mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear comprising: a sole structure; and an upper secured to the sole structure, the upper comprising: a planum section, including a seamless unitary heel cup, and a dorsum section including a toe cap which cooperates with the planum section to form a toe cage, wherein the toe cap is a molded structure including a generally horizontal toe cover portion bordered by a rim extending toward the sole structure; wherein the planum section is connected to the dorsum section, the planum and dorsum sections cooperating to define a cavity operable to receive a foot of the wearer; characterised in that: the toe cage comprises a plurality of toe guides for receiving toes of the wearer, defined by a series of recessed areas (525A-525D) and raised areas (515A-515E) in the toe cage, the toe guides having different heights to each other. a sole structure; and an upper secured to the sole structure, the upper comprising: a planum section, including a seamless unitary heel cup, and a dorsum section including a toe cap which cooperates with the planum section to form a toe cage, wherein the toe cap is a molded structure including a generally horizontal toe cover portion bordered by a rim extending toward the sole structure; wherein the planum section is connected to the dorsum section, the planum and dorsum sections cooperating to define a cavity operable to receive a foot of the wearer; a planum section, including a seamless unitary heel cup, and a dorsum section including a toe cap which cooperates with the planum section to form a toe cage, wherein the toe cap is a molded structure including a generally horizontal toe cover portion bordered by a rim extending toward the sole structure; wherein the planum section is connected to the dorsum section, the planum and dorsum sections cooperating to define a cavity operable to receive a foot of the wearer; characterised in that: the toe cage comprises a plurality of toe guides for receiving toes of the wearer, defined by a series of recessed areas (525A-525D) and raised areas (515A-515E) in the toe cage, the toe guides having different heights to each other.
A data storage device assembly, comprising: a data storage device; at least one shock mount configured to couple to the data storage device; a first enclosure portion comprising a first pocket defining a first nesting surface, the first pocket comprising a first plurality of ribs configured to contact a first portion of the at least one shock mount over an aggregate first surface area that is less than a surface area of the first nesting surface; and a second enclosure portion configured to mate with the first enclosure portion to enclose the data storage device between the first and second enclosure portions, the second enclosure portion comprising a second pocket defining a second nesting surface, the second pocket comprising a second plurality of ribs configured to contact a second portion of the at least one shock mount over an aggregate second surface area that is less than a surface area of the second nesting surface. a data storage device; at least one shock mount configured to couple to the data storage device; a first enclosure portion comprising a first pocket defining a first nesting surface, the first pocket comprising a first plurality of ribs configured to contact a first portion of the at least one shock mount over an aggregate first surface area that is less than a surface area of the first nesting surface; and a second enclosure portion configured to mate with the first enclosure portion to enclose the data storage device between the first and second enclosure portions, the second enclosure portion comprising a second pocket defining a second nesting surface, the second pocket comprising a second plurality of ribs configured to contact a second portion of the at least one shock mount over an aggregate second surface area that is less than a surface area of the second nesting surface.
A capsule, for use in a machine that injects fluid into capsules for preparing consumable products from capsules, said capsule comprising: a body defining an interior space with an opening at one location and an aperture at another location, wherein said body includes a side wall that tapers inwardly from said opening to said aperture; ingredients disposed in said interior space for preparing a desired consumable product; a cover disposed over said opening, said cover being adapted to be pierced by a nozzle disposed on the machine to inject fluid into said capsule; wherein said ingredients include insoluble consumable ingredients, comprising at least one of noodles and dried vegetables; said capsule being characterized in that: said capsule further comprises a soluble closure disposed in said body for closing said aperture, said soluble closure being provided to close said aperture to prevent said ingredients from passing through said aperture until fluid is injected into said capsule, and being adapted so that, upon dissolution of said closure, said aperture is exposed and said consumable product containing said insoluble consumable ingredients is allowed to pass through said aperture into a receptacle. a body defining an interior space with an opening at one location and an aperture at another location, wherein said body includes a side wall that tapers inwardly from said opening to said aperture; ingredients disposed in said interior space for preparing a desired consumable product; a cover disposed over said opening, said cover being adapted to be pierced by a nozzle disposed on the machine to inject fluid into said capsule; wherein said ingredients include insoluble consumable ingredients, comprising at least one of noodles and dried vegetables; said capsule being characterized in that: said capsule further comprises a soluble closure disposed in said body for closing said aperture, said soluble closure being provided to close said aperture to prevent said ingredients from passing through said aperture until fluid is injected into said capsule, and being adapted so that, upon dissolution of said closure, said aperture is exposed and said consumable product containing said insoluble consumable ingredients is allowed to pass through said aperture into a receptacle.
