vapor stream and a residuum stream , said vapor stream comprising water and any vaporized portion of said processing liquid, said residuum stream containing processing liquid, at least some of said salts, and any solids originally present in said feed stream or formed in said flash vessel , the flash vessel being operated between 3 kPa and 99 kPa and a temperature between 40 °C and 165 °C; recovering and treating said vapor stream and separating said process liquid from said vapor stream to produce purified processing liquid; passing at least a portion of said residuum stream through a pump , a line , a heat exchanger , and an in-line mixer at a flow rate of 3 m/s or greater to produce a heated recycle stream; introducing said heated recycle stream into said flash vessel ; introducing at least one precipitant into said flash vessel through a line , said precipitant comprising an anion which reacts with said cation to form a substantially water-insoluble precipitate of said alkaline earth metal cation; and removing at least some of said solids including at least some of said precipitate from said flash vessel via a line into a residue handling zone .
A vehicle comprising: an engine ; a drive wheel ; a clutch configured to connect and disconnect a power transmission route between the engine and the drive wheel ; a clutch actuator configured to switch between engagement and disengagement of the clutch ; and an electronic control unit configured to: switch an actuation state of the clutch by the clutch actuator ; determine whether fluctuations in torsional torque generated in the power transmission route between the clutch and the drive wheel are larger than a specified value; and characterised in that the electronic control unit is further configured to control the clutch so as to increase torque capacity of the clutch when the electronic control unit determines that the fluctuations in the torsional torque are larger than the specified value during deceleration traveling of the vehicle . an engine ; a drive wheel ; a clutch configured to connect and disconnect a power transmission route between the engine and the drive wheel ; a clutch actuator configured to switch between engagement and disengagement of the clutch ; and an electronic control unit configured to: switch an actuation state of the clutch by the clutch actuator ; determine whether fluctuations in torsional torque generated in the power transmission route between the clutch and the drive wheel are larger than a specified value; and characterised in that the electronic control unit is further configured to control the clutch so as to increase torque capacity of the clutch when the electronic control unit determines that the fluctuations in the torsional torque are larger than the specified value during deceleration traveling of the vehicle . switch an actuation state of the clutch by the clutch actuator ; determine whether fluctuations in torsional torque generated in the power transmission route between the clutch and the drive wheel are larger than a specified value; and characterised in that the electronic control unit is further configured to control the clutch so as to increase torque capacity of the clutch when the electronic control unit determines that the fluctuations in the torsional torque are larger than the specified value during deceleration traveling of the vehicle .
A method of determining an amount of ice collected in a storage container of a refrigerator, the ice being discharged into the storage container by an ice maker having an ice detecting sensor with a sensor heater , the method comprising: turning on the ice detecting sensor for a prescribed period of time; determining whether or not the ice storage container is full or nearly full of ice according to detection results of the ice detecting sensor ; and turning on the sensor heater if the ice storage container is determined to be full or nearly full of ice; after turning on the sensor heater , re-determining whether or not the ice storage container is full or nearly full of ice; and turning off the sensor heater , if it is determined that the storage container is not full or nearly full of ice according to at least one of the determining step and the re-determining step, wherein the sensor heater is only turned on in response to a detection result of the ice detecting sensor indicating a full or nearly full state of the ice storage container . turning on the ice detecting sensor for a prescribed period of time; determining whether or not the ice storage container is full or nearly full of ice according to detection results of the ice detecting sensor ; and turning on the sensor heater if the ice storage container is determined to be full or nearly full of ice; after turning on the sensor heater , re-determining whether or not the ice storage container is full or nearly full of ice; and turning off the sensor heater , if it is determined that the storage container is not full or nearly full of ice according to at least one of the determining step and the re-determining step, wherein the sensor heater is only turned on in response to a detection result of the ice detecting sensor indicating a full or nearly full state of the ice storage container .
