mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of generating a routable digital open area map, the method comprising: obtaining an image of a floor plan; using the image to form a grid of contiguous tiles , wherein the grid has a shape that corresponds to a pedestrian-accessible sub-area within the floor plan, and wherein the shape has a boundary that corresponds to borders comprising walls depicted in the floor plan; assigning a cost value to each of the contiguous tiles comprising assigning the cost values in an increasing order while moving farther away from a border; and, thereby, generating, for use by a user device of a person, a routable floor plan as a function of the grid and the assigned cost values and inverting the assigned cost values based on a maximum assigned value. obtaining an image of a floor plan; using the image to form a grid of contiguous tiles , wherein the grid has a shape that corresponds to a pedestrian-accessible sub-area within the floor plan, and wherein the shape has a boundary that corresponds to borders comprising walls depicted in the floor plan; assigning a cost value to each of the contiguous tiles comprising assigning the cost values in an increasing order while moving farther away from a border; and, thereby, generating, for use by a user device of a person, a routable floor plan as a function of the grid and the assigned cost values and inverting the assigned cost values based on a maximum assigned value.
A method to monitor and manage a wireless network with a Wireless Access Gateway, WAG , and a hotspot supported by a broadband home gateway (101-103), wherein the WAG controls one or more management services for the hotspot, the method comprising: receiving an indication of hotspot activity supported by a broadband home gateway in a message destined for the broadband home gateway, wherein the message indicates a WAG controlling a hotspot; determining from the message a status of the hotspot supported by the broadband home gateway and an association between the WAG and the broadband home gateway; storing the association between the WAG and the broadband home gateway and a state of the hotspot indicated by the message; periodically verifying the status of a network connection to the WAG; and, upon determining that the network connection to the WAG has failed, notifying the broadband home gateway of the WAG failure based on the stored association. receiving an indication of hotspot activity supported by a broadband home gateway in a message destined for the broadband home gateway, wherein the message indicates a WAG controlling a hotspot; determining from the message a status of the hotspot supported by the broadband home gateway and an association between the WAG and the broadband home gateway; storing the association between the WAG and the broadband home gateway and a state of the hotspot indicated by the message; periodically verifying the status of a network connection to the WAG; and, upon determining that the network connection to the WAG has failed, notifying the broadband home gateway of the WAG failure based on the stored association.
A split mold for manufacturing a resin-laminated board , comprising: a cavity ; a plurality of piece members fixed into the cavity , each piece member comprising a protrusion provided on an end side, an engagement part provided at a base of the protrusion , and a male screw part provided at a base surface of the engagement part ; a plurality of engagement holes provided on a surface of the cavity and having a larger inner diameter than the engagement parts ; a plurality of female screw holes each formed on a bottom of the engagement holes , the male screw parts being fixed into each of the plurality of female screw holes ; an annular first gap (S1) formed between an outer peripheral surface of the engagement part and an inner peripheral surface of each of the engagement holes ; a second gap (S2) formed between each of the base surface of the engagement part and the bottom of the engagement holes ; a third gap (S3) formed between each of the male screw parts and the female screw holes ; and a vacuum suction chamber provided inside the split mold ; wherein the vacuum suction chamber and the cavity are connected via the first, second and third gaps (S1, S2, S3). a cavity ; a plurality of piece members fixed into the cavity , each piece member comprising a protrusion provided on an end side, an engagement part provided at a base of the protrusion , and a male screw part provided at a base surface of the engagement part ; a plurality of engagement holes provided on a surface of the cavity and having a larger inner diameter than the engagement parts ; a plurality of female screw holes each formed on a bottom of the engagement holes , the male screw parts being fixed into each of the plurality of female screw holes ; an annular first gap (S1) formed between an outer peripheral surface of the engagement part and an inner peripheral surface of each of the engagement holes ; a second gap (S2) formed between each of the base surface of the engagement part and the bottom of the engagement holes ; a third gap (S3) formed between each of the male screw parts and the female screw holes ; and a vacuum suction chamber provided inside the split mold ; wherein the vacuum suction chamber and the cavity are connected via the first, second and third gaps (S1, S2, S3).
