mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling a portable tool associated with a controller, comprising a user interface (11, 12) allowing to enter at least one parameter of use of said tool, and a means for determining a plurality of positions of said tool defining at least one volume of use of said tool, the portable tool having a command input means allowing a user to trigger the starting of the tool according to at least one of the parameters of use entered; said system for controlling including a switching means being able to be switched by a user between: - a learning mode wherein the starting of said tool according to at least one of the parameters of use entered is inhibited and the system acquires the position of the tool during each new command entered by said user on said command input means, said positions of the tool thus acquired being used by said determination means to define said volume of use of said tool, and - a mode of use wherein it authorises, when a user actuates said command input means and said tool is located in the at least one volume of use previously defined in learning mode, the starting of said tool according to at least one of the parameters of use entered. - a learning mode wherein the starting of said tool according to at least one of the parameters of use entered is inhibited and the system acquires the position of the tool during each new command entered by said user on said command input means, said positions of the tool thus acquired being used by said determination means to define said volume of use of said tool, and - a mode of use wherein it authorises, when a user actuates said command input means and said tool is located in the at least one volume of use previously defined in learning mode, the starting of said tool according to at least one of the parameters of use entered.
A rubber composition, having a hardness that reversibly changes with water and satisfying the following relationship: Hardness when dry − Hardness when water − wet ≥ 10 wherein each hardness represents a JIS-A hardness at 25°C of the rubber composition.
A non-contact IC label comprising: a magnetic sheet; an IC chip arranged on the magnetic sheet; a first connection portion and a second connection portion connected to the IC chip; a first antenna portion including a first end portion electrically connected to the first connection portion, and a second end portion facing the first end portion, the first antenna portion being arranged on the magnetic sheet so that the second end portion extends in a first direction from the first end portion; and a second antenna portion including a third end portion electrically connected to the second connection portion, and a fourth end portion facing the third end portion, the second antenna portion being arranged on the magnetic sheet so that the fourth end portion extends in a second direction from the third end portion, wherein each of the first direction and the second direction is along one side of the magnetic sheet, the first direction and the second direction differ from each other, and the first antenna portion and the second antenna portion are arranged so as to interpose the IC chip therebetween in a direction perpendicular to the first direction and the second direction, and each of a length of the first antenna portion and a length of the second antenna portion in a direction perpendicular to the first direction and the second direction ranges from 2 mm to 15 mm. a magnetic sheet; an IC chip arranged on the magnetic sheet; a first connection portion and a second connection portion connected to the IC chip; a first antenna portion including a first end portion electrically connected to the first connection portion, and a second end portion facing the first end portion, the first antenna portion being arranged on the magnetic sheet so that the second end portion extends in a first direction from the first end portion; and a second antenna portion including a third end portion electrically connected to the second connection portion, and a fourth end portion facing the third end portion, the second antenna portion being arranged on the magnetic sheet so that the fourth end portion extends in a second direction from the third end portion, wherein each of the first direction and the second direction is along one side of the magnetic sheet, the first direction and the second direction differ from each other, and the first antenna portion and the second antenna portion are arranged so as to interpose the IC chip therebetween in a direction perpendicular to the first direction and the second direction, and each of a length of the first antenna portion and a length of the second antenna portion in a direction perpendicular to the first direction and the second direction ranges from 2 mm to 15 mm.
Conveying installation for conveying material to be conveyed, having a conveyor belt, a feeding apparatus for feeding material to be conveyed onto the conveyor belt, a belt installation in which the conveyor belt is guided, wherein the belt installation has a first belt-shaping device, by way of which the conveyor belt is shaped from a substantially flat shape into a U shape until the feeding apparatus is reached, so that the material to be conveyed is able to be introduced into the U shape, and wherein the belt installation has a second belt-shaping device, by way of which the conveyor belt is able to be shaped into a closed tube in the conveying direction after the feeding apparatus, wherein each belt-shaping device (20, 21) has at least three rollers (30, 31, 32, 33, 34, 35, 37, 39) shaping the conveyor belt, wherein the rollers (30, 31, 32, 33, 34, 35, 37, 39) are arranged on that surface of the conveyor belt which faces away from the material to be conveyed, characterized in that, in the conveying direction, the U shape has a cross section which is constant in relation to the conveying direction, and in that the feeding apparatus has at least one collecting region, which is configured in such a way that material to be conveyed accumulates therein and forms an impact surface onto which material to be conveyed is able to be fed. a conveyor belt, a feeding apparatus for feeding material to be conveyed onto the conveyor belt, a belt installation in which the conveyor belt is guided, wherein the belt installation has a first belt-shaping device, by way of which the conveyor belt is shaped from a substantially flat shape into a U shape until the feeding apparatus is reached, so that the material to be conveyed is able to be introduced into the U shape, and wherein the belt installation has a second belt-shaping device, by way of which the conveyor belt is able to be shaped into a closed tube in the conveying direction after the feeding apparatus, wherein each belt-shaping device (20, 21) has at least three rollers (30, 31, 32, 33, 34, 35, 37, 39) shaping the conveyor belt, wherein the rollers (30, 31, 32, 33, 34, 35, 37, 39) are arranged on that surface of the conveyor belt which faces away from the material to be conveyed, characterized in that, in the conveying direction, the U shape has a cross section which is constant in relation to the conveying direction, and in that the feeding apparatus has at least one collecting region, which is configured in such a way that material to be conveyed accumulates therein and forms an impact surface onto which material to be conveyed is able to be fed.
