mhurhangee/ep-ind-claims huggingface dataset:
A radio resource selecting method of selecting a radio resource to be allocated to an uplink acknowledgement signal indicating a reception state of a downlink signal from a plurality of radio resources defined by frequencies and codes, the radio resources selecting method comprising the steps of: designating, at a base station, a plurality of radio resources by first information on uplink radio resource; designating, at the base station, a single radio resource by second information on uplink radio resource; and notifying the first and second information from the base station to a mobile station; selecting, at the mobile station, the single allocation radio resource designated by the second information among the plurality of radio resources designated by the first information, as a radio resource to be allocated to the uplink acknowledgement signal, the radio resource to be allocated to the uplink acknowledgement signal being determined based on the first and second information; wherein the second information is notified by bits of command to be used in transmission power control. designating, at a base station, a plurality of radio resources by first information on uplink radio resource; designating, at the base station, a single radio resource by second information on uplink radio resource; and notifying the first and second information from the base station to a mobile station; selecting, at the mobile station, the single allocation radio resource designated by the second information among the plurality of radio resources designated by the first information, as a radio resource to be allocated to the uplink acknowledgement signal, the radio resource to be allocated to the uplink acknowledgement signal being determined based on the first and second information;
Replaceable attachment for an ultrasonic probe, comprising a) an annular mounting region for mounting the attachment on the ultrasonic probe; b) a flexible membrane arranged on the mounting region; wherein a first gel-like contact medium is applied to an inside facing contact surface of the membrane, characterized in that, when the attachment is attached to the ultrasonic probe, the contact surface contacts an end face of the ultrasonic probe; before the attachment is attached, the first contact medium is distributed on the contact surface in such a way that, in an array region of the contact surface, an amount of the first contact medium per unit area is at least twice as large as in a remaining region of the contact surface, wherein a positioning and extent of the array region is adapted to the positioning and extent of a piezoelectric array of the ultrasonic probe, and an area of the array region is at least 60% and at most 175% of an area of the piezoelectric array. a) an annular mounting region for mounting the attachment on the ultrasonic probe; b) a flexible membrane arranged on the mounting region; wherein a first gel-like contact medium is applied to an inside facing contact surface of the membrane, characterized in that, when the attachment is attached to the ultrasonic probe, the contact surface contacts an end face of the ultrasonic probe; before the attachment is attached, the first contact medium is distributed on the contact surface in such a way that, in an array region of the contact surface, an amount of the first contact medium per unit area is at least twice as large as in a remaining region of the contact surface, wherein a positioning and extent of the array region is adapted to the positioning and extent of a piezoelectric array of the ultrasonic probe, and an area of the array region is at least 60% and at most 175% of an area of the piezoelectric array.
A method for manufacturing a purified natural -menthol, comprising; a step of heating and melting crude menthol containing 90% or more of the purified natural -menthol to obtain a liquid crude menthol, a step of adding activated carbon to the liquid crude menthol, and a step of stirring the obtained liquid menthol to make the activated carbon absorb impurities in the crude menthol.
An apparatus, comprising: a frame, an acoustic radiator structure, comprising an acoustic radiator diaphragm and a suspension element coupling the acoustic radiator diaphragm to the frame; the acoustic radiator structure configured to couple mechanically to an acoustic enclosure; and a structure to provide a pneumatic seal between the acoustic radiator structure and the acoustic enclosure, comprising a band of a conformable material extending from the frame at a fixed end to a free end and configured so that a surface of the band is able to engage a beveled surface of the acoustic enclosure and the free end of the band is configured to deflect laterally when conforming to the beveled surface, wherein the structure to provide the pneumatic seal is configured so that one edge of the band is constrained and one edge of the band is unconstrained, the apparatus being characterized in that the structure to provide the pneumatic seal is further configured such that when the unconstrained edge engages the beveled surface, the unconstrained edge deflects outwardly. a frame, an acoustic radiator structure, comprising an acoustic radiator diaphragm and a suspension element coupling the acoustic radiator diaphragm to the frame; the acoustic radiator structure configured to couple mechanically to an acoustic enclosure; and a structure to provide a pneumatic seal between the acoustic radiator structure and the acoustic enclosure, comprising a band of a conformable material extending from the frame at a fixed end to a free end and configured so that a surface of the band is able to engage a beveled surface of the acoustic enclosure and the free end of the band is configured to deflect laterally when conforming to the beveled surface, wherein the structure to provide the pneumatic seal is configured so that one edge of the band is constrained and one edge of the band is unconstrained, the apparatus being characterized in that the structure to provide the pneumatic seal is further configured such that when the unconstrained edge engages the beveled surface, the unconstrained edge deflects outwardly.
