mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a display panel configured to display an image; a first backlight unit disposed under the display panel , the first backlight unit configured to output first light and including a first light source package and a first light guide plate , the first light guide plate comprising a first pattern protruding or recessed from a rear surface of the first light guide plate ; and a second backlight unit positioned between the display panel and the first backlight unit , the second backlight unit configured to output second light and including a second light source package and a second light guide plate , the second light guide plate comprising a second pattern protruding from a rear surface of the second light guide plate , the second pattern having an asymmetric pyramid shape and having a gently inclined surface and a steep inclined surface, wherein the second light source package is disposed adjacent to the gently inclined surface of the second pattern , wherein, in a first mode, only the first light source package is turned on so that a light of the first light source package is emitted at a narrow angle in a front direction of the display panel by the first pattern and the gently inclined surface of the second pattern ; and wherein, in the second mode, the second light source is further turned on so that a light of the second light source package is further emitted to a side by the steep inclined surface of the second pattern . a display panel configured to display an image; a first backlight unit disposed under the display panel , the first backlight unit configured to output first light and including a first light source package and a first light guide plate , the first light guide plate comprising a first pattern protruding or recessed from a rear surface of the first light guide plate ; and a second backlight unit positioned between the display panel and the first backlight unit , the second backlight unit configured to output second light and including a second light source package and a second light guide plate , the second light guide plate comprising a second pattern protruding from a rear surface of the second light guide plate , the second pattern having an asymmetric pyramid shape and having a gently inclined surface and a steep inclined surface, wherein the second light source package is disposed adjacent to the gently inclined surface of the second pattern , wherein, in a first mode, only the first light source package is turned on so that a light of the first light source package is emitted at a narrow angle in a front direction of the display panel by the first pattern and the gently inclined surface of the second pattern ; and wherein, in the second mode, the second light source is further turned on so that a light of the second light source package is further emitted to a side by the steep inclined surface of the second pattern .
A system comprising: a catheter having a catheter basket including a plurality of electrodes disposed on a plurality of bendable splines; and a processor including a graphics processing unit, GPU, having a geometry shader, the processor, configured to: receive endpoint location data, known spline length, and spline tangent data for the catheter in the geometry shader of the GPU, wherein the endpoint location data comprises positions of a distal end and a proximal end of at least one spline of the catheter basket and wherein the spline tangent data includes a tangent of the at least one spline at a proximal end of the spline, process the endpoint location data, known spline length, and spline tangent data to calculate fourth order Bezier curve control points; and based on the fourth order Bezier curve control points, determine estimated electrode positions on the at least one spline of the catheter basket. a catheter having a catheter basket including a plurality of electrodes disposed on a plurality of bendable splines; and a processor including a graphics processing unit, GPU, having a geometry shader, the processor, configured to: receive endpoint location data, known spline length, and spline tangent data for the catheter in the geometry shader of the GPU, wherein the endpoint location data comprises positions of a distal end and a proximal end of at least one spline of the catheter basket and wherein the spline tangent data includes a tangent of the at least one spline at a proximal end of the spline, process the endpoint location data, known spline length, and spline tangent data to calculate fourth order Bezier curve control points; and based on the fourth order Bezier curve control points, determine estimated electrode positions on the at least one spline of the catheter basket. receive endpoint location data, known spline length, and spline tangent data for the catheter in the geometry shader of the GPU, wherein the endpoint location data comprises positions of a distal end and a proximal end of at least one spline of the catheter basket and wherein the spline tangent data includes a tangent of the at least one spline at a proximal end of the spline, process the endpoint location data, known spline length, and spline tangent data to calculate fourth order Bezier curve control points; and based on the fourth order Bezier curve control points, determine estimated electrode positions on the at least one spline of the catheter basket.
