mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-layer textile comprising: a base textile layer having a first surface , a second surface , and a thickness between the first surface and the second surface ; a bonding layer coupled directly with the first surface of the base textile layer ; a tiled fabric layer having a plurality of discrete fabric tiles (22A-22D) affixed to the first surface of the base textile layer by way of the bonding layer , wherein the plurality of discrete fabric tiles (22A-22D) includes a first discrete fabric tile including a first bonded surface facing towards the bonding layer and the first surface of the base textile layer and having a first two-dimensional shape; and wherein the bonding layer includes a first discrete bonding-layer portion layered between the first discrete fabric tile and the base textile layer and having a second two-dimensional shape that is a same shape as the first two-dimensional shape, wherein the multi-layer textile is at least part of an upper for a footwear article.
An electronic device , comprising: a plurality of communication circuits configured to process carrier signals in different frequency bands; at least one switch connected to two communication circuits among the plurality of communication circuits and configured to provide a reception carrier signal to one of the two communication circuits based on a switching operation; and at least one processor configured to: determine frequency bands of a plurality of carriers to be aggregated for communication, set a specified condition comprising a condition for a frequency band of at least some carriers among the plurality of carriers, wherein the specified condition is set based on a number of the plurality of carriers and a number of carrier frequency bands processable by each of the plurality of communication circuits, control the switching operation based on the determined frequency bands of the plurality of carriers and the specified condition, and process signals of the plurality of carriers using at least one communication circuit among the plurality of communication circuits which is provided with the reception carrier signal by the at least one switch. a plurality of communication circuits configured to process carrier signals in different frequency bands; at least one switch connected to two communication circuits among the plurality of communication circuits and configured to provide a reception carrier signal to one of the two communication circuits based on a switching operation; and at least one processor configured to: determine frequency bands of a plurality of carriers to be aggregated for communication, set a specified condition comprising a condition for a frequency band of at least some carriers among the plurality of carriers, wherein the specified condition is set based on a number of the plurality of carriers and a number of carrier frequency bands processable by each of the plurality of communication circuits, control the switching operation based on the determined frequency bands of the plurality of carriers and the specified condition, and process signals of the plurality of carriers using at least one communication circuit among the plurality of communication circuits which is provided with the reception carrier signal by the at least one switch. determine frequency bands of a plurality of carriers to be aggregated for communication, set a specified condition comprising a condition for a frequency band of at least some carriers among the plurality of carriers, wherein the specified condition is set based on a number of the plurality of carriers and a number of carrier frequency bands processable by each of the plurality of communication circuits, control the switching operation based on the determined frequency bands of the plurality of carriers and the specified condition, and process signals of the plurality of carriers using at least one communication circuit among the plurality of communication circuits which is provided with the reception carrier signal by the at least one switch.
A structured film comprising a semi-crystalline polyolefin and a beta-nucleating agent, the structured film comprising a backing and upstanding posts attached to the backing.
Bicycle free wheel comprising: a first annular body , at least partially ferromagnetic, rotatable about a rotation axis (X), configured to be rotatably integral with sprockets of a bicycle and comprising a first crown gear ; a second annular body rotatable about said rotation axis (X), configured to be rotatably integral with a rear wheel of a bicycle and comprising a second crown gear matching with and facing towards said first crown gear ; said first annular body being axially mobile with respect to the second annular body between an engagement condition in which the first crown gear is coupled with the second crown gear and a disengagement condition in which the first crown gear is decoupled from the second crown gear ; at least one magnetic body , characterized in that , said at least one magnetic body has an axial extension, arranged radially externally with respect to said first annular body ; said first annular body in the disengagement condition is at least partially contained in an axial space occupied by the magnetic body . a first annular body , at least partially ferromagnetic, rotatable about a rotation axis (X), configured to be rotatably integral with sprockets of a bicycle and comprising a first crown gear ; a second annular body rotatable about said rotation axis (X), configured to be rotatably integral with a rear wheel of a bicycle and comprising a second crown gear matching with and facing towards said first crown gear ; said first annular body being axially mobile with respect to the second annular body between an engagement condition in which the first crown gear is coupled with the second crown gear and a disengagement condition in which the first crown gear is decoupled from the second crown gear ; at least one magnetic body , characterized in that , said at least one magnetic body has an axial extension, arranged radially externally with respect to said first annular body ; said first annular body in the disengagement condition is at least partially contained in an axial space occupied by the magnetic body .
