mhurhangee/ep-ind-claims huggingface dataset:
A member of an aircraft, comprising a composite sandwich panel including at least one cellular core comprised between an inner skin and an outer skin, each skin being made of composite material from a plurality of resin-treated fiber plies (5, 6, 7, 8), characterized in that a portion of the plies of the inner skin and/or the outer skin each extend at least partially through the core, at an interrupted area of said core, so as to form together at least one through-reinforcement extending from the inner skin to the outer skin of the composite sandwich panel, the panel having a curved section, the through-reinforcement being located in the curved section, substantially in the middle thereof, the through-reinforcement being made perpendicularly to the curvature of the panel, the cellular core being interrupted in the curved section at said reinforcement so that the reinforcement extends through the sandwich panel.
A buckle device for a seat belt, characterized by comprising: an anchor plate that can be attached to a vehicle body side; a buckle to which a tongue of said seat belt can be attached detachably; and an overlapping part that is formed by passing a woven fabric through hole portions (14,26) formed respectively in said anchor plate and said buckle and then folding said woven fabric back so as to overlap at least triply, and sewing said woven fabric in said at least triply overlapped part, wherein respective edge portions of said woven fabric are doubled back on an inner side toward a width direction intermediate portion in said respective hole portions (14,26) of said anchor plate and said buckle in order to increase a section modulus, and said woven fabric is sewn up to positions in the vicinity of said folded back parts of said overlapping part, obtaining a sufficient rigidity for securing a self-standing property of the buckle, characterized in that said overlapping part of said woven fabric is formed with an arch-shaped cross-section, and a periphery of said overlapping part of said woven fabric is covered by a resin member. an anchor plate that can be attached to a vehicle body side; a buckle to which a tongue of said seat belt can be attached detachably; and an overlapping part that is formed by passing a woven fabric through hole portions (14,26) formed respectively in said anchor plate and said buckle and then folding said woven fabric back so as to overlap at least triply, and sewing said woven fabric in said at least triply overlapped part, wherein respective edge portions of said woven fabric are doubled back on an inner side toward a width direction intermediate portion in said respective hole portions (14,26) of said anchor plate and said buckle in order to increase a section modulus, and said woven fabric is sewn up to positions in the vicinity of said folded back parts of said overlapping part, obtaining a sufficient rigidity for securing a self-standing property of the buckle, characterized in that said overlapping part of said woven fabric is formed with an arch-shaped cross-section, and a periphery of said overlapping part of said woven fabric is covered by a resin member.
A pellet press for pressing pellets starting from a press material, having a rotating ring die comprising substantially radial through holes and forming a press space in the interior thereof into which the press material can be fed, pressing means for pressing the press material through the through holes for forming the pellet, and at least one cutting device having a contact area for a pellet protruding past the ring die in the radial direction thereof, said cutting device being mounted on a stationary part of the housing of the pellet press such that the contact area is disposed in the radially outer region of the rotationally supported ring die at a radial distance from the same, the contact area extending in the circumferential direction of the ring die from a front azimuth angle to a greater rear azimuth angle relative to an intended direction of rotation of the ring die, the distance to the ring die being variable as a function of the azimuth angle (16, 17, 19), characterized in that the cutting device is a cutting plate, wherein the distance of the cutting plate is at a minimum for a given minimum azimuth angle and decreases monotonically in a range from the front azimuth angle to the minimum azimuth angle, so that the pellets are compressed due to the shaping of the cutting plate and the mounting thereof relative to the ring die in the segment from the front azimuth angle to the minimum azimuth angle, until said pellets break off at the point of the minimum azimuth angle at the breaking edge in the region of the ring die.
