mhurhangee/patent-ind-claim-en huggingface dataset:
Storage device for products intended to be submerged, in particular vegetation such as flowers, plants and fresh herbs, as well as fruits and vegetables, this device comprising a body forming a tank, this body comprising partitions extending over only a part of the height of the tank, so as to define so-called main compartments for retaining liquid , maintaining means , capable of maintaining pots for receiving said products with respect to the body , so that the products received in these pots can be at least partly submerged in liquid contained in the retention compartments, means for supplying liquid , having an active configuration in which they allow the filling of each compartment, as well as an inactive position in which they prohibit this filling, regulation means , capable of regulating the means for supplying liquid, this device being characterised in that the regulation means comprise a regulation member , received in a so-called regulation compartment , this regulation member being capable of making the supply means go from their active configuration to their inactive configuration, when the level of liquid in this regulation compartment exceeds a predetermined threshold . a body forming a tank, this body comprising partitions extending over only a part of the height of the tank, so as to define so-called main compartments for retaining liquid , maintaining means , capable of maintaining pots for receiving said products with respect to the body , so that the products received in these pots can be at least partly submerged in liquid contained in the retention compartments, means for supplying liquid , having an active configuration in which they allow the filling of each compartment, as well as an inactive position in which they prohibit this filling, regulation means , capable of regulating the means for supplying liquid, this device being characterised in that the regulation means comprise a regulation member , received in a so-called regulation compartment , this regulation member being capable of making the supply means go from their active configuration to their inactive configuration, when the level of liquid in this regulation compartment exceeds a predetermined threshold .
An effective amount of adipose-derived stem cells (AdMSCs) for the use in a method of preventing, reducing, mitigating, ameliorating and/or reversing stomatitis in a subject mammal in need thereof.
A method of measuring a flow rate using a thermal mass flowmeter for measuring a flow rate of a fluid (G) flowing in a main duct , the thermal mass flowmeter comprising: - a first measurement duct having an inlet (E1) and an outlet (S1) connected to the main duct and provided with two temperature sensors and means for heating the fluid between the two sensors; - a pressure-drop member situated in the main duct between the inlet and the outlet of the first measurement duct ; and - a pressure measurement device for producing measurements of differential pressure existing in the main duct between an upstream point and a downstream point situated respectively upstream and downstream from the pressure-drop member ; the measurement method comprising the steps of: - producing a flow rate measurement by using the temperature sensors; - producing a differential pressure measurement by using the pressure measurement device; the measurement method being characterized in that it also comprises: - a step of using the flow rate measurement to evaluate a pressure difference between the inlet and the outlet of the first measurement duct; - producing a correction factor from the pressure difference evaluated at the previous step and from the differential pressure measurement, the correction factor allowing to correct a head loss in the main duct; - correcting the flow rate measurement by using the correction factor. - a first measurement duct having an inlet (E1) and an outlet (S1) connected to the main duct and provided with two temperature sensors and means for heating the fluid between the two sensors; - a pressure-drop member situated in the main duct between the inlet and the outlet of the first measurement duct ; and - a pressure measurement device for producing measurements of differential pressure existing in the main duct between an upstream point and a downstream point situated respectively upstream and downstream from the pressure-drop member ; - producing a flow rate measurement by using the temperature sensors; - producing a differential pressure measurement by using the pressure measurement device; - a step of using the flow rate measurement to evaluate a pressure difference between the inlet and the outlet of the first measurement duct; - producing a correction factor from the pressure difference evaluated at the previous step and from the differential pressure measurement, the correction factor allowing to correct a head loss in the main duct; - correcting the flow rate measurement by using the correction factor.
A respiratory therapy apparatus for providing a therapy for a respiratory disorder, the respiratory therapy apparatus comprising: a power input circuit to connect to one or more of a low-power power supply (4210-ALT) and a high-power power supply , a controller coupled to the power input circuit and configured to detect which of the low-power power supply (4210-ALT) and the high-power power supply is connected to the respiratory therapy apparatus, the controller configured to, based on which power supply is detected to be connected, selectively activate one of a first mode of operation of the respiratory therapy apparatus and a second mode of operation of the respiratory therapy apparatus, wherein the first mode of operation is a non-therapy mode and the second mode of operation is a therapy mode, wherein the therapy mode comprises powering a motor of a blower for generating a flow of gas to a respiratory interface for a user. a power input circuit to connect to one or more of a low-power power supply (4210-ALT) and a high-power power supply , a controller coupled to the power input circuit and configured to detect which of the low-power power supply (4210-ALT) and the high-power power supply is connected to the respiratory therapy apparatus, the controller configured to, based on which power supply is detected to be connected, selectively activate one of a first mode of operation of the respiratory therapy apparatus and a second mode of operation of the respiratory therapy apparatus, wherein the first mode of operation is a non-therapy mode and the second mode of operation is a therapy mode, wherein the therapy mode comprises powering a motor of a blower for generating a flow of gas to a respiratory interface for a user.