An aqueous suspension concentrate, comprising A) a herbicidally active compound of the formula in suspended form in which R1, R2, R3 and R4 independently of one another are methyl or ethyl, B) a safener of the formula, in which R5 is isopropyl or cyclopropyl and R6 is hydrogen or chlorine, C) optionally a herbicidally active compound of the formula, in which Q is a radical Q1, Q2 or Q3, R7 is chlorine, methylsulfonyl or trifluoromethyl, R8 is hydrogen or 2,2,2-trifluoroethoxymethyl, R9 is methylsulfonyl or trifluoromethyl, D) as dispersant, poly(oxy-1,2-ethanediyl), alpha-phosphono-omega-[2, 4, 6-tris(1-phenylethyl)phenoxy] and E) water. A) a herbicidally active compound of the formula in suspended form in which R1, R2, R3 and R4 independently of one another are methyl or ethyl, B) a safener of the formula, in which R5 is isopropyl or cyclopropyl and R6 is hydrogen or chlorine, R5 is isopropyl or cyclopropyl and R6 is hydrogen or chlorine, C) optionally a herbicidally active compound of the formula, in which Q is a radical Q1, Q2 or Q3, R7 is chlorine, methylsulfonyl or trifluoromethyl, R8 is hydrogen or 2,2,2-trifluoroethoxymethyl, R9 is methylsulfonyl or trifluoromethyl, R7 is chlorine, methylsulfonyl or trifluoromethyl, R8 is hydrogen or 2,2,2-trifluoroethoxymethyl, R9 is methylsulfonyl or trifluoromethyl, D) as dispersant, poly(oxy-1,2-ethanediyl), alpha-phosphono-omega-[2, 4, 6-tris(1-phenylethyl)phenoxy] and E) water.
A fan blade comprising a main body extending between a leading edge and a trailing edge, and having channels formed into said main body from an open side to an inner side with a plurality of ribs extending across the main body intermediate the channels, the fan blade having a dovetail, and an airfoil extending radially outwardly from said dovetail, said ribs having a thickness defined as measured generally from said leading edge toward said trailing edge, with a thickness of at least one of said ribs being formed to be generally thicker adjacent a rib radially inner end, and becoming thinner moving in a radially outward direction; characterized in that a ratio of a thickness (t 1) of said at least one rib selected near the rib radially inner end compared to a thickness (t 2) selected near a rib radially outer end is between 1.1 and 8, and in that an outer skin closes off the channels at the at least one open side (48, 52, 58).
A spray delivery system comprising: a) a body having a syringe-receiving portion and a finger grip portion, the body configured to receive and capture at least two liquid-containing syringes (4, 6) having syringe plungers (22, 24) and syringe outlets (31, 33); b) an actuating member configured to operate, in use, on the at least two syringe plungers of at least two-liquid containing syringes received, in use, in the body to provide simultaneous syringe content delivery through the syringe outlets; c) a manifold configured to receive, in use, liquid contents of the at least two syringes from the syringe outlets; and d) a spray head that receives liquids from the manifold, in use; and wherein the body is configured to capture, in use, the at least two syringes that are connected, in use, to the manifold without requiring threaded engagement; characterized by the finger grip portion having a pair of positive pressure spring fingers (57, 59) that, in use, engage the received syringes for securely holding and positioning the syringes in a substantially parallel manner and maintain pressure biasing the syringe outlets towards mating surfaces on the body or manifold, thereby assisting in maintaining a liquid-tight seal at the syringe outlets. a) a body having a syringe-receiving portion and a finger grip portion, the body configured to receive and capture at least two liquid-containing syringes (4, 6) having syringe plungers (22, 24) and syringe outlets (31, 33); b) an actuating member configured to operate, in use, on the at least two syringe plungers of at least two-liquid containing syringes received, in use, in the body to provide simultaneous syringe content delivery through the syringe outlets; c) a manifold configured to receive, in use, liquid contents of the at least two syringes from the syringe outlets; and d) a spray head that receives liquids from the manifold, in use; and
An optical coupler for providing an optical path between a plurality of optical fibers and a plurality of optical and/or opto-electronic devices, the optical coupler comprising - a plurality of apertures arranged for receiving the plurality of optical fibers, the plurality of apertures being arranged in parallel and in a common plane, and in a longitudinal direction corresponding to the optical axis of the fibres when provided in the apertures, and - a plurality of reflectors, each reflector being aligned with an aperture such that an optical path between a fibre, when accommodated by said aperture, and an optical and/or opto-electronic device is substantially deflected, the plurality of reflectors comprising a first set of reflectors and a second set of reflectors, corresponding to alternate ones of the apertures, and wherein the reflectors of the first set are arranged in a common plane, and wherein the optical coupler is adapted for providing optical paths to meet the optical and/or opto-electronic devices, characterized by at least one of these optical and/or opto-electronic devices being offset from a neighbouring optical and/or opto-electronic device with respect to said longitudinal direction, wherein the reflectors of the second set are offset relative to the first set in said longitudinal direction, so that the apertures corresponding to the second set of reflectors extend through the plane of the first set. - a plurality of apertures arranged for receiving the plurality of optical fibers, the plurality of apertures being arranged in parallel and in a common plane, and in a longitudinal direction corresponding to the optical axis of the fibres when provided in the apertures, and - a plurality of reflectors, each reflector being aligned with an aperture such that an optical path between a fibre, when accommodated by said aperture, and an optical and/or opto-electronic device is substantially deflected, the plurality of reflectors comprising a first set of reflectors and a second set of reflectors, corresponding to alternate ones of the apertures, and wherein the reflectors of the first set are arranged in a common plane, and
