mhurhangee/ep-ind-claims huggingface dataset:
A blind rivet for fastening together a plurality of mounted components with mounting holes, wherein the blind rivet comprises a rivet body having a hollow sleeve and a flange formed in one end of the sleeve, a through hole being formed so as to pass from a sleeve-side end portion to a flange-side end portion, a mandrel having a slender stem whose outer diameter is smaller than the inner diameter of the sleeve and whose length is greater than the length of the rivet body, and a head whose outer diameter is greater than the inner diameter of the sleeve, a washer whose inner diameter is smaller than the outer diameter of the flange and whose outer diameter is greater than the outer diameter of the flange, wherein the head of the mandrel is arranged adjacent to the sleeve-side end portion of the rivet body, the stem of the mandrel is configured so as to extend through the rivet body and from the flange-side end portion, and the washer is mounted near the flange on the outer periphery of the sleeve of the rivet body, characterized in that a portion of the outer peripheral surface of the sleeve adjacent to the flange of the rivet body is swaged to form a recessed portion, and an expanded-diameter portion, and wherein the washer is pushed onto and mounted on the expanded-diameter portion of the sleeve in a portion other than the recessed portion.
A medical device comprising: a first electrode configured to be electrically coupled to a first pole of a source of high voltage dc electricity via a first cable, the first electrode configured to be electrically coupled to a source of surgical radio frequency energy via a second cable to form a radio frequency circuit to perform a surgical procedure on the subject, wherein the first cable is configured to be electrically coupled to the second cable at a connecting point; and a second electrode configured to be electrically coupled to a second pole of the source of high voltage dc electricity via a third cable, wherein the second pole is opposite the first pole to form a dc circuit to ionize, and remove or reduce smoke particles generated at a surgical site on a subject, the first electrode is configured to be positioned in the surgical site during the surgical procedure. a first electrode configured to be electrically coupled to a first pole of a source of high voltage dc electricity via a first cable, the first electrode configured to be electrically coupled to a source of surgical radio frequency energy via a second cable to form a radio frequency circuit to perform a surgical procedure on the subject, wherein the first cable is configured to be electrically coupled to the second cable at a connecting point; and a second electrode configured to be electrically coupled to a second pole of the source of high voltage dc electricity via a third cable, wherein the second pole is opposite the first pole to form a dc circuit to ionize, and remove or reduce smoke particles generated at a surgical site on a subject, the first electrode is configured to be positioned in the surgical site during the surgical procedure.
Method for commanding an attitude control system of a space vehicle, the attitude control system comprising a maneuvering subsystem which comprises at least one reaction wheel, and the attitude of the space vehicle being controlled during at least one preparation phase followed by an observation phase during which an image capture is performed; said method comprising, during the at least one preparation phase: - a preparation step, during which commands are issued to the maneuvering subsystem in order to control the attitude of the space vehicle, - followed by a step in which the at least one reaction wheel is stopped, during which the speed of rotation of the at least one reaction wheel is set to a substantially zero value prior to said observation phase, characterized in that, during the observation phase, commands are issued to a fine control subsystem having a lower vibration signature than that of the maneuvering subsystem, in order to control the attitude of the space vehicle. - a preparation step, during which commands are issued to the maneuvering subsystem in order to control the attitude of the space vehicle, - followed by a step in which the at least one reaction wheel is stopped, during which the speed of rotation of the at least one reaction wheel is set to a substantially zero value prior to said observation phase, characterized in that, during the observation phase, commands are issued to a fine control subsystem having a lower vibration signature than that of the maneuvering subsystem, in order to control the attitude of the space vehicle.
An antimicrobial composition comprising: i. 0.001 to 5% by weight of one or more monosubstituted phenols, ii. 0.001 to 5% by weight of terpineol, and iii. a carrier; wherein the one or more monosubstituted phenols have the following structure wherein the substituent R 1 is selected from the group consisting of linear C 3 to C 5 alkyl, branched C 4 alkyl, cyclopentyl, phenyl, and benzyl; and wherein the terpineol is selected from the group consisting of alpha-terpineol, beta-terpineol, gamma-terpineol, delta-terpineol, 4-terpineol, and mixtures thereof. i. 0.001 to 5% by weight of one or more monosubstituted phenols, ii. 0.001 to 5% by weight of terpineol, and iii. a carrier; the substituent R 1 is selected from the group consisting of linear C 3 to C 5 alkyl, branched C 4 alkyl, cyclopentyl, phenyl, and benzyl; and wherein linear C 3 to C 5 alkyl, branched C 4 alkyl, cyclopentyl, phenyl, and benzyl; the terpineol is selected from the group consisting of alpha-terpineol, beta-terpineol, gamma-terpineol, delta-terpineol, 4-terpineol, and mixtures thereof.