A method for assisting diagnosis of onset risk of gastric cancer in a subject, comprising steps of analyzing a methylation status of a CpG site present in a genetic region of the BHLHE22 gene contained in a DNA sample of the subject, and obtaining information on the onset risk of gastric cancer in the subject, based on the result obtained in the analysis step, wherein the DNA sample is prepared from a non-cancerous sample collected from the subject, the subject having experienced a Helicobacter pylori infection.
A spinning forming device comprising: a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a heater configured to locally heat a transform target portion of the plate by induction heating; and a processing tool configured to press the transform target portion to transform the plate; characterised in that the spinning forming device further comprises a pair of holding rollers configured to sandwich an outside portion of the plate, the outside portion being located outside the transform target portion. a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a heater configured to locally heat a transform target portion of the plate by induction heating; and a processing tool configured to press the transform target portion to transform the plate; characterised in that the spinning forming device further comprises a pair of holding rollers configured to sandwich an outside portion of the plate, the outside portion being located outside the transform target portion.
A washing machine drainage structure for a washing machine of the type in which there is not water between an inner tub and an outer tub in washing and rinsing processes, whereby said inner tub of said washing machine drainage structure has no holes in a lower part of its side wall and has a drainage outlet arranged at its bottom wall, characterized by a ball valve and a driving device for driving the ball valve , wherein a water inlet end of the ball valve communicates with the drainage outlet arranged at the bottom wall of the inner tub , wherein the ball valve is driven by said driving device to be closed in the washing and rinsing processes and opened in a draining process, wherein the ball valve comprises a first valve rod and a second valve rod , and wherein said driving device is configured to drive the first valve rod to rotate for 90 degrees to open the ball valve and configured to drive the second valve rod to reversely rotate for 90 degrees to close the ball valve .
Bicycle child seat comprising a seat body for accommodating a child therein, and a fixation means for coupling the bicycle child seat to a bike, characterized in that said seat body comprises a multi-layer structure with at least a first layer and a second layer made from different materials, wherein said first layer is structured as an outer seat shell and said second layer is structured as an inner seat shell accommodated in and provided adjacent said outer seat shell, and in that said first layer is adapted to at least partially cover said second layer and to at least partially support said second layer on said fixation means such that a movement of said first layer relative along said second layer is substantially prevented. a seat body for accommodating a child therein, and a fixation means for coupling the bicycle child seat to a bike, characterized in that said seat body comprises a multi-layer structure with at least a first layer and a second layer made from different materials, wherein said first layer is structured as an outer seat shell and said second layer is structured as an inner seat shell accommodated in and provided adjacent said outer seat shell, and in that said first layer is adapted to at least partially cover said second layer and to at least partially support said second layer on said fixation means such that a movement of said first layer relative along said second layer is substantially prevented.
A method of detecting collagen type XVI or fragments thereof in a human biofluid sample, said method comprising: contacting a biofluid sample obtained from a human patient with a monoclonal antibody specifically reactive with the C-terminus amino acid sequence PMKTMKGPFG (SEQ ID NO: 1)of a C-terminus biomarker and detecting binding between the biomarker and the antibody, preferably wherein the detection is quantitative.