An articulating medical tool comprising: a proximal link system including a pair of proximal articulating links (122b, 124b, 126b); a distal link system including a pair of distal articulating links (122a, 124a, 126a); a first set of actuating elements coupled to a first one of the pair of proximal articulating links and to a first one of the pair of distal articulating links; and a second set of actuating elements coupled to a second one of the pair of proximal articulating links and to a second one of the pair of distal articulating links, wherein the articulating links are configured so that an actuating force applied to at least one of the first set and second set of actuating elements causes a first bend angle to form between the proximal articulating links and causes a second bend angle to form between the pair of distal articulating links, wherein the first and second bend angles are different, and wherein the first set of actuating elements are radially spaced and wherein a central axis extends through the proximal and distal link systems and the radially spaced actuating elements of the first set extend a first radial distance from the central axis where coupled to the first one of the pair of proximal articulating links and extend a second radial distance from the central axis where coupled to the first one of the pair of distal articulating links, wherein the first radial distance varies from the second radial distance. a proximal link system including a pair of proximal articulating links (122b, 124b, 126b); a distal link system including a pair of distal articulating links (122a, 124a, 126a); a first set of actuating elements coupled to a first one of the pair of proximal articulating links and to a first one of the pair of distal articulating links; and a second set of actuating elements coupled to a second one of the pair of proximal articulating links and to a second one of the pair of distal articulating links, wherein the articulating links are configured so that an actuating force applied to at least one of the first set and second set of actuating elements causes a first bend angle to form between the proximal articulating links and causes a second bend angle to form between the pair of distal articulating links, wherein the first and second bend angles are different, and wherein the first set of actuating elements are radially spaced and wherein a central axis extends through the proximal and distal link systems and the radially spaced actuating elements of the first set extend a first radial distance from the central axis where coupled to the first one of the pair of proximal articulating links and extend a second radial distance from the central axis where coupled to the first one of the pair of distal articulating links, wherein the first radial distance varies from the second radial distance.
A pixel cell comprising: a photodiode (27, 172): a floating diffusion node (28, 54); a transfer gate that couples said photodiode to said floating diffusion node in response to a first gate signal; an output stage that generates a signal related to a charge on said floating diffusion node; characterised in the pixel cell further comprising a shielding gate between said transfer gate and said floating diffusion node, wherein said shielding gate, being held at a constant potential, shields said floating diffusion node from the electric field created when the transfer gate is turned on and off. a photodiode (27, 172): a floating diffusion node (28, 54); a transfer gate that couples said photodiode to said floating diffusion node in response to a first gate signal; an output stage that generates a signal related to a charge on said floating diffusion node; characterised in the pixel cell further comprising a shielding gate between said transfer gate and said floating diffusion node, wherein said shielding gate, being held at a constant potential, shields said floating diffusion node from the electric field created when the transfer gate is turned on and off.
A polymer composition comprising a polyolefin, peroxide and a phenolic sulphur containing antioxidant, wherein said peroxide is present in an amount which corresponds to X mmol -O-O-/kg polymer composition and said phenolic sulphur containing antioxidant is present in an amount which corresponds to Y mmol -OH /kg polymer composition, wherein Y 1 ≤ Y ≤ Y 2, X ≤ 45 and 0.9 * Y + m ≤ X ≤ n − k * Y, wherein Y 1 is 0.50 and Y 2 is 10, and m is 0.8, n is 70 and k is 4.7; and wherein said polymer composition has a melt flow rate (MFR 2) of less than 1.7g /10 min (ISO 1133), and said polymer composition comprises less than 0.05 % by weight (wt%) 2,4-Diphenyl-4-methyl-1-pentene. Y 1 is 0.50 and Y 2 is 10, and m is 0.8, n is 70 and k is 4.7; and wherein said polymer composition has a melt flow rate (MFR 2) of less than 1.7g /10 min (ISO 1133), and said polymer composition comprises less than 0.05 % by weight (wt%) 2,4-Diphenyl-4-methyl-1-pentene.
