mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a position information acquisition unit configured to acquire position information of a communication device ; a storage configured to store first map information and second map information, the first map information indicating a plurality of first partial areas that divide an area in which the communication device is movable, the second map information indicating a plurality of second partial areas that divide the area, each of the plurality of second partial areas being smaller than each of the plurality of first partial areas; and a determination unit configured to: in a case in which the position information acquisition unit acquires position information a predetermined number of times of at least two or more, in a first partial area of the plurality of first partial areas, based on the first map information, determine that the communication device exists in the first partial area, and in a case in which the position information acquisition unit acquires position information a predetermined number of times of at least two or more, in a second partial area of the plurality of second partial areas, based on the second map information, determine that the communication device exists in the second partial area. a position information acquisition unit configured to acquire position information of a communication device ; a storage configured to store first map information and second map information, the first map information indicating a plurality of first partial areas that divide an area in which the communication device is movable, the second map information indicating a plurality of second partial areas that divide the area, each of the plurality of second partial areas being smaller than each of the plurality of first partial areas; and a determination unit configured to: in a case in which the position information acquisition unit acquires position information a predetermined number of times of at least two or more, in a first partial area of the plurality of first partial areas, based on the first map information, determine that the communication device exists in the first partial area, and in a case in which the position information acquisition unit acquires position information a predetermined number of times of at least two or more, in a second partial area of the plurality of second partial areas, based on the second map information, determine that the communication device exists in the second partial area. in a case in which the position information acquisition unit acquires position information a predetermined number of times of at least two or more, in a first partial area of the plurality of first partial areas, based on the first map information, determine that the communication device exists in the first partial area, and in a case in which the position information acquisition unit acquires position information a predetermined number of times of at least two or more, in a second partial area of the plurality of second partial areas, based on the second map information, determine that the communication device exists in the second partial area.
A method for controlling transmit power of a mobile terminal , the method being performed by the mobile terminal in a dual connectivity mode wherein the mobile terminal is configured to support two or more contemporaneous links, including a first link and a second link, with two or more wireless network access points , characterised in that the method comprises: independently calculating a respective unscaled uplink transmission power level for each link, based on a corresponding link-specific value; calculating a respective scaling factor for each link based on a total-power constraint and on one or more of the following: uplink resource allocation to each link, such that the scaling factor for the first link allocated more resources than the second link is larger than the scaling factor for the second link, link quality for each link, such that the scaling factor for the first link having a better link quality than the second link is larger than the scaling factor for the second link, uplink buffer state for each link, such that the scaling factor for the first link having more uplink data to be sent than the second link is larger than the scaling factor for the second link, and priority for each link, such that the scaling factor for the first link having a higher priority than the second link is larger than the scaling factor for the second link; applying the respective scaling factor to each respective unscaled uplink transmission power level, to obtain corresponding scaled power levels; and transmitting over the two or more contemporaneous links at the respective scaled power levels. independently calculating a respective unscaled uplink transmission power level for each link, based on a corresponding link-specific value; calculating a respective scaling factor for each link based on a total-power constraint and on one or more of the following: uplink resource allocation to each link, such that the scaling factor for the first link allocated more resources than the second link is larger than the scaling factor for the second link, link quality for each link, such that the scaling factor for the first link having a better link quality than the second link is larger than the scaling factor for the second link, uplink buffer state for each link, such that the scaling factor for the first link having more uplink data to be sent than the second link is larger than the scaling factor for the second link, and priority for each link, such that the scaling factor for the first link having a higher priority than the second link is larger than the scaling factor for the second link; applying the respective scaling factor to each respective unscaled uplink transmission power level, to obtain corresponding scaled power levels; and transmitting over the two or more contemporaneous links at the respective scaled power levels.
