mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use in a system comprising a first teleport in communication with a first satellite, the first satellite having an established total transmission capacity to transmit data and an excess capacity at a particular time to transmit data that is provided to the first satellite by the first teleport, the method comprising acts of: A: determining a rate at which the first satellite transmitted data for receipt by at least one vehicle during at least one previous time period; B: determining, based at least in part on the rate determined in the act A, a rate at which to provide data to the first satellite for subsequent transmission; and C: providing data to the first satellite at the rate determined in the act B, wherein the act B comprises determining the rate at which to provide data to the first satellite based at least in part on the first satellite's excess capacity to transmit data at the particular time, wherein the excess capacity to transmit data at the particular time depends at least in part on how much of the established total transmission capacity is being used to transmit other data at the particular time. A: determining a rate at which the first satellite transmitted data for receipt by at least one vehicle during at least one previous time period; B: determining, based at least in part on the rate determined in the act A, a rate at which to provide data to the first satellite for subsequent transmission; and C: providing data to the first satellite at the rate determined in the act B,
A wearable device , comprising: a kinetic detector configured to detect a movement of the wearable device from a first position to a second position with a displacement transversal to a longitudinal axis of the wearable device, wherein the displacement comprises one or more characteristics, the one or more characteristics comprising a speed, an acceleration, a direction, a distance, a path, a duration and a frequency of the displacement; a movement characteristic pattern recognizer , operatively coupled to the kinetic detector , configured to compare the displacement with a displacement range associated with a menu item of a menu , the menu item representing an operation related to an object or a view in a computer-mediated reality environment; and an action operator , operatively coupled to the movement characteristic pattern recognizer , configured to activate the operation in the computer-mediated reality environment in response to the displacement being bound by one or more extrema of the displacement range and to use the one or more characteristics of the displacement to control a parameter of an action associated with the operation. a kinetic detector configured to detect a movement of the wearable device from a first position to a second position with a displacement transversal to a longitudinal axis of the wearable device, wherein the displacement comprises one or more characteristics, the one or more characteristics comprising a speed, an acceleration, a direction, a distance, a path, a duration and a frequency of the displacement; a movement characteristic pattern recognizer , operatively coupled to the kinetic detector , configured to compare the displacement with a displacement range associated with a menu item of a menu , the menu item representing an operation related to an object or a view in a computer-mediated reality environment; and an action operator , operatively coupled to the movement characteristic pattern recognizer , configured to activate the operation in the computer-mediated reality environment in response to the displacement being bound by one or more extrema of the displacement range and to use the one or more characteristics of the displacement to control a parameter of an action associated with the operation.
A bio-gasoline composition comprising oxygen-carbon-containing compounds and hydrocarbon compounds, and having a total oxygen content of less than 15 weight percent, and comprising phenolic compounds in an amount of at least 5 percent by weight, wherein said bio-gasoline composition is obtained from a process comprising: (a) converting biomass in a conversion reactor containing a catalyst to thereby produce a conversion reactor effluent comprising vapor conversion products; (b) condensing at least a portion of said vapor conversion products to thereby provide a bio-oil having a total oxygen content of less than 15 weight percent; and (c) separating said bio-oil by distillation into at least a bio-gasoline fraction and a heavy fraction, wherein at least 75 weight percent of said bio-gasoline fraction has a boiling point less than 205°C, and wherein at least 75 weight percent of said heavy fraction has a boiling point greater than 205°C. (a) converting biomass in a conversion reactor containing a catalyst to thereby produce a conversion reactor effluent comprising vapor conversion products; (b) condensing at least a portion of said vapor conversion products to thereby provide a bio-oil having a total oxygen content of less than 15 weight percent; and (c) separating said bio-oil by distillation into at least a bio-gasoline fraction and a heavy fraction, wherein at least 75 weight percent of said bio-gasoline fraction has a boiling point less than 205°C, and wherein at least 75 weight percent of said heavy fraction has a boiling point greater than 205°C.