A drive assembly for use in a piece of home equipment, comprising: a center shaft having a central axis (A); a first drive component having a cavity formed therein, said first drive component being configured to rotate about said central axis (A), wherein rotation of said first drive component drives rotation of said center shaft about the central axis (A); a second drive component at least partially nested within said cavity , said second drive component being configured to rotate about said central axis (A); a first rotary coupling ; and a second rotary coupling , wherein said first drive component is operably coupled to said first rotary coupling and said second drive component is operably coupled to said second rotary coupling . a center shaft having a central axis (A); a first drive component having a cavity formed therein, said first drive component being configured to rotate about said central axis (A), wherein rotation of said first drive component drives rotation of said center shaft about the central axis (A); a second drive component at least partially nested within said cavity , said second drive component being configured to rotate about said central axis (A); a first rotary coupling ; and a second rotary coupling , wherein said first drive component is operably coupled to said first rotary coupling and said second drive component is operably coupled to said second rotary coupling .
A method comprising: determining occurrence of a virtual information region event, the virtual information region event indicating a change of information that is allocated to a virtual information region that is at least partially beyond a field of view of a head mounted display , the virtual information region having a virtual information region location that is in a direction from the field of view ; causing rendering of a non-visual notification that is indicative of the direction from the field of view in response to the virtual information region event; receiving information indicative of a visual notification invocation input which is entered by a user ; determining a visual notification that is visually descriptive of at least one aspect of the virtual information region event in response to the visual notification invocation input; causing display of the visual notification on the head mounted display ; receiving information indicative of a visual notification selection input entered by the user; and changing the virtual information region location of the virtual information region to a different virtual information region location that is within the field of view in response to the visual notification selection input. determining occurrence of a virtual information region event, the virtual information region event indicating a change of information that is allocated to a virtual information region that is at least partially beyond a field of view of a head mounted display , the virtual information region having a virtual information region location that is in a direction from the field of view ; causing rendering of a non-visual notification that is indicative of the direction from the field of view in response to the virtual information region event; receiving information indicative of a visual notification invocation input which is entered by a user ; determining a visual notification that is visually descriptive of at least one aspect of the virtual information region event in response to the visual notification invocation input; causing display of the visual notification on the head mounted display ; receiving information indicative of a visual notification selection input entered by the user; and changing the virtual information region location of the virtual information region to a different virtual information region location that is within the field of view in response to the visual notification selection input.
Method for remote control of at least one field device (D1 ... Dn) in at least one automation system (P1 ... Pk) with an operating device (BG), where an operating program (BP) runs in said operating device and communicates with a server-frame application (SFDT-FA) that runs on one of the field device management modules (FMM1 ... FMMk) assigned to the at least one automation system (P1 ... Pk) and serves to operate the field devices (D1 ... Dn) of the corresponding automation system (P1 ... Pk), where device driver packages (DTM-P1 ... DTM-Pk) and at least one communication device driver package (CDTM-P) for operating the field devices (D1 ... Dn) are installed in the server frame application (SFDT-FA), where the device driver packages (DTM-P1 ... DTM-Pn) and the at least one communication device driver package (CDTM-P) each have a logic device driver component (DTM-BL1 ... DTM-BLn; CDTM-BL1 ... CDTM-BLn) which provides data and functions of at least one of the field devices and a user interface device driver component (DTM-UI1 ... DTM-UIn; CDTM-UI1 ... CDTM-UIn) which provides data and functions of a user interface of at least one of the field devices, and where field device type-specific information is displayable by the operating program (BP) on a display unit, wherein the device driver packages (DTM-P1 ... DTM-Pn) of all field devices (D1 ... Dn) of the automation systems (P1 ... Pk) and the communication device driver packages (CDTM-P) are additionally installed centrally in copy in a client-frame application (CFDT-FA) which runs on a server (S) assigned to the operating device (BG) and arranged outside the field devices (D1 ... Dn), exclusively web-based user interface device driver components (DTM-UI1 ... DTM-UIn; CDTM-UI1 ... CDTM-UIn) run in the client-frame application (CFDT-FA) of the server (S), exclusively the logic device driver components (DTM-BL1 ... DTM-BLn; CDTM-BL1 ... CDTM-BLn) run in the server-frame application (SFDT-FA) of the field device management modules (FMM1 ... FMMk), and the field device type-specific user interface of at least one device driver or communication device driver is provided by a web server (WSER) linked to the client-frame application (CA) as a website and is loaded and displayed in a web browser (WB) provided by the operating device (BG).