Service unit for the alignment of a vehicle's direction, the vehicle being placed on a lifting platform, the service unit comprising a safety post, a box, a computer, a keyboard and a display screen, wherein the safety post is adapted to be completely anchored to the ground to create greater resistance to impacts and serves as a support for the box housing the computer connected to the keyboard and the display screen placed on the post; characterized in that the screen is freely rotatable for greater comfort of an operator who can rotate it when making adjustments in the vehicle; and in that said box incorporates a proximity sensor and a camera adapted to project in the screen the image of the front axle of the vehicle to place it in the ideal position for the alignment; and in that the computer is positioned so that the operator will always have to enter the screen data behind the post and so that the operator always sees the lifting platform, leaving clear the view field in the case of any incident in said lifting platform.
A method for detecting unwanted traffic received by a target victim, the target victim having one or more destination addresses, the method comprising the steps of: maintaining a rule base identifying one or more string expressions; characterized by analyzing one or more error entries in a log file, said log file comprising one or more requests received by said target victim; determining if said one or more requests include a string that matches one or more of said string expressions in said rule base, said string expressions being associated with files of said target victim which are to be protected; and sending a denunciation message to a central filter if said one or more requests include a string that matches one or more of said string expressions in said rule base. maintaining a rule base identifying one or more string expressions; analyzing one or more error entries in a log file, said log file comprising one or more requests received by said target victim; determining if said one or more requests include a string that matches one or more of said string expressions in said rule base, said string expressions being associated with files of said target victim which are to be protected; and sending a denunciation message to a central filter if said one or more requests include a string that matches one or more of said string expressions in said rule base.
A double-structured tissue implant for cartilage repair comprising: a primary scaffold prepared from a biocompatible collagen-based material and being a three-dimensional matrix, wherein the primary scaffold is a porous structure comprising randomly or non-randomly organized pores; and a secondary scaffold integrated into the primary scaffold and comprising a fibrous, cross-linked collagen network that fills the pores of the primary scaffold, wherein the secondary scaffold is formed from a composition having a basic pH and comprising a collagen-based solution or gel and a surfactant, wherein the primary scaffold provides structural support to the secondary scaffold. a primary scaffold prepared from a biocompatible collagen-based material and being a three-dimensional matrix, wherein the primary scaffold is a porous structure comprising randomly or non-randomly organized pores; and a secondary scaffold integrated into the primary scaffold and comprising a fibrous, cross-linked collagen network that fills the pores of the primary scaffold, wherein the secondary scaffold is formed from a composition having a basic pH and comprising a collagen-based solution or gel and a surfactant, wherein the primary scaffold provides structural support to the secondary scaffold.