Device for storing energy using a phase-change material (PCM) comprising an enclosure intended to contain a phase-change material and a thermal heat source comprising a heat-transfer fluid passing through said enclosure and configured to store and extract heat of and from said PCM , the device comprising an electrical heat source placed in the enclosure , said heat-transfer fluid passing through said enclosure being intended to collect the thermal energy equally coming from the electrical energy or from the thermal energy, characterised in that - the electrical heat source is configured to only store heat in the PCM , - the thermal heat source comprises an exchanger immersing in the PCM and wherein the heat-transfer fluid circulates, - the device comprises a profile placed in thermal contact with the PCM and in contact with the exchanger receiving the heat-transfer fluid , the profile comprising a housing wherein the electrical heat source is disposed, - the device comprises fixing means between at least one exchanger and one profile . - the electrical heat source is configured to only store heat in the PCM , - the thermal heat source comprises an exchanger immersing in the PCM and wherein the heat-transfer fluid circulates, - the device comprises a profile placed in thermal contact with the PCM and in contact with the exchanger receiving the heat-transfer fluid , the profile comprising a housing wherein the electrical heat source is disposed, - the device comprises fixing means between at least one exchanger and one profile .
An information processing method (S600) performed by an information processing apparatus that includes: a job management means configured to manage a print queue in which jobs including requests to a printing apparatus are registered; and a status storing means configured to store and/or update a status of the printing apparatus, the job management means being configured to acquire a status of the printing apparatus and to store and/or update the status of the printing apparatus in the status storing means when a job registered in the print queue is processed, the method comprising: inputting (S603), to the job management means, a status acquisition job that requests the acquisition of a status of the printing apparatus and the storage and/or updating of the acquired status of the printing apparatus in the status storing means; acquiring (S604), from the job management means, the status stored in the status storing means; determining whether ink information regarding ink is included in the acquired status; acquiring (S605), from the job management means, a processing status of the status acquisition job input to the job management means if it is determined that ink information is included in the acquired status; requesting the job management means to cancel (S611) the status acquisition job if identification information corresponding to the acquired status is the same as identification information of the status acquisition job input and further if the status acquisition job is currently being processed, or if the status acquisition job is currently in a waiting state and further if the job management means is currently operating; removing the status acquisition job from the print queue in accordance with the request to cancel; and performing display processing (S612) based on the ink information if the status acquisition job is cancelled. inputting (S603), to the job management means, a status acquisition job that requests the acquisition of a status of the printing apparatus and the storage and/or updating of the acquired status of the printing apparatus in the status storing means; acquiring (S604), from the job management means, the status stored in the status storing means; determining whether ink information regarding ink is included in the acquired status; acquiring (S605), from the job management means, a processing status of the status acquisition job input to the job management means if it is determined that ink information is included in the acquired status; requesting the job management means to cancel (S611) the status acquisition job if identification information corresponding to the acquired status is the same as identification information of the status acquisition job input and further if the status acquisition job is currently being processed, or if the status acquisition job is currently in a waiting state and further if the job management means is currently operating; removing the status acquisition job from the print queue in accordance with the request to cancel; and performing display processing (S612) based on the ink information if the status acquisition job is cancelled.
A final joint of an immersed tunnel, comprising two end surfaces connected with installed adjacent tube sections ; and the two end surfaces are both tilted surfaces, so that a longitudinal profile of the final joint along an installation direction is of an inverted trapezoid structure; characterized in that the final joint comprises a tube section I and a tube section II which are connected with each other; and connection surfaces, which are respectively connected with the installed adjacent tube sections , of the tube section I and the tube section II are tilted surfaces, so that the longitudinal profile of the final joint jointly formed by the tube section I and the tube section II along the installation direction is of the inverted trapezoid structure; the tube section I and the tube section II are connected through water stop structural members and a plurality of shear keys ; and the water stop structural members are disposed at the peripheries of combination surfaces of the tube section I and the tube section II ; the shear keys comprises middle wall vertical steel shear keys disposed at the middle part of the combination surface of the tube section I or the tube section II and side wall vertical steel shear keys disposed on two sides of the combination surfaces, and horizontal shear keys connected between the inner walls of the tube section I and the tube section II .
