mhurhangee/patent-ind-claim-en huggingface dataset:
A wet-cleaning device , in particular a wet wiping device, with a cleaning roller mounted rotatably around a roller axis and a roller cover enveloping the cleaning roller at least partially in the circumferential direction, which has at least one displaceable cover element for optionally closing and/or releasing an opening region of the roller cover , characterized in that the wet-cleaning device has a first cover element and a second cover element , which can be displaced in opposition to each other in relation to a circumferential direction of the cleaning roller , so as to close and/or release the opening region from opposite circumferential directions.
A resource allocation method, comprising: allocating (S103) a resource group comprising M first resource blocks to a terminal when allocating uplink resources, wherein an occupancy ratio of a frequency spacing formed by the M first resource blocks to a system bandwidth is greater than a preset threshold, and the resource group further comprises N second resource blocks in any frequency domain positions, wherein M≥2, N≥1, and both M and N are positive integers; and sending (S104) resource indication information to the terminal, wherein the resource indication information comprises information about the resource group, wherein the frequency spacing formed by the M first resource blocks is a bandwidth spacing between resource blocks on two ends of the M first resource blocks. allocating (S103) a resource group comprising M first resource blocks to a terminal when allocating uplink resources, wherein an occupancy ratio of a frequency spacing formed by the M first resource blocks to a system bandwidth is greater than a preset threshold, and the resource group further comprises N second resource blocks in any frequency domain positions, wherein M≥2, N≥1, and both M and N are positive integers; and sending (S104) resource indication information to the terminal, wherein the resource indication information comprises information about the resource group, wherein the frequency spacing formed by the M first resource blocks is a bandwidth spacing between resource blocks on two ends of the M first resource blocks.
A coffee dispensing apparatus (200; 400) comprising: at least one nozzle (208;408) for dispensing coffee; and a base (210;412) for receiving at least one standard-sized coffee container (212; 414) at a filling position to collect the dispensed coffee, wherein the at least one nozzle and the filling position at the base are arranged with respect to each other to hit the dispensed coffee directly at an inner upstanding wall (214a;418) of the at least one container placed at the filling position, such that the dispensed coffee hits at the inner upstanding wall of the container at a position that is at least at 80% of the height of the upstanding wall, characterized in that , the apparatus further comprises a displacing means to move the at least one nozzle in substantial close proximity to the inner upstanding wall . at least one nozzle (208;408) for dispensing coffee; and a base (210;412) for receiving at least one standard-sized coffee container (212; 414) at a filling position to collect the dispensed coffee, wherein the at least one nozzle and the filling position at the base are arranged with respect to each other to hit the dispensed coffee directly at an inner upstanding wall (214a;418) of the at least one container placed at the filling position, such that the dispensed coffee hits at the inner upstanding wall of the container at a position that is at least at 80% of the height of the upstanding wall, characterized in that , the apparatus further comprises a displacing means to move the at least one nozzle in substantial close proximity to the inner upstanding wall .
Fluid supply system having a component , - having a bypass valve which is arranged in a control channel and has a valve body which can be adjusted at least between a first and a second position and which, in the first position, blocks a fluid channel to the component and, in the second position, blocks a bypass channel which bypasses the component , - wherein the valve body separates the control channel into first and second spaces and has a leakage opening connecting the first space to the second space , - wherein a spring element is arranged in the second space and biases the valve body into its second position, - wherein the second space is connected to a fluid reservoir via a leakage channel , - wherein a switchable valve for at least partially opening/closing the leakage channel is arranged in the leakage channel , - wherein at least one detection device is provided, which detects a characteristic of the fluid and transmits it to a control device , which in turn is configured such that it closes the valve when a predefined characteristic is reached and thus blocks the leakage channel , characterised in - that the valve is a solenoid valve, - that the valve body is in the form of a valve piston which has a first shell-side opening to the bypass channel and a second shell-side opening to the component . - having a bypass valve which is arranged in a control channel and has a valve body which can be adjusted at least between a first and a second position and which, in the first position, blocks a fluid channel to the component and, in the second position, blocks a bypass channel which bypasses the component , - wherein the valve body separates the control channel into first and second spaces and has a leakage opening connecting the first space to the second space , - wherein a spring element is arranged in the second space and biases the valve body into its second position, - wherein the second space is connected to a fluid reservoir via a leakage channel , - wherein a switchable valve for at least partially opening/closing the leakage channel is arranged in the leakage channel , - wherein at least one detection device is provided, which detects a characteristic of the fluid and transmits it to a control device , which in turn is configured such that it closes the valve when a predefined characteristic is reached and thus blocks the leakage channel , - that the valve is a solenoid valve, - that the valve body is in the form of a valve piston which has a first shell-side opening to the bypass channel and a second shell-side opening to the component .
