mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a characteristic of a receiver in a medium, said characteristic being detection information and/or identity information and/or location information of said receiver , said method being implemented by a system comprising: - an antenna capable of emitting a primary wave in the medium, and of receiving a secondary wave resulting from the primary wave and from the presence of the receiver in the medium, - a plurality of adjustable elements having an impedance which can be modified to change the manner in which the primary wave is emitted and/or reflected and/or transmitted, and - a controller connected to the antenna and to the adjustable elements and which controls the state of the adjustable elements based on a set of parameters, and the receiver being capable of actively emitting the secondary wave in response to receiving the primary wave, said method being characterized in that the system: a) causes the antenna to emit a primary wave, b) controls the adjustable elements during at least one probing period, successively with a plurality of sets of parameters, each set of parameters being different from the previous one, in order to modify the propagation of the primary wave and/or secondary wave during the emission and/or reception of waves by the antenna, c) stores signals received by the antenna during said probing period, and d) determines the characteristic of the receiver in the medium based on the signals received for each set of parameters. - an antenna capable of emitting a primary wave in the medium, and of receiving a secondary wave resulting from the primary wave and from the presence of the receiver in the medium, - a plurality of adjustable elements having an impedance which can be modified to change the manner in which the primary wave is emitted and/or reflected and/or transmitted, and - a controller connected to the antenna and to the adjustable elements and which controls the state of the adjustable elements based on a set of parameters, and a) causes the antenna to emit a primary wave, b) controls the adjustable elements during at least one probing period, successively with a plurality of sets of parameters, each set of parameters being different from the previous one, in order to modify the propagation of the primary wave and/or secondary wave during the emission and/or reception of waves by the antenna, c) stores signals received by the antenna during said probing period, and d) determines the characteristic of the receiver in the medium based on the signals received for each set of parameters.
Mounting device with a control wheel , comprising a wall section with a bearing pin , a frame arranged at the wall section and a control wheel which is rotatably mounted by way of the bearing pin and which projects, in a section, beyond an opening in the frame , characterised in that - the wall section comprises a mount arranged at a spacing from the bearing pin , which faces away from the frame , - the mount counteracts displacement, in at least one direction, of the control wheel parallel to the axis (R) of rotation of the control wheel and - a spring device urging the control wheel towards a contact region of the frame is arranged at the frame . - the wall section comprises a mount arranged at a spacing from the bearing pin , which faces away from the frame , - the mount counteracts displacement, in at least one direction, of the control wheel parallel to the axis (R) of rotation of the control wheel and - a spring device urging the control wheel towards a contact region of the frame is arranged at the frame .
A population of allogeneic T cells comprising cytomegalovirus (CMV)-specific T cells for use in a method of treating CMV retinitis in a human patient, wherein the human patient has been the recipient of a solid organ transplant from a transplant donor.
Assembly kit for a storage and insertion device for filament spools comprising a storage box , comprising a filament spool carrier which can be inserted into the storage box , and comprising two carrier pins , wherein the filament spool carrier is configured so as to be foldable in a U-shaped manner and, in the folded state, comprises two opposing receptacles for the carrier pins , characterised in that each carrier pin is configured as a foldable element. comprising a filament spool carrier which can be inserted into the storage box , and comprising two carrier pins , wherein the filament spool carrier is configured so as to be foldable in a U-shaped manner and, in the folded state, comprises two opposing receptacles for the carrier pins , characterised in that each carrier pin is configured as a foldable element.