A uterine cervix adhesion prevention device , the device comprising: a hollow drainage tube configured for being inserted into a uterocervical canal; a support cap connected to one end of the hollow drainage tube and configured to extend over a uterus entrance; and at least one fixing leg connected to an opposite end of the hollow drainage tube and configured for being unfolded in the uterus to position the hollow drainage tube, wherein an insertion hole is formed at a position where an outer diameter of one end of the hollow drainage tube and the support cap are connected to each other, thereby allowing a supporting tube outer holder to be inserted along an outer diameter portion of the hollow drainage tube. a hollow drainage tube configured for being inserted into a uterocervical canal; a support cap connected to one end of the hollow drainage tube and configured to extend over a uterus entrance; and at least one fixing leg connected to an opposite end of the hollow drainage tube and configured for being unfolded in the uterus to position the hollow drainage tube, wherein an insertion hole is formed at a position where an outer diameter of one end of the hollow drainage tube and the support cap are connected to each other, thereby allowing a supporting tube outer holder to be inserted along an outer diameter portion of the hollow drainage tube.
A watch with a rigid casing-up, comprising: - a middle ; - a bottom ; - a movement ; - a casing-up ring in contact with the middle ; and - an auxiliary casing-up ring (12, 12bis, 12ter, 12quater 27, 35) integral with the movement , and on which the said outer peripheral face is present, in which: - the casing-up ring has an inner peripheral face , of which the profile comprises at least one zone Z, the tangent (T) to which forms a non-zero angle (α) with the axis (X) passing through the center of the movement and perpendicular to the plane formed by the latter; - the movement is integral with said outer peripheral face , of which the profile comprises at least one zone Z', the tangent (T') to which forms a non-zero angle (α') with the said axis (X); - the said inner and outer peripheral faces being in contact with each other in the Z and Z' regions thereof, wherein the casing-up ring and the auxiliary casing-up ring have each a split, the split of the auxiliary casing-up ring being aligned with the split of the casing-up ring. - a middle ; - a bottom ; - a movement ; - a casing-up ring in contact with the middle ; and - an auxiliary casing-up ring (12, 12bis, 12ter, 12quater 27, 35) integral with the movement , and on which the said outer peripheral face is present, - the casing-up ring has an inner peripheral face , of which the profile comprises at least one zone Z, the tangent (T) to which forms a non-zero angle (α) with the axis (X) passing through the center of the movement and perpendicular to the plane formed by the latter; - the movement is integral with said outer peripheral face , of which the profile comprises at least one zone Z', the tangent (T') to which forms a non-zero angle (α') with the said axis (X); - the said inner and outer peripheral faces being in contact with each other in the Z and Z' regions thereof,
Illumination device for vehicles - with a housing in which a light source and a lens unit are arranged to create a specified light distribution, - with a cover lens that closes an aperture in the housing and through which light passes from an interior space of the housing into surroundings, - with a means of defogging and/or de-icing the cover lens , characterized in that the cover lens features a temperature-dependent means of light absorption , by means of which, depending on temperature, light is transformed into heat and acts as a means of defogging and/or de-icing the cover lens . - with a housing in which a light source and a lens unit are arranged to create a specified light distribution, - with a cover lens that closes an aperture in the housing and through which light passes from an interior space of the housing into surroundings, - with a means of defogging and/or de-icing the cover lens ,
A treatment apparatus for refraction-correcting ophthalmic surgery, said apparatus comprising - a laser device configured to deliver a laser beam to the eye , - a control device for controlling the laser device according to control data to generate at least one cut in the cornea of the eye by laser radiation, and - a planning device for generating the control data, wherein the planning device comprising an interface for receiving corneal data and being configured to define the corneal cut on basis of the corneal data and to generate a control dataset including the control data and to provide the control dataset to the control device , - wherein a measurement device is connected to the interface , said measurement device generating the corneal data from a measurement of the eye and supplying them to the planning device , - wherein the treatment apparatus comprises a device which logs advance of the generated cut during surgery. - a laser device configured to deliver a laser beam to the eye , - a control device for controlling the laser device according to control data to generate at least one cut in the cornea of the eye by laser radiation, and - a planning device for generating the control data, wherein the planning device comprising an interface for receiving corneal data and being configured to define the corneal cut on basis of the corneal data and to generate a control dataset including the control data and to provide the control dataset to the control device , - wherein a measurement device is connected to the interface , said measurement device generating the corneal data from a measurement of the eye and supplying them to the planning device , - wherein the treatment apparatus comprises a device which logs advance of the generated cut during surgery.
