mhurhangee/ep-ind-claims huggingface dataset:
A filter for filtering particulates from fluid and gas streams comprising: a cylindrical filter element for filtering material in response to fluid flow through the filter element, wherein the filter element has a longitudinal axis, and a top and bottom end; an end cap forming a fluid tight seal secured to an end of the filter element; characterized in that a porous wrap is helically wrapped around the filter element to form a plurality of adjacent turns under tension to hold the filter element in a cylindrical configuration, wherein the wrap comprises an outer layer for attaching to the end cap and an inner layer for resisting radially outward forces generated by a pressure drop across the filter element, wherein the inner layer has parallel edges which are narrower than the outer layer such that the outer layer is wider than the inner layer, wherein the inner layer comprises a strip selected from a polyphenylene strip, a polybutylene terephthalate strip, a nylon strip, and a polypropylene strip, and wherein the wrap has two ends disposed so that the outer and inner layers (54, 56) may attach to the end cap. a cylindrical filter element for filtering material in response to fluid flow through the filter element, wherein the filter element has a longitudinal axis, and a top and bottom end; an end cap forming a fluid tight seal secured to an end of the filter element; characterized in that a porous wrap is helically wrapped around the filter element to form a plurality of adjacent turns under tension to hold the filter element in a cylindrical configuration, wherein the wrap comprises an outer layer for attaching to the end cap and an inner layer for resisting radially outward forces generated by a pressure drop across the filter element, wherein the inner layer has parallel edges which are narrower than the outer layer such that the outer layer is wider than the inner layer, wherein the inner layer comprises a strip selected from a polyphenylene strip, a polybutylene terephthalate strip, a nylon strip, and a polypropylene strip, and wherein the wrap has two ends disposed so that the outer and inner layers (54, 56) may attach to the end cap.
A polishing composition for polishing a glass substrate, comprising an additive mixture and a cerium-containing abrasive, the additive mixture comprising a polyacrylate salt having a weight average molecular weight of less than 12,000, an acid ester and a defoamer; wherein the acid ester is a phosphoric acid ester, and wherein the polishing composition has a pH from 6-12.
A computer-implemented method for medical image segmentation, comprising - obtaining a segmentation function, the segmentation function being configured to receive a medical input image and to produce an image segmentation, wherein the segmentation function is a machine learning function which has been trained on multiple training images and corresponding training image segmentations, - obtaining multiple test images and corresponding test image segmentations, - determining a segmentation quality for the multiple test images by comparing the associated test image segmentation with an image segmentation generated by the segmentation function, - selecting a plurality of the test images having a segmentation quality over a threshold, as the multiple atlas images, - obtaining the multiple atlas images, - receiving a medical image, - registering the received image to the multiple atlas images thus obtaining multiple registered images and multiple corresponding registering transformations configured to register the received image on the multiple atlas images, - applying the segmentation function to the multiple registered images thus obtaining multiple registered image segmentations, - applying inverses of the multiple registering transformations to the multiple registered image segmentations thus obtaining multiple image segmentations, - determining an output segmentation from the multiple image segmentations. - obtaining a segmentation function, the segmentation function being configured to receive a medical input image and to produce an image segmentation, wherein the segmentation function is a machine learning function which has been trained on multiple training images and corresponding training image segmentations, - obtaining multiple test images and corresponding test image segmentations, - determining a segmentation quality for the multiple test images by comparing the associated test image segmentation with an image segmentation generated by the segmentation function, - selecting a plurality of the test images having a segmentation quality over a threshold, as the multiple atlas images, - obtaining the multiple atlas images, - receiving a medical image, - registering the received image to the multiple atlas images thus obtaining multiple registered images and multiple corresponding registering transformations configured to register the received image on the multiple atlas images, - applying the segmentation function to the multiple registered images thus obtaining multiple registered image segmentations, - applying inverses of the multiple registering transformations to the multiple registered image segmentations thus obtaining multiple image segmentations, - determining an output segmentation from the multiple image segmentations.