A method for preparing an ophthalmic lens comprising a functionalized optical film comprising: providing a first existing film having a smooth surface having a surface roughness value Ra that is less than 0.1 and an exposed, non-polished surface opposite the smooth surface; providing a functionalized adhesive solution comprising a low-melt temperature cellulose resin, a solvent and a solute comprising at least one functional additive comprising at least one of a dye, tint, pigment, or light filter; applying the functionalized adhesive solution onto the exposed non-polished surface of the first existing film to form a coated first film surface; optionally, evaporating at least a portion of the solvent; combining the functionalized first film with one or more additional films to produce a laminate comprising an inwardly-facing first film and second film exposed surfaces, wherein the first and second film exposed surfaces are contacting the solute, resulting in a laminate with smooth outward-facing surfaces; and incorporating the functionalized first film into an ophthalmic lens; wherein at least a portion of the solute co-migrates into the film with the solvent and becomes embedded below the functionalized first film surface. providing a first existing film having a smooth surface having a surface roughness value Ra that is less than 0.1 and an exposed, non-polished surface opposite the smooth surface; providing a functionalized adhesive solution comprising a low-melt temperature cellulose resin, a solvent and a solute comprising at least one functional additive comprising at least one of a dye, tint, pigment, or light filter; applying the functionalized adhesive solution onto the exposed non-polished surface of the first existing film to form a coated first film surface; optionally, evaporating at least a portion of the solvent; combining the functionalized first film with one or more additional films to produce a laminate comprising an inwardly-facing first film and second film exposed surfaces, wherein the first and second film exposed surfaces are contacting the solute, resulting in a laminate with smooth outward-facing surfaces; and incorporating the functionalized first film into an ophthalmic lens; wherein at least a portion of the solute co-migrates into the film with the solvent and becomes embedded below the functionalized first film surface.
A system for repairing a meniscus comprising: a suture including a first anchor (60; 46), a second anchor (70; 46), and a flexible portion connecting the first anchor and the second anchor, the flexible portion including a self-locking slide knot between the first anchor and the second anchor; a needle (20; 20a; 20b) having a longitudinally-extending bore, an open distal end (36a; 36b) and a slot (40a; 40b) arranged at the distal end, the bore being configured to receive the first anchor and the second anchor such that the first anchor and the second anchor are positioned entirely within the needle; and a pusher configured to be movable within the bore of the needle, the pusher being configured to discharge the first anchor and the second anchor individually and sequentially through the open distal end of the needle; characterised in that the first anchor and the second anchor each have a body , a tab extending from the body, and a hole , wherein the hole extends through the body and the tab and the flexible portion is received within the hole. a suture including a first anchor (60; 46), a second anchor (70; 46), and a flexible portion connecting the first anchor and the second anchor, the flexible portion including a self-locking slide knot between the first anchor and the second anchor; a needle (20; 20a; 20b) having a longitudinally-extending bore, an open distal end (36a; 36b) and a slot (40a; 40b) arranged at the distal end, the bore being configured to receive the first anchor and the second anchor such that the first anchor and the second anchor are positioned entirely within the needle; and a pusher configured to be movable within the bore of the needle, the pusher being configured to discharge the first anchor and the second anchor individually and sequentially through the open distal end of the needle; characterised in that the first anchor and the second anchor each have a body , a tab extending from the body, and a hole , wherein the hole extends through the body and the tab and the flexible portion is received within the hole.
A transmission device comprising a first rotating member and a ring for synchronizing the first rotating member and a second rotating member relative to each other, the first rotating member being provided with a plurality of first recesses for receiving a plurality of protrusions provided on the synchronizing ring , the first rotating member having one said first recess for each of said protrusions, characterized in that the first rotating member is provided with one or more second recesses making the total number of first and second recesses exceeding the number of said protrusions .
A recording sheet, comprising a paper substrate comprising a plurality of cellulosic fibers; a water-soluble salt of divalent calcium; a complexing agent for the divalent calcium, the complexing agent being present at an amount ranging from 0.045 to 4.53 kg/t (0.1 to 10 lbs/ton) of paper substrate; a sizing agent being starch; and an optical brightening agent, wherein the paper substrate has a basis weight of at least 16.3 g/m 2 (10lbs/3000ft 2 ). a paper substrate comprising a plurality of cellulosic fibers; a water-soluble salt of divalent calcium; a complexing agent for the divalent calcium, the complexing agent being present at an amount ranging from 0.045 to 4.53 kg/t (0.1 to 10 lbs/ton) of paper substrate; a sizing agent being starch; and an optical brightening agent, wherein the paper substrate has a basis weight of at least 16.3 g/m 2 (10lbs/3000ft 2 ).