A test head for a finger probe for testing printed circuit boards, comprising - a carriage which can be movably arranged on a cross-member of the finger probe, - a holding module for holding a swivel arm, which is designed to receive a test probe at the free end remote from the holding module, - a lifting device, by means of which the holding module is designed to be movable in the vertical direction with respect to the carriage, the lifting device having a vertical guide rail with a roller bearing, and - a swivel device for rotating the holding module and thus the swivel arm about a vertical axis of rotation, the swivel device having a motor for rotating the swivel device, characterized in that the swivel device has a shaft or axle, a rotary body of the swivel device being arranged concentrically to the shaft or axle, so that the rotary body surrounds the shaft or axle, and the rotary body is either mounted on the axle with at least one bearing or is mounted on the carriage with at least one bearing via the shaft, and the motor is designed as a direct drive, with the rotary body forming the rotor of the motor. - a carriage which can be movably arranged on a cross-member of the finger probe, - a holding module for holding a swivel arm, which is designed to receive a test probe at the free end remote from the holding module, - a lifting device, by means of which the holding module is designed to be movable in the vertical direction with respect to the carriage, the lifting device having a vertical guide rail with a roller bearing, and - a swivel device for rotating the holding module and thus the swivel arm about a vertical axis of rotation, the swivel device having a motor for rotating the swivel device, the swivel device has a shaft or axle, a rotary body of the swivel device being arranged concentrically to the shaft or axle, so that the rotary body surrounds the shaft or axle, and the rotary body is either mounted on the axle with at least one bearing or is mounted on the carriage with at least one bearing via the shaft, and the motor is designed as a direct drive, with the rotary body forming the rotor of the motor.
A system for diagnosing bovine diseases using auscultation analysis, said system comprising: a processor for processing auscultated lung sounds obtained from a bovine in the form of digital sound data; computer coded instructions for manipulating the digital data through incorporation of at least one algorithm used to calculate a numerical lung score, said algorithm utilizing values of selected frequencies of the auscultated sounds including primary frequency bands of amplitudes trimmed to remove desired portions thereof, said trimmed primary frequency bands undergoing filtering by a finite impulse response filter; a database for storing data reflective of diagnoses, treatments, and prognoses that correspond to a plurality of baseline numerical lung scores; and a user interface for displaying a spectrogram reflective of the auscultated lung sounds, and displaying a scaled lung score as it is associated with at least one of a corresponding diagnosis, treatment, and prognosis. a processor for processing auscultated lung sounds obtained from a bovine in the form of digital sound data; computer coded instructions for manipulating the digital data through incorporation of at least one algorithm used to calculate a numerical lung score, said algorithm utilizing values of selected frequencies of the auscultated sounds including primary frequency bands of amplitudes trimmed to remove desired portions thereof, said trimmed primary frequency bands undergoing filtering by a finite impulse response filter; a database for storing data reflective of diagnoses, treatments, and prognoses that correspond to a plurality of baseline numerical lung scores; and a user interface for displaying a spectrogram reflective of the auscultated lung sounds, and displaying a scaled lung score as it is associated with at least one of a corresponding diagnosis, treatment, and prognosis.
Method to assist piloting of an aircraft, the aircraft including a display system comprising at least one worn display configured to be worn integral with the head of a user in a cockpit of the aircraft, the aircraft including an instrument panel visible to the user in a head-down position, the display system including at least one multifunction screen supported by the instrument panel, said display system including a display computer, said display computer being configured to control according to a head-up display mode the display on the worn display of at least one item of primary information to assist piloting of the aircraft when said head is in an up position, said display system including a positioning device determining an item of position information relative to a field of view of said user, said at least one multifunction screen being configured to display at least one item of down information, said item of down information being able to comprise an item of primary information or an item of secondary information different from an item of primary information, characterised in that the method comprises the following steps implemented by the display computer - determination of a transparent or opaque state of a portion with adjustable opacity of said instrument panel, - acquisition of said item of position information from the positioning device, - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in an opaque state, control of said worn display according to a first head-down display mode, - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in a transparent state, control of said worn display according to a second head-down display mode. - determination of a transparent or opaque state of a portion with adjustable opacity of said instrument panel, - acquisition of said item of position information from the positioning device, - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in an opaque state, control of said worn display according to a first head-down display mode, - when said field of view encompasses said portion with adjustable opacity and when said portion with adjustable opacity is in a transparent state, control of said worn display according to a second head-down display mode.
A conveying and sorting apparatus including a plurality of tilting conveyor units (10, 11) arranged in a row in a conveying direction, each of the tilting conveyor units (10, 11) supported above a frame so as to be swingable left and right about a support shaft parallel to the conveying direction between a horizontal conveying orientation and a tilted orientation for discharging a conveyed object to a lateral direction with respect to the conveying direction by gravity, characterized by a reflective photoelectric sensor (32, 33) detecting a conveyed object passing between the tilting conveyor units (10, 11) adjacent to each other in the conveying direction via a light beam vertically passing through a gap between the tilting conveyor units (10, 11) is arranged, and the photoelectric sensor (32, 33) is attached to a support member (34, 35) supported by the frame and arranged at a position around the support shaft.