A method comprising: installing an application on a computing device ; determining whether the application has a function which is incompatible with the computing device ; in response to determining that the application has a function which is incompatible with the computing device, activating a compatibility mode for the application in which one or more features of the application are restricted; in response to activating the compatibility mode , determining a restriction to a change to an application window size or shape of a user interface of the application; and rendering a user interface object defining a plurality of selectable predefined sizing options for the user interface of the application, wherein the selectable predefined sizing options are based on the determined restriction. installing an application on a computing device ; determining whether the application has a function which is incompatible with the computing device ; in response to determining that the application has a function which is incompatible with the computing device, activating a compatibility mode for the application in which one or more features of the application are restricted; in response to activating the compatibility mode , determining a restriction to a change to an application window size or shape of a user interface of the application; and rendering a user interface object defining a plurality of selectable predefined sizing options for the user interface of the application, wherein the selectable predefined sizing options are based on the determined restriction.
A controlled environment neonatal infant incubator system comprising: a. a neonatal infant incubator apparatus including: i. a frame, ii.a disposable housing detachably connected to the frame, the disposable housing comprising a plurality of sidewalls, a base, and at least one inlet port with a valve and a tube coupling system, wherein the frame is a collapsible frame, and includes a collapsed configuration or expanded configuration, and wherein the disposable housing forms an air-tight contained space configured for an infant when detachably connected to the frame in the expanded configuration; b. a control system module configured to control the microenvironment of the air-tight contained space, the control system module regulating temperature and gas composition in the air-tight contained space, the control system module including at least one tube that is in air communication with the contained space via the at least one inlet port of the disposable housing. a. a neonatal infant incubator apparatus including: i. a frame, ii.a disposable housing detachably connected to the frame, the disposable housing comprising a plurality of sidewalls, a base, and at least one inlet port with a valve and a tube coupling system, wherein the frame is a collapsible frame, and includes a collapsed configuration or expanded configuration, and wherein the disposable housing forms an air-tight contained space configured for an infant when detachably connected to the frame in the expanded configuration; i. a frame, ii.a disposable housing detachably connected to the frame, the disposable housing comprising a plurality of sidewalls, a base, and at least one inlet port with a valve and a tube coupling system, wherein the frame is a collapsible frame, and includes a collapsed configuration or expanded configuration, and wherein the disposable housing forms an air-tight contained space configured for an infant when detachably connected to the frame in the expanded configuration; b. a control system module configured to control the microenvironment of the air-tight contained space, the control system module regulating temperature and gas composition in the air-tight contained space, the control system module including at least one tube that is in air communication with the contained space via the at least one inlet port of the disposable housing.
Method for equalizing an audio-frequency signal broadcast in a broadcasting environment by a broadcasting system comprising at least one loudspeaker , the method being characterised in that it comprises: - estimating (E220, E220') a frequency profile of a noise signal representing a background noise present in the broadcasting environment, based on, on the one hand, a signal, called the captured signal, captured by at least one microphone implemented in the broadcasting environment and, on the other hand, said audio-frequency signal; - determining (E230) a desired frequency profile for said broadcast audio-frequency signal; - determining (E240) an acoustic frequency mask representing, for each frequency component, a difference between said frequency profile of said noise signal and said desired frequency profile; and - equalising (E250) the audio-frequency signal via a weighting of a spectrum of the audio-frequency signal by applying a frequency-weighting mask that is a function of the acoustic frequency mask, delivering the equalised audio-frequency signal. - estimating (E220, E220') a frequency profile of a noise signal representing a background noise present in the broadcasting environment, based on, on the one hand, a signal, called the captured signal, captured by at least one microphone implemented in the broadcasting environment and, on the other hand, said audio-frequency signal; - determining (E230) a desired frequency profile for said broadcast audio-frequency signal; - determining (E240) an acoustic frequency mask representing, for each frequency component, a difference between said frequency profile of said noise signal and said desired frequency profile; and - equalising (E250) the audio-frequency signal via a weighting of a spectrum of the audio-frequency signal by applying a frequency-weighting mask that is a function of the acoustic frequency mask, delivering the equalised audio-frequency signal.
