mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: identifying a first navigation database having a first plurality of navigation data records and a first index section; identifying a second navigation database having a second plurality of navigation data records and a second index section; performing, by a processor, a comparison of the first plurality of navigation data records and the second plurality of navigation data records; identifying, based on the comparison, a first subset of the first plurality of navigation data records and a corresponding second subset of the second plurality of navigation data records, wherein the first subset and second subset correspond to records that have changed between the first and second plurality of navigation data records; performing, by the processor, a difference operation on the first subset and the second subset; and generating an update package based on a result of the difference operation; wherein the update package, the first subset and the second subset lack index information for the navigation data records. identifying a first navigation database having a first plurality of navigation data records and a first index section; identifying a second navigation database having a second plurality of navigation data records and a second index section; performing, by a processor, a comparison of the first plurality of navigation data records and the second plurality of navigation data records; identifying, based on the comparison, a first subset of the first plurality of navigation data records and a corresponding second subset of the second plurality of navigation data records, wherein the first subset and second subset correspond to records that have changed between the first and second plurality of navigation data records; performing, by the processor, a difference operation on the first subset and the second subset; and generating an update package based on a result of the difference operation; wherein the update package, the first subset and the second subset lack index information for the navigation data records.
A method for monitoring condition of a belt-shaped rope of an elevator, which rope is connected with one or more elevator units (2, 3) of an elevator, the method characterised by comprising monitoring lateral positions of successive rope locations which rope locations pass during use of the elevator via a monitoring zone located in proximity of a crowned rope wheel around which the belt-shaped rope is arranged to turn; and gathering lateral position data of the belt-shaped rope, which lateral position data indicates lateral positions of several successive rope locations of the rope at the monitoring zone; and analyzing the lateral position data; and detecting characteristics in the lateral position data indicating damaged rope; and triggering one or more predefined actions if characteristics indicating damaged rope are detected.
A program for causing a computer to, for a luminance computation performed based on a two-dimensional map indicating a space distribution, of a plurality of virtual lights determined for a global illumination of a scene, and a parameter of each virtual light, the luminance computation being performed to approximate the plurality of virtual lights to a smaller predetermined number of composite virtual lights, perform processing to decide a parameter of each of the predetermined number of composite virtual lights, wherein the program comprises: processing (S202, S203) for obtaining an importance map of the scene that is generated to correspond to the two-dimensional map, the importance map having a data structure from which a summation of importances of a requested region can be obtained; processing for setting in the importance map a composite region such that the summation of the importances becomes a predetermined value for each of the predetermined number of composite virtual lights; and processing for deciding, for each of the predetermined number of composite virtual lights, a parameter of the composite virtual light based on a region of the two-dimensional map that corresponds to the set composite region, wherein the summation of the importances for the composite region set for each composite light corresponds to a value obtained by dividing the summation of the importances of the entire region of the importance map by the predetermined number, and a value obtained by totaling, for each of the predetermined number of the composite virtual lights, the summation of the importances for the composite region set for each composite virtual light, corresponds to a summation of the importances of the entire region of the importance map. processing (S202, S203) for obtaining an importance map of the scene that is generated to correspond to the two-dimensional map, the importance map having a data structure from which a summation of importances of a requested region can be obtained; processing for setting in the importance map a composite region such that the summation of the importances becomes a predetermined value for each of the predetermined number of composite virtual lights; and processing for deciding, for each of the predetermined number of composite virtual lights, a parameter of the composite virtual light based on a region of the two-dimensional map that corresponds to the set composite region, wherein the summation of the importances for the composite region set for each composite light corresponds to a value obtained by dividing the summation of the importances of the entire region of the importance map by the predetermined number, and a value obtained by totaling, for each of the predetermined number of the composite virtual lights, the summation of the importances for the composite region set for each composite virtual light, corresponds to a summation of the importances of the entire region of the importance map.
A shrink face film for a label capable to shrink under exposure to external energy, the face film comprising a first skin layer, a second skin layer and a core layer in between the first skin layer and the second skin layer, wherein - the first skin layer and the second skin layer comprise propylene terpolymer(s) between 1 and 99 wt.%, and - the core layer comprises between 50 and 70 wt.% of propylene terpolymer(s), and from above 30 to at most 50 wt.% of a modifier, which is at least one of the following: olefinic plastomer, olefinic elastomer and ethylene-octene block copolymer. - the first skin layer and the second skin layer comprise propylene terpolymer(s) between 1 and 99 wt.%, and - the core layer comprises between 50 and 70 wt.% of propylene terpolymer(s), and from above 30 to at most 50 wt.% of a modifier, which is at least one of the following: olefinic plastomer, olefinic elastomer and ethylene-octene block copolymer.