An air-conditioning device comprising: a casing; an imaging device that acquires image data of at least one predetermined object (45, 60) to be imaged inside the casing; characterized in that the air conditioning device furthermore comprising: a control unit arranged to control a timing of the acquiring of the image data by the imaging device such that the imaging device captures an image at a point in time when at least one predetermined component (40, 40a, 40b, 43, 45) of the air-conditioning device is at rest. a casing; an imaging device that acquires image data of at least one predetermined object (45, 60) to be imaged inside the casing; characterized in that the air conditioning device furthermore comprising: a control unit arranged to control a timing of the acquiring of the image data by the imaging device such that the imaging device captures an image at a point in time when at least one predetermined component (40, 40a, 40b, 43, 45) of the air-conditioning device is at rest.
Arrangement for axially stopping a pinion gear turning idle on a shaft and around on a needle cage engaged on the shaft close to a fixed pinion gear, comprising a cylindrical bearing surface of the shaft forming a support for the needle cage of the idling pinion gear on a first portion of the shaft, a fixed pinion gear, with a diameter greater than the bearing surface of the needle cage, cut in the mass of the shaft, on a portion adjacent thereto, characterized in that it has an axial-stop washer for the idling pinion gear, rotationally immobilized thereon and embedded in an annular cutout (la, 1b) in the idling pinion gear made below a lateral rim thereof that advances axially towards the fixed pinion gear, and in that the stop washer is fixed below the lateral rim of the idling pinion gear.
An integrated circuit implementing a receiving entity for detecting at least one of a plurality of physical control channels, wherein each of the physical control channels is configured according to one of plural control information formats differing in their number of bits, configured to: receive control information from a transmitting entity (Node B) via a physical control channel that is mapped to resource elements, and perform a blind detection of the physical control channel (L1/L2 control channels) on the resource elements, wherein the physical control channel consists of a number of bits that is an integer multiple of a smallest allowed number of coded control information bits for the plural control information formats. receive control information from a transmitting entity (Node B) via a physical control channel that is mapped to resource elements, and perform a blind detection of the physical control channel (L1/L2 control channels) on the resource elements, wherein the physical control channel consists of a number of bits that is an integer multiple of a smallest allowed number of coded control information bits for the plural control information formats.
An implantable electrical stimulation lead, comprising: a lead body having a proximal end portion, a distal end portion, a distal tip, a longitudinal length, and a longitudinal surface; a set of segmented tip electrodes (430; 530a, 530b, 530c, 730a, 730b; 830a, 830b, 830c) that are disposed circumferentially about the distal tip of the lead body and that are electrically-isolated from each other, each segmented tip electrode of the set of segmented tip electrodes having an inner surface, an opposing outer stimulating surface exposed along the longitudinal surface of the lead body, and at least one channel defined in the inner surface and extending along at least a portion of a circumference of the segmented tip electrodes, wherein a portion of the lead body is disposed against the inner surfaces of each of the segmented tip electrodes and circumferentially between each of the segmented tip electrodes; at least one non-tip electrode disposed along the distal end portion of the lead body proximal to the set of segmented tip electrodes; a plurality of terminals disposed along the proximal end portion of the lead body; and a plurality of conductors, each conductor of the plurality of conductors electrically coupling the plurality of terminals to each of the segmented tip electrodes and the at least one non-tip electrode. a lead body having a proximal end portion, a distal end portion, a distal tip, a longitudinal length, and a longitudinal surface; a set of segmented tip electrodes (430; 530a, 530b, 530c, 730a, 730b; 830a, 830b, 830c) that are disposed circumferentially about the distal tip of the lead body and that are electrically-isolated from each other, each segmented tip electrode of the set of segmented tip electrodes having an inner surface, an opposing outer stimulating surface exposed along the longitudinal surface of the lead body, and at least one channel defined in the inner surface and extending along at least a portion of a circumference of the segmented tip electrodes, wherein a portion of the lead body is disposed against the inner surfaces of each of the segmented tip electrodes and circumferentially between each of the segmented tip electrodes; at least one non-tip electrode disposed along the distal end portion of the lead body proximal to the set of segmented tip electrodes; a plurality of terminals disposed along the proximal end portion of the lead body; and a plurality of conductors, each conductor of the plurality of conductors electrically coupling the plurality of terminals to each of the segmented tip electrodes and the at least one non-tip electrode.