mhurhangee/patent-ind-claim-en huggingface dataset:
A cortical button configured to be passed through a bone tunnel in an elongate orientation before being flipped to a deployed configuration, the cortical button comprising: an oblong body, having a length greater than a width, and a longitudinal axis (L-L); the width extending from a first sidewall to a second sidewall of the body, the first and second sidewalls along the longitudinal axis between a first and a second end, the body also having a lower surface configured to engage an external bone surface when the cortical button is in the deployed configuration; and a pair of slotted apertures extending through an entire thickness of the body for receiving a loop of a flexible strand therethrough; characterized by a rib extending from the oblong body lower surface and disposed between the pair of slotted apertures, coextensive along the longitudinal axis with the pair of slotted apertures. an oblong body, having a length greater than a width, and a longitudinal axis (L-L); the width extending from a first sidewall to a second sidewall of the body, the first and second sidewalls along the longitudinal axis between a first and a second end, the body also having a lower surface configured to engage an external bone surface when the cortical button is in the deployed configuration; and a pair of slotted apertures extending through an entire thickness of the body for receiving a loop of a flexible strand therethrough; the width extending from a first sidewall to a second sidewall of the body, the first and second sidewalls along the longitudinal axis between a first and a second end, the body also having a lower surface configured to engage an external bone surface when the cortical button is in the deployed configuration; and a pair of slotted apertures extending through an entire thickness of the body for receiving a loop of a flexible strand therethrough; characterized by a rib extending from the oblong body lower surface and disposed between the pair of slotted apertures, coextensive along the longitudinal axis with the pair of slotted apertures.
A thin film capacitor comprising: a substrate ; a first electrode layer on the substrate; a first dielectric layer on the first electrode layer, wherein the first dielectric layer has a columnar-oriented grain structure; and characterized by a group of second dielectric layers stacked on the first dielectric layer, wherein the group of second dielectric layers is stacked directly on each other, wherein each of the group of second dielectric layers has a randomly-oriented grain structure, and wherein at least one of the group of second dielectric layers is formed from a different material from at least one other of the group of second dielectric layers; and a second electrode layer on the group of second dielectric layers. a substrate ; a first electrode layer on the substrate; a first dielectric layer on the first electrode layer, wherein the first dielectric layer has a columnar-oriented grain structure; and characterized by a group of second dielectric layers stacked on the first dielectric layer, wherein the group of second dielectric layers is stacked directly on each other, wherein each of the group of second dielectric layers has a randomly-oriented grain structure, and wherein at least one of the group of second dielectric layers is formed from a different material from at least one other of the group of second dielectric layers; and a second electrode layer on the group of second dielectric layers.
A method carried out in a terminal for managing handover of the terminal on a network, the method comprising: receiving sensor data associated with the terminal; receiving time data associated with the terminal; predicting a journey of the terminal based on at least one of the sensor data and the time data; generating a mobility map based on the predicted journey; and transmitting the mobility map to a navigation server, the method further comprising: determining terminal activity, wherein the terminal is in high mobility mode if a number of handovers to be executed during the journey, predicted by the mobility map, is equal to or greater than a threshold number of handovers; transmitting, to the network, an indication that the terminal is in a high mobility mode, including a link to the mobility map. receiving sensor data associated with the terminal; receiving time data associated with the terminal; predicting a journey of the terminal based on at least one of the sensor data and the time data; generating a mobility map based on the predicted journey; and transmitting the mobility map to a navigation server, determining terminal activity, wherein the terminal is in high mobility mode if a number of handovers to be executed during the journey, predicted by the mobility map, is equal to or greater than a threshold number of handovers; transmitting, to the network, an indication that the terminal is in a high mobility mode, including a link to the mobility map.
Composition for masterbatch obtaining based on PMMA, polyester modified polysiloxane and reinforcing nanofiller, characterized in that it is composed by the following components, expressed in gravimetric percent: a) 60 % ... 80 % PMMA characterized by a melt flow index of 3.0-5.0 g/10 min (230 °C/5 kg), as determined according to ISO 1133, a tensile modulus of 3100-3500 MPa, as determined according to ISO 527 and a gloss higher than 79 UB at 20°, as determined according to ASTM 523, b) 20 % ... 40 % mixture, either in 1:1 ratio of polyester modified polysiloxane and a hydrophobic nanosilica treated at surface with a silazane or a modified silane, or in 2:1 ratio of polyester modified polysiloxane and silicate nanotube, organophylized with a quaternary ammonium salt or treated at surface with a fatty acid amide and c) 0.3 %, with respect to PMMA, sterically hindered phenolic antioxidant.
