mhurhangee/patent-ind-claim-en huggingface dataset:
Filter system for cleaning liquids, for example oils or fats from the food industry, having a pre-filter unit for separating particles from the liquid, having a discharge unit for the intermediate storage of the particles, which is arranged downstream of the pre-filter unit , and having a collecting chamber for the particles, which is arranged downstream of the discharge unit , wherein the discharge unit comprises at least two valves , which are able to be actuated separately and are arranged in series, and a particle collecting volume , which is arranged between the valves, wherein a fill level sensor for determining the particle fill level is arranged in the particle collecting volume , wherein a collecting basket for collecting the particles from the particle collecting volume is arranged in the collecting chamber , wherein the pre-filter unit is situated above the discharge unit and the latter is in turn situated above the collecting chamber , with the result that the particles, following the gravitational force, pass from the pre-filter unit into the particle collecting volume in the discharge unit and, from there, further into the collecting chamber , in which the particles are collected in the collecting basket , wherein the first two valves are able to be switched between a closed position and an open position via in each case one actuator, wherein the discharge unit has a third valve , which is arranged between the first and second valves and is able to be manually switched between a closed position and an open position.
A method for controlling an automated air extract unit provided for the ventilation of a building, including a flow rate modulation actuator , and a standalone electric power supply comprising a cell or a battery which powers this actuator or sensors of the level of air pollutants related to this unit, characterized in that it checks the state of the standalone electric power supply , and in the event of insufficient state in a next step it drives an audible vibration of the flow rate modulation actuator .
An assembly for a turbomachine turbine extending about an axis (Y-Y), comprising at least one ring sector made of ceramic matrix composite material and a support casing disposed around the at least one ring sector , the support casing comprising two flanges, respectively an upstream flange and a downstream flange , between which each ring sector is disposed, each ring sector comprising a base that has a radially internal face and a radially external face from which radially extend two lugs , the lugs of each ring sector being retained between the two flanges of the support casing by axial pins each engaged in one of the flanges of the ring support casing and in the lug of the ring sector facing said flange , the assembly further comprises, for each ring sector , at least one radial retaining pin screwed into the support casing and coming to radially bear against a lug of the at least one ring sector to retain the ring sector in position, and the assembly being characterized in that it further comprises anti-rotation means for rotationally locking the at least one radial retaining pin .
An aminosiloxane ester copolymer comprises formula: where each R 1 is an independently selected monovalent hydrocarbon group of 1 to 12 carbon atoms, each R E is independently selected from the group consisting of hydroxyl and an amino-functional group of formula H 2 N-R A -, each R A is an independently divalent hydrocarbon group of 1 to 12 carbon atoms, each R 2 is independently selected from the group consisting of hydrogen and methyl, each R D is an independently selected divalent hydrocarbon group of 2 to 20 carbon atoms, each subscript a independently has a value such that 0 ≤ a < 220, and subscript b has a value such that 2 ≤ b ≤ 100.
A fiber structure that comprises a multifilament of a light-emitting fiber in at least a part of the fiber structure, wherein the light-emitting fiber, comprising a core and a cladding and configured to emit light through a side surface of the fiber, is such that a resin used for the core is at least one selected from the group consisting of polymethyl methacrylate, polymethyl methacrylate copolymers, polystyrene, polycarbonates, polyorganosiloxanes, and norbornene, a resin used for the cladding is fluorine resin, and the light-emitting fiber has a fiber diameter of 95 μm or less, wherein the fiber structure is a woven or knitted fabric. a resin used for the core is at least one selected from the group consisting of polymethyl methacrylate, polymethyl methacrylate copolymers, polystyrene, polycarbonates, polyorganosiloxanes, and norbornene, a resin used for the cladding is fluorine resin, and the light-emitting fiber has a fiber diameter of 95 μm or less, wherein the fiber structure is a woven or knitted fabric.
