mhurhangee/ep-ind-claims huggingface dataset:
A vehicular airbag device comprising an airbag (5, 7, 105, 107) which opens an airbag door openably sealing an opening (4, 104) formed on an instrument panel (2, 102), which deploys and expands rearward in a vehicle longitudinal direction from the opening (4, 104) toward an occupant (1, 101) sitting on a front seat of a vehicle, and which catches the occupant (1, 101) while being supported by the instrument panel (2, 102), wherein an outer shape of the airbag (5, 7, 105, 107) when fully deployed and expanded is line-symmetrical with respect to a center line (#X-X, X-X) of the opening in a vehicle left-right width direction and has a size which protrudes in the vehicle width direction from a reference longitudinal direction vertical plane which passes in the vehicle longitudinal direction through a shoulder of the occupant (1b, 101b) sitting on the front seat, and a protrusion dimension (#PC, PC) of the airbag (5, 7, 105, 107) in the vehicle width direction at a center position of the opening (4, 104) in the vehicle longitudinal direction is greater than a protrusion dimension (#PB, PB) in the vehicle width direction at a rear edge position (2b, 102b) of the instrument panel (2, 102) which is more rearward in the vehicle longitudinal direction than the center position of the opening (4, 104) in the vehicle longitudinal direction, characterized in that a width dimension (#WC, WC) of the airbag (5, 7, 105, 107) in the vehicle width direction is greatest at the center position of the opening (4, 104).
Method for the production of flat metal products, in particular coils of strip, in endless and/or semi-endless mode, in which a metal product is continuously fed to a rolling mill consisting overall of at least 4 stands, in which the rolling stands are, in sequence, roughing stands (18a, 18b, 18c), and finishing stands (21a, 21b, 21c, 21d, 21e), wherein it is provided to perform a flying gauge change, namely a change of thickness without interrupting the rolling process, of the metal product exiting from the rolling mill, characterized in that at least the rotation speed of the rollers of the first stand of the rolling mill and their gap are not modified during the flying gauge change of the strip.
A method for classifying traffic in a communication network, wherein said method comprises the steps of: • capturing IP packets from said communication network; • profiling said captured packets by assigning one vector to each of said captured packets according to a set of determined characteristics; • calculating a set of classification values for each of said profiled packets according to its IP header information and header information of a protocol encapsulated in the captured IP packets; characterised in that the method further comprises the step of: • rewriting said captured packets' headers, including said calculated classification values on an IP header; and in that the assigned vector is a tri-dimensional vector ( C 1, C 2, C 3) where: • C 1 is the encapsulated protocol of said captured packet, as read from the IP header; • C 2 is a vector that comprises information of the IP header data of said captured packet; • C 3 is a vector that comprises information of the header data of the encapsulated protocol of said captured packet, whose dimension depends on C1 coordinate content. • capturing IP packets from said communication network; • profiling said captured packets by assigning one vector to each of said captured packets according to a set of determined characteristics; • calculating a set of classification values for each of said profiled packets according to its IP header information and header information of a protocol encapsulated in the captured IP packets; • rewriting said captured packets' headers, including said calculated classification values on an IP header; • C 1 is the encapsulated protocol of said captured packet, as read from the IP header; • C 2 is a vector that comprises information of the IP header data of said captured packet; • C 3 is a vector that comprises information of the header data of the encapsulated protocol of said captured packet, whose dimension depends on C1 coordinate content.
A living body information measuring apparatus including: a light irradiating portion for irradiating light to a subject; means for detecting light diffused, transmitted or reflected in the subject; means for acquiring information with regard to a tissue condition of the subject based on a detecting signal of the light; and means for detecting a temperature of the subject; and means for determining an acceptability of the detected temperature, characterised in that the apparatus further comprises irradiation intensity determining means configured to determine an acceptability of the irradiating intensity of the light by determining a variation in the level of the detected signal of the light, comparing this variation with a predetermined range and determining that the irradiation intensity is acceptable when the variation in the level falls within the predetermined range. a light irradiating portion for irradiating light to a subject; means for detecting light diffused, transmitted or reflected in the subject; means for acquiring information with regard to a tissue condition of the subject based on a detecting signal of the light; and means for detecting a temperature of the subject; and means for determining an acceptability of the detected temperature,
A dual-band antenna, comprising a first antenna arranged on a first printed circuit board, PCB, a second antenna arranged on a second PCB, and a reflection panel, wherein an operating frequency band of the first antenna is a first frequency band, an operating frequency band of the second antenna is a second frequency band, and the first frequency band is higher than the second frequency band; the second PCB is disposed between the first PCB and the reflection panel; the first PCB, the second PCB, and the reflection panel are parallel to each other and characterized in that the reflection panel comprises an artificial magnetic conductor, wherein a resonant frequency band of the artificial magnetic conductor comprises the second frequency band, and the first frequency band is outside the resonant frequency band.