A floor cleaner comprising: a base movable over a surface to be cleaned, the base having an upper portion and a bottom portion, the base further including; a brushroll chamber, the brushroll chamber having a top opening in the upper portion of the base, and a bottom opening in the bottom portion of the base; a brushroll operably positioned in the brushroll chamber, the brushroll having a driven end and a non-driven end, the driven end of the brushroll being releasably connected to a drive mechanism; a cover removably coupled to the upper portion of the base to cover the top opening of the brushroll chamber; an endcap mounted on the non-driven end of the brushroll movable between a coupled position and a released position; wherein the endcap includes a tab, characterised in that the tab is movable between an unfolded and a folded position, wherein upward movement of the tab in the unfolded position moves the endcap to the released position. a brushroll chamber, the brushroll chamber having a top opening in the upper portion of the base, and a bottom opening in the bottom portion of the base; a brushroll operably positioned in the brushroll chamber, the brushroll having a driven end and a non-driven end, the driven end of the brushroll being releasably connected to a drive mechanism; a cover removably coupled to the upper portion of the base to cover the top opening of the brushroll chamber; an endcap mounted on the non-driven end of the brushroll movable between a coupled position and a released position; wherein the endcap includes a tab, characterised in that the tab is movable between an unfolded and a folded position, wherein upward movement of the tab in the unfolded position moves the endcap to the released position.
An ankle prosthesis comprising: a talar component having an inferior surface configured for fixation to one of a talus bone or a calcaneal bone; a tibial component having a superior surface configured for fixation to a tibia bone or a fibula bone; and a dual bearing component situated between the talar component and the tibial component, the dual bearing component comprising an inferior bearing, a superior bearing the inferior bearing having an inferior contoured surface and a rounded arch from a medial to lateral side thereof, the superior bearing having a smooth superior surface; the talar component having a superior, contoured surface configured complimentary to the inferior contoured surface of the inferior bearing so as to articulate with the inferior bearing; and the tibial component having a smooth inferior surface that allows the smooth superior surface of the superior bearing to glide thereon to allow for rotational and translational movement relative thereto, characterised in the prosthesis further comprising a dual bearing component plate situated between the superior bearing and the inferior bearing, and characterised further in the superior bearing being affixed to the dual bearing component plate and in the inferior bearing being free to translate relative to the dual bearing component plate. a talar component having an inferior surface configured for fixation to one of a talus bone or a calcaneal bone; a tibial component having a superior surface configured for fixation to a tibia bone or a fibula bone; and a dual bearing component situated between the talar component and the tibial component, the dual bearing component comprising an inferior bearing, a superior bearing the inferior bearing having an inferior contoured surface and a rounded arch from a medial to lateral side thereof, the superior bearing having a smooth superior surface; the talar component having a superior, contoured surface configured complimentary to the inferior contoured surface of the inferior bearing so as to articulate with the inferior bearing; and the tibial component having a smooth inferior surface that allows the smooth superior surface of the superior bearing to glide thereon to allow for rotational and translational movement relative thereto, characterised in the prosthesis further comprising a dual bearing component plate situated between the superior bearing and the inferior bearing, and characterised further in the superior bearing being affixed to the dual bearing component plate and in the inferior bearing being free to translate relative to the dual bearing component plate.
A clothing treatment apparatus, comprising a cabinet, a washing tub arranged in the cabinet and an atomization generator, wherein the atomization generator comprises a shell and an atomization module, wherein the shell is provided therein with an atomization cavity capable of containing a liquid, and the shell is provided thereon with a liquid inlet, an air inlet and a mist outlet, all of which communicate with the atomization cavity, the liquid inlet communicates with a water source through a liquid inlet pipe and a solenoid valve, and the mist outlet communicates with the washing tub through a mist outlet pipe and wherein the atomization module comprises an ultrasonic atomization sheet, characterized in that the liquid inlet is provided on a bottom surface of the atomization cavity, a flow stabilizing plate corresponding to the liquid inlet is further provided in the atomization cavity, and the flow stabilizing plate isolates the liquid inlet from the ultrasonic atomization sheet; when a liquid level of the liquid needs to be measured, the ultrasonic atomization sheet works at a lower working frequency, and emits pulsed ultrasonic waves which are reflected by a surface of the liquid and then received by the ultrasonic atomization sheet, and the height of the liquid level is calculated based on the time from emission to reception of the ultrasonic waves; when atomization is required, the ultrasonic atomization sheet works at a higher frequency to atomize the liquid. the liquid inlet is provided on a bottom surface of the atomization cavity, a flow stabilizing plate corresponding to the liquid inlet is further provided in the atomization cavity, and the flow stabilizing plate isolates the liquid inlet from the ultrasonic atomization sheet; when a liquid level of the liquid needs to be measured, the ultrasonic atomization sheet works at a lower working frequency, and emits pulsed ultrasonic waves which are reflected by a surface of the liquid and then received by the ultrasonic atomization sheet, and the height of the liquid level is calculated based on the time from emission to reception of the ultrasonic waves; when atomization is required, the ultrasonic atomization sheet works at a higher frequency to atomize the liquid.