Covering device for an apparatus for feeding bars to a machine tool, comprising: - a support frame, rotatably connectable, by first hinge elements, to a frame structure of said feeding apparatus, - a cover element rotatably connected, by second hinge elements, to said support frame, - said first hinge elements and said second hinge elements being arranged on respective longitudinal sides (L1, L2) opposite each other of said support frame and being configured to allow the opening of said covering device on both sides of said feeding apparatus, CHARACTERIZED IN THAT on said cover element a slit opening is obtained that extends longitudinally and is configured to allow passage and introduction of bars from an external auxiliary storage to a drum of said feeding apparatus. - a support frame, rotatably connectable, by first hinge elements, to a frame structure of said feeding apparatus, - a cover element rotatably connected, by second hinge elements, to said support frame, - said first hinge elements and said second hinge elements being arranged on respective longitudinal sides (L1, L2) opposite each other of said support frame and being configured to allow the opening of said covering device on both sides of said feeding apparatus,
A shoetree (1; 10; 100; 200), comprising an elastic tubular element adapted to be inserted in a shoe and to bear at one end a portion that substantially reproduces the shape of the toe of a shoe, said tubular element being provided, at the opposite end, with a shoehorn-shaped portion, which is pivoted to said tubular element, in order to pass from a condition for use as a shoetree to a condition for use as a shoehorn, wherein the shoehorn-shaped portion is pivoted to said tubular element by a hinge so that it is arranged, in the condition for use as a shoetree, below said tubular element, said shoehorn-shaped portion being adapted to pass, in the condition for use as a shoehorn, in a position that is aligned with said tubular element, said shoehorn-shaped portion being provided at one end, which is opposite to the end adapted to be used as a shoehorn, with a hemispherical element, characterized in that said hemispherical element is adapted to accommodate said hinge for the pivoting of said tubular element and in that said elastic tubular element is adapted to be locked in the condition of maximum extension, inside said hemispherical element.
A pneumatic tire having designated vehicle inner and outer orientations at the time of mounting on a vehicle, the pneumatic tire comprising: in a tread portion, a belt layer comprising a circumferential belt layer in which a belt cord is disposed along a tire circumferential direction, and a plurality of belt plies (81, 82, 84, 85) having a larger tire lateral direction dimension than a tire lateral direction dimension of the circumferential belt layer in which a belt cord is inclined toward the tire circumferential direction; characterized in that when the pneumatic tire is mounted on a regular rim, inflated to a regular internal pressure, and in an unloaded state a tread gauge from a tread surface of the tread portion to the belt layer is equal on a vehicle outer side and a vehicle inner side in a range in which the circumferential belt layer is disposed in a way that the difference in distance from the tread surface to the outermost position in the tire radial direction of the belt layer is 1 mm or less at each position of the same distance from the tire equatorial plane to the vehicle outer side and the vehicle inner side; and at positions located away from a tire equatorial plane toward the vehicle outer side and the vehicle inner side by 120% of half of the tire lateral direction dimension of the circumferential belt layer, a gauge H1out on the vehicle outer side and a gauge H1in on the vehicle inner side to a belt ply of the plurality of belt plies (81, 82, 84, 85) located outermost in a tire radial direction satisfy 1 mm ≤ H1 in - H1 out ≤ 3 mm. in a tread portion, a belt layer comprising a circumferential belt layer in which a belt cord is disposed along a tire circumferential direction, and a plurality of belt plies (81, 82, 84, 85) having a larger tire lateral direction dimension than a tire lateral direction dimension of the circumferential belt layer in which a belt cord is inclined toward the tire circumferential direction; characterized in that when the pneumatic tire is mounted on a regular rim, inflated to a regular internal pressure, and in an unloaded state a tread gauge from a tread surface of the tread portion to the belt layer is equal on a vehicle outer side and a vehicle inner side in a range in which the circumferential belt layer is disposed in a way that the difference in distance from the tread surface to the outermost position in the tire radial direction of the belt layer is 1 mm or less at each position of the same distance from the tire equatorial plane to the vehicle outer side and the vehicle inner side; and at positions located away from a tire equatorial plane toward the vehicle outer side and the vehicle inner side by 120% of half of the tire lateral direction dimension of the circumferential belt layer, a gauge H1out on the vehicle outer side and a gauge H1in on the vehicle inner side to a belt ply of the plurality of belt plies (81, 82, 84, 85) located outermost in a tire radial direction satisfy 1 mm ≤ H1 in - H1 out ≤ 3 mm.