A display system for displaying a video of a display object on a reflected image in a superimposed manner, the display system comprising: a display device including a display and an optical device configured to control reflectance/transmittance of incident light; and a display control means configured to display a display object on the display and an optical device control means configured to change reflectance/transmittance of the optical device , the display is configured to emit image light of the display object , the optical device is disposed on a first direction side of the display so as to overlap a screen of the display when viewed in the first direction, the first direction being an emission direction of image light of the display , characterized in that the display control means is configured to change, according to the reflectance/transmittance of the optical device , a display color of a same display object on the display so as to reduce a change in color of the display object visually recognized by a user with a change in the reflectance/transmittance of the optical device . a display device including a display and an optical device configured to control reflectance/transmittance of incident light; and a display control means configured to display a display object on the display and an optical device control means configured to change reflectance/transmittance of the optical device , the display is configured to emit image light of the display object , the optical device is disposed on a first direction side of the display so as to overlap a screen of the display when viewed in the first direction, the first direction being an emission direction of image light of the display , characterized in that the display control means is configured to change, according to the reflectance/transmittance of the optical device , a display color of a same display object on the display so as to reduce a change in color of the display object visually recognized by a user with a change in the reflectance/transmittance of the optical device .
A computer implemented method, comprising: receiving a series of magnetic resonance imaging (MRI) acquisitions of a heart, wherein the series comprises three successive acquisitions, the acquisitions being ECG-gated at a given cardiac phase and comprising a plurality of voxel values corresponding to respective locations in a heart; examining corresponding voxels in successive MRI acquisitions, wherein for each MRI acquisition of the series of MRI acquisitions, identifying voxel values that, in spite of (i) corresponding to the same given voxel and (ii) being gated to the same phase of an electrocardiogram (ECG) cycle of the heart, differ by more than a predefined difference from their respective predecessor acquisition's voxel value; isolating from the series of MRI acquisitions, acquisitions that comprise the identified voxel values; and reconstructing an image of at least a portion of the heart from the plurality of voxel values excluding at least the voxel values from the isolated acquisitions. receiving a series of magnetic resonance imaging (MRI) acquisitions of a heart, wherein the series comprises three successive acquisitions, the acquisitions being ECG-gated at a given cardiac phase and comprising a plurality of voxel values corresponding to respective locations in a heart; examining corresponding voxels in successive MRI acquisitions, wherein for each MRI acquisition of the series of MRI acquisitions, identifying voxel values that, in spite of (i) corresponding to the same given voxel and (ii) being gated to the same phase of an electrocardiogram (ECG) cycle of the heart, differ by more than a predefined difference from their respective predecessor acquisition's voxel value; isolating from the series of MRI acquisitions, acquisitions that comprise the identified voxel values; and reconstructing an image of at least a portion of the heart from the plurality of voxel values excluding at least the voxel values from the isolated acquisitions.
Method for triggered acquisition of a measured data set of a target object in a plurality of single measurements by means of a magnetic resonance system, having the following method steps: - detecting a cyclical signal , which describes a cyclical change in at least part of the target object, - continued automatic identification of cycles of the cyclical signal , - automatic determination of a mean duration L m of the identified cycles as at least one property of the cyclical signal , - specification of a reference duration TR prot as a reference value of an acquisition parameter, characterised in that , the following method steps are carried out - automatic determination of whether, in a particular identified cycle of the cyclical signal , triggering of one of the single measurements is permitted, as a function of the mean duration L m and the reference duration TR prot , wherein the smallest whole number n ≥ 1 is determined, so an n-multiple of the determined mean duration L m is longer than the specified reference duration TR prot , and - acquisition of the measured data set of the target object in a plurality of single measurements, wherein triggering of the single measurements is permitted only in each n th cycle of the cyclical signal . - detecting a cyclical signal , which describes a cyclical change in at least part of the target object, - continued automatic identification of cycles of the cyclical signal , - automatic determination of a mean duration L m of the identified cycles as at least one property of the cyclical signal , - specification of a reference duration TR prot as a reference value of an acquisition parameter, characterised in that , the following method steps are carried out - automatic determination of whether, in a particular identified cycle of the cyclical signal , triggering of one of the single measurements is permitted, as a function of the mean duration L m and the reference duration TR prot , wherein the smallest whole number n ≥ 1 is determined, so an n-multiple of the determined mean duration L m is longer than the specified reference duration TR prot , and - acquisition of the measured data set of the target object in a plurality of single measurements, wherein triggering of the single measurements is permitted only in each n th cycle of the cyclical signal .