A composition comprising gellan gum and poly-L-lysine for use in veterinary or in human medicine, wherein the composition comprises: 0.05-0.1 % (w/v) of poly-L-lysine, 0.5-3 % (w/v) of a methacrylated gellan gum. 0.05-0.1 % (w/v) of poly-L-lysine, 0.5-3 % (w/v) of a methacrylated gellan gum.
A phased array antenna in which a plurality of blocks each having a plurality of transmitter modules are arrayed, the phased array antenna comprising: a front plate including a plurality of flow paths of a refrigerant therein; an element feeding layer including antenna elements connected to the transmitter modules, respectively, and being placed in close contact with one surface of the front plate; a power-supply wire to supply power to the blocks; and a frame placed in close contact with the other surface of the front plate to separate the blocks from each other, the power-supply wire being placed in close contact with the frame, wherein each of the blocks includes a heat spreader that is placed in close contact with the other surface of the front plate, the transmitter modules are mounted on the heat spreader, such that heat generated in the transmitter modules is transferred to the refrigerant via the heat spreader and the front plate, and heat generated in the power-supply wire is transferred to the refrigerant via the frame and the front plate. a front plate including a plurality of flow paths of a refrigerant therein; an element feeding layer including antenna elements connected to the transmitter modules, respectively, and being placed in close contact with one surface of the front plate; a power-supply wire to supply power to the blocks; and a frame placed in close contact with the other surface of the front plate to separate the blocks from each other, the power-supply wire being placed in close contact with the frame, wherein each of the blocks includes a heat spreader that is placed in close contact with the other surface of the front plate, the transmitter modules are mounted on the heat spreader, such that heat generated in the transmitter modules is transferred to the refrigerant via the heat spreader and the front plate, and heat generated in the power-supply wire is transferred to the refrigerant via the frame and the front plate.
A cable support (100, 201) comprising: a support member (102, 202) for supporting a cable or cables secured thereto; a mounting section (104, 204, 304) for securing the cable support (100, 201) to a corresponding mounting spigot, the mounting section (104, 204, 304) comprising a bore (118, 318) for receiving said spigot; and a locking member (120, 320) having an aperture formed therein for receiving said spigot, the locking member (120, 320) being connected to the mounting section (104, 204, 304) in axial alignment with the bore (118, 318); wherein the locking member (120, 320) is rotatably connected to the mounting section (104, 204, 304) such that the mounting section (104, 204, 304) and support member (102, 202) are rotatable relative to the locking member (120, 320); wherein the locking member (120, 320) is annular having an inner diameter configured to provide an interference fit with the mounting spigot when inserted thereon; and wherein the locking member (120, 320) is mounted within the bore (118, 318) of the mounting section (104, 204, 304). a support member (102, 202) for supporting a cable or cables secured thereto; a mounting section (104, 204, 304) for securing the cable support (100, 201) to a corresponding mounting spigot, the mounting section (104, 204, 304) comprising a bore (118, 318) for receiving said spigot; and a locking member (120, 320) having an aperture formed therein for receiving said spigot, the locking member (120, 320) being connected to the mounting section (104, 204, 304) in axial alignment with the bore (118, 318); wherein the locking member (120, 320) is rotatably connected to the mounting section (104, 204, 304) such that the mounting section (104, 204, 304) and support member (102, 202) are rotatable relative to the locking member (120, 320); wherein the locking member (120, 320) is annular having an inner diameter configured to provide an interference fit with the mounting spigot when inserted thereon; and wherein the locking member (120, 320) is mounted within the bore (118, 318) of the mounting section (104, 204, 304).