A mobile device implemented method comprising: receiving a request at the mobile device from a user to make an emergency call over a network; attempting to place the emergency call via the mobile device; detecting a failure of a random access procedure for the emergency call by the mobile device; using a reduced back off parameter value as compared to a back off parameter value for a non-emergency call; and re-attempting the random access procedure for the emergency call via the mobile device according to the reduced back off parameter value, wherein a back off time for the re-attempt of the random access procedure is a selected random value between 0 and the reduced back off parameter value; characterized in that , after the re-attempting the random access procedure, the reduced back off parameter value is increased and a random access preamble transmission count is incremented ; and repeating re-attempting the random access procedure until the reduced back off parameter value reaches a non-emergency back off parameter value and a maximum random access preamble transmission count is reached; wherein the maximum random access preamble transmission count for an emergency call is greater than a maximum random access preamble transmission count for a non-emergency call. receiving a request at the mobile device from a user to make an emergency call over a network; attempting to place the emergency call via the mobile device; detecting a failure of a random access procedure for the emergency call by the mobile device; using a reduced back off parameter value as compared to a back off parameter value for a non-emergency call; and re-attempting the random access procedure for the emergency call via the mobile device according to the reduced back off parameter value, wherein a back off time for the re-attempt of the random access procedure is a selected random value between 0 and the reduced back off parameter value; characterized in that , after the re-attempting the random access procedure, the reduced back off parameter value is increased and a random access preamble transmission count is incremented ; and repeating re-attempting the random access procedure until the reduced back off parameter value reaches a non-emergency back off parameter value and a maximum random access preamble transmission count is reached; wherein the maximum random access preamble transmission count for an emergency call is greater than a maximum random access preamble transmission count for a non-emergency call.
An anchor device for a catheter, the device comprising: a housing (100; 200, 210) having a bottom surface; at least one pair of sharps (4; 36), each sharp in the at least one pair of sharps having an end configured to pierce a skin surface; and a locking mechanism configured to maintain the end of each sharp within the housing when the locking mechanism is engaged and to enable each sharp to protrude from the bottom surface and to pierce a skin surface when the locking mechanism is disengaged; characterised in that at least one release bar (18; 38) is configured to move from a first position to a second position, wherein the at least one pair of sharps is configured to protrude from the bottom surface when the at least one release bar is in the first position and remain enclosed within the housing when the at least one release bar is in the second position; and at least one first spring (16; 37) is configured to apply a force to the at least one pair of sharps when the at least one pair of sharps protrude from the bottom surface and retract the at least one pair of sharps within the housing in response to moving the at least one release bar from the first position to the second position. a housing (100; 200, 210) having a bottom surface; at least one pair of sharps (4; 36), each sharp in the at least one pair of sharps having an end configured to pierce a skin surface; and a locking mechanism configured to maintain the end of each sharp within the housing when the locking mechanism is engaged and to enable each sharp to protrude from the bottom surface and to pierce a skin surface when the locking mechanism is disengaged; characterised in that at least one release bar (18; 38) is configured to move from a first position to a second position, wherein the at least one pair of sharps is configured to protrude from the bottom surface when the at least one release bar is in the first position and remain enclosed within the housing when the at least one release bar is in the second position; and at least one first spring (16; 37) is configured to apply a force to the at least one pair of sharps when the at least one pair of sharps protrude from the bottom surface and retract the at least one pair of sharps within the housing in response to moving the at least one release bar from the first position to the second position.
A clearing reagent for making a biological material transparent, comprising: - at least one compound selected from the group consisting of urea and a urea derivative; - sorbitol; and - a surfactant, characterized in that the clearing reagent contains (i) the at least one compound at a concentration in a range of 3 M or more to 5 M or less; and the sorbitol at a concentration in a range of 30 (w/v)% or more to 50 (w/v)% or less, or (ii) the at least one compound at a concentration in a range of 5 M or more to 9.5 M or less; and the sorbitol at a concentration in a range of 20 (w/v)% or more to 40 (w/v)% or less, and the surfactant is contained at a concentration in a range of more than 0 (w/v)% to 5 (w/v)% or less. - at least one compound selected from the group consisting of urea and a urea derivative; - sorbitol; and - a surfactant, (i) the at least one compound at a concentration in a range of 3 M or more to 5 M or less; and the sorbitol at a concentration in a range of 30 (w/v)% or more to 50 (w/v)% or less, or (ii) the at least one compound at a concentration in a range of 5 M or more to 9.5 M or less; and the sorbitol at a concentration in a range of 20 (w/v)% or more to 40 (w/v)% or less, and the surfactant is contained at a concentration in a range of more than 0 (w/v)% to 5 (w/v)% or less.