A separation apparatus , comprising: - an identifier arranged to identify the particles in a group of particles that have a specific property; - an affinity modifier arranged to modify an affinity of the identified particles relative to that affinity of non-identified particles in an group; - a separator arranged to separate the particles in the group based on their difference in the affinity; wherein: - the affinity modifier modifies the affinity of the identified particles by applying affinity modifying particles to the identified particles; - the affinity modifying particles comprise liquid droplets, and water in particular, to moisturize the identified particles to form a moisture bridge between the identified particles and the separator; characterised in that the separator has a contact surface coated with hydrophilic material onto which identified particles are affixed thereon. - an identifier arranged to identify the particles in a group of particles that have a specific property; - an affinity modifier arranged to modify an affinity of the identified particles relative to that affinity of non-identified particles in an group; - a separator arranged to separate the particles in the group based on their difference in the affinity; - the affinity modifier modifies the affinity of the identified particles by applying affinity modifying particles to the identified particles; - the affinity modifying particles comprise liquid droplets, and water in particular, to moisturize the identified particles to form a moisture bridge between the identified particles and the separator;
A voice signal processing method, comprising: acquiring a status coefficient, a target voice signal to be processed, and a derivative signal of the target voice signal, wherein the status coefficient is a coefficient that characterizes the status conditions of the target voice signal, and the derivative signal of the target voice signal comprises a residual signal, an estimated echo signal, a distal reference signal and a proximal signal; using the derivative signal to respectively calculate an initial echo loss corresponding to each signal frame in the target voice signal, and using the status coefficient to adjust the initial echo loss to acquire a target echo loss; using the derivative signal to calculate a proximal-distal coherence value of the target voice signal, wherein the proximal-distal coherence value is a coherence value between the distal reference signal and the proximal signal; judging whether the target echo loss matches with a single-talk echo state; if the target echo loss matches with a single-talk echo state, recording the proximal-distal coherence value in status statistical data, and updating statistical information, wherein the statistical information comprises a statistical amount of the recorded proximal-distal coherence values; obtaining a median value of the status statistical data when the statistical amount is greater than a preset statistical threshold; using the median value to update the status coefficient, and performing volume control on the target voice signal when updating the status coefficient. acquiring a status coefficient, a target voice signal to be processed, and a derivative signal of the target voice signal, wherein the status coefficient is a coefficient that characterizes the status conditions of the target voice signal, and the derivative signal of the target voice signal comprises a residual signal, an estimated echo signal, a distal reference signal and a proximal signal; using the derivative signal to respectively calculate an initial echo loss corresponding to each signal frame in the target voice signal, and using the status coefficient to adjust the initial echo loss to acquire a target echo loss; using the derivative signal to calculate a proximal-distal coherence value of the target voice signal, wherein the proximal-distal coherence value is a coherence value between the distal reference signal and the proximal signal; judging whether the target echo loss matches with a single-talk echo state; if the target echo loss matches with a single-talk echo state, recording the proximal-distal coherence value in status statistical data, and updating statistical information, wherein the statistical information comprises a statistical amount of the recorded proximal-distal coherence values; obtaining a median value of the status statistical data when the statistical amount is greater than a preset statistical threshold; using the median value to update the status coefficient, and performing volume control on the target voice signal when updating the status coefficient.
A system for treating a lumen in a body comprising: a catheter comprising at least one energy delivery body positionable within the lumen and configured to deliver non-thermal energy to a wall of the lumen; and a generator having at least one energy delivery algorithm configured to provide an electric signal of the non-thermal energy to the at least one energy delivery body , wherein the at least one energy delivery algorithm is configured to specify as the electric signal an electric signal that selectively targets particular cells of the lumen based on size, shape, type, or function, while avoiding collateral cells. a catheter comprising at least one energy delivery body positionable within the lumen and configured to deliver non-thermal energy to a wall of the lumen; and a generator having at least one energy delivery algorithm configured to provide an electric signal of the non-thermal energy to the at least one energy delivery body , wherein the at least one energy delivery algorithm is configured to specify as the electric signal an electric signal that selectively targets particular cells of the lumen based on size, shape, type, or function, while avoiding collateral cells.