Velaglucerase for use in a method of treating a neurological parameter or a neurological symptom associated with Gaucher Type III disease in a subject with Gaucher Type III disease, wherein the method comprises: (i) administering velaglucerase by intravenous infusion to the subject over a period of 60 minutes or less at a dose of 15 to 60 U/kg; and (ii) evaluating whether the neurological parameter or the neurological symptom has changed. (i) administering velaglucerase by intravenous infusion to the subject over a period of 60 minutes or less at a dose of 15 to 60 U/kg; and (ii) evaluating whether the neurological parameter or the neurological symptom has changed.
A telecommunications network (100, 200), comprising: a registration database (118, 238); and a core network device (106, 204, 308) communicatively connectable with user equipment (102, 104, 202), wherein the core network device is configured to: receive from a call-originating device an initiation request of a communication session to an alias phone number; retrieve from the registration database one or more destination number(s) corresponding to the alias phone number; transmit respective indication(s) of the alias phone number to destination(s) corresponding to the retrieved one or more destination number(s); characterized by the core network device being further configured to: subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s). a registration database (118, 238); and a core network device (106, 204, 308) communicatively connectable with user equipment (102, 104, 202), wherein the core network device is configured to: receive from a call-originating device an initiation request of a communication session to an alias phone number; retrieve from the registration database one or more destination number(s) corresponding to the alias phone number; transmit respective indication(s) of the alias phone number to destination(s) corresponding to the retrieved one or more destination number(s); characterized by the core network device being further configured to: subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s). receive from a call-originating device an initiation request of a communication session to an alias phone number; retrieve from the registration database one or more destination number(s) corresponding to the alias phone number; transmit respective indication(s) of the alias phone number to destination(s) corresponding to the retrieved one or more destination number(s); characterized by the core network device being further configured to: subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s). subsequently, receive from one of the destination(s) an acknowledgement of call-acceptance to the alias phone number; and in response to receiving the acknowledgement, sending an invitation message to initiate the communication session to the one of the destination(s) using the respective one of the retrieved one or more destination number(s).
A pair of spectacles comprising a frame and an ophthalmic lens element, the ophthalmic lens element including a lens surface having: a horizontal meridian and a vertical meridian; a central region including a foveal vision zone providing a surface power to achieve a refracting power; and a progressive zone located each side of the vertical meridian and extending radially outwardly along the horizontal meridian from the central region, each progressive zone providing a gradual increase in positive surface mean power from the surface power of the central region; wherein the central region extends from the optical centre to an outer boundary which corresponds to the beginning of the progressive zones; wherein the lens surface has a distribution of surface astigmatism which provides, along the horizontal meridian, a surface astigmatism of less than 0.5D in the central region and the progressive zones; and wherein the outer boundary crosses the horizontal meridian further from the optical centre than the outer boundary crosses the vertical meridian. a horizontal meridian and a vertical meridian; a central region including a foveal vision zone providing a surface power to achieve a refracting power; and a progressive zone located each side of the vertical meridian and extending radially outwardly along the horizontal meridian from the central region, each progressive zone providing a gradual increase in positive surface mean power from the surface power of the central region; wherein the central region extends from the optical centre to an outer boundary which corresponds to the beginning of the progressive zones; wherein the lens surface has a distribution of surface astigmatism which provides, along the horizontal meridian, a surface astigmatism of less than 0.5D in the central region and the progressive zones; and wherein the outer boundary crosses the horizontal meridian further from the optical centre than the outer boundary crosses the vertical meridian.