An air cycle machine comprising: a housing configured to enable airflow therethrough; a fan disposed within the housing and configured to rotate within the housing; and at least one aperture formed in the housing and configured to allow airflow through the at least one aperture from a cooling airflow path of an air cycle machine and into the housing, wherein the at least one aperture (218, 518) is configured to optimally direct airflow passing therethrough toward the fan; characterized in that the housing includes a removable ring, wherein the apertures are formed in the removable ring. a housing configured to enable airflow therethrough; a fan disposed within the housing and configured to rotate within the housing; and at least one aperture formed in the housing and configured to allow airflow through the at least one aperture from a cooling airflow path of an air cycle machine and into the housing, wherein the at least one aperture (218, 518) is configured to optimally direct airflow passing therethrough toward the fan; characterized in that the housing includes a removable ring, wherein the apertures are formed in the removable ring.
A composition comprising nanoparticles of a noble metal functionalised with at least one type of metal complex and surfactant, wherein each nanoparticle has a loading of at least 500, wherein said metal complex is luminescent, radioactive or MRI active and wherein the surfactant is a fluorinated polyether.
A computer-implemented method of deriving a periodic motion signal from imaging data for continuous bed motion acquisition, the method comprising: acquiring a time series of three dimensional image volumes; estimating a first motion signal through a measurement of distribution of each three dimensional image volumes, wherein the first motion signal can be used to determine an absolute motion direction of a patient; dividing the time-series of three dimensional image volumes into a plurality of axial sections overlapping each other by a predetermined amount, wherein each axial section has a predetermined length; performing a spectral analysis on each axial section to locate a plurality of three dimensional image volumes which are subject to a periodic motion; performing a phase optimization on each axial section to obtain a three dimensional mask; estimating a second motion signal through the three dimensional mask and the time-series of three dimensional image volumes, wherein the second motion signal has a consistent relationship between a polarity of a periodic motion signal gradient and a direction of the periodic motion; and estimating a final motion signal based on the first motion signal and the second motion signal, wherein an absolute motion direction of the final motion signal is obtained from the first motion signal and the consistent relationship between the polarity of the motion signal gradient and the direction of the periodic motion is obtained from the second motion signal. acquiring a time series of three dimensional image volumes; estimating a first motion signal through a measurement of distribution of each three dimensional image volumes, wherein the first motion signal can be used to determine an absolute motion direction of a patient; dividing the time-series of three dimensional image volumes into a plurality of axial sections overlapping each other by a predetermined amount, wherein each axial section has a predetermined length; performing a spectral analysis on each axial section to locate a plurality of three dimensional image volumes which are subject to a periodic motion; performing a phase optimization on each axial section to obtain a three dimensional mask; estimating a second motion signal through the three dimensional mask and the time-series of three dimensional image volumes, wherein the second motion signal has a consistent relationship between a polarity of a periodic motion signal gradient and a direction of the periodic motion; and estimating a final motion signal based on the first motion signal and the second motion signal, wherein an absolute motion direction of the final motion signal is obtained from the first motion signal and the consistent relationship between the polarity of the motion signal gradient and the direction of the periodic motion is obtained from the second motion signal.
A method of controlling radio transmission in a wireless communication network, the method comprising: a radio device (100, 101; 800; 1100; 1200) receiving a radio transmission on a carrier frequency; and while receiving the radio transmission, the radio device (100, 101; 800; 1100; 1200) transmitting an indication that the carrier frequency is currently in use by the radio transmission to the radio device (100, 101; 800; 1100; 1200), characterised by Z the indication further Z indicating Z radio resources which are available for a radio transmission to the radio device (100, 101; 800; 1100; 1200). a radio device (100, 101; 800; 1100; 1200) receiving a radio transmission on a carrier frequency; and while receiving the radio transmission, the radio device (100, 101; 800; 1100; 1200) transmitting an indication that the carrier frequency is currently in use by the radio transmission to the radio device (100, 101; 800; 1100; 1200), characterised by Z the indication further Z indicating Z radio resources which are available for a radio transmission to the radio device (100, 101; 800; 1100; 1200).