An apparatus for rolling a block of food dough to form a disk-shaped food dough, comprising: a table on which the block of food dough is to be placed, the table being comprised of a conveying means (7, 7A, 7B, 7C) to convey the food dough from a position of the apparatus for rolling the food dough to another position of the apparatus for removing the food dough; a cradle disposed above the table; a plurality of conical-shaped rolling rollers disposed at the cradle and located above the table; wherein the cradle can relatively ascend away from and descend toward the table, or wherein the conveying means (7, 7A, 7B, 7C) comprises a conveyor belt and a part of the conveyor belt (7, 7B), on which the food dough is disposed, can relatively ascend toward the conical-shaped rolling rollers; motors to rotate the conical-shaped rolling rollers; a motor to swivel the conical-shaped rolling rollers; and a controlling means adapted to control the rotation of the motors to rotate the rolling rollers and the rotation of the motor to swivel the rolling rollers so that the speed of the rotation of the rolling rollers can be maintained at a higher speed than that of the rolling rollers when the rolling rollers are passively rotated by the swivelling motion of the rolling rollers. a table on which the block of food dough is to be placed, the table being comprised of a conveying means (7, 7A, 7B, 7C) to convey the food dough from a position of the apparatus for rolling the food dough to another position of the apparatus for removing the food dough; a cradle disposed above the table; a plurality of conical-shaped rolling rollers disposed at the cradle and located above the table; wherein the cradle can relatively ascend away from and descend toward the table, or wherein the conveying means (7, 7A, 7B, 7C) comprises a conveyor belt and a part of the conveyor belt (7, 7B), on which the food dough is disposed, can relatively ascend toward the conical-shaped rolling rollers; motors to rotate the conical-shaped rolling rollers; a motor to swivel the conical-shaped rolling rollers; and a controlling means adapted to control the rotation of the motors to rotate the rolling rollers and the rotation of the motor to swivel the rolling rollers so that the speed of the rotation of the rolling rollers can be maintained at a higher speed than that of the rolling rollers when the rolling rollers are passively rotated by the swivelling motion of the rolling rollers.
A fan module having variable pitch blades for a propulsion assembly having a longitudinal axis, said module comprising: - a rotary casing which rotates about the longitudinal axis and carries the blades, - a system for changing the pitch of the blades comprising a control device and a connection mechanism, the control device comprising an annular actuator centred on the longitudinal axis having a stationary body fitted to the rotary casing and a body movable in translation relative to the stationary body along the longitudinal axis, the movable body being coupled to a synchronising ring gear of the connection mechanism, said synchronising ring gear being connected to the blades and configured to be driven in translation along the longitudinal axis by the movable body so as to change the pitch of the blades; and - a device for feathering the blades, in particular in the event of failure of said control device, said feathering device comprising an annular row of fly-weights carried by the rotary casing, characterised in that the annular row of fly-weights is coupled to the synchronising ring gear, each of the fly-weights being connected to the synchronising ring gear by a connecting rod, a first and a second end of which comprise ball-and-socket joints (62, 63), and the fly-weights being capable, under the centrifugal effect, of being displaced into a position in which the synchronising ring gear imposes a feathered position on the blades. - a rotary casing which rotates about the longitudinal axis and carries the blades, - a system for changing the pitch of the blades comprising a control device and a connection mechanism, the control device comprising an annular actuator centred on the longitudinal axis having a stationary body fitted to the rotary casing and a body movable in translation relative to the stationary body along the longitudinal axis, the movable body being coupled to a synchronising ring gear of the connection mechanism, said synchronising ring gear being connected to the blades and configured to be driven in translation along the longitudinal axis by the movable body so as to change the pitch of the blades; and - a device for feathering the blades, in particular in the event of failure of said control device, said feathering device comprising an annular row of fly-weights carried by the rotary casing,
A method of wireless communication, comprising: detecting, by a base station, a plurality of base stations based at least in part on synchronization communications associated with the plurality of base stations (710-1, 710-2, 710-3); determining, by the base station, one or more priority levels associated with each of the plurality of base stations, wherein a given priority level, of the one or more priority levels, identifies a priority associated with initiating access to a wireless backhaul network via a respective base station of the plurality of base stations; selecting, by the base station, based on the one or more priority levels associated with the plurality of base stations, a set of base stations from the detected plurality of base stations with which to initiate an access procedure associated with the wireless backhaul network; initiating, by the base station and based at least in part on the one or more priority levels, an access procedure with the set of base stations of the detected plurality of base stations, wherein the set of