Method for evaluating operating gestures on a touch-sensitive input surface for controlling a display element designed for selecting an object on a display unit associated with the input surface, comprising the following steps: - ascertaining the characteristic data associated with an operating gesture in the time period from a time t1 to a time tend, t1 being < tend, - continuously determining control signals having displacement vectors from the input positions of POS to POS(tend) included in the characteristic data for controlling the display element on the display unit - parallel to continuously determining control signals having displacement vectors, evaluating the characteristic data associated with the operating gesture and classifying the gesture with respect to a degree of error by means of a pretrained algorithm, - if the degree of error is below a prespecified threshold value, the control inputs comprising displacement vectors determined from input positions being continuously transmitted to the display unit characterized in that if the degree of error in a time period from t2 to t3, where t1 <t2<t3≤tend, is above the prespecified threshold value, the transmission of the control signals determined in the time period from t2 to t3 is suspended. - ascertaining the characteristic data associated with an operating gesture in the time period from a time t1 to a time tend, t1 being < tend, - continuously determining control signals having displacement vectors from the input positions of POS to POS(tend) included in the characteristic data for controlling the display element on the display unit - parallel to continuously determining control signals having displacement vectors, evaluating the characteristic data associated with the operating gesture and classifying the gesture with respect to a degree of error by means of a pretrained algorithm, - if the degree of error is below a prespecified threshold value, the control inputs comprising displacement vectors determined from input positions being continuously transmitted to the display unit
A hinged frame of a video system intended to be disposed in an operating room, said frame comprising: - a base including displacement means for displacing said frame, - a mast attached to said base and extending along a vertical main direction, - a hinged device integral with said mast and of which the end opposite said mast is movable in three dimensions, said end being intended to support a display screen, said device having a first span, and - a hinged arm integral with said mast and of which the end opposite said mast is movable in three dimensions, said end being intended to support and image forming device, said arm having a second span strictly greater than said first span and including at least two tubular elements (39; 40; 140), said tubular elements receiving electrical cables intended to be connected to the image forming device, said tubular elements being suitable for pivoting around vertical (A2; A3) and horizontal (A4; A5) axes, and characterized in that the hinged arm also includes a handle and a support arranged, via an orientation device (41; 141), at the movable end of the tubular element (40; 140) opposite the mast so as to orient the image forming device, said tubular element where said handle and said support are arranged having a length strictly smaller than the length of the other tubular element of said hinged arm, so as to allow a user to pivot the camera 360° without encountering an obstacle while maintaining good sterile conditions. - a base including displacement means for displacing said frame, - a mast attached to said base and extending along a vertical main direction, - a hinged device integral with said mast and of which the end opposite said mast is movable in three dimensions, said end being intended to support a display screen, said device having a first span, and - a hinged arm integral with said mast and of which the end opposite said mast is movable in three dimensions, said end being intended to support and image forming device, said arm having a second span strictly greater than said first span and including at least two tubular elements (39; 40; 140), said tubular elements receiving electrical cables intended to be connected to the image forming device, said tubular elements being suitable for pivoting around vertical (A2; A3) and horizontal (A4; A5) axes, and
A headset comprising • a speaker for outputting a remote signal transferred to a user, and • an output reducing system for use at an end of a telephone system and having input terminals R+ and R- receiving an input audio signal from the telephone system, where in connection with the speaker, a compressor system is provided for reducing the output signal level to the speaker, the compressor system comprising a) an electronically adjustable shunt resistance in the form of a MOS-FET transistor mounted in parallel with the speaker; b) a fall resistance mounted in series with the speaker; and c) a rectifier and peak detection circuit for simultaneously detecting an input signal, rectifying it and transmitting the peak level to a gate terminal on the MOS-FET transistor, wherein the shunt resistance is mounted after the fall resistance, CHARACTERIZED IN THAT the input signal to the rectifier and peak detection circuit is the input audio signal. • a speaker for outputting a remote signal transferred to a user, and • an output reducing system for use at an end of a telephone system and having input terminals R+ and R- receiving an input audio signal from the telephone system, a) an electronically adjustable shunt resistance in the form of a MOS-FET transistor mounted in parallel with the speaker; b) a fall resistance mounted in series with the speaker; and c) a rectifier and peak detection circuit for simultaneously detecting an input signal, rectifying it and transmitting the peak level to a gate terminal on the MOS-FET transistor,
Method for actuating a parking brake which comprises an electromechanical braking device having an electric brake motor, characterized in that, in the case of a fault in the release process in which the clamping force generated by the electromechanical braking device is reduced, the electromechanical braking device is re-applied to generate a clamping force again.
An audio accessory, comprising: an accessory housing having an electro-mechanical, non-cable interface for coupling the accessory housing to a radio; a battery; an accessory loudspeaker; audio circuitry; a switch; and the accessory housing providing first and second modes of operation: the first mode of operation being configured as a stand-alone mode to generate an emergency alert audio tone via the accessory loudspeaker in response to the switch being enabled; and the second mode of operation being configured to provide boosted audio via the accessory loudspeaker when the accessory housing is coupled to the radio. an accessory housing having an electro-mechanical, non-cable interface for coupling the accessory housing to a radio; a battery; an accessory loudspeaker; audio circuitry; a switch; and the accessory housing providing first and second modes of operation: the first mode of operation being configured as a stand-alone mode to generate an emergency alert audio tone via the accessory loudspeaker in response to the switch being enabled; and the second mode of operation being configured to provide boosted audio via the accessory loudspeaker when the accessory housing is coupled to the radio.