A tubing holding device used in a pump comprising a rigid walled cavity for slidably receiving the tubing holding device, the tubing holding device comprising: a first arm; and a second arm, wherein the first and second arms each define a portion of a lumen configured to fixedly capture tubing, at least one of the first and second arms is moveable relative to the other arm to allow the lumen to be opened to load tubing into or remove tubing from the lumen, and closed to fixedly capture tubing in the lumen; and characterised in that the first and second arms are sized and shaped and have an outer surface to allow the tubing holding device to be slid into the rigid walled cavity of the pump, with the first and second arms closed, causing the tubing holding device to be maintained in a closed position when fully within the rigid walled cavity of the pump; the tube holding device also comprising a tab that is sized and shaped to slidably move along the rigid wall cavity in a slot and to engage a stop of the rigid walled cavity to prevent removal of the tubing holding device, thereby maintaining partial engagement in the rigid walled cavity. a first arm; and a second arm, wherein the first and second arms each define a portion of a lumen configured to fixedly capture tubing, at least one of the first and second arms is moveable relative to the other arm to allow the lumen to be opened to load tubing into or remove tubing from the lumen, and closed to fixedly capture tubing in the lumen; and characterised in that the first and second arms are sized and shaped and have an outer surface to allow the tubing holding device to be slid into the rigid walled cavity of the pump, with the first and second arms closed, causing the tubing holding device to be maintained in a closed position when fully within the rigid walled cavity of the pump; the tube holding device also comprising a tab that is sized and shaped to slidably move along the rigid wall cavity in a slot and to engage a stop of the rigid walled cavity to prevent removal of the tubing holding device, thereby maintaining partial engagement in the rigid walled cavity.
A binder composition for use in the formation of fibrous insulation and non-woven mats, the binder composition comprising: water; a metal salt; and a polyol; wherein the metal salt and the polyol are present in a weight ratio of 1:20 to 1:1, wherein the metal salt is selected from the group consisting of boron, aluminum, gallium, indium, tin, iron, zinc, titanium, bismuth, zirconium, and combinations thereof, and wherein the polyol is polyvinyl alcohol. water; a metal salt; and a polyol;
A method for producing reduced pyrroloquinoline quinone, comprising a step of mixing an aqueous solution of pyrroloquinoline quinone or a salt thereof having a pH adjusted to 4 or less with an ascorbic acid analog to obtain a solution having a pH of 3.5 or less comprising reduced pyrroloquinoline quinone, wherein the ascorbic acid analog is selected from the group consisting of ascorbic acid, rhamno-ascorbic acid, arabo-ascorbic acid, gluco-ascorbic acid, fuco-ascorbic acid, glucohepto-ascorbic acid, xylo-ascorbic acid, galacto-ascorbic acid, gulo-ascorbic acid, allo-ascorbic acid, erythro-ascorbic acid, 6-desoxyascorbic acid, and an ester and a salt thereof.
A clamping collar comprising a belt carrying first and second tightening lugs (12, 14; 14'), a threaded tightening rod, first and second nuts (18, 20; 20') that co-operate respectively with the first lug and with the second lug and are suitable for co-operating respectively by screw engagement with the tightening rod so as to bring the lugs towards each other in such a manner as to tighten the collar; said clamping collar being characterized in that the second nut is retained so that it is prevented from moving in rotation relative to the second lug and in that the tightening rod has first and second threads (17A, 17B) of the same direction that co-operate respectively with the first nut and with the second nut (18, 20; 20') in such a manner that driving the first nut in its screwing direction successively causes said first nut to be screwed onto the first thread, the first nut to be stopped at the end of the first thread and the tightening rod to be driven, thereby screwing said tightening rod into the second nut (20, 20').
A method of producing a principal image of a target using a plurality of special boundary markers (36, 37, 38, 39), the plurality of special boundary markers (36, 37, 38, 39) forming a predetermined shape and being located on the boundary of the target, an image capture device capturing the image of the target with the plurality of special boundary markers (36,37,38, 39), the method comprising: based on the captured image, calculating the smallest predetermined shape that encloses the images of all of the special boundary markers (36, 37, 38, 39); building a geometric transform to map the locations of the images of all of the plurality of special boundary markers (36, 37, 38, 39) in the captured image to corresponding locations on the smallest predetermined shape; and processing the captured image to obtain the principal image of the target, including transforming the captured image based on the geometric transform. based on the captured image, calculating the smallest predetermined shape that encloses the images of all of the special boundary markers (36, 37, 38, 39); building a geometric transform to map the locations of the images of all of the plurality of special boundary markers (36, 37, 38, 39) in the captured image to corresponding locations on the smallest predetermined shape; and processing the captured image to obtain the principal image of the target, including transforming the captured image based on the geometric transform.