A grating for X-ray phase contrast and/or dark-field imaging, the grating comprising: a substrate; a plurality of material layers; wherein, the plurality of material layers are formed on a surface of the substrate; wherein, the plurality of material layers are laterally spaced from one another across the surface of the substrate; wherein, a material layer of the plurality of material layers comprises a plurality of materials; wherein, the plurality of materials are formed one on top of the other in a direction perpendicular to the surface of the substrate; wherein, the plurality of materials comprises Gold; and characterized in that the plurality of materials comprises at least one material that has a k-edge absorption energy that is higher than the k-edge absorption energy of Gold and a thickness of Gold in the material layer of the plurality of material layers is less than 30% of a total thickness of the material layer. a substrate; a plurality of material layers; wherein, the plurality of material layers are formed on a surface of the substrate; wherein, the plurality of material layers are laterally spaced from one another across the surface of the substrate; wherein, a material layer of the plurality of material layers comprises a plurality of materials; wherein, the plurality of materials are formed one on top of the other in a direction perpendicular to the surface of the substrate; wherein, the plurality of materials comprises Gold; and characterized in that the plurality of materials comprises at least one material that has a k-edge absorption energy that is higher than the k-edge absorption energy of Gold and a thickness of Gold in the material layer of the plurality of material layers is less than 30% of a total thickness of the material layer.
A compound designated herein as imetelstat or a pharmaceutically acceptable salt thereof for use in the treatment of cancer in a subject, wherein the subject is being treated sequentially or simultaneously with gemcitabine and imtelstat, respectively.
A system for imaging a breast , the system comprising: a radiation source ; at least one compression paddle having a non-planar compression surface, wherein the at least one compression paddle is configured to compress the breast during imaging of the breast ; a detector configured to detect radiation emitted from the radiation source after passing through the at least one compression paddle and the breast , wherein the detector includes a plurality of pixels; and a memory and a processor operatively connected to the detector, wherein the memory stores instructions that, when executed by the processor , perform a set of operations, the operations comprising: receiving image data from the detector; accessing a correction map generated for the at least one compression paddle having the non-planar compression surface; correcting the image data based on the correction map to generate a corrected image data; and generating an image of the breast based on the corrected image data. a radiation source ; at least one compression paddle having a non-planar compression surface, wherein the at least one compression paddle is configured to compress the breast during imaging of the breast ; a detector configured to detect radiation emitted from the radiation source after passing through the at least one compression paddle and the breast , wherein the detector includes a plurality of pixels; and a memory and a processor operatively connected to the detector, wherein the memory stores instructions that, when executed by the processor , perform a set of operations, the operations comprising: receiving image data from the detector; accessing a correction map generated for the at least one compression paddle having the non-planar compression surface; correcting the image data based on the correction map to generate a corrected image data; and generating an image of the breast based on the corrected image data. receiving image data from the detector; accessing a correction map generated for the at least one compression paddle having the non-planar compression surface; correcting the image data based on the correction map to generate a corrected image data; and generating an image of the breast based on the corrected image data.
Lighting device for a means of passenger and/or freight transport , comprising - a first support element , - a transparent, second support element , which is connected to the first support element , forming a hollow space , and - at least one light source for providing light in the hollow space , wherein - the first support element comprises a first inner surface , which faces the second support element , and - the second support element comprises a second inner surface , which faces the first support element , - the first inner surface is reflective or a reflective coating is applied on the first inner surface , and - a partially reflective, transparent coating is applied on the second inner surface characterized in that the first inner surface is rotatable, for the purpose of which at least a part of the first support element is rotatably mounted and is rotated by means of an actuator. - a first support element , - a transparent, second support element , which is connected to the first support element , forming a hollow space , and - at least one light source for providing light in the hollow space , wherein - the first support element comprises a first inner surface , which faces the second support element , and - the second support element comprises a second inner surface , which faces the first support element , - the first inner surface is reflective or a reflective coating is applied on the first inner surface , and - a partially reflective, transparent coating is applied on the second inner surface
Packaging bag with a bag body having two front walls , wherein the bag body can be closed via a reclosure arranged at an upper end by folding over the front walls , wherein the reclosure comprises two cooperating closure elements which are arranged on the outer sides of the front walls , wherein the bag body has a second reclosure with two cooperating closure elements , characterized in that at least one of the closure elements is arranged on an inner side of the first front wall .