Laminate absorbent core comprising a first and second carrier substrate , and superabsorbent polymer particles placed between the first and second carrier substrate , wherein the superabsorbent polymer particles are immobilized by a first adhesive , the superabsorbent polymer particles making up more than 90% by weight of the total amount of material comprised between the first and second carrier substrates , wherein the laminate absorbent core comprises a first, lower laminate layer and a second, upper laminate layer , the first laminate layer comprising the first carrier substrate and superabsorbent polymer particles and the second laminate layer comprises the second carrier substrate and superabsorbent polymer particles , wherein the first adhesive is at least applied between the first and second laminate layer ; characterized in that the laminate absorbent core has a peak swelling restriction pressure from 50 N/m 2 to 400 N/m 2 , a swelling restriction pressure at 20 mm of more than 30 N/m 2 , and a ratio of peak swelling restriction pressure to swelling restriction pressure at 20 mm of from 1 to 10, and further characterized in that the superabsorbent polymer particles are applied in the form of stripes in each of the laminate layers , wherein the stripes of superabsorbent polymer particles of one laminate layer do not contact the stripes of superabsorbent polymer particles of the respective other layer. wherein the laminate absorbent core comprises a first, lower laminate layer and a second, upper laminate layer , the first laminate layer comprising the first carrier substrate and superabsorbent polymer particles and the second laminate layer comprises the second carrier substrate and superabsorbent polymer particles , wherein the first adhesive is at least applied between the first and second laminate layer ; characterized in that the laminate absorbent core has a peak swelling restriction pressure from 50 N/m 2 to 400 N/m 2 , a swelling restriction pressure at 20 mm of more than 30 N/m 2 , and a ratio of peak swelling restriction pressure to swelling restriction pressure at 20 mm of from 1 to 10, and further characterized in that the superabsorbent polymer particles are applied in the form of stripes in each of the laminate layers , wherein the stripes of superabsorbent polymer particles of one laminate layer do not contact the stripes of superabsorbent polymer particles of the respective other layer.
Locking device for tools, which comprises an axially movable member slidable in an axially fixed component comprising at least one first axially fixed member and a second axially fixed member fastened to at least one head , the movement of the axially movable member in the axially fixed component determining the locking or the unlocking of a tool in the device , characterized in that at least one inlet and one outlet for a control fluid under pressure are made in said axially fixed component and can be connected to each other in at least one position of the axially movable member in the axially fixed component , through at least one first chamber and/or a second chamber made on said axially movable member , while in the other positions of the axially movable member in the axially fixed component the inlet and the outlet are not connected to each other, wherein means for flow detection of the control fluid under pressure are connected to said outlet .
A vehicle control device for controlling a vehicle with a drive source and an automatic transmission connected to the drive source and including a variator and a clutch , comprising: a first control unit configured to execute a during-travel drive source stop control for stopping the drive source and shifting the automatic transmission in a neutral state if a during-travel drive source stop condition is satisfied; and a second control unit configured to execute a during-travel drive source stop release control for shifting the automatic transmission in a power transmission state via a rotation synchronization control, which is a control for engaging the clutch when a rotation speed difference between input and output shafts of the clutch becomes smaller than a predetermined value, in the automatic transmission set in the neutral state if a during-travel drive source stop release condition is satisfied, wherein the second control unit is configured to execute the rotation synchronization control with the variator downshifted from a speed ratio during the during-travel drive source stop control if the during-travel drive source stop release condition accompanied by a downshifting request of the variator is satisfied, characterized in that the second control unit is configured to downshift the variator from a speed ratio during the rotation synchronization control after the rotation synchronization control. a first control unit configured to execute a during-travel drive source stop control for stopping the drive source and shifting the automatic transmission in a neutral state if a during-travel drive source stop condition is satisfied; and a second control unit configured to execute a during-travel drive source stop release control for shifting the automatic transmission in a power transmission state via a rotation synchronization control, which is a control for engaging the clutch when a rotation speed difference between input and output shafts of the clutch becomes smaller than a predetermined value, in the automatic transmission set in the neutral state if a during-travel drive source stop release condition is satisfied, wherein the second control unit is configured to execute the rotation synchronization control with the variator downshifted from a speed ratio during the during-travel drive source stop control if the during-travel drive source stop release condition accompanied by a downshifting request of the variator is satisfied, characterized in that the second control unit is configured to downshift the variator from a speed ratio during the rotation synchronization control after the rotation synchronization control.