A semiconductor device comprising; one or more dielectric layers; wherein at least one of the one or more dielectric layers has a depression therein; a conducting alloy material wherein the conducting alloy material fills the depression and wherein the conducting alloy material is comprised of 60 to 70 atomic percent cobalt, 25 to 35 atomic percent tungsten, and 1 to 5 atomic percent boron; and characterized by a liner layer between the conducting alloy material and the dielectric layer, wherein the liner layer lines the inside of the depression and is comprised of a different material than a cobalt-tungsten alloy or a nickel-tungsten alloy. one or more dielectric layers; wherein at least one of the one or more dielectric layers has a depression therein; a conducting alloy material wherein the conducting alloy material fills the depression and wherein the conducting alloy material is comprised of 60 to 70 atomic percent cobalt, 25 to 35 atomic percent tungsten, and 1 to 5 atomic percent boron; and characterized by a liner layer between the conducting alloy material and the dielectric layer, wherein the liner layer lines the inside of the depression and is comprised of a different material than a cobalt-tungsten alloy or a nickel-tungsten alloy.
A hydraulically telescopic support device for a vehicle, in particular for a mobile loading crane, comprising: - a hydraulically moveable piston-cylinder unit for extending and retracting the support device and - a hydraulic system comprising a first hydraulic circuit for moving the piston-cylinder unit and - a hydraulic force measuring device for determining the supporting force, which acts on the support device, characterised in that the hydraulic force measuring device has a dedicated second hydraulic circuit which is separate at least during the determination of the supporting force and which is independent of the first hydraulic circuit of the hydraulic system. - a hydraulically moveable piston-cylinder unit for extending and retracting the support device and - a hydraulic system comprising a first hydraulic circuit for moving the piston-cylinder unit and - a hydraulic force measuring device for determining the supporting force, which acts on the support device,
A sliding gate regulator comprising: a valve body having a fluid inlet and a fluid outlet connected by a flow corridor; a stationary plate disposed within the flow corridor; and a slidable gate disposed within the flow corridor, the slidable gate and the stationary plate cooperating to control fluid flow through the flow corridor, wherein the slidable gate is supported within the flow corridor by opposing biasing elements (142, 178), characterized in that: an opening is disposed in the valve body, the opening being oriented substantially perpendicular to the flow corridor; the valve body includes an inner surface that forms the flow corridor and at least one guiding channel formed on the inner surface, the at least one guiding channel being open towards the opening; the slidable gate includes at least one tab extending outwardly from a side surface (191c, 191d) of the slidable gate; the at least one tab slidably cooperates with the at least one guiding channel of the valve body during reciprocation; and the slidable gate and the stationary plate are configured to slide out through the opening of the valve body. a valve body having a fluid inlet and a fluid outlet connected by a flow corridor; a stationary plate disposed within the flow corridor; and a slidable gate disposed within the flow corridor, the slidable gate and the stationary plate cooperating to control fluid flow through the flow corridor, wherein the slidable gate is supported within the flow corridor by opposing biasing elements (142, 178), characterized in that: an opening is disposed in the valve body, the opening being oriented substantially perpendicular to the flow corridor; the valve body includes an inner surface that forms the flow corridor and at least one guiding channel formed on the inner surface, the at least one guiding channel being open towards the opening; the slidable gate includes at least one tab extending outwardly from a side surface (191c, 191d) of the slidable gate; the at least one tab slidably cooperates with the at least one guiding channel of the valve body during reciprocation; and the slidable gate and the stationary plate are configured to slide out through the opening of the valve body. an opening is disposed in the valve body, the opening being oriented substantially perpendicular to the flow corridor; the valve body includes an inner surface that forms the flow corridor and at least one guiding channel formed on the inner surface, the at least one guiding channel being open towards the opening; the slidable gate includes at least one tab extending outwardly from a side surface (191c, 191d) of the slidable gate; the at least one tab slidably cooperates with the at least one guiding channel of the valve body during reciprocation; and the slidable gate and the stationary plate are configured to slide out through the opening of the valve body.
A screw (10"") and driver (30") system comprising a range of screws and a driver for said range, each screw (10"") comprising a head having a driving recess (14"") in its surface for engagement by said driver and a longitudinal axis, in which the recess of larger screws in the range have a plurality of superimposed recess-tiers (16a,b,c"') of decreasing size with increasing depth from said surface, each recess-tier having substantially parallel driving surfaces substantially parallel said longitudinal axis, and in which said driver and recess are shaped so that, when the driver is engaged with the recess of any screw in said range, torque applied to the driver is transmitted to the screw through said driving surfaces; wherein an interference is provided between the driver and at least one recess-tier causing deformation of the recess when the driver is inserted therein; characterised in that the smallest tier (36'c) of said driver (30") comprises a distal end thereof and a proximal end, and said interference comprises a tapering of the cross-section of said smallest tier from said proximal to said distal end, the cross section of the tier intermediate said ends corresponding with the cross section of the smallest recess-tier of a screw (10"") in said range, whereby, when the driver (30") is engaged with the recess (14"") of a screw, the driving surfaces of the smallest recess-tier of the screw are deformed creating an interference fit between them.