A method of inspecting and coating the interior surface walls of a pipe system, the method comprising: towing a plurality of housings (12,14,16) through said pipe system using an umbilical tether, wherein the umbilical tether connects said housing to one another; evaluating a condition of interior surface walls of said pipe system using a first scanning equipment contained in a first of said housings; evaluating the structural condition of the wall of said pipe system using said second scanning equipment contained in a second of said housings; and applying a coating material to said interior surface of said pipe system from a coating device contained in a third of said housings; wherein a control computer is connected to said umbilical tether, said control computer receiving and recording data about the condition of said pipe system from said first and second scanning equipment, and wherein the control computer controls a rate of application of said coating device based on the condition of said pipe system; wherein the coating material is supplied to the coating device from the umbilical tether and said umbilical tether is used for transmitting data between the control computer and the housings. towing a plurality of housings (12,14,16) through said pipe system using an umbilical tether, wherein the umbilical tether connects said housing to one another; evaluating a condition of interior surface walls of said pipe system using a first scanning equipment contained in a first of said housings; evaluating the structural condition of the wall of said pipe system using said second scanning equipment contained in a second of said housings; and applying a coating material to said interior surface of said pipe system from a coating device contained in a third of said housings; wherein a control computer is connected to said umbilical tether, said control computer receiving and recording data about the condition of said pipe system from said first and second scanning equipment, and wherein the control computer controls a rate of application of said coating device based on the condition of said pipe system; wherein the coating material is supplied to the coating device from the umbilical tether and said umbilical tether is used for transmitting data between the control computer and the housings.
A video coding intra-frame prediction method, the method comprising: - performing a bidirectional intra-frame prediction comprising an intra-frame left and upper direction prediction and an intra-frame right and lower direction prediction on two horizontally adjacent coding blocks simultaneously, wherein the first coding block from left to right in the two coding blocks is a first coding block, and the second coding block from left to right in the two coding blocks is a second coding block, - performing the intra-frame left and upper direction prediction on the first coding block based on the lowermost pixel row of an upper adjacent coding block of the first coding block and the rightmost pixel column of a left adjacent coding block of the first coding block, performing the intra-frame right and lower direction prediction based on the leftmost pixel column of the second coding block, and performing weighting of the intra-frame left and upper direction prediction and the right and lower direction prediction; and - performing the intra-frame left and upper direction prediction on the second coding block based on the lowermost pixel row of an upper adjacent coding block of the second coding block and the rightmost pixel column of the first coding block, and not performing the intra-frame right and lower prediction on the second coding block. - performing a bidirectional intra-frame prediction comprising an intra-frame left and upper direction prediction and an intra-frame right and lower direction prediction on two horizontally adjacent coding blocks simultaneously, wherein the first coding block from left to right in the two coding blocks is a first coding block, and the second coding block from left to right in the two coding blocks is a second coding block, - performing the intra-frame left and upper direction prediction on the first coding block based on the lowermost pixel row of an upper adjacent coding block of the first coding block and the rightmost pixel column of a left adjacent coding block of the first coding block, performing the intra-frame right and lower direction prediction based on the leftmost pixel column of the second coding block, and performing weighting of the intra-frame left and upper direction prediction and the right and lower direction prediction; and - performing the intra-frame left and upper direction prediction on the second coding block based on the lowermost pixel row of an upper adjacent coding block of the second coding block and the rightmost pixel column of the first coding block, and not performing the intra-frame right and lower prediction on the second coding block.