A method comprising: executing, on a computing device (200, 300) for a first time period, a first location provider process and a second LP process; obtaining sensor data from one or more sensors of the computing device; obtaining first estimated locations of the computing device from the first LP process; obtaining second estimated locations of the computing device from the second LP process using the sensor data; determining, using at least the sensor data, a motion model of the computing device that provides expected locations of the computing device; comparing the first estimated locations and the second estimated locations with the expected locations indicated by the motion model to determine a respective accuracy of each of the first LP process and the second LP process; and selecting the first LP process or the second LP process to continue to run on the computing device after the first time period based on the determined accuracies of the first LP process or the second LP process meeting a required accuracy for an application running on the computing device. executing, on a computing device (200, 300) for a first time period, a first location provider process and a second LP process; obtaining sensor data from one or more sensors of the computing device; obtaining first estimated locations of the computing device from the first LP process; obtaining second estimated locations of the computing device from the second LP process using the sensor data; determining, using at least the sensor data, a motion model of the computing device that provides expected locations of the computing device; comparing the first estimated locations and the second estimated locations with the expected locations indicated by the motion model to determine a respective accuracy of each of the first LP process and the second LP process; and selecting the first LP process or the second LP process to continue to run on the computing device after the first time period based on the determined accuracies of the first LP process or the second LP process meeting a required accuracy for an application running on the computing device.
Knee prosthesis assembly, comprising a tibial plate and an insert, the tibial plate having an upper face, on which the insert is positioned and a lower face intended to be joined to the tibia, in particular by anchoring the plate to the proximal or upper extremity of the tibia by means of a keel projecting from the plate, a post, essentially cylindrical, in particular circular, projecting from the upper surface of the tibial plate and received in a cavity formed in the insert, and at least two posterior and anterior respectively stops (8, 9, 10) projecting from the upper surface of the tibial plate, the at least two stops being placed on each side of the post in the anterior-posterior direction, characterised in that each stop (8, 9, 10) is received in a cavity (28, 29, 30) formed in the tibial insert.
Apparatus for testing earphone apparatus during manufacture, comprising: a head simulator including an ear simulator defining a passageway leading to an external opening; and an eardrum microphone mounted in the passageway of the ear simulator; wherein the apparatus comprises one or more of: an ear plate for simulating an outer ear, the ear plate forming part of the ear simulator and defining a substantially planar earphone engagement surface substantially encircling the external opening; a mounting guide system for assisting correct placement of earphone apparatus on the head simulator relative to the ear simulator; and a test module for performing rapid automated testing of earphone apparatus mounted on the head simulator; wherein the head simulator further comprises at least one cheek-mounted microphone for sensing externally generated sound. a head simulator including an ear simulator defining a passageway leading to an external opening; and an eardrum microphone mounted in the passageway of the ear simulator; wherein the apparatus comprises one or more of: an ear plate for simulating an outer ear, the ear plate forming part of the ear simulator and defining a substantially planar earphone engagement surface substantially encircling the external opening; a mounting guide system for assisting correct placement of earphone apparatus on the head simulator relative to the ear simulator; and a test module for performing rapid automated testing of earphone apparatus mounted on the head simulator; wherein the head simulator further comprises at least one cheek-mounted microphone for sensing externally generated sound. an ear plate for simulating an outer ear, the ear plate forming part of the ear simulator and defining a substantially planar earphone engagement surface substantially encircling the external opening; a mounting guide system for assisting correct placement of earphone apparatus on the head simulator relative to the ear simulator; and a test module for performing rapid automated testing of earphone apparatus mounted on the head simulator; wherein the head simulator further comprises at least one cheek-mounted microphone for sensing externally generated sound.