base stations includes at least two base stations. detecting, by a base station, a plurality of base stations based at least in part on synchronization communications associated with the plurality of base stations (710-1, 710-2, 710-3); determining, by the base station, one or more priority levels associated with each of the plurality of base stations, wherein a given priority level, of the one or more priority levels, identifies a priority associated with initiating access to a wireless backhaul network via a respective base station of the plurality of base stations; selecting, by the base station, based on the one or more priority levels associated with the plurality of base stations, a set of base stations from the detected plurality of base stations with which to initiate an access procedure associated with the wireless backhaul network; wherein a given priority level, of the one or more priority levels, identifies a priority associated with initiating access to a wireless backhaul network via a respective base station of the plurality of base stations; selecting, by the base station, based on the one or more priority levels associated with the plurality of base stations, a set of base stations from the detected plurality of base stations with which to initiate an access procedure associated with the wireless backhaul network; initiating, by the base station and based at least in part on the one or more priority levels, an access procedure with the set of base stations of the detected plurality of base stations, wherein the set of base stations includes at least two base stations.
A nerve growth factor composition, characterized in that said nerve growth factor composition comprises a nerve growth factor, a stabilizer, a supporting agent, a pH buffer and a water; said stabilizer is arginine, glutamic acid, glycine and isoleucine and said supporting agent is any one of mannitol, dextrin and sorbitol.
A controller for controlling operation of an injection device for delivering a medicament, wherein the controller comprises: a drive signal generator configured to generate an input drive signal for a motor; an encoder configured to generate an encoder output signal indicative of an output drive of the motor; and means for varying operational control of the device in dependence on a comparison between an input drive signal and the encoder output, wherein the encoder output signal is a pulsed signal having a timing characteristic that corresponds to the output drive of the motor, wherein a comparison between counts of the pulsed encoder output with counts of stepper pulses is indicative of motor stall or motor slip, and characterized in that the controller is configured to: generate a drive signal to rewind the motor until the motor stalls at a backstop; and calculate the deficit in the dose of medicament administered and control administration of this dose. a drive signal generator configured to generate an input drive signal for a motor; an encoder configured to generate an encoder output signal indicative of an output drive of the motor; and means for varying operational control of the device in dependence on a comparison between an input drive signal and the encoder output, wherein the encoder output signal is a pulsed signal having a timing characteristic that corresponds to the output drive of the motor, wherein a comparison between counts of the pulsed encoder output with counts of stepper pulses is indicative of motor stall or motor slip, and characterized in that the controller is configured to: generate a drive signal to rewind the motor until the motor stalls at a backstop; and calculate the deficit in the dose of medicament administered and control administration of this dose. generate a drive signal to rewind the motor until the motor stalls at a backstop; and calculate the deficit in the dose of medicament administered and control administration of this dose.
An apparatus for controlling charging in an internet protocol multimedia subsystem, the apparatus comprising: a detecting block configured to detect whether a session initiated in the internet protocol multimedia subsystem is associated with a service requiring a charging control and whether the session is switched by an entity of a network different from that of the internet protocol multimedia subsystem; the apparatus being characterized by an adding block configured to add charging information to messages signaling establishment or modification of the session in the internet protocol multimedia subsystem when the session initiated in the internet protocol multimedia subsystem is associated with the service requiring the charging control and the session is switched by the entity of the network different from that of the internet protocol multimedia subsystem, wherein the charging information comprising free of charge information for disabling charging of the session in the internet protocol multimedia subsystem. a detecting block configured to detect whether a session initiated in the internet protocol multimedia subsystem is associated with a service requiring a charging control and whether the session is switched by an entity of a network different from that of the internet protocol multimedia subsystem; the apparatus being characterized by an adding block configured to add charging information to messages signaling establishment or modification of the session in the internet protocol multimedia subsystem when the session initiated in the internet protocol multimedia subsystem is associated with the service requiring the charging control and the session is switched by the entity of the network different from that of the internet protocol multimedia subsystem, wherein the charging information comprising free of charge information for disabling charging of the session in the internet protocol multimedia subsystem.