Adjustment drive for a steering column for a motor vehicle, comprising a threaded spindle which extends in the direction of a spindle axis (G) and engages with an external thread in a spindle nut , and a drive motor which is coupled to the threaded spindle or the spindle nut in such a way that the spindle nut and the threaded spindle can be driven in rotation relative to one another, and an energy absorption device which is designed to absorb kinetic energy acting on the adjustment drive in the direction of the spindle axis (G), wherein the threaded spindle has the energy absorption device , and wherein the threaded spindle has a corrugated tube , characterized in in that the corrugated tube comprises the external thread . wherein the threaded spindle has the energy absorption device , and wherein the threaded spindle has a corrugated tube , characterized in in that the corrugated tube comprises the external thread .
A method of wireless communication by a user equipment, UE, comprising: transmitting , to a base station, a capability of the UE to transmit data in a first message of a random access procedure, wherein the first message includes a preamble for the random access procedure; receiving pre-configured uplink, UL, resources from the base station in a radio resource control, RRC, configured unicast message, wherein the pre-configured UL resources include at least one of shared UL resources and dedicated UL resources; and transmitting data in the first message of the random access procedure using the pre-configured UL resources. transmitting , to a base station, a capability of the UE to transmit data in a first message of a random access procedure, wherein the first message includes a preamble for the random access procedure; receiving pre-configured uplink, UL, resources from the base station in a radio resource control, RRC, configured unicast message, wherein the pre-configured UL resources include at least one of shared UL resources and dedicated UL resources; and transmitting data in the first message of the random access procedure using the pre-configured UL resources.
Method for retreading a vehicle tyre casing , characterized in that a fluid is injected into a casing between a tread and a tread backing in order to space them apart, and then the tread and the backing are separated.
An external bone fixation system , comprising: a first platform defining an opening and configured to couple to a first bone segment; a second platform defining an opening and configured to couple to a second bone segment; and at least six length-adjustable strut assemblies each including an externally threaded rod portion translatable through an internally threaded strut body portion , the externally threaded rod portion of each strut assembly being coupled to one of the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430) via a respective joint and the strut body portion of each strut assembly being coupled to the other of the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430) via a respective joint; and wherein the strut assemblies are coupled to the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430) in pairs of strut assemblies spaced about the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430), and wherein the pairs of strut assemblies each include a first strut assembly coupled to the respective platform (120, 220, 320, 420; 130, 230, 330, 430) via the joint of the externally threaded rod portion thereof and a second strut assembly coupled to the respective platform (120, 220, 320, 420; 130, 230, 330, 430) via the joint of the strut body portion thereof; the external bone fixation system characterized by at least one add-on externally threaded rod portion attachable to one of the externally threaded rod portions when the strut assembly is coupled to the first or second platform . a first platform defining an opening and configured to couple to a first bone segment; a second platform defining an opening and configured to couple to a second bone segment; and at least six length-adjustable strut assemblies each including an externally threaded rod portion translatable through an internally threaded strut body portion , the externally threaded rod portion of each strut assembly being coupled to one of the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430) via a respective joint and the strut body portion of each strut assembly being coupled to the other of the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430) via a respective joint; and wherein the strut assemblies are coupled to the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430) in pairs of strut assemblies spaced about the first and second platforms (120, 220, 320, 420; 130, 230, 330, 430), and wherein the pairs of strut assemblies each include a first strut assembly coupled to the respective platform (120, 220, 320, 420; 130, 230, 330, 430) via the joint of the externally threaded rod portion thereof and a second strut assembly coupled to the respective platform (120, 220, 320, 420; 130, 230, 330, 430) via the joint of the strut body portion thereof; the external bone fixation system characterized by at least one add-on externally threaded rod portion attachable to one of the externally threaded rod portions when the strut assembly is coupled to the first or second platform .