A capsule for making a beverage, containing a powdered food substance which enables a beverage to be made by passing water through the powdered food substance , the capsule comprising: a cup-shaped containment body in turn comprising a tubular lateral wall , extending between a first edge and a second edge , and a bottom portion connected to the first edge and extending transversally to a central axis of the tubular lateral wall , the bottom portion comprising a dispensing hole , and the containment body defining a containment chamber inside itself; a closing element fixed to the second edge to close the top of the containment body ; a filtering element mounted in the containment chamber and positioned between the powdered food substance and the bottom portion ; a dispensing element , mounted in the containment chamber and positioned between the filtering element and the bottom portion , the dispensing element being intended to create a tortuous path for the beverage that, in use, flows towards the dispensing hole ; wherein the dispensing element has a first face facing the filtering element , a second face facing the bottom portion of the containment body and a perimetric face which joins the first face and the second face to each other, characterized in that the dispensing element has on the first face , a chamber or recess in a central region, one or more chambers or recesses in annular regions, a plurality of channels that put said chambers or recesses in communication with each other and with the perimetric face , the dispensing element having, on the second face , one or more chambers or recesses in annular regions and a plurality of channels that put said one or more chambers or recesses in communication with the perimetric face and with the dispensing hole , the tortuous path for the beverage involving the first face , the perimetric face and the second face of the dispensing element . a cup-shaped containment body in turn comprising a tubular lateral wall , extending between a first edge and a second edge , and a bottom portion connected to the first edge and extending transversally to a central axis of the tubular lateral wall , the bottom portion comprising a dispensing hole , and the containment body defining a containment chamber inside itself; a closing element fixed to the second edge to close the top of the containment body ; a filtering element mounted in the containment chamber and positioned between the powdered food substance and the bottom portion ; a dispensing element , mounted in the containment chamber and positioned between the filtering element and the bottom portion , the dispensing element being intended to create a tortuous path for the beverage that, in use, flows towards the dispensing hole ;
A cam assembly for providing a mechanical output signal, the cam assembly comprising: a cam having a contoured cam surface , said cam surface having typical irregularities resulting from fabrication limitations that deviate from an idealized contour ; and a follower having a follower contact portion that is displaced by relative motion between said cam surface and said follower , characterized in : a buffer element having a buffer active region that contacts said cam surface and is movable with respect thereto, said follower contact portion being positioned to contact said buffer active region so as to be displaced by displacement of said buffer active region as said buffer active region is moved by the contour of said cam surface as said cam moves relative to said follower . a cam having a contoured cam surface , said cam surface having typical irregularities resulting from fabrication limitations that deviate from an idealized contour ; and a follower having a follower contact portion that is displaced by relative motion between said cam surface and said follower ,
A warp knitting machine with at least one spring arrangement , which is a component of a yarn tension compensation device , wherein the spring arrangement has at least one elastic moulded body , which has a greatest extent in one direction, and a cavity arrangement , which is arranged along the greatest extent, and is acted upon by a fluid, wherein at least one control variable of the fluid can be altered externally, characterised in that , by the alteration in the control variable of the fluid in the cavity arrangement the natural bending frequency of the moulded body can be altered. the spring arrangement has at least one elastic moulded body , which has a greatest extent in one direction, and a cavity arrangement , which is arranged along the greatest extent, and is acted upon by a fluid, wherein at least one control variable of the fluid can be altered externally, characterised in that , by the alteration in the control variable of the fluid in the cavity arrangement the natural bending frequency of the moulded body can be altered.
Process for producing a sintered bond , in which a first join partner and at least one further join partner are sintered together in a sintering process under the action of pressure and heat using sintering material, where a sintering material comprising metallic structured particles provided with an organic coating and metallic and/or ceramic auxiliary particles which are not organically coated is used, where the auxiliary particles do not give off any gases during the sintering process, characterized in that the auxiliary particles are used as spacers to set a defined spacing between the join partners and the spacing after the sintering process is set to one layer of the auxiliary particles by part of the auxiliary particles touching both join partners, where the auxiliary particles have a particle size which is a multiple of the particle size of the structured particles and the auxiliary particles are inert in respect of the sintering process, that is to say they withstand the sintering process at least approximately unaltered.
An ex vivo or in vitro method of inhibiting calcium influx through an Orai1 calcium channel, comprising contacting the Orai1 calcium channel with a polypeptide comprising amino acids 235-249 of the amino acid sequence of SEQ ID NO: 1, thereby inhibiting calcium influx through the Orai1 calcium channel.