A process for production of polysialic acid having a purity of more than 95% and a molecular weight of 70,000 D to 100,000 D, the process comprising: (a) obtaining a nutrient medium comprising sorbitol in an amount 8g/L to 12g/L, yeast extract in an amount 0.4g/L to 0.6g/L, casamino acids in an amount of 8 g/L, potassium hydrogen phosphate in an amount 8 g/L to 12 g/L, copper sulphate in an amount 0.001 g/L to 0.003 g/L and magnesium sulphate in an amount 0.4g/L to 0.6 g/L; (b) inoculating polysialic acid producing bacteria which belong to the E.coli sero group O7:K1 and do not show O-acetylation of polysialic acid in said nutrient medium, optionally wherein the polysialic acid producing bacteria is E. coli LP 1674; (c) incubating the inoculated medium at a temperature of 30°C to 40° C, at a pH of 6-8, a dissolved oxygen percentage of 35% to 45% and an agitation of 100 to 150 rpm; (d) harvesting the polysialic acid produced in step (c); (e) purifying the polysialic acid obtained in step (d); and (f) optionally concentrating the purified polysialic acid obtained in step (e). (a) obtaining a nutrient medium comprising sorbitol in an amount 8g/L to 12g/L, yeast extract in an amount 0.4g/L to 0.6g/L, casamino acids in an amount of 8 g/L, potassium hydrogen phosphate in an amount 8 g/L to 12 g/L, copper sulphate in an amount 0.001 g/L to 0.003 g/L and magnesium sulphate in an amount 0.4g/L to 0.6 g/L; (b) inoculating polysialic acid producing bacteria which belong to the E.coli sero group O7:K1 and do not show O-acetylation of polysialic acid in said nutrient medium, optionally wherein the polysialic acid producing bacteria is E. coli LP 1674; (c) incubating the inoculated medium at a temperature of 30°C to 40° C, at a pH of 6-8, a dissolved oxygen percentage of 35% to 45% and an agitation of 100 to 150 rpm; (d) harvesting the polysialic acid produced in step (c); (e) purifying the polysialic acid obtained in step (d); and (f) optionally concentrating the purified polysialic acid obtained in step (e).
A shielded connector suitable for ground-connecting a shielding member of a shielded electric wire, which has a core wire and the shielding member extended along a longitudinal direction of the core wire to sheathe the core wire, to a conductive mounted body, comprising: a hollow cylindrical shielding sleeve that is configured to be arranged between one part of the shielding member which is formed by folding back a predetermined length of the shielding member, which is exposed on an inner cover by removing an outer cover of the shielded electric wire, and an outer cover which corresponds to the one part; a hollow cylindrical housing formed of an insulating member; and a shielding terminal that is fitted to the housing and is configured to be electrically and mechanically attached together with the housing to the mounted body, and has a press-fitted portion being provided to extend into a cylindrical hole of the housing and clamped so as to be adapted to cover a part of the shielding member, which corresponds to the shielding sleeve, of the shielded electric wire which is inserted into the cylindrical hole, wherein the shielding sleeve has an upstanding piece which stands up in an outer diameter direction to prevent an end portion of the shielding member or an end portion of the shielding terminal from contacting with the outer cover. a hollow cylindrical shielding sleeve that is configured to be arranged between one part of the shielding member which is formed by folding back a predetermined length of the shielding member, which is exposed on an inner cover by removing an outer cover of the shielded electric wire, and an outer cover which corresponds to the one part; a hollow cylindrical housing formed of an insulating member; and a shielding terminal that is fitted to the housing and is configured to be electrically and mechanically attached together with the housing to the mounted body, and has a press-fitted portion being provided to extend into a cylindrical hole of the housing and clamped so as to be adapted to cover a part of the shielding member, which corresponds to the shielding sleeve, of the shielded electric wire which is inserted into the cylindrical hole, wherein the shielding sleeve has an upstanding piece which stands up in an outer diameter direction to prevent an end portion of the shielding member or an end portion of the shielding terminal from contacting with the outer cover.