A medical device comprising: a jaw assembly comprising: a first jaw comprising a cutting member ; a second jaw comprising an anvil ; wherein the medical device is operable in a first use state and in a second use state, wherein during the first use state, an anatomical feature is positioned between the first jaw and the second jaw , and the first jaw and/or the second jaw are vertically moveable along a first path relative to each other to clamp the anatomical feature between the cutting member and the second jaw , wherein during the second use state, the anatomical feature is positioned between the cutting member and the anvil , and the first jaw and/or the second jaw are moveable along a second path relative to each other to cut the anatomical feature with an interior edge of the cutting member , and wherein the first path is different from the second path. a jaw assembly comprising: a first jaw comprising a cutting member ; a second jaw comprising an anvil ; a first jaw comprising a cutting member ; a second jaw comprising an anvil ; wherein the medical device is operable in a first use state and in a second use state, wherein during the first use state, an anatomical feature is positioned between the first jaw and the second jaw , and the first jaw and/or the second jaw are vertically moveable along a first path relative to each other to clamp the anatomical feature between the cutting member and the second jaw , wherein during the second use state, the anatomical feature is positioned between the cutting member and the anvil , and the first jaw and/or the second jaw are moveable along a second path relative to each other to cut the anatomical feature with an interior edge of the cutting member , and wherein the first path is different from the second path.
Setting device for a pressure regulator , comprising: - a tubular casing developing according to a longitudinal axis (X) and provided with an open first end ; - a movable body movably associated with said tubular casing in such a way that it faces said first end ; - a setting plate slidingly associated with said tubular casing according to the direction of said longitudinal axis (X); - a spring interposed between said movable body and said setting plate ; - an adjusting unit suited to adjust the position of said setting plate according to said longitudinal axis (X); wherein said adjusting unit comprises: - a first shaft rotatably associated with said tubular casing according to said longitudinal axis (X); - screw means suited to connect said setting plate to said first shaft in such a way that the rotations of said first shaft according to two mutually opposite directions cause corresponding movements of said setting plate along said longitudinal axis (X) according to two mutually opposite directions; - an electric motor provided with a second shaft rotatably constrained to said first shaft through a connection unit ; - a control device suited to supply power to said electric motor ; characterized in that said control device is provided with two different input lines to receive corresponding electric signals and with an output line to supply power to said electric motor , said control device being configured to transmit an electric pulse emitted by any of said input lines to said output line, in such a way that, if said electric pulse comes from a first one of said input lines , it is transmitted to said outlet line with the same polarity, while if said electric pulse comes from the second input line , it is transmitted to said output line with inverted polarity. - a tubular casing developing according to a longitudinal axis (X) and provided with an open first end ; - a movable body movably associated with said tubular casing in such a way that it faces said first end ; - a setting plate slidingly associated with said tubular casing according to the direction of said longitudinal axis (X); - a spring interposed between said movable body and said setting plate ; - an adjusting unit suited to adjust the position of said setting plate according to said longitudinal axis (X); - a first shaft rotatably associated with said tubular casing according to said longitudinal axis (X); - screw means suited to connect said setting plate to said first shaft in such a way that the rotations of said first shaft according to two mutually opposite directions cause corresponding movements of said setting plate along said longitudinal axis (X) according to two mutually opposite directions; - an electric motor provided with a second shaft rotatably constrained to said first shaft through a connection unit ; - a control device suited to supply power to said electric motor ;
A fuse holder , comprising: a base including a lower wall and a set of sidewalls , the lower wall including a plurality of bolt openings provided therethrough wherein the set of sidewalls of the base comprises a plurality of pillar supports defining a plurality of openings into an interior cavity , a cover securable with the base , the cover including an upper wall and a set of outer walls , the set of outer walls including a plurality of cable openings and wherein the base and the cover define the interior cavity for housing a bolt assembly, characterized in that each of the plurality of pillar supports comprises: a pair of outer flanges ; and a middle slot between the pair of outer flanges ; and the set of outer walls includes a plurality of opening walls , wherein the middle slot of each pillar support of the plurality of pillar supports receives a corresponding opening wall of the plurality of opening walls . a base including a lower wall and a set of sidewalls , the lower wall including a plurality of bolt openings provided therethrough wherein the set of sidewalls of the base comprises a plurality of pillar supports defining a plurality of openings into an interior cavity , a cover securable with the base , the cover including an upper wall and a set of outer walls , the set of outer walls including a plurality of cable openings and wherein the base and the cover define the interior cavity for housing a bolt assembly, characterized in that each of the plurality of pillar supports comprises: a pair of outer flanges ; and a middle slot between the pair of outer flanges ; and the set of outer walls includes a plurality of opening walls , wherein the middle slot of each pillar support of the plurality of pillar supports receives a corresponding opening wall of the plurality of opening walls . a pair of outer flanges ; and a middle slot between the pair of outer flanges ; and the set of outer walls includes a plurality of opening walls , wherein the middle slot of each pillar support of the plurality of pillar supports receives a corresponding opening wall of the plurality of opening walls .