An image pickup apparatus comprising: an imaging section for imaging; a display section for displaying a working image supplied from the imaging section; an imaging condition storage section for storing imaging conditions including at least an optimum shutter speed or an aperture value for each of a plurality of imaging modes; a setting value storage section for storing image processing setting values for each of said plurality of imaging modes; an operating section for accepting an operation input by a user; a detection section for detecting a selected imaging mode from among said plurality of imaging modes on the basis of an operation input from a user on said operating section; a display control section for performing image processing on said working image on the basis of the image processing setting values corresponding to said selected imaging mode detected by said detection section from among image processing setting values stored in said setting value storage section and a display section for displaying a reference image obtained as a result of said image processing onto said display section, wherein the reference image represents in simulation an image that would be obtained by executing an imaging operation in the selected imaging mode; and a setting section for setting, among imaging conditions stored in said imaging condition storage section, those imaging conditions of an imaging mode corresponding to said reference image being selected by an operation input from a user on said operating section, so that an imaging operation can be executed. an imaging section for imaging; a display section for displaying a working image supplied from the imaging section; an imaging condition storage section for storing imaging conditions including at least an optimum shutter speed or an aperture value for each of a plurality of imaging modes; a setting value storage section for storing image processing setting values for each of said plurality of imaging modes; an operating section for accepting an operation input by a user; a detection section for detecting a selected imaging mode from among said plurality of imaging modes on the basis of an operation input from a user on said operating section; a display control section for performing image processing on said working image on the basis of the image processing setting values corresponding to said selected imaging mode detected by said detection section from among image processing setting values stored in said setting value storage section and a display section for displaying a reference image obtained as a result of said image processing onto said display section, wherein the reference image represents in simulation an image that would be obtained by executing an imaging operation in the selected imaging mode; and a setting section for setting, among imaging conditions stored in said imaging condition storage section, those imaging conditions of an imaging mode corresponding to said reference image being selected by an operation input from a user on said operating section, so that an imaging operation can be executed.
A washer position adjusting mechanism that is pivotably coupled to one end of an arm of a stay provided between a housing and a door to close and open an opening of the housing, the washer position adjusting mechanism comprising: a washer body mountable on the door; a position adjusting member pivotably coupled to the one end of the arm, a position of the position adjusting member being adjustable relative to the washer body in one direction parallel to the door; and a fastening member configured to fasten the position adjusting member to the washer body, wherein one of the washer body and the position adjusting member has crests and troughs alternately in the one direction, characterized in that the other of the washer body and the position adjusting member has an engagement section facing at least one of the crests and the troughs, an elastically deformable support section for supporting the engagement section, and a body, a base portion of the support section being connected to the body and a front end of the support section being connected to the engagement section, and in that when the position adjusting member moves in the one direction relative to the washer body, the engagement section rides up onto the crest to elastically deform the support section, and thereafter the engagement section rides over the crest to allow the elastically deformed support section to be restored and the engagement section to engage with the trough. a washer body mountable on the door; a position adjusting member pivotably coupled to the one end of the arm, a position of the position adjusting member being adjustable relative to the washer body in one direction parallel to the door; and a fastening member configured to fasten the position adjusting member to the washer body, wherein one of the washer body and the position adjusting member has crests and troughs alternately in the one direction, characterized in that the other of the washer body and the position adjusting member has an engagement section facing at least one of the crests and the troughs, an elastically deformable support section for supporting the engagement section, and a body, a base portion of the support section being connected to the body and a front end of the support section being connected to the engagement section, and in that when the position adjusting member moves in the one direction relative to the washer body, the engagement section rides up onto the crest to elastically deform the support section, and thereafter the engagement section rides over the crest to allow the elastically deformed support section to be restored and the engagement section to engage with the trough.
An organic light emitting diode, comprising: an emitting material layer (330, 530) including first (332, 432, 532) and second (334, 434, 534) layers; a first electrode on a side of the emitting material layer (330, 530); and a second electrode on the other side of the emitting material layer (330, 530) and facing the first electrode, wherein the first layer (332, 432, 532) includes a first compound and a third compound, and the second layer (334, 434, 534) includes a second compound and a fourth compound, wherein the first compound has a difference of less than 0.3eV between a singlet energy and a triplet energy, wherein the singlet energy of the first compound is greater than a singlet energy of the second compound; wherein a singlet energy and a triplet energy of the third compound are greater than the singlet energy and the triplet energy of the first compound, respectively, wherein a singlet energy of the fourth compound is greater than the singlet energy of the second compound; wherein the fourth compound has a wt% greater than the second compound, and characterized in that the third compound has a wt% greater than the first compound. an emitting material layer (330, 530) including first (332, 432, 532) and second (334, 434, 534) layers; a first electrode on a side of the emitting material layer (330, 530); and a second electrode on the other side of the emitting material layer (330, 530) and facing the first electrode, wherein the first layer (332, 432, 532) includes a first compound and a third compound, and the second layer (334, 434, 534) includes a second compound and a fourth compound, wherein the first compound has a difference of less than 0.3eV between a singlet energy and a triplet energy, wherein the singlet energy of the first compound is greater than a singlet energy of the second compound; wherein a singlet energy and a triplet energy of the third compound are greater than the singlet energy and the triplet energy of the first compound, respectively, wherein a singlet energy of the fourth compound is greater than the singlet energy of the second compound; wherein the fourth compound has a wt% greater than the second compound, and characterized in that the third compound has a wt% greater than the first compound.