A method for sealing pinholes in an electroless metal coating, said method comprising: (a) coating a substrate with an electroless metal coating layer to provide a coated article comprising an electroless metal coating in contact with the surface of the substrate , said electroless metal coating being characterized by the presence of pinhole imperfections which allow fluid communication between the substrate and the environment; (b) applying a layer of a curable epoxy sealant over the electroless metal coating layer and filling the pinhole imperfections; (c) curing the curable epoxy sealant to provide a cured epoxy overcoating layer; and (d) removing a substantial portion of the cured epoxy overcoating layer to provide an article comprising an electroless metal coating which is substantially free of pinhole imperfections allowing fluid communication between the substrate and the environment. (a) coating a substrate with an electroless metal coating layer to provide a coated article comprising an electroless metal coating in contact with the surface of the substrate , said electroless metal coating being characterized by the presence of pinhole imperfections which allow fluid communication between the substrate and the environment; (b) applying a layer of a curable epoxy sealant over the electroless metal coating layer and filling the pinhole imperfections; (c) curing the curable epoxy sealant to provide a cured epoxy overcoating layer; and (d) removing a substantial portion of the cured epoxy overcoating layer to provide an article comprising an electroless metal coating which is substantially free of pinhole imperfections allowing fluid communication between the substrate and the environment.
A laundry appliance comprising: a body that houses a motor that selectively operates a drum for processing laundry, wherein the body includes an aperture for selectively accessing the drum ; a door panel that provides selective access to the aperture ; a controller configured to operate at least the motor ; a user interface in communication with the controller for selecting a laundry-processing operation to be performed; an outer panel that at least partially conceals the body from view, wherein the outer panel is incorporated with the door panel ; an outer selector positioned proximate the outer panel , characterized in that the outer selector is in communication with the controller via the user interface , wherein the outer selector physically cooperates with the user interface to selectively operate the motor . a body that houses a motor that selectively operates a drum for processing laundry, wherein the body includes an aperture for selectively accessing the drum ; a door panel that provides selective access to the aperture ; a controller configured to operate at least the motor ; a user interface in communication with the controller for selecting a laundry-processing operation to be performed; an outer panel that at least partially conceals the body from view, wherein the outer panel is incorporated with the door panel ; an outer selector positioned proximate the outer panel , characterized in that the outer selector is in communication with the controller via the user interface , wherein the outer selector physically cooperates with the user interface to selectively operate the motor .
A powder inhaler, comprising a container for storing a powdered medicament; a metering member having a dosing recess to be filled with a dose of the powdered medicament from the container ; a mouthpiece being in communication with an inhalation channel for enabling inhalation of the dose of the powdered medicament contained in the dosing recess of the metering member ; and an inhalation actuated mechanism which is coupled to a protective member for the dosing recess of the metering member such that, if the protective member is in a closed position in which it covers the dosing recess , the inhalation actuated mechanism causes the protective member to move to an open position, in which the protective member does not cover the dosing recess , if an inhalation suction force exerted by a user on the inhalation channel exceeds a predetermined value; wherein the inhalation actuated mechanism comprises a flap comprising: a base member comprising a plate-shaped flat portion ; a skirt structure , wherein the skirt structure comprises first side wall portions , which substantially extend in a longitudinal direction of the base member , and a second side wall portion which extends between the first side wall portions in a width direction of the base member ; and a coupling portion to be coupled to a resilient member of the inhalation actuated mechanism ; wherein the coupling portion projects from a lower surface of the base member downward, characterized in that , the skirt structure projects upward from the plate-shaped flat portion of the base member . a base member comprising a plate-shaped flat portion ; a skirt structure , wherein the skirt structure comprises first side wall portions , which substantially extend in a longitudinal direction of the base member , and a second side wall portion which extends between the first side wall portions in a width direction of the base member ; and a coupling portion to be coupled to a resilient member of the inhalation actuated mechanism ; wherein the coupling portion projects from a lower surface of the base member downward,