An intraluminal imaging device, comprising: a flexible elongate member configured for positioning within a body lumen of a patient; a support member coupled to the flexible elongate member ; and an imaging assembly coupled to the support member , wherein the support member includes a proximal section configured to interface with a distal portion of the flexible elongate member and a distal section configured to interface with a proximal end of the imaging assembly, the proximal section comprising a first diameter, the distal section comprising a second diameter less than the first diameter; wherein the flexible elongate member is positioned over the support member ; wherein the proximal section of the support member , the distal section of the support member , and the distal portion of the flexible elongate member define an annular lumen ; and wherein the annular lumen is filled with an adhesive. a flexible elongate member configured for positioning within a body lumen of a patient; a support member coupled to the flexible elongate member ; and an imaging assembly coupled to the support member , wherein the support member includes a proximal section configured to interface with a distal portion of the flexible elongate member and a distal section configured to interface with a proximal end of the imaging assembly, the proximal section comprising a first diameter, the distal section comprising a second diameter less than the first diameter; wherein the flexible elongate member is positioned over the support member ; wherein the proximal section of the support member , the distal section of the support member , and the distal portion of the flexible elongate member define an annular lumen ; and wherein the annular lumen is filled with an adhesive.
System for controlling a powertrain for a motor vehicle comprising two sets of driving wheels, the two sets being independently driveable, the control system being able to operate in several driving modes selectable by the occupant of the vehicle, including an AWD mode in which the four wheels are driven is selected by the occupant, the control system being capable of switching autonomously from AWD mode to an AWD ECO mode promoting consumption savings when a first predetermined event occurs, the control system being characterized in that that it is capable of autonomously leaving AWD ECO mode temporarily when a second predetermined event occurs, and in that the first event, switching the control system to AWD ECO mode, consists of: - a distance traveled since activation of AWD mode greater than a threshold value; and or - a vehicle speed greater than a threshold value; and or - an outside temperature above a threshold value; and or - a slope lower than a threshold value; and or - a lateral acceleration lower than a threshold value; and or - an altitude below a threshold value. - a distance traveled since activation of AWD mode greater than a threshold value; and or - a vehicle speed greater than a threshold value; and or - an outside temperature above a threshold value; and or - a slope lower than a threshold value; and or - a lateral acceleration lower than a threshold value; and or - an altitude below a threshold value.
A material management method carried out by a material management apparatus, applied to a battery production line, wherein the battery production line is provided with a code scanning system , the production line comprises a plurality of stations , the code scanning system is configured with a blocking device corresponding to each station and a code scanning device bound to each station , and the method comprises: controlling, after a plurality of battery cells placed on the plurality of stations reach designated code scanning positions, each blocking device to work in a first working state according to a predetermined sequence, thereby blocking identifications of the battery cells on the corresponding stations ; acquiring code scanning results of the code scanning devices corresponding to the blocking devices for the identifications when each blocking device works in the first working state respectively; and determining, according to the code scanning results, whether a binding relationship between the code scanning devices and the stations is abnormal. controlling, after a plurality of battery cells placed on the plurality of stations reach designated code scanning positions, each blocking device to work in a first working state according to a predetermined sequence, thereby blocking identifications of the battery cells on the corresponding stations ; acquiring code scanning results of the code scanning devices corresponding to the blocking devices for the identifications when each blocking device works in the first working state respectively; and determining, according to the code scanning results, whether a binding relationship between the code scanning devices and the stations is abnormal.
A composite non-rotating drill pipe protector assembly for a drill pipe , the composite non-rotating drill pipe protector assembly comprising first and second composite collars , a non-rotating composite protector shell having first and second ends , first and second polymeric resin thrust bearings , an internal polymeric radial bearing having an internal surface configured to provide a plurality of fluid flow channels , the internal polymeric radial bearing being positionable within the non-rotating composite shell between the first and second ends and about the drill pipe , and retained in a selected axial position upon the drill pipe between respective first and second polymeric resin thrust bearings and the first and second composite collars , the first and second composite collars being fixable to the drill pipe by means of a bonding agent.