A conjugate of perillyl alcohol and 3-bromopyruvate that is 3-bromo-2-oxo-propionic acid 4-isopropenyl-cyclohex-1-enylmethyl ester, or a pharmaceutically acceptable salt thereof.
Assembly comprising: two panels hinged to each other on an edge thereof and mounted to vertically fold book-like one on the other in front of an opening to be obscured; a device (MC) for moving the two panels comprising: - a rack mounted to the sides of the opening inside vertical uprights on both sides; - an electric motor located on the bottom panel ; - a rotatable pinion driven by the motor and engageable on the rack to translate on the rack and thereby vertically lifting the bottom panel; the rack being mounted to be able to move linearly along its longitudinal axis, so that as a reaction to the momentum imparted to it by the pinion the rack can move as a function of the position of the panels and/or of the force imparted by the pinion, the assembly also comprising - a mechanism for locking and unlocking of the rack with respect to the sides of the opening, the locking and unlocking mechanism being destined to prevent or allow the movement of the rack, and - an element which is integral with a panel and destined to trigger the mechanism for locking and unlocking, the assembly being characterised in that the rack is vertical and able to move vertically along its longitudinal axis, and in that said integral element comprises or consists of a carriage on which the pinion is rotatably mounted. two panels hinged to each other on an edge thereof and mounted to vertically fold book-like one on the other in front of an opening to be obscured; a device (MC) for moving the two panels comprising: - a rack mounted to the sides of the opening inside vertical uprights on both sides; - an electric motor located on the bottom panel ; - a rotatable pinion driven by the motor and engageable on the rack to translate on the rack and thereby vertically lifting the bottom panel; - a rack mounted to the sides of the opening inside vertical uprights on both sides; - an electric motor located on the bottom panel ; - a rotatable pinion driven by the motor and engageable on the rack to translate on the rack and thereby vertically lifting the bottom panel; the rack being mounted to be able to move linearly along its longitudinal axis, so that as a reaction to the momentum imparted to it by the pinion the rack can move as a function of the position of the panels and/or of the force imparted by the pinion, the assembly also comprising - a mechanism for locking and unlocking of the rack with respect to the sides of the opening, the locking and unlocking mechanism being destined to prevent or allow the movement of the rack, and - an element which is integral with a panel and destined to trigger the mechanism for locking and unlocking, - a mechanism for locking and unlocking of the rack with respect to the sides of the opening, the locking and unlocking mechanism being destined to prevent or allow the movement of the rack, and - an element which is integral with a panel and destined to trigger the mechanism for locking and unlocking, the assembly being characterised in that the rack is vertical and able to move vertically along its longitudinal axis, and in that said integral element comprises or consists of a carriage on which the pinion is rotatably mounted.
An agricultural row unit comprising: a row unit frame having a downwardly-extending shank ; an opening disc assembly including two angled opening discs rollingly mounted to the shank and disposed to open a v-shaped trench in the soil surface ; characterized in that the row unit further comprises: a depth sensor connected to said row unit frame , said depth sensor including: a pivot arm pivotally mounted to a bracket which is mounted to a lower portion of the shank ; wherein the pivot arm includes left and right ground-engaging fingers (1224-1,1224-2); wherein ground-engaging portions of the fingers are spaced by a transverse spacing that is wider than a trench opened by the row unit such that the fingers contact the soil surface on either side of the trench ; and, a sensor configured to generate a signal related to the angular position of the pivot arm . a row unit frame having a downwardly-extending shank ; an opening disc assembly including two angled opening discs rollingly mounted to the shank and disposed to open a v-shaped trench in the soil surface ; characterized in that the row unit further comprises: a depth sensor connected to said row unit frame , said depth sensor including: a pivot arm pivotally mounted to a bracket which is mounted to a lower portion of the shank ; wherein the pivot arm includes left and right ground-engaging fingers (1224-1,1224-2); wherein ground-engaging portions of the fingers are spaced by a transverse spacing that is wider than a trench opened by the row unit such that the fingers contact the soil surface on either side of the trench ; and, a sensor configured to generate a signal related to the angular position of the pivot arm . a pivot arm pivotally mounted to a bracket which is mounted to a lower portion of the shank ; wherein the pivot arm includes left and right ground-engaging fingers (1224-1,1224-2); wherein ground-engaging portions of the fingers are spaced by a transverse spacing that is wider than a trench opened by the row unit such that the fingers contact the soil surface on either side of the trench ; and, a sensor configured to generate a signal related to the angular position of the pivot arm .