A head-mounted display comprising: a combiner configured to combine display light for forming a display image with outside light from in front of a user wearing a head-mounted display; a polarizing beam splitter placed between the combiner and both eyes (EL, ER) of the user, the polarizing beam splitter configured to reflect the display light toward the combiner and transmit the display light reflected by the combiner and the polarizing beam splitter configured to transmit p-polarized light and reflect s-polarized light; a display element placed above the polarizing beam splitter and configured to output the display light; a 1/4 wave length plate placed between the polarizing beam splitter and the combiner; and a light reducing unit including a polarizer , the light reducing unit placed below the polarizing beam splitter and configured to transmit a part of outside light from below the combiner , transmit the same polarization component as a polarization component transmitted by the polarizing beam splitter , and have a transmittance equal to or lower than a transmittance of the combiner . a combiner configured to combine display light for forming a display image with outside light from in front of a user wearing a head-mounted display; a polarizing beam splitter placed between the combiner and both eyes (EL, ER) of the user, the polarizing beam splitter configured to reflect the display light toward the combiner and transmit the display light reflected by the combiner and the polarizing beam splitter configured to transmit p-polarized light and reflect s-polarized light; a display element placed above the polarizing beam splitter and configured to output the display light; a 1/4 wave length plate placed between the polarizing beam splitter and the combiner; and a light reducing unit including a polarizer , the light reducing unit placed below the polarizing beam splitter and configured to transmit a part of outside light from below the combiner , transmit the same polarization component as a polarization component transmitted by the polarizing beam splitter , and have a transmittance equal to or lower than a transmittance of the combiner .
Silencer for firearms, in particular small arms or handguns, which has an outer tube , in which a damping core is arranged, which has a projectile channel and baffle walls , whereby annular chamber compartments are formed, which are separated from one another in a gas-tight manner, wherein the outer tube and/or the damping core consists of aluminium, characterised in that an inner tube consisting of steel is inserted in the projectile channel .
A method for wireless communication by a user equipment, UE, comprising: determining the UE has failed to decode a first keep alive, KA, signal from a first transmit/receive point, TRP, during a wake period of a discontinuous receive, DRx, cycle; and extending the wake period to monitor for a second KA signal from a second TRP, in response to the determination. determining the UE has failed to decode a first keep alive, KA, signal from a first transmit/receive point, TRP, during a wake period of a discontinuous receive, DRx, cycle; and extending the wake period to monitor for a second KA signal from a second TRP, in response to the determination.
A touch device, including a relatively rigid cover element coupled to multiple force sensors positioned along a periphery of the cover element ; wherein each of the force sensors is responsive to a displacement of one or more edges of said cover element and includes: first and second pressure sensitive adhesive (PSA) layers ; first and second flex circuits disposed between the first and second PSA layers; and at least one of a compressible layer or empty space disposed between the first and second flex circuits; wherein the first and second flex circuits include a set of drive and sense lines acting as a capacitive plate, wherein the first and second flex circuits are configured to form a capacitive sensor; a touch sensor integrated with the cover element; and a sense circuit; wherein a total force applied onto the cover element by a set of multiple contemporaneous touches is distributed to the force sensors; and wherein the sense circuit is configured to: determine, responsive to signals generated by the force sensors in response to the multiple contemporaneous touches, and responsive to an output of the touch sensor generated during the multiple contemporaneous touches, a location and magnitude of force of each of the multiple contemporaneous touches. a relatively rigid cover element coupled to multiple force sensors positioned along a periphery of the cover element ; wherein each of the force sensors is responsive to a displacement of one or more edges of said cover element and includes: first and second pressure sensitive adhesive (PSA) layers ; first and second flex circuits disposed between the first and second PSA layers; and at least one of a compressible layer or empty space disposed between the first and second flex circuits; wherein the first and second flex circuits include a set of drive and sense lines acting as a capacitive plate, wherein the first and second flex circuits are configured to form a capacitive sensor; first and second pressure sensitive adhesive (PSA) layers ; first and second flex circuits disposed between the first and second PSA layers; and at least one of a compressible layer or empty space disposed between the first and second flex circuits; wherein the first and second flex circuits include a set of drive and sense lines acting as a capacitive plate, wherein the first and second flex circuits are configured to form a capacitive sensor; a touch sensor integrated with the cover element; and a sense circuit; wherein a total force applied onto the cover element by a set of multiple contemporaneous touches is distributed to the force sensors; and wherein the sense circuit is configured to: determine, responsive to signals generated by the force sensors in response to the multiple contemporaneous touches, and responsive to an output of the touch sensor generated during the multiple contemporaneous touches, a location and magnitude of force of each of the multiple contemporaneous touches.