A lens, which is a spectacle lens comprising multilayer films on both surfaces of a lens substrate, wherein - the sum of mean reflectances on both surfaces of the lens in a wavelength band of 400-440 nm is ≥ 20.0%, - there is a difference between the mean reflectance on one surface of the lens and that on the other surface in the wavelength band of 400-440 nm, characterized in that - the reflectance on each surface of the lens has at least one maximum value in the wavelength band of 400-440 nm, and - the sum of mean reflectances on both surfaces of the lens in a wavelength band of 360-400 nm is ≤ 6.0%. - the sum of mean reflectances on both surfaces of the lens in a wavelength band of 400-440 nm is ≥ 20.0%, - there is a difference between the mean reflectance on one surface of the lens and that on the other surface in the wavelength band of 400-440 nm, characterized in that - the reflectance on each surface of the lens has at least one maximum value in the wavelength band of 400-440 nm, and - the sum of mean reflectances on both surfaces of the lens in a wavelength band of 360-400 nm is ≤ 6.0%.
A split seal ring suitable for incorporation in a split mechanical shaft seal, the split seal ring comprising: a pair of ring sections having end faces that can be mated so as to form a complete seal ring having an inner diameter surface that extends between coaxial front and rear circular edges of equal radius, and a flat, annular rear face that extends between the front circular edge and an outer diameter edge; the end faces having shaped regions that are complex in three dimensions and cannot be described as projections of a two dimensional curve, the shaped regions being located adjacent said rear circular edge and said flat, annular rear face , while a remainder of said end faces is substantially flat and contained within a plane that also contains a central axis of the seal ring; the mated end faces being thereby self-aligning in both an axial and a radial direction relative to the seal ring. a pair of ring sections having end faces that can be mated so as to form a complete seal ring having an inner diameter surface that extends between coaxial front and rear circular edges of equal radius, and a flat, annular rear face that extends between the front circular edge and an outer diameter edge; the end faces having shaped regions that are complex in three dimensions and cannot be described as projections of a two dimensional curve, the shaped regions being located adjacent said rear circular edge and said flat, annular rear face , while a remainder of said end faces is substantially flat and contained within a plane that also contains a central axis of the seal ring; the mated end faces being thereby self-aligning in both an axial and a radial direction relative to the seal ring.
Open-end type spinning apparatus comprising at least one spinning head having a spinning unit and a reel winding unit , wherein the reel winding unit winds onto a tube a reel of yarn obtained from the underlying spinning unit , - a tube-holder basket housing a plurality of tubes to wind the yarn onto, - a doffing tray which can be positioned at the spinning unit and fitted with pick-up and transport devices of a tube from the tube-holder basket to a pair of tailstocks of the reel winding unit , - the doffing tray comprises a tube separator device having a support arm which supports two blades which are movable so as to intercept a number of tubes contained in the tube-holder basket and to separate them at least partially from a tube destined to be grasped by the pick-up and transport device and placed between the tailstocks , wherein the tube separator device and the pick-up and transport device are mechanically independent of each other, so that they can be operated separately, wherein said blades are retractable blades so as to reach, in an extracted position, the tube-holder basket , intercept a group of tubes and separate them from a tube destined to be grasped by the pick-up and transport device , wherein the tube separator device is fitted with movement means , which permit the passage from a retracted configuration to an extracted configuration according to a substantially rectilinear straight movement, and with tilting means which allow the tilting of the blades according to a tilting axis (X-X) substantially parallel to a horizontal lying axis of the tube to be picked up, wherein said tilting means comprise a skate integral with said blades and engaged in a cam provided with a groove which identifies a curvilinear path suitable to allow said tilting movement of the blades . - a tube-holder basket housing a plurality of tubes to wind the yarn onto, - a doffing tray which can be positioned at the spinning unit and fitted with pick-up and transport devices of a tube from the tube-holder basket to a pair of tailstocks of the reel winding unit , - the doffing tray comprises a tube separator device having a support arm which supports two blades which are movable so as to intercept a number of tubes contained in the tube-holder basket and to separate them at least partially from a tube destined to be grasped by the pick-up and transport device and placed between the tailstocks ,