A fire suppressing gas generator comprising: a cylindrical housing comprising an array of discharge ports in a generally uniformly 360 degree distribution thereon; a filter disposed within the housing and spaced from the interior wall of the housing , wherein the filter is spaced from the interior wall of the housing with a plenum wire wrapped around the filter ; a plurality of propellant grains inside the filter , wherein the plurality of propellant grains comprises at least one column of stacked propellant grains , wherein the plurality of propellant grains are azide-based propellant grains , preferably sodium azide propellant grains ; and at least one ignition device associated with the propellant grains ; the propellant grains when ignited by the ignition device generate a fire suppressing gas which passes through the filter and out of the discharge ports of the housing for delivery into a space and wherein the distribution of the discharge ports on the housing provides substantially thrust neutrality to the generator when the fire suppressing gas passes out of the discharge ports , characterized in that the single column, or in case of a plurality of columns the central column comprises an end grain at an end thereof that includes a central bore dimensioned to receive at least a portion of the ignition device therein. a cylindrical housing comprising an array of discharge ports in a generally uniformly 360 degree distribution thereon; a filter disposed within the housing and spaced from the interior wall of the housing , wherein the filter is spaced from the interior wall of the housing with a plenum wire wrapped around the filter ; a plurality of propellant grains inside the filter , wherein the plurality of propellant grains comprises at least one column of stacked propellant grains , wherein the plurality of propellant grains are azide-based propellant grains , preferably sodium azide propellant grains ; and at least one ignition device associated with the propellant grains ; the propellant grains when ignited by the ignition device generate a fire suppressing gas which passes through the filter and out of the discharge ports of the housing for delivery into a space and wherein the distribution of the discharge ports on the housing provides substantially thrust neutrality to the generator when the fire suppressing gas passes out of the discharge ports , characterized in that the single column, or in case of a plurality of columns the central column comprises an end grain at an end thereof that includes a central bore dimensioned to receive at least a portion of the ignition device therein.
Wrapping method for production of a hollow fibre composite body equipped with a lining, comprising the following steps: - applying a curable lining material to a rotatably driveable mould core; - applying a curable matrix material to an outer surface of the lining; - wrapping with a semifinished fibre product for production of a hollow fibre composite body, in which the semifinished fibre product is embedded into the curable matrix material; - detaching the hollow fibre composite body equipped with the lining from the mould core, wherein the lining material after curing forms a lining comprising a polyurea, polyurethane or mixtures thereof, wherein the lining material is formed from at least two starting components that are mixed with one another to form a castable mixture and are cast onto the mould core, characterized in that the mould core is rotated about its longitudinal axis during the application of the lining material. - applying a curable lining material to a rotatably driveable mould core; - applying a curable matrix material to an outer surface of the lining; - wrapping with a semifinished fibre product for production of a hollow fibre composite body, in which the semifinished fibre product is embedded into the curable matrix material; - detaching the hollow fibre composite body equipped with the lining from the mould core,
A see-through security element for securing valuable articles, the see-through security element comprising, present on a carrier, a feature region having a luminescent feature, in which - the feature region comprises a background print having a visual top-view region , a luminescent region and a see-through region , the see-through region depicting, within the background print, a hidden piece of image information, - the visual top-view region and the luminescent region together comprise at least two color regions that have in each case a color that is visible in the visible spectral range and a luminescent color, - the see-through region is formed by a region of higher transmittance within the visual top-view region, - the visual top-view region, the luminescent region and the see-through region are covered by a camouflage print that, in top view, makes the see-through region practically not perceptible within the background print, while, due to its higher transmittance, when looked through, the see-through region is perceptible and displays the hidden piece of image information, characterized in that - the color regions of the visual top-view region and of the luminescent region have the same color that is visible in the visible spectral range, but different luminescent colors. - the feature region comprises a background print having a visual top-view region , a luminescent region and a see-through region , the see-through region depicting, within the background print, a hidden piece of image information, - the visual top-view region and the luminescent region together comprise at least two color regions that have in each case a color that is visible in the visible spectral range and a luminescent color, - the see-through region is formed by a region of higher transmittance within the visual top-view region, - the visual top-view region, the luminescent region and the see-through region are covered by a camouflage print that, in top view, makes the see-through region practically not perceptible within the background print, while, due to its higher transmittance, when looked through, the see-through region is perceptible and displays the hidden piece of image information, characterized in that - the color regions of the visual top-view region and of the luminescent region have the same color that is visible in the visible spectral range, but different luminescent colors.