A communication method, comprising: receiving (S401), by a first network element, a first message comprising identity information of a terminal from a second network element, wherein the identity information comprises an identity of the terminal or an identity of a group of the terminal; obtaining (S402), by the first network element based on the identity information, type information of a serving network corresponding to the identity information, wherein the serving network corresponding to the identity information is a network that provides a service for the terminal or the group of the terminal that is identified by the identity information, and wherein the type information of the serving network indicates a type of a Third Generation Partnership Project, 3GPP, core network of the serving network; and sending (S403), by the first network element based on the type information, a second message corresponding to the first message to the second network element, wherein the second message includes application programming interface, API, information of the first network element, wherein the API information corresponds to the serving network of the terminal or the group of the terminal, and wherein the API information is adapted to be used by the second network element for obtaining a service related to the terminal or the group of the terminal. receiving (S401), by a first network element, a first message comprising identity information of a terminal from a second network element, wherein the identity information comprises an identity of the terminal or an identity of a group of the terminal; obtaining (S402), by the first network element based on the identity information, type information of a serving network corresponding to the identity information, wherein the serving network corresponding to the identity information is a network that provides a service for the terminal or the group of the terminal that is identified by the identity information, and wherein the type information of the serving network indicates a type of a Third Generation Partnership Project, 3GPP, core network of the serving network; and sending (S403), by the first network element based on the type information, a second message corresponding to the first message to the second network element, wherein the second message includes application programming interface, API, information of the first network element, wherein the API information corresponds to the serving network of the terminal or the group of the terminal, and wherein the API information is adapted to be used by the second network element for obtaining a service related to the terminal or the group of the terminal.
A liner assembly for use in a combustor of a gas turbine engine , comprising: a panel (200; 300) defining a circumferential length, an axial length, a left side and a right side, a hot side and a cold side, the panel having a dilution hole (206; 306) and a plurality of effusion holes (204; 304) extending between the hot side and the cold side; wherein the plurality of effusion holes (204; 304) includes: a first subgrouping of effusion holes (204; 304) disposed downstream of the dilution hole (206; 306) and aligned in a generally left to right orientation toward a dividing line extending downstream of the dilution hole (206; 306) and a second subgrouping of effusion holes (206; 306) disposed downstream of the dilution hole (206; 306) and aligned in a generally right to left orientation toward the dividing line extending downstream of the dilution hole (206; 306), wherein the dividing line is oriented at a dividing line angle (α) that is greater than zero degrees with respect to a reference line extending in a circumferential direction through the panel (200; 300) and through a center of the dilution hole (206; 306); and wherein the dividing line angle (α) is within the range from eighty degrees to sixty degrees. a first subgrouping of effusion holes (204; 304) disposed downstream of the dilution hole (206; 306) and aligned in a generally left to right orientation toward a dividing line extending downstream of the dilution hole (206; 306) and a second subgrouping of effusion holes (206; 306) disposed downstream of the dilution hole (206; 306) and aligned in a generally right to left orientation toward the dividing line extending downstream of the dilution hole (206; 306), wherein the dividing line is oriented at a dividing line angle (α) that is greater than zero degrees with respect to a reference line extending in a circumferential direction through the panel (200; 300) and through a center of the dilution hole (206; 306); and wherein the dividing line angle (α) is within the range from eighty degrees to sixty degrees.