An electronic card comprising: - a card body comprising an upper surface and a lower surface ; - a fingerprint sensor flush with the upper surface of said card body, the fingerprint sensor bring configured to acquire an image of a fingerprint of a user when a finger of the user rests on an active part of the fingerprint sensor ; the electronic card being characterized in that it comprises: - a tactile mark placed on the upper surface of the card body near the fingerprint sensor, said tactile mark having an excess thickness from the upper surface of the card to guide, when said mark is touched, a correct positioning of a finger on the active part of said fingerprint sensor, the thickness of the tactile mark being such that the card has a thickness compatible with standard ISO 7810 ID1, the thickness of the tactile mark being between 30 and 60 μm, typically 50 μm. - a card body comprising an upper surface and a lower surface ; - a fingerprint sensor flush with the upper surface of said card body, the fingerprint sensor bring configured to acquire an image of a fingerprint of a user when a finger of the user rests on an active part of the fingerprint sensor ; - a tactile mark placed on the upper surface of the card body near the fingerprint sensor, said tactile mark having an excess thickness from the upper surface of the card to guide, when said mark is touched, a correct positioning of a finger on the active part of said fingerprint sensor, the thickness of the tactile mark being such that the card has a thickness compatible with standard ISO 7810 ID1, the thickness of the tactile mark being between 30 and 60 μm, typically 50 μm.
A converter device for a tracheal intubation laryngoscope, the laryngoscope comprising a blade having a straight section and a curved section and a light source , for providing a viewing system to facilitate the visualization of the vocal cords and the glottis in tracheal intubation procedures, the converter being configured to be coupled to the blade of the laryngoscope and comprising: - a central body of a substantially tubular geometry, comprising a through hole , configured to house an imaging system , - an upper wing departing from a side of the central body configured to be coupled to the curved section of the blade , with the upper wing comprising: - an adjustment portion made of an elastic material, adaptable to the curved section of the blade , - a fastening portion for preventing lateral and anteroposterior movement of the device once anchored to the laryngoscope, and - a lower wing departing from the other side of the central body and configured to be coupled on the straight section of the blade , comprising a fastening section made of an elastic material adaptable to an edge of said straight section , the converter being characterized in that it comprises a notch configured to receive a light source for the laryngoscope. - a central body of a substantially tubular geometry, comprising a through hole , configured to house an imaging system , - an upper wing departing from a side of the central body configured to be coupled to the curved section of the blade , with the upper wing comprising: - an adjustment portion made of an elastic material, adaptable to the curved section of the blade , - a fastening portion for preventing lateral and anteroposterior movement of the device once anchored to the laryngoscope, and - an adjustment portion made of an elastic material, adaptable to the curved section of the blade , - a fastening portion for preventing lateral and anteroposterior movement of the device once anchored to the laryngoscope, and - a lower wing departing from the other side of the central body and configured to be coupled on the straight section of the blade , comprising a fastening section made of an elastic material adaptable to an edge of said straight section , the converter being characterized in that it comprises a notch configured to receive a light source for the laryngoscope.
A negative electrode active material for a lithium secondary battery, comprising: first negative electrode active material particles comprising artificial graphite particles and a carbon coating layer formed on the artificial graphite particle; and second negative electrode active material particles comprising natural graphite particles, wherein the first negative electrode active material particles have a larger average particle diameter D 50 than an average particle diameter D 50 of the second negative electrode active material particles, and a weight ratio of the first negative electrode active material particles to the second negative electrode active material particles is in a range of 70:30 to 95:5, wherein the average particle diameter D 50 is measured using a laser diffraction method. first negative electrode active material particles comprising artificial graphite particles and a carbon coating layer formed on the artificial graphite particle; and second negative electrode active material particles comprising natural graphite particles, wherein the first negative electrode active material particles have a larger average particle diameter D 50 than an average particle diameter D 50 of the second negative electrode active material particles, and a weight ratio of the first negative electrode active material particles to the second negative electrode active material particles is in a range of 70:30 to 95:5, wherein the average particle diameter D 50 is measured using a laser diffraction method.