One or more vectors configured to express a Cas9-nucleic acid complex that targets a viral nucleic acid for use in the treatment of viral infections, comprising: a sequence encoding a Francisella novicida Cas9 protein, wherein the sequence comprises SEQ ID NO: 9 or a variant having 60% or more identity thereto, wherein the Cas9 protein comprises an arginine-rich motif with at least 90% identity to SEQ ID NO: 6, a RuvC-III motif with at least 90% identity to SEQ ID NO: 7, and a RuvC-IV motif with at least 90% identity to SEQ ID NO: 8, and a sequence encoding an RNA, wherein the RNA comprises a first segment that is configured to bind with the Cas9 protein after transcription and a second segment that is configured to bind a target nucleic acid sequence, and wherein the target sequence is the genome of and/or the transcript of an RNA virus or the viral transcript of a DNA virus. a sequence encoding a Francisella novicida Cas9 protein, wherein the sequence comprises SEQ ID NO: 9 or a variant having 60% or more identity thereto, wherein the Cas9 protein comprises an arginine-rich motif with at least 90% identity to SEQ ID NO: 6, a RuvC-III motif with at least 90% identity to SEQ ID NO: 7, and a RuvC-IV motif with at least 90% identity to SEQ ID NO: 8, and a sequence encoding an RNA, wherein the RNA comprises a first segment that is configured to bind with the Cas9 protein after transcription and a second segment that is configured to bind a target nucleic acid sequence, and wherein the target sequence is the genome of and/or the transcript of an RNA virus or the viral transcript of a DNA virus.
Industrial truck for conveying an object , wherein the industrial truck is designed to drive in beneath the object , comprising: - a loading surface , designed to accommodate the object , - a lifting device for raising the loading surface , characterized in that it also comprises: - a cab body , which is arranged at a first end of the loading surface , - a first sensor , which is designed to sense a first distance (A1) between the cab body and an object located above and/or on the loading surface , - a control unit , which is designed to actuate the lifting device on the basis of the first distance (A1) established by means of the first sensor , in order to raise the loading surface, and - a second sensor , which is designed to sense a second distance (A2) between the object and a second end of the loading surface during approach towards the object, wherein the control unit is designed to implement approach towards the object on the basis of the second distance (A2) established by means of the second sensor . - a loading surface , designed to accommodate the object , - a lifting device for raising the loading surface , characterized in that it also comprises: - a cab body , which is arranged at a first end of the loading surface , - a first sensor , which is designed to sense a first distance (A1) between the cab body and an object located above and/or on the loading surface , - a control unit , which is designed to actuate the lifting device on the basis of the first distance (A1) established by means of the first sensor , in order to raise the loading surface, and - a second sensor , which is designed to sense a second distance (A2) between the object and a second end of the loading surface during approach towards the object, wherein the control unit is designed to implement approach towards the object on the basis of the second distance (A2) established by means of the second sensor .
An oil tank of an internal combustion engine, in particular for an internal combustion engine installed on a ship, wherein for lubrication and if applicable cooling of the internal combustion engine oil collected in the oil tank can be removed from the oil tank , delivered in the direction of the internal combustion engine and, subsequently, emanating from the internal combustion engine, returned into the oil tank , having a central oil chamber , from which oil can be sucked in and delivered in the direction of the internal combustion engine, and having lateral oil chambers , which, dependent on an inclined position of the oil tank , are positioned either obliquely above or alternatively obliquely below the central oil chamber , wherein oil, emanating from the internal combustion engine, can be returned into the lateral lateral oil chamber ,wherein the central oil chamber , dependent on the inclined position of the oil tank , can be coupled to a first lateral oil chamber which on a first side of the central oil chamber adjoins the central oil chamber or to a second lateral oil chamber which on a second side of the central oil chamber adjoins the central oil chamber, via in each case at least one passively controlled none-return valve , characterised in that each of the lateral oil chambers is subdivided into multiple part oil chambers and each of the lateral oil chambers is sub divided into an inner lateral part oil chamber , and at least one outer lateral part oil chamber , wherein part oil chambers adjoining one another are coupled via separating walls to permanently open and thus oil-permeable recesses .
A non-viable Methylococcus capsulatus or a lysate of Methylococcus capsulatus for use in the treatment or prevention of GI tract dysbiosis in a subject.