A laser processing method comprising: a laser light converging step of converging a laser light at a sheet-like object to be processed made of silicon so as to form a modified region (7, 71, 72, 73) within the object; and an etching step of anisotropically etching the object so as to thin the object to a target thickness and advancing the etching selectively along the modified region (7, 71, 72, 73) so as to form the object with a through hole tilted with respect to a thickness direction of the object after the laser light converging step; characterized in that the laser light converging step forms a first modified region as the modified region in a part corresponding to the through hole in the object and a second modified region (71, 73) as the modified region extending parallel to the thickness direction and joining with the first modified region in a part to be removed upon thinning by the anisotropic etching in the object; and wherein the etching step advances the etching selectively along the second modified region (71, 73) and then along the first modified region while thinning the object and completes forming the through hole when the object is at the target thickness. a laser light converging step of converging a laser light at a sheet-like object to be processed made of silicon so as to form a modified region (7, 71, 72, 73) within the object; and an etching step of anisotropically etching the object so as to thin the object to a target thickness and advancing the etching selectively along the modified region (7, 71, 72, 73) so as to form the object with a through hole tilted with respect to a thickness direction of the object after the laser light converging step; characterized in that the laser light converging step forms a first modified region as the modified region in a part corresponding to the through hole in the object and a second modified region (71, 73) as the modified region extending parallel to the thickness direction and joining with the first modified region in a part to be removed upon thinning by the anisotropic etching in the object; and wherein the etching step advances the etching selectively along the second modified region (71, 73) and then along the first modified region while thinning the object and completes forming the through hole when the object is at the target thickness.
An optical device (201, 301) for modifying a light distribution pattern of a light source radiating first light beams to a first geometric quarter-space (203, 303) and second light beams to a second geometric quarter-space (204, 304), the first and second geometric quarter-spaces being defined by mutually perpendicular first and second geometric planes (205, 206, 305, 306) so that the first geometric plane (205, 305) constitutes a boundary between the first and second geometric quarter-spaces, the optical device comprising: - a lens-section (207, 307) for acting as a lens for modifying a light distribution pattern of the first light beams, and - a reflector surface (208, 308) for reflecting at least a part of the second light beams from the second geometric quarter-space to the first geometric quarter-space so that arrival angles of the at least part of the second light beams with respect to geometric normal lines of the reflector surface are greater than a critical angle of total reflection when the at least part of the second light beams arrive, from inside transparent material of the optical device, at the reflector surface, wherein the reflector surface is shaped so that each geometric section curve between the reflector surface and a geometric plane parallel with the second geometric plane is wedge-shaped and has an apex pointing towards the first geometric quarter-space, characterized in that the reflector surface comprises one or more areas where projections (α p, α p2) of the arrival angles on a geometric projection plane perpendicular to the first and second geometric planes are less than the critical angle, wherein each of the projections of the arrival angles is an angle between a projection of a corresponding one of the second light beams and a projection (221, 322) of a corresponding one of the geometric normal lines of the reflector surface on the geometric projection plane. - a lens-section (207, 307) for acting as a lens for modifying a light distribution pattern of the first light beams, and - a reflector surface (208, 308) for reflecting at least a part of the second light beams from the second geometric quarter-space to the first geometric quarter-space so that arrival angles of the at least part of the second light beams with respect to geometric normal lines of the reflector surface are greater than a critical angle of total reflection when the at least part of the second light beams arrive, from inside transparent material of the optical device, at the reflector surface,
A motor driver for driving a rotor of a single coil motor in a clockwise or counterclockwise rotation direction with respect to a stator of the single coil motor, the motor driver being adapted for generating a position signal which is representative for the angular position of the rotor with respect to the stator, and comprising a controller which comprises a direction input to define the rotation direction of the rotor, and which is adapted for generating a driving signal for rotating the rotor in the defined rotation direction, wherein the driving signal is based on the position signal and is based on a signal which is indicative for an electrical lead angle wherein the signal indicative for the electrical lead angle is set such that the total lead angle, which is the sum of the lead angle of the position signal and the electrical lead angle, is positive for both rotation directions of the rotor characterized in that at least one signal which is indicative for the electrical lead angle is predefined for each rotation direction.
A roll for carrying along sheets of glass, comprising a metal rod preformed in a curved profile lengthwise and a flexible sheath that is able to rotate about the rod, said sheath comprising a first envelope made of a polymer material and a second envelope made of a flexible metal material disposed around the first envelope, the first and the second envelope rotating together as one.