A method of removing a core of a cast component , comprising: providing a casting that includes a silica based ceramic core in a temperature controlled closed volume; cycling temperature between a first temperature (T 1 ) and a second temperature (T 2 ) within the temperature controlled closed volume that repeatedly subjects the silica based ceramic core to a beta-to-alpha cristobalite transition that induces microfractures in the silica based ceramic core ; and after the cycling temperature, chemically dissolving the silica based ceramic core from the casting . providing a casting that includes a silica based ceramic core in a temperature controlled closed volume; cycling temperature between a first temperature (T 1 ) and a second temperature (T 2 ) within the temperature controlled closed volume that repeatedly subjects the silica based ceramic core to a beta-to-alpha cristobalite transition that induces microfractures in the silica based ceramic core ; and after the cycling temperature, chemically dissolving the silica based ceramic core from the casting .
Software for carrying out a method of determining quality of annotations of unipolar electrical signals from a heart when executed by a processor comprising: receiving bipolar signals and unipolar signals from the heart; receiving signals indicative of positions of unipolar electrodes generating the unipolar signals; analyzing the bipolar signals to find time windows with a large numerical slope; removing interfering signals from the unipolar signals; and performing wavelet transformation and annotating maximum numerical slope of the unipolar signals with removed interfering signals within the time windows, thereby identifying a plurality of annotations; for each of the annotations: estimating a quality of the annotation based on the position of the unipolar electrode generating its signal; assigning a numerical quality value to the position of the unipolar electrode generating its signal; and downgrading the numerical quality value when, from the position of the unipolar electrode, it is physiologically unlikely that the signal from the unipolar electrode will comprise an annotation. receiving bipolar signals and unipolar signals from the heart; receiving signals indicative of positions of unipolar electrodes generating the unipolar signals; analyzing the bipolar signals to find time windows with a large numerical slope; removing interfering signals from the unipolar signals; and performing wavelet transformation and annotating maximum numerical slope of the unipolar signals with removed interfering signals within the time windows, thereby identifying a plurality of annotations; for each of the annotations: estimating a quality of the annotation based on the position of the unipolar electrode generating its signal; assigning a numerical quality value to the position of the unipolar electrode generating its signal; and downgrading the numerical quality value when, from the position of the unipolar electrode, it is physiologically unlikely that the signal from the unipolar electrode will comprise an annotation. estimating a quality of the annotation based on the position of the unipolar electrode generating its signal; assigning a numerical quality value to the position of the unipolar electrode generating its signal; and downgrading the numerical quality value when, from the position of the unipolar electrode, it is physiologically unlikely that the signal from the unipolar electrode will comprise an annotation.