An ion exchange membrane for alkali chloride electrolysis to be used as installed in an alkali chloride electrolytic cell provided with a cathode and an anode so as to partition inside of the electrolytic cell into a cathode chamber on the cathode side and an anode chamber on the anode side, characterized in that said ion exchange membrane for alkali chloride electrolysis has a layer (S) comprising a fluorinated polymer having sulfonic acid functional groups, and a reinforcing material disposed in said layer (S) in parallel to the layer (S); said layer (S) is a laminate of a single layer (Sa) disposed at one outermost side, at least one layer (Sb) disposed on the other side than the layer (Sa), and the reinforcing material disposed between the layer (Sa) and the layer (Sb), or in the layer (Sb), wherein the ion exchange capacity of the layer (Sb) is lower than the ion exchange capacity of the layer (Sa); the reinforcing material is a woven fabric using reinforcing yarns for the weft and warp and using sacrificial yarns for the weft and warp, in a cross section of the layer (S) perpendicular to the length direction of the reinforcing yarns, the average distance (d1) from the center of a reinforcing yarn to the center of the adjacent reinforcing yarn is from 750 to 1,000 μm; in the layer (S), elution portions formed by elution of the sacrificial yarns are present; the total area (P) of the cross-sectional area of an elution portion and the cross-sectional area of a sacrificial yarn remaining in the elution portion is from 500 to 5,000 μm 2 ; and the average number of elution portions between adjacent reinforcing yarns is from 4 to 6; and the ion exchange capacity of said layer (Sa) is at least 1.15 meq/g dry resin.
A radar module for level and/or limit monitoring, comprising: - a radar signal source configured to generate, transmit and receive a radar signal, wherein the radar signal source comprises a surface which faces a filling material, - a radar signal conductor configured to receive, conduct and emit the radar signal, wherein the radar signal conductor is attached to the surface of the radar signal source , - a casting compound , the casting compound at least partially covering the surface of the radar signal source and at least partially covering the radar signal conductor , characterized in that the radar module comprises a carrier , wherein the radar signal source is fixed to the carrier by the casting compound . - a radar signal source configured to generate, transmit and receive a radar signal, - a radar signal conductor configured to receive, conduct and emit the radar signal, - a casting compound , the casting compound at least partially covering the surface of the radar signal source and at least partially covering the radar signal conductor , characterized in that
A mouth gag for exposing the palatal and oropharyngeal region of a patient, comprising: a frame suitable for being arranged in use around the mouth of the patient and being of a size that is larger than the maximum aperture of the mouth, the frame comprising: a mandibular crossmember , a maxillary crossmember , two uprights that connect the mandibular crossmember to the maxillary crossmember , an upper arm that is suitable for resting on the upper molars when in use; a tongue depressor blade that is insertable in the oral cavity of the patient and that is movable with respect to the frame , the tongue depressor blade comprising: a tongue spatula configured to depress the patient's tongue against the mandibular floor, characterized in that the mouth gag further comprises a spoon-shaped element that is longitudinally slidable with respect to the tongue spatula so as to extend the length of the tongue depressor blade , the spoon-shaped element being constituted by two elongate elements that are movable so as to vary the width of the tongue depressor blade from a minimum width, which is such as to enable passage of the tongue depressor blade between the lower molars, to a maximum width, which is such as to enable them to embrace the entire tongue base region. a mandibular crossmember , a maxillary crossmember , two uprights that connect the mandibular crossmember to the maxillary crossmember , an upper arm that is suitable for resting on the upper molars when in use; a tongue depressor blade that is insertable in the oral cavity of the patient and that is movable with respect to the frame , the tongue depressor blade comprising: a tongue spatula configured to depress the patient's tongue against the mandibular floor, characterized in that the mouth gag further comprises a spoon-shaped element that is longitudinally slidable with respect to the tongue spatula so as to extend the length of the tongue depressor blade , the spoon-shaped element being constituted by two elongate elements that are movable so as to vary the width of the tongue depressor blade from a minimum width, which is such as to enable passage of the tongue depressor blade between the lower molars, to a maximum width, which is such as to enable them to embrace the entire tongue base region. a tongue spatula configured to depress the patient's tongue against the mandibular floor, characterized in that the mouth gag further comprises a spoon-shaped element that is longitudinally slidable with respect to the tongue spatula so as to extend the length of the tongue depressor blade , the spoon-shaped element being constituted by two elongate elements that are movable so as to vary the width of the tongue depressor blade from a minimum width, which is such as to enable passage of the tongue depressor blade between the lower molars, to a maximum width, which is such as to enable them to embrace the entire tongue base region.