A computer-implemented method comprising: receiving seismic data that comprises an associated bandwidth ; for a number of frequency bands, iteratively filtering and adjusting the seismic data by applying band-pass filters to extract information associated with each of the frequency bands wherein the adjusting the seismic data comprises, after each iteration, subtracting extracted information from the seismic data prior to a subsequent iteration , to form residual seismic data for filtering by subsequent iteration, wherein the band-pass filters comprise continuous wavelet transform band-pass filters; balancing the extracted information to generate spectrally balanced seismic data ; and outputting the spectrally balanced seismic data . receiving seismic data that comprises an associated bandwidth ; for a number of frequency bands, iteratively filtering and adjusting the seismic data by applying band-pass filters to extract information associated with each of the frequency bands wherein the adjusting the seismic data comprises, after each iteration, subtracting extracted information from the seismic data prior to a subsequent iteration , to form residual seismic data for filtering by subsequent iteration, wherein the band-pass filters comprise continuous wavelet transform band-pass filters; balancing the extracted information to generate spectrally balanced seismic data ; and outputting the spectrally balanced seismic data .
An absorbent article having longitudinal side edges extending in a longitudinal direction (L) and transverse end edges , and comprising a fluid permeable surface layer , a backsheet and an intermediate layer being located between said surface layer and said backsheet , the fluid permeable surface layer having a wearer-facing portion facing the user during use of said article , characterized in that said surface layer is an air through bonded fibrous nonwoven surface layer comprising synthetic fibers and having a basis weight of from 14 to 30 g/m 2 and a density of from 20 to 90 kg/m 3 , the density being calculated by dividing the basis weight of the fibrous nonwoven surface layer by its thickness measured at a pressure of 0.5 kPa, and in that said intermediate layer is provided under from 70% to 100% of a total surface area of the wearer-facing portion of the surface layer , wherein said intermediate layer and said surface layer has a respective elongation at 10 N/50mm, wherein said elongation of said intermediate layer is lower than said elongation of said surface layer , wherein the surface layer is laminated to the intermediate layer and the lamination is made by adhesive, thermo or mechanical welding, such as for example ultra sonic welding, or a combination thereof.
A method for regenerating a catalyst, comprising steps of: immersing a spent denitration catalyst composed mainly of titanium oxide, which catalyst additionally contains iron compounds, in: (a) a mixed aqueous solution containing phosphoric acid or its ammonium salt and a compound expressed by a rational formula (NH 4 ) 3 Mo 2 V 3 O 15 ; or (b) a mixed aqueous solution containing phosphoric acid and vanadyl sulfate; and then drying the catalyst.
A method for manufacturing an impregnated fibrous material comprising a fibrous material (or rovings) made of continuous fibers and at least one thermoplastic polymer having a glass transition temperature Tg of greater than or equal to 40°C, in particular greater than or equal to 80°C, preferably of from 100 to 200°C, more preferentially of from 110 to 200°C, or a melting point Tm of less than or equal to 400°C, in particular less than or equal to 350°C, especially less than or equal to 290°C, the glass transition temperature Tg and the melting point Tm being measured by DSC according to standard ISO 11357-2: 2013 and ISO 11357-3: 2013, respectively, characterized in that said method comprises a step of impregnating, in a pultrusion head, said at least one fibrous material by injecting a reactive composition in the molten state comprising at least one precursor of said thermoplastic polymer in the presence of said fibrous material, said at least one fibrous material, during the entry thereof into said pultrusion head, being divided in its thickness into n layers, in particular of substantially equal thicknesses, n being from 2 to 20, in particular from 2 to 10, more particularly from 2 to 5, especially equal to 4, each layer circulating in said pultrusion head in a channel of its own, said reactive composition being injected into each channel and/or between said layers when they are brought back together at the outlet of each channel, said channel being heated to a temperature such that the reactive composition has an initial viscosity in the molten state of less than 50 Pa.s, more preferentially of less than 20 Pa.s, even more preferentially of less than 10 Pa.s, especially of less than 5 Pa.s, the viscosity in the molten state being measured by oscillatory rheology at a temperature Tm ≤ T ≤ Tm +50°C for a semi-crystalline polymer or Tg + 220°C for an amorphous polymer, at 10 rad/sec under nitrogen flushing with 5% deformation on a Physica MCR301 apparatus between two parallel planes 25 mm in diameter, the impregnation starting at the time of the injection and ending before or after said layers are brought back together by superposition in order to form said at least one final impregnated fibrous material wherein said precursors of said thermoplastic polymer are at least partially polymerized.