A waste transfer unit configured to be installed above or below a sink or countertop area, comprising: a unit body comprising a waste receiving portion including a front face and an opening for receiving waste; the unit body enclosing a waste-side conduit in fluid communication with the opening , and a flush valve allowing fluid communication between the waste-side conduit and a vacuum-side conduit when the flush valve is in its open position; wherein the waste receiving portion is configured to tilt, hinge, or slide away from the unit body in order to receive waste, wherein the received waste is transferred to a main waste tank via vacuum through the vacuum-side conduit , wherein closing of the waste receiving portion automatically activates the flush valve or activates a periodic or delayed flush, characterized in that closing of the waste receiving portion creates an automatic lock between the unit body and the waste receiving portion until a flush has completed. a unit body comprising a waste receiving portion including a front face and an opening for receiving waste; the unit body enclosing a waste-side conduit in fluid communication with the opening , and a flush valve allowing fluid communication between the waste-side conduit and a vacuum-side conduit when the flush valve is in its open position; wherein the waste receiving portion is configured to tilt, hinge, or slide away from the unit body in order to receive waste, wherein the received waste is transferred to a main waste tank via vacuum through the vacuum-side conduit , wherein closing of the waste receiving portion automatically activates the flush valve or activates a periodic or delayed flush, characterized in that closing of the waste receiving portion creates an automatic lock between the unit body and the waste receiving portion until a flush has completed.
Method for applying glue on tubular cores for the production of logs of paper material comprising the step of supplying in sequence more tubular cores along a predetermined advancing direction (A) and the step of applying on each of said cores a predetermined amount of glue, and the glue is applied on the tubular cores from the above characterized in that , while advancing along said direction (A) and without interrupting their run, the tubular cores intercept for a predetermined time the glue (EG) released by a predetermined number of nozzles ; and during said time interval the glue (EG) is both on the nozzles and the tubular cores given the absence of any element interposed between the nozzles and the tubular cores.
A dual catheter arrangement for reperfusion of an ischemic tissue region via a coronary vessel, comprising a primary balloon catheter having a lumen for inflation and deflation of a primary balloon disposed at a distal region of the primary balloon catheter and a lumen extending throughout the primary balloon catheter and open at a distal end of the primary balloon catheter , and a secondary balloon catheter having a lumen for inflation and deflation of a secondary balloon disposed at a distal region of the secondary balloon catheter , which is arranged slidable within the lumen of the primary balloon catheter to achieve a working position in which the secondary balloon catheter continues completely through the lumen of the primary balloon catheter and extends distally beyond the primary balloon catheter , characterised in that the primary balloon catheter has at least a further separate lumen extending throughout the primary balloon catheter having a connecting flange proximally for detachable, fluid-tight connection to a flushing source unit and open at the distal end of the primary balloon catheter , and the secondary balloon catheter has an irrigation lumen having a connecting flange proximally for detachable, fluid-tight connection to a flushing source unit and an opening at a distal end of the secondary balloon catheter .
Energy storage device for storing energy, comprising: - a high-temperature regenerator containing a solid, in particular porous, storage material (S), - a working gas (A) as heat transfer medium to transfer heat between the storage material (S) and the flowing working gas (A), and - a charging circuit and a discharging circuit for the working gas (A), the charging circuit being designed such that, starting from a preheater , at least a first heat exchange channel of a recuperator , a first compressor , the high-temperature regenerator , a second heat exchange channel of the recuperator , and then a first expander are conductively connected to one another to form a circuit so as to conduct fluid, and wherein the first compressor is coupled to the first expander , and wherein the first compressor forms part of a first piston machine (K1) and the first expander forms part of a second piston machine (K2), wherein the piston machines (K1, K2) are controllably operable either as a compressor or as an expander such that the first compressor of the charging circuit forms a second expander in the discharging circuit , and in that the first expander of the charging circuit forms a second compressor in the discharging circuit , and wherein the high-temperature regenerator can be operatively connected to either the charging circuit or the discharging circuit such that the high-temperature regenerator , the compressor and the expander form either a part of the charging circuit or a part of the discharging circuit , and wherein the charging circuit , the discharging circuit and the high temperature regenerator have the same working gas (A) so that the working gas (A) comes into direct contact with the storage material of the high temperature regenerator both in the charging circuit and in the discharging circuit . - a high-temperature regenerator containing a solid, in particular porous, storage material (S), - a working gas (A) as heat transfer medium to transfer heat between the storage material (S) and the flowing working gas (A), and - a charging circuit and a discharging circuit for the working gas (A),