A boring tool comprising: - a tool body including a front end and a rear end , between which a central rotation axis (C) extends around which the tool body is rotatable in a direction of rotation (R), - a slider member connected to a cutting insert seat , which slider member is arranged movably inside the tool body along a path (P) extending transversely to said rotation axis (C) for adjusting the distance of the of the cutting insert seat in relation to the rotation axis (C), wherein a wedge-shaped clamping member connected to a drive unit is arranged along an extension axis (E) and movable along said extension axis (E) inside the tool body and in contact with the slider member for clamping the slider member into a locked position, in which locked position, - the wedge-shaped clamping member is pre-loaded by means of a biasing spring to passively lock the slider member , and - the drive unit is controllable such that the wedge-shaped clamping member is actively releasable when adjusting the distance of the cutting insert seat in relation to the rotation axis (C), characterized in that the wedge-shaped clamping member is provided with a threaded recess portion in a cavity of the wedge-shaped clamping member , which cavity is extending along the extension axis (E) and in which a threaded bolt is received, which threaded bolt , when rotated in a first direction, causes the biasing spring to compress by moving the wedge-shaped clamping member against the biasing force of the biasing spring to release the locked position of the wedge-shaped clamping member , and which threaded bolt , when rotated in a second direction, forces the wedge-shaped clamping member into clamping engagement with the slider member . - a tool body including a front end and a rear end , between which a central rotation axis (C) extends around which the tool body is rotatable in a direction of rotation (R), - a slider member connected to a cutting insert seat , which slider member is arranged movably inside the tool body along a path (P) extending transversely to said rotation axis (C) for adjusting the distance of the of the cutting insert seat in relation to the rotation axis (C), wherein a wedge-shaped clamping member connected to a drive unit is arranged along an extension axis (E) and movable along said extension axis (E) inside the tool body and in contact with the slider member for clamping the slider member into a locked position, in which locked position, - the wedge-shaped clamping member is pre-loaded by means of a biasing spring to passively lock the slider member , and - the drive unit is controllable such that the wedge-shaped clamping member is actively releasable when adjusting the distance of the cutting insert seat in relation to the rotation axis (C),
A double network hydrogel comprising a. A polymer (A) having a persistence length between 10 and 1000 nm, b. A flexible polymer (B) having a persistence length smaller than 1 nm, wherein the persistence length is measured at room temperature in an aqueous solution at neutral pH according to single molecule force microscopy measurement, wherein polymer (B) has an extended coil conformation at a first condition and a collapsed globular conformation at a second condition, wherein polymer (A) is a oligo(alkylene glycol)functionalized poly(isocyanopeptide) and wherein polymer (B) is selected from polymers composed of N -isopropylacrylamide, N , N- diethylacrylamide, N -ethylacrylamide, N -propylacrylamide their copolymers and their copolymers with other acrylic or acrylamide monomers, including acrylic acid, methyl acrylate, ethyl acrylate, butyl acrylate, hydroxyethyl acrylate, hydroxypropyl acrylate, acrylamide and N , N -dimethyl acrylamide, as well as the methacrylate equivalents, crosslinked with an amount of a crosslinker, such as N , N '-methylenebisacrylamide (MBAA), or another di-, tri-, or multifunctional acrylate or methacrylate, wherein the amount of crosslinker is between 0.1 and 5 mol% of the monomer concentration of polymer (B) and wherein a solution of polymer (A) in water has a lower critical solution temperature LCSTa, and polymer (B) has a LCSTb, wherein the LCSTb is higher than the LCSTa. a. A polymer (A) having a persistence length between 10 and 1000 nm, b. A flexible polymer (B) having a persistence length smaller than 1 nm, wherein the persistence length is measured at room temperature in an aqueous solution at neutral pH according to single molecule force microscopy measurement, wherein polymer (B) has an extended coil conformation at a first condition and a collapsed globular conformation at a second condition, wherein polymer (A) is a oligo(alkylene glycol)functionalized poly(isocyanopeptide) and wherein polymer (B) is selected from polymers composed of N -isopropylacrylamide, N , N- diethylacrylamide, N -ethylacrylamide, N -propylacrylamide their copolymers and their copolymers with other acrylic or acrylamide monomers, including acrylic acid, methyl acrylate, ethyl acrylate, butyl acrylate, hydroxyethyl acrylate, hydroxypropyl acrylate, acrylamide and N , N -dimethyl acrylamide, as well as the methacrylate equivalents, crosslinked with an amount of a crosslinker, such as N , N '-methylenebisacrylamide (MBAA), or another di-, tri-, or multifunctional acrylate or methacrylate, wherein the amount of crosslinker is between 0.1 and 5 mol% of the monomer concentration of polymer (B) and wherein a solution of polymer (A) in water has a lower critical solution temperature LCSTa, and polymer (B) has a LCSTb, wherein the LCSTb is higher than the LCSTa.
A fertiliser product in the form of pellets comprising: at least 80% by mass of an evaporite mineral powder having a mean grain size in the range from 50 to 400μm; and 1-3% by mass of a binder, wherein the binder is corn starch; the pellets having a compression strength greater than 2kgf; wherein the evaporite mineral is polyhalite. at least 80% by mass of an evaporite mineral powder having a mean grain size in the range from 50 to 400μm; and 1-3% by mass of a binder, wherein the binder is corn starch; the pellets having a compression strength greater than 2kgf; wherein the evaporite mineral is polyhalite.