A method for providing services through a mobile communication network to an end user device connected to the mobile communication network, the method comprising: receiving and storing, from a content provider, a standard format file comprising content for a service, the standard format file being a web feed file generated by a standard publishing tool; determining whether the content provider has permission to provide the service; defining the service by providing a pointer to the standard format file comprising content for the service, wherein the standard format file is the source of content for the service; receiving a request for the service from the end user device; reading (403, 405, 606) at least some part of the content from the standard format file; modifying the content read from the standard format file in accordance with properties of the end user device; and sending (404, 407, 608) at least some part of the modified content through said mobile communication network to the end user device. receiving and storing, from a content provider, a standard format file comprising content for a service, the standard format file being a web feed file generated by a standard publishing tool; determining whether the content provider has permission to provide the service; defining the service by providing a pointer to the standard format file comprising content for the service, wherein the standard format file is the source of content for the service; receiving a request for the service from the end user device; reading (403, 405, 606) at least some part of the content from the standard format file; modifying the content read from the standard format file in accordance with properties of the end user device; and sending (404, 407, 608) at least some part of the modified content through said mobile communication network to the end user device.
Method for a synthetic three-dimensional corresponding representation of a terrain, the method being carried out in an auxiliary system for piloting and navigating an aircraft, the auxiliary system comprising at least one navigation system (S N), a cartographic database (B C), a meteorological information system (S M), electronic calculation means and a display system which allows the superimposition of synthetic images of the exterior, the method comprising the following steps: Step 1: Calculating, for a predetermined position of the vehicle, the terrain that is perceptible via the display system; Step 2: Selecting a portion of the terrain as a function of a distance or an altitude or a range of altitudes, and a visibility criterion for the terrain; Step 3: Calculating a three-dimensional corresponding cartographic representation of the portion of the terrain selected; Step 4: Display, by the display system, of the cartographic representation. Step 1: Calculating, for a predetermined position of the vehicle, the terrain that is perceptible via the display system; Step 2: Selecting a portion of the terrain as a function of a distance or an altitude or a range of altitudes, and a visibility criterion for the terrain; Step 3: Calculating a three-dimensional corresponding cartographic representation of the portion of the terrain selected; Step 4: Display, by the display system, of the cartographic representation.
Electric toothbrush for simultaneous cleaning of different sides of a tooth or molar, comprising: - a first brush; - a second brush; - a third brush; and - a drive connected to the brushes (18, 20, 22) for setting the brushes (18, 20, 22) into motion, wherein the first brush is oriented in a first direction for the purpose of cleaning the front side of the tooth or molar, and wherein the second brush is oriented in a second direction, opposite to the first direction, for the purpose of cleaning the rear side of the tooth or molar, wherein the third brush is oriented in a third direction for the purpose of cleaning the upper side of the tooth or molar such that during use the brushes each act on another of the front side, rear side and upper side of the tooth or molar, wherein each brush comprises a roller (26, 32, 38) which is rotatable around its longitudinal axis and wherein each of the rollers of the first brush and second brush move during use over the respective front side or rear side in a direction toward the upper side of the tooth or molar, and the longitudinal axis of the roller of the third brush is substantially perpendicular to the longitudinal axis of the rollers (26, 32) of the first brush and second brush. - a first brush; - a second brush; - a third brush; and - a drive connected to the brushes (18, 20, 22) for setting the brushes (18, 20, 22) into motion,
A method for rotating an air guide plate to a preset position, comprising: acquiring a first angle between a preset position and a first limiting position and a second angle between a second limiting position and the preset position, wherein the first limiting position and the second limiting position are two limiting positions of the air guide plate rotating upward and downward; judging whether the first angle is less than the second angle; when the first angle is less than the second angle, controlling the air guide plate rotates to the first limiting position; controlling the air guide plate to rotate in an opposite direction to the preset position; when the first angle is greater than the second angle, controlling the air guide plate to rotate to the second limiting position. acquiring a first angle between a preset position and a first limiting position and a second angle between a second limiting position and the preset position, wherein the first limiting position and the second limiting position are two limiting positions of the air guide plate rotating upward and downward; judging whether the first angle is less than the second angle; when the first angle is less than the second angle, controlling the air guide plate rotates to the first limiting position; controlling the air guide plate to rotate in an opposite direction to the preset position; when the first angle is greater than the second angle, controlling the air guide plate to rotate to the second limiting position.