A transverse steering method for moving a vehicle comprising an active steering into a target position , comprising: - performing distance and/or angle measurements between the vehicle and the target position enabling a derivation of location and orientation data, - deriving the location and orientation data , - filtering the location and orientation data to current values , which comprise current location values and current orientation values , - performing a control , which derives from the current values target steering angle , and - realization of the target steering angle by acting on the active steering of the vehicle , wherein - the filtering of the location and orientation data comprises a Kalman filtering , in which the location and orientation data are processed to the current data considering the driving properties measured on the vehicle, quality values and a movement model of the vehicle and wherein the Kalman filtering comprises a measurement step and an update step, such that in the measurement step newly calculated position data are derived from in each case the latest sensor data and previously calculated position data by weighted averaging with a weight w that according to w = 1 / q ⋅ vm + 1 , depends on the quality of the sensor measurements q and a variance of the sensor measurements vm, and in the update step the calculated position data are extrapolated to current position data according to a movement model parameterized with a measured steering angle and a measured speed as driving properties . - performing distance and/or angle measurements between the vehicle and the target position enabling a derivation of location and orientation data, - deriving the location and orientation data , - filtering the location and orientation data to current values , which comprise current location values and current orientation values , - performing a control , which derives from the current values target steering angle , and - realization of the target steering angle by acting on the active steering of the vehicle , wherein - the filtering of the location and orientation data comprises a Kalman filtering , in which the location and orientation data are processed to the current data considering the driving properties measured on the vehicle, quality values and a movement model of the vehicle and wherein the Kalman filtering comprises a measurement step and an update step, such that in the measurement step newly calculated position data are derived from in each case the latest sensor data and previously calculated position data by weighted averaging with a weight w that according to w = 1 / q ⋅ vm + 1 , depends on the quality of the sensor measurements q and a variance of the sensor measurements vm, and in the update step the calculated position data are extrapolated to current position data according to a movement model parameterized with a measured steering angle and a measured speed as driving properties .
Modular structure of apparatus for treating fluids with ultrasound, of the type comprising at least one tubular element defining a duct for a fluid being treated, fixed integrally to said at least one tubular element , at least one supporting body for a plurality of generators of ultrasonic vibrations for the vibration of said at least one tubular element being present, the latter being connected to said supporting body so as to allow the transmission of the vibrations for the generation of ultrasonic cavitation in the fluid being treated, said structure of apparatus being characterised in that it comprises at least two tubular elements , parallel and set side by side, and fixed to at least a same supporting body , each segment of tubular element fixed to a corresponding supporting body being surrounded by at least two generators of ultrasonic vibrations .
An endoscope system comprising: an image acquiring unit that acquires a first image and a second image, the first image being obtained by imaging an observation target by using first illumination light, the second image being obtained by imaging the observation target by using second illumination light that is different from the first illumination light at a different timing from the first image; an alignment unit that aligns the first image and the second image; a console for setting a structure of interest to be observed; and an accuracy changing unit that changes an accuracy of the alignment in accordance with at least the structure of interest. an image acquiring unit that acquires a first image and a second image, the first image being obtained by imaging an observation target by using first illumination light, the second image being obtained by imaging the observation target by using second illumination light that is different from the first illumination light at a different timing from the first image; an alignment unit that aligns the first image and the second image; a console for setting a structure of interest to be observed; and an accuracy changing unit that changes an accuracy of the alignment in accordance with at least the structure of interest.
A heat supply system comprising: a pump configured to pump a heating medium; a first heating device configured to heat the heating medium; a second heating device configured to heat the heating medium downstream of the first heating device ; and a controller ; characterized in that the controller is configured to reduce a heating power of the first heating device concurrently with or before activation of the second heating device , in a case where the second heating device is activated in a state in which the first heating device is operated without operating the second heating device . a pump configured to pump a heating medium; a first heating device configured to heat the heating medium; a second heating device configured to heat the heating medium downstream of the first heating device ; and a controller ; characterized in that the controller is configured to reduce a heating power of the first heating device concurrently with or before activation of the second heating device , in a case where the second heating device is activated in a state in which the first heating device is operated without operating the second heating device .