A treatment apparatus for surgical correction of hyperopia in the eye, the treatment apparatus having a laser device which is controlled by a control device and separates corneal tissue by applying laser radiation, the control device being embodied to control the laser device for emitting the laser radiation into the cornea in such a way that a lenticular volume is isolated in the cornea, the removal of which volume from the cornea effects the desired correction of hyperopia, wherein the control device is set up, when controlling the laser device, to define the lenticular volume to have a posterior face and an anterior face, the latter being curved to a lesser extent at least in a main plane (A-A) than the posterior face, and the edges of which are connected via an annular edge face, wherein an intersection curve from the edge face and a plane, in which the axis of vision is contained, has a width transverse to the axis of vision which is greater than that which would have in the same projection a straight line which is perpendicular at the edge of the posterior or the anterior face (20, 19) on the respective face and connects the anterior face to the posterior face, characterised in that the edge face has a first portion which discharges perpendicularly into the anterior face and a second portion with a greater inclination with respect to the axis of vision.
A soluble highly branched glucose polymer which is obtained by enzymatic treatment of starch, having a reducing sugars content of less than 3.5%, preferably less than 2.5%, even more preferably less than 1%, characterized in that it exhibits: - a proportion of α-1,6-glucosidic linkages of between 20% and 30%, - a weight-average molecular weight (Mw), determined by light scattering, of between 20.000 and less than 30.000 daltons. - a proportion of α-1,6-glucosidic linkages of between 20% and 30%, - a weight-average molecular weight (Mw), determined by light scattering, of between 20.000 and less than 30.000 daltons.
A work vehicle comprising: an accommodating container configured to accommodate turfgrasses mowed by a mower device; and a mowed turfgrass amount calculation unit configured to calculate a mowed turfgrass amount corresponding to an area of a work region, wherein the work vehicle is configured to calculate the number of times of discharge of the accommodated turfgrasses based on the mowed turfgrass amount and information on an accommodation amount of the accommodating container, and divide the work region of a field into a plurality of regions by the calculated number of times of discharge, and autonomously travel to a discharge point (Pk) each time work in divided work regions (D1, D2,...) is completed, and wherein when an end of a final straight travel route (Le) of any of the divided work regions (D1, D2,...) and the discharge point (Pk) are on opposite sides with respect to the work region, the work vehicle increases or decreases the number of straight travel routes such that the end of the final straight travel route (Le) and the discharge point (Pk) are on the same side with respect to the work region. an accommodating container configured to accommodate turfgrasses mowed by a mower device; and a mowed turfgrass amount calculation unit configured to calculate a mowed turfgrass amount corresponding to an area of a work region, wherein the work vehicle is configured to calculate the number of times of discharge of the accommodated turfgrasses based on the mowed turfgrass amount and information on an accommodation amount of the accommodating container, and divide the work region of a field into a plurality of regions by the calculated number of times of discharge, and autonomously travel to a discharge point (Pk) each time work in divided work regions (D1, D2,...) is completed, and wherein calculate the number of times of discharge of the accommodated turfgrasses based on the mowed turfgrass amount and information on an accommodation amount of the accommodating container, and divide the work region of a field into a plurality of regions by the calculated number of times of discharge, and autonomously travel to a discharge point (Pk) each time work in divided work regions (D1, D2,...) is completed, and wherein when an end of a final straight travel route (Le) of any of the divided work regions (D1, D2,...) and the discharge point (Pk) are on opposite sides with respect to the work region, the work vehicle increases or decreases the number of straight travel routes such that the end of the final straight travel route (Le) and the discharge point (Pk) are on the same side with respect to the work region.
Storage device in a vehicle comprising a housing, which forms a receiving space, and a locking device, by means of which access to the receiving space can be blocked, the locking device being displaceably mounted on the storage device, a container being arranged in the storage device, and having a fixing device for fastening the container to the vehicle, access to the container being lockable at least in part by the locking device, characterized in that the lockable container is arranged in a glove compartment and is fastened to a cross-beam as a structural component.