A tunable magnonic crystal device , comprising: - a spin wave waveguide , - a magnonic crystal structure provided in or on said spin wave waveguide , the magnonic crystal structure being adapted for selectively filtering a spin wave spectral component of a spin wave propagating through said spin wave waveguide such as to provide a filtered spin wave , and - a magneto-electric cell operably connected to said magnonic crystal structure , characterized in that , said magneto-electric cell comprises an electrode element for receiving a control voltage to select a spectral parameter of said spectral component of said spin wave by an interaction, dependent on said control voltage, between said magneto-electric cell and a magnetic property of the magnonic crystal structure . - a spin wave waveguide , - a magnonic crystal structure provided in or on said spin wave waveguide , the magnonic crystal structure being adapted for selectively filtering a spin wave spectral component of a spin wave propagating through said spin wave waveguide such as to provide a filtered spin wave , and - a magneto-electric cell operably connected to said magnonic crystal structure ,
Planetary carrier, having an input-side hub , an input-side outer leg , an output-side leg and at least one web connecting the two said legs , wherein the output-side leg has at least one output-side axle seat of a planetary axle , wherein an input-side inner leg , which is arranged in parallel to the input-side outer leg and has at least one input-side axle seat of the planetary axle , characterised in that the input-side inner leg is arranged between the input-side outer leg and the output-side leg .
Particulate pharmaceutical or nutraceutical excipient comprising a) microcrystalline cellulose, and b) surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, wherein the weight ratio of the microcrystalline cellulose to the surface-reacted calcium carbonate is from 99.9:0.1 to 50:50. a) microcrystalline cellulose, and b) surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source,
A point-to-point radio apparatus comprising: a radio interface configured to establish a first point-to-point radio link with a counterpart apparatus and to communicate with the counterpart apparatus using the first point-to-point radio link ; a communication interface configured to be connected to a network including another point-to-point radio system ; signal processing means configured to relay traffic between the radio interface and the communication interface , characterized in that the point-to-point apparatus furthermore comprises control means configured to perform (S12) a first channel search to search for an idle channel available to use in the first point-to-point radio link in response to receiving (S11) a first notification (S103) which is sent from the other point-to-point radio system when the other point-to-point radio system performs a second channel search (S105E) to search for an idle channel available to use in a second point-to-point radio link operated by the other point-to-point radio system , wherein the first and second point-to-point radio links are disposed in a communication path between a base station and a higher network node , and the first point-to-point radio link is disposed downstream of the communication path and is closer to the base station than the second point-to-point radio link is to the base station . a radio interface configured to establish a first point-to-point radio link with a counterpart apparatus and to communicate with the counterpart apparatus using the first point-to-point radio link ; a communication interface configured to be connected to a network including another point-to-point radio system ; signal processing means configured to relay traffic between the radio interface and the communication interface , characterized in that the point-to-point apparatus furthermore comprises control means configured to perform (S12) a first channel search to search for an idle channel available to use in the first point-to-point radio link in response to receiving (S11) a first notification (S103) which is sent from the other point-to-point radio system when the other point-to-point radio system performs a second channel search (S105E) to search for an idle channel available to use in a second point-to-point radio link operated by the other point-to-point radio system , wherein the first and second point-to-point radio links are disposed in a communication path between a base station and a higher network node , and the first point-to-point radio link is disposed downstream of the communication path and is closer to the base station than the second point-to-point radio link is to the base station .