A method for selecting a print job and displaying the print job on a second window , the print job comprising a digital image to be printed on an image receiving medium by means of a digital printer having a user interface comprising the second window and a first window , the first window representing a waiting room for the print job which is selectable to be printed, and the second window being for displaying a virtual representation of the image receiving medium, the method comprising the steps of - displaying a corner indication on the second window , the corner indication indicating a location where a top left corner of the digital image of the print job will be placed on the image receiving medium, - selecting the print job in the first window , - upon selection of the print job in the first window , replacing the corner indication by a canvas item with a size of a layout of the digital image of the selected print job , - receiving a user selection at the user interface , the user selection being to either copy or move the selected print job from the first window to the second window , - upon receiving the user selection replacing the canvas item by a preview image of the digital image of the selected print job of the same size as the layout, and - moving the corner indication to a location on the virtual representation where a next to be selected print job will originate. - displaying a corner indication on the second window , the corner indication indicating a location where a top left corner of the digital image of the print job will be placed on the image receiving medium, - selecting the print job in the first window , - upon selection of the print job in the first window , replacing the corner indication by a canvas item with a size of a layout of the digital image of the selected print job , - receiving a user selection at the user interface , the user selection being to either copy or move the selected print job from the first window to the second window , - upon receiving the user selection replacing the canvas item by a preview image of the digital image of the selected print job of the same size as the layout, and - moving the corner indication to a location on the virtual representation where a next to be selected print job will originate.
A biometric authentication system comprising: headwear comprising a plurality of biosensors each configured to sample muscle activity so as to obtain a respective time-varying signal wherein the biosensors are located on the headwear such that, in use, the biosensors are configured to detect electrical muscle activity of a predetermined plurality of facial muscles comprising corresponding muscles from each side of a user's face; a data store for storing a data set representing characteristic muscle activity for one or more users; and a processor configured to: process the time-varying signals from the biosensors to determine a measure of asymmetry in the electrical muscle activity of the corresponding muscles; process the time-varying signals from the biosensors in dependence on the stored data set so as to determine a correspondence between a time-varying signal and characteristic muscle activity of one of the one or more users, and in dependence on the determined correspondence and the determined measure of asymmetry, authenticate the time-varying signals as being associated with that user. headwear comprising a plurality of biosensors each configured to sample muscle activity so as to obtain a respective time-varying signal wherein the biosensors are located on the headwear such that, in use, the biosensors are configured to detect electrical muscle activity of a predetermined plurality of facial muscles comprising corresponding muscles from each side of a user's face; a data store for storing a data set representing characteristic muscle activity for one or more users; and a processor configured to: process the time-varying signals from the biosensors to determine a measure of asymmetry in the electrical muscle activity of the corresponding muscles; process the time-varying signals from the biosensors in dependence on the stored data set so as to determine a correspondence between a time-varying signal and characteristic muscle activity of one of the one or more users, and in dependence on the determined correspondence and the determined measure of asymmetry, authenticate the time-varying signals as being associated with that user. process the time-varying signals from the biosensors to determine a measure of asymmetry in the electrical muscle activity of the corresponding muscles; process the time-varying signals from the biosensors in dependence on the stored data set so as to determine a correspondence between a time-varying signal and characteristic muscle activity of one of the one or more users, and in dependence on the determined correspondence and the determined measure of asymmetry, authenticate the time-varying signals as being associated with that user.
A device for a radial spray catheter , comprising: a body having a longitudinal axis, a proximal end, a distal end, a mid-portion extending therebetween, and an exterior radial surface; a central lumen extending within the body along the longitudinal axis from the proximal end of the body into at least the mid-portion of the body ; one or more apertures distributed about the exterior radial surface of the body ; and a flow distribution element in fluid communication with the central lumen and the one or more apertures, wherein the flow distribution element comprises a distribution lumen that extends from the central lumen to the distal end of the body and is in fluid communication with the central lumen, and wherein the distribution lumen includes a plurality of the apertures along the longitudinal axis, characterised by a spring within the distribution lumen having a distal component associated with the distal end of the body and a proximal component associated with an oscillator body , whereby the oscillator body oscillates in the distribution lumen with flow pushing against a restoring force of the spring to distribute the flow to the apertures . a body having a longitudinal axis, a proximal end, a distal end, a mid-portion extending therebetween, and an exterior radial surface; a central lumen extending within the body along the longitudinal axis from the proximal end of the body into at least the mid-portion of the body ; one or more apertures distributed about the exterior radial surface of the body ; and a flow distribution element in fluid communication with the central lumen and the one or more apertures, wherein the flow distribution element comprises a distribution lumen that extends from the central lumen to the distal end of the body and is in fluid communication with the central lumen, and wherein the distribution lumen includes a plurality of the apertures along the longitudinal axis, characterised by a spring within the distribution lumen having a distal component associated with the distal end of the body and a proximal component associated with an oscillator body , whereby the oscillator body oscillates in the distribution lumen with flow pushing against a restoring force of the spring to distribute the flow to the apertures .