An imaging apparatus, comprising: an imaging element for a color; an A/D converter configured to convert an analog signal for each color, which is output by the imaging element, into a digital signal to generate raw data; a transmission processor configured to generate an IP packet storing the raw data generated by the A/D converter; a network interface configured to transmit the generated IP packet to a server configured to perform development processing of the raw data, through a network; a buffer configured to buffer the raw data generated by the A/D converter; a busy information acquisition unit configured to acquire busy information indicating a busy state of the server, which is transmitted from the server; and a controller configured to change, on the basis of the detected busy information, an output rate of the buffer. an imaging element for a color; an A/D converter configured to convert an analog signal for each color, which is output by the imaging element, into a digital signal to generate raw data; a transmission processor configured to generate an IP packet storing the raw data generated by the A/D converter; a network interface configured to transmit the generated IP packet to a server configured to perform development processing of the raw data, through a network; a buffer configured to buffer the raw data generated by the A/D converter; a busy information acquisition unit configured to acquire busy information indicating a busy state of the server, which is transmitted from the server; and a controller configured to change, on the basis of the detected busy information, an output rate of the buffer.
A display device comprising: a display panel including data lines; at least one source driver IC (SIC#1 to SIC#8) configured to produce a data voltage corresponding to input image data and supply the data voltage to the data lines; a differential signaling driver configured to produce a differential signal using a variable current; first and second signal lines configured to maintain a loop current in response to a signal output by the differential signaling driver, wherein the source driver IC (SIC#1 to SIC#8) comprises a receiving unit configured to receive the differential signal through the first and second signal lines as image data; wherein the differential signaling driver includes a current controller adapted to divide the image data into unit data of a predetermined number of bits and reduce the variable current as a loop current when a further predetermined number of upper bits is the same in all the unit data, characterized in that:the current controller is adapted to divide the image data into unit data of 8 bits and to reduce the variable current when unit data has the same six or more bits upper bits while ignoring image data belonging to two lower bits. a display panel including data lines; at least one source driver IC (SIC#1 to SIC#8) configured to produce a data voltage corresponding to input image data and supply the data voltage to the data lines; a differential signaling driver configured to produce a differential signal using a variable current; first and second signal lines configured to maintain a loop current in response to a signal output by the differential signaling driver, wherein the source driver IC (SIC#1 to SIC#8) comprises a receiving unit configured to receive the differential signal through the first and second signal lines as image data; wherein the differential signaling driver includes a current controller adapted to divide the image data into unit data of a predetermined number of bits and reduce the variable current as a loop current when a further predetermined number of upper bits is the same in all the unit data, characterized in that:the current controller is adapted to divide the image data into unit data of 8 bits and to reduce the variable current when unit data has the same six or more bits upper bits while ignoring image data belonging to two lower bits.
A floating connector comprising: a fixed housing; a movable housing; a plurality of contacts disposed across the fixed housing and the movable housing, both ends of each of the contacts being fixed to the fixed housing and to the movable housing respectively; and a movement restriction member that restricts movement of the movable housing in a removal direction from the fixed housing, wherein the movable housing is movable in a pitch direction of the plurality of contacts in relation to the fixed housing, the movement restriction member includes two fixed parts to be fixed to the fixed housing, and an elastic deformation part opposed to the movable housing in the pitch direction and elastically deformable in the pitch direction; characterized in that: the elastic deformation part connects the two fixed parts, the elastic deformation part being supported by the two fixed parts and being opposed to the movable housing in a direction parallel to the removal direction. a fixed housing; a movable housing; a plurality of contacts disposed across the fixed housing and the movable housing, both ends of each of the contacts being fixed to the fixed housing and to the movable housing respectively; and a movement restriction member that restricts movement of the movable housing in a removal direction from the fixed housing, wherein the movable housing is movable in a pitch direction of the plurality of contacts in relation to the fixed housing, the movement restriction member includes two fixed parts to be fixed to the fixed housing, and an elastic deformation part opposed to the movable housing in the pitch direction and elastically deformable in the pitch direction; characterized in that: the elastic deformation part connects the two fixed parts, the elastic deformation part being supported by the two fixed parts and being opposed to the movable housing in a direction parallel to the removal direction.