A computer-implemented processing method, comprising: a first displaying step (S510, S704) of displaying, on a first portion of a display screen theoretical information that constitutes parts (28, 32) of plural circuits and interconnections between the parts (28, 32); and a second displaying step of displaying, on a second portion of the display screen, physical information that constitutes layouts of a plurality of printed circuit boards; a moving operation detecting step of detecting a moving operation performed by a user operation, of moving a selected portion of the theoretical information of the parts corresponding to a selected one of the plural circuits (28, 32) and the interconnections displayed on the first portion to a selected printed circuit board of the plurality of printed circuit boards displayed on the second portion; a display controlling step of performing control of displaying physical information that constitutes a layout corresponding to the selected portion on the selected printed circuit board when the moving operation of moving the selected portion is detected by the moving operation detecting step; and a moving step of moving, on the second portion, a selected circuit part of the selected printed circuit board from the selected printed circuit board to another printed circuit board, in accordance with a user operation, wherein in case of movement of a selected circuit part from the selected printed circuit board to another printed circuit board, display of the interconnections on the second portion of the display screen is newly performed. a first displaying step (S510, S704) of displaying, on a first portion of a display screen theoretical information that constitutes parts (28, 32) of plural circuits and interconnections between the parts (28, 32); and a second displaying step of displaying, on a second portion of the display screen, physical information that constitutes layouts of a plurality of printed circuit boards; a moving operation detecting step of detecting a moving operation performed by a user operation, of moving a selected portion of the theoretical information of the parts corresponding to a selected one of the plural circuits (28, 32) and the interconnections displayed on the first portion to a selected printed circuit board of the plurality of printed circuit boards displayed on the second portion; a display controlling step of performing control of displaying physical information that constitutes a layout corresponding to the selected portion on the selected printed circuit board when the moving operation of moving the selected portion is detected by the moving operation detecting step; and a moving step of moving, on the second portion, a selected circuit part of the selected printed circuit board from the selected printed circuit board to another printed circuit board, in accordance with a user operation, wherein in case of movement of a selected circuit part from the selected printed circuit board to another printed circuit board, display of the interconnections on the second portion of the display screen is newly performed.
A method performed by a terminal (2301, 2501) which is capable of connecting to evolved packet core, EPC, and 5G core, 5GC, in a wireless communication system, the method comprising: receiving (2305, 2505), from a base station (2302, 2503), system information block, SIB, including information on a core network associated with a cell on which the SIB is received, a public land mobile network, PLMN, list and RAT information, wherein the core network is 5GC, and wherein the information on the core network includes a core network type; performing a measurement of a synchronization signal block, SSB, based on measurement configuration information received from the base station; generating a measurement report message for reporting a measurement result, the measurement report message including first information on a cell identifier of the cell, second information on the measurement result, and third information on the core network type; and transmitting, to the base station, the measurement report message. receiving (2305, 2505), from a base station (2302, 2503), system information block, SIB, including information on a core network associated with a cell on which the SIB is received, a public land mobile network, PLMN, list and RAT information, wherein the core network is 5GC, and wherein the information on the core network includes a core network type; performing a measurement of a synchronization signal block, SSB, based on measurement configuration information received from the base station; generating a measurement report message for reporting a measurement result, the measurement report message including first information on a cell identifier of the cell, second information on the measurement result, and third information on the core network type; and transmitting, to the base station, the measurement report message.
A design to connect float modules to each other and/or into an assembly and/or to a superstructure, for creating pontoons constructed of concrete float modules, where a prismatic float module includes at least a monolithic upper plate, side walls and/or a frame unit arranged along the edges of the float module, said float modules are fixed to each other by means of longitudinal tension units led through said float modules in boreholes created for said tension units in the upper plate of the float module at least at the edges of the upper plate of the prismatic float module, intersecting the prismatic float module and running parallel with the edges, axes of the boreholes oriented in different directions meet in the corners of the float module, and directional recesses are created around the exit holes of the boreholes, into which resilient directional spacers are inserted between the float modules, said directional spacers comprising boreholes for letting through the relevant tension units, wherein boreholes for the tension units are equally created in the upper plate, the side walls or frame unit of the float module, axes of the boreholes oriented in different directions meet in the corners of the float module and are skew, the surroundings of the boreholes at each corners of the float module are equipped with rigid corner elements also covering the edges of the float module, the impact resistance and compressive strength of the material of the corner elements exceed those of the material of the float module, the boreholes of the corner elements are created for the exit holes of the boreholes, the directional recesses having the shape of a truncated cone tapering inwards are sunk into the corner elements, and the envelope of the directional spacers has the same shape as that of the directional recess, two truncated cones with their bases facing each other.