A medical implant system for coupling a hearing device to a user, comprising: a bone fixture configured to anchor to a bone of a recipient via outer threads of the bone fixture , wherein the bone fixture also includes internal threads ; an abutment configured to be retainably connected to the bone fixture , wherein a first portion of the abutment is further configured to be in direct contact with the bone fixture and a second portion of the abutment defines a coupling portion configured to couple with the hearing device, wherein the abutment comprises an inner wall and an inner bottom ; and a screw having a head , the screw configured to extend through the abutment , so as to bolt the abutment to the bone fixture by threading with the internal threads of the bone fixture such that the head rests on the abutment at a distance away from the bone fixture , wherein at least one of the bone fixture or the abutment includes a deformable element configured to deform to form an anti-microbial seal between the bone fixture and the abutment , wherein the deformable element and at least one of the bone fixture or the abutment are configured to deform upon threadably tightening of the screw , thereby pressing the abutment against the bone fixture to form the anti-microbial seal, wherein the deformable element is configured to deform against a contact surface of the other of the abutment or bone fixture , characterised in that the deformable element is an annular corner or an annular ring or an annular relief . a bone fixture configured to anchor to a bone of a recipient via outer threads of the bone fixture , wherein the bone fixture also includes internal threads ; an abutment configured to be retainably connected to the bone fixture , wherein a first portion of the abutment is further configured to be in direct contact with the bone fixture and a second portion of the abutment defines a coupling portion configured to couple with the hearing device, wherein the abutment comprises an inner wall and an inner bottom ; and a screw having a head , the screw configured to extend through the abutment , so as to bolt the abutment to the bone fixture by threading with the internal threads of the bone fixture such that the head rests on the abutment at a distance away from the bone fixture , wherein at least one of the bone fixture or the abutment includes a deformable element configured to deform to form an anti-microbial seal between the bone fixture and the abutment , wherein the deformable element and at least one of the bone fixture or the abutment are configured to deform upon threadably tightening of the screw , thereby pressing the abutment against the bone fixture to form the anti-microbial seal, wherein the deformable element is configured to deform against a contact surface of the other of the abutment or bone fixture , characterised in that the deformable element is an annular corner or an annular ring or an annular relief .
A wireless communication method of a source node, the method comprising: operating in a link cooperating type; transmitting a relay operation change, ROC, request message via a direct link to a destination node to change a relay operation type from the link cooperating type to a link switching type when a link between the source node and a relay node is incapable; receiving an ROC response message including a status code field, wherein the status code field is set to "0', indicating whether the change of the relay operation type is approved; and transmitting a data frame to the destination node in the link switching type, wherein the link cooperating type is a type in which the source node transmits data to the destination node via the direct link and transmits the same data to the destination node via a relay link, and the link switching type is a type in which, when one of the direct link and the relay link has a problem, the source node switches the one link having the problem to the other link, and communicates with the destination node via the other link. operating in a link cooperating type; transmitting a relay operation change, ROC, request message via a direct link to a destination node to change a relay operation type from the link cooperating type to a link switching type when a link between the source node and a relay node is incapable; receiving an ROC response message including a status code field, wherein the status code field is set to "0', indicating whether the change of the relay operation type is approved; and transmitting a data frame to the destination node in the link switching type, wherein the link cooperating type is a type in which the source node transmits data to the destination node via the direct link and transmits the same data to the destination node via a relay link, and the link switching type is a type in which, when one of the direct link and the relay link has a problem, the source node switches the one link having the problem to the other link, and communicates with the destination node via the other link.
A system for changing the hammers of a shredder comprising: (a) a shredder which in turn comprises (a1) a housing which defines a shredding chamber and which is equipped with one or more covers , and optionally drive rotors to drive the material to be shredded, said one or more covers being configured to be lifted and lowered by means of relative lifting devices , in particular hydraulic lifting devices; (a2) inside said housing a rotating drum equipped with a plurality of hammers; (a3) a first control system to control said lifting devices ; (b) a lifting system , preferably hydraulically operated, suitable to move said hammers by means of a second control system in order to control the movements of said lifting system ; characterized in that the system for changing the hammers of a shredder further comprises (c) a control unit which controls both the first and the second control system . (a) a shredder which in turn comprises (a1) a housing which defines a shredding chamber and which is equipped with one or more covers , and optionally drive rotors to drive the material to be shredded, said one or more covers being configured to be lifted and lowered by means of relative lifting devices , in particular hydraulic lifting devices; (a2) inside said housing a rotating drum equipped with a plurality of hammers; (a3) a first control system to control said lifting devices ; (a1) a housing which defines a shredding chamber and which is equipped with one or more covers , and optionally drive rotors to drive the material to be shredded, said one or more covers being configured to be lifted and lowered by means of relative lifting devices , in particular hydraulic lifting devices; (a2) inside said housing a rotating drum equipped with a plurality of hammers; (a3) a first control system to control said lifting devices ; (b) a lifting system , preferably hydraulically operated, suitable to move said hammers by means of a second control system in order to control the movements of said lifting system ;