mhurhangee/ep-ind-claims huggingface dataset:
An encoder apparatus (10, 50, 110) comprising: a temporal noise shaping, TNS, tool for performing linear prediction, LP, filtering (S33, S35, S36) on an audio signal including a plurality of frames; and a controller configured to control the TNS tool so that the TNS tool performs LP filtering with: a first filter whose impulse response has a higher energy; and a second filter whose impulse response has a lower energy than the impulse response of the first filter, wherein the second filter is not an identity filter, wherein the controller is configured to choose between filtering with the first filter and filtering with the second filter on the basis of a frame metrics, characterized in that the controller is further configured to: modify the first filter so as to obtain the second filter in which the filter's impulse response energy is reduced. a temporal noise shaping, TNS, tool for performing linear prediction, LP, filtering (S33, S35, S36) on an audio signal including a plurality of frames; and a controller configured to control the TNS tool so that the TNS tool performs LP filtering with: a first filter whose impulse response has a higher energy; and a second filter whose impulse response has a lower energy than the impulse response of the first filter, wherein the second filter is not an identity filter, a first filter whose impulse response has a higher energy; and a second filter whose impulse response has a lower energy than the impulse response of the first filter, wherein the second filter is not an identity filter, wherein the controller is configured to choose between filtering with the first filter and filtering with the second filter on the basis of a frame metrics,
A sensor mounting system to be mounted onto a vehicle sensor mounting bracket provided on an inside surface of a vehicle windshield, wherein the vehicle sensor mounting bracket comprises at least one bracket having a backside thereof defining a contact surface, the sensor mounting system comprising: a sensing device configured for being mounted onto the vehicle sensor mounting bracket by sliding from a sensing device delivery position to a sensing device mounted position, wherein the sensing device comprises first sensing device locking means arranged towards a first extremity of the sensing device; and a cover for covering the sensing device, the cover comprising first cover locking means arranged towards a first extremity of the cover; characterized in that the sensor mounting system is configured such that the first cover locking means and the first sensing device locking means realize at least one pivot point, whereby the cover is pivotable relative to the sensing device from a cover delivery position to a cover locked position; and in that the cover comprises at least one guiding surface arranged such that, when the sensing device is mounted onto the vehicle sensor mounting bracket in the sensing device delivery position with the cover in the cover delivery position, said at least one guiding surface contacts the vehicle sensor mounting bracket on a respective contact surface such that by pivoting the cover towards the cover locked position, said at least one guiding surface exerts a pressure on said corresponding contact surface causing sliding of the sensing device into the sensing device mounted position. a sensing device configured for being mounted onto the vehicle sensor mounting bracket by sliding from a sensing device delivery position to a sensing device mounted position, wherein the sensing device comprises first sensing device locking means arranged towards a first extremity of the sensing device; and a cover for covering the sensing device, the cover comprising first cover locking means arranged towards a first extremity of the cover; characterized in that the sensor mounting system is configured such that the first cover locking means and the first sensing device locking means realize at least one pivot point, whereby the cover is pivotable relative to the sensing device from a cover delivery position to a cover locked position; and in that the cover comprises at least one guiding surface arranged such that, when the sensing device is mounted onto the vehicle sensor mounting bracket in the sensing device delivery position with the cover in the cover delivery position, said at least one guiding surface contacts the vehicle sensor mounting bracket on a respective contact surface such that by pivoting the cover towards the cover locked position, said at least one guiding surface exerts a pressure on said corresponding contact surface causing sliding of the sensing device into the sensing device mounted position.
A driving force transmission device comprising: a motor configured to rotate around a rotor shaft; a dry clutch disposed at a position inner than the motor, and configured to connect or disconnect transmission of driving force; a housing provided to cover the motor and the dry clutch, and having an internal space in which a space on the rotor shaft side serves as a clutch chamber to house a friction element (71, 72) of the dry clutch and a space on an outer side of the clutch chamber serves as a motor chamber to house a rotor and a stator of the motor; a dust seal member disposed at a position radially outside of a clutch chamber open surface that is an outer peripheral boundary of the friction element, and configured to seal between the rotor and an inner wall of the housing; and a dust collection structure forming a dust collection space in a region radially between a seal surface formed by the dust seal member and the clutch chamber open surface, characterized in that the dust collection structure forms the dust collection space surrounded by an outer peripheral surface of the clutch cover, the dust seal member and the inner wall of the housing with the dust seal member disposed at a position radially outside the clutch cover to which the rotor is fixed. a motor configured to rotate around a rotor shaft; a dry clutch disposed at a position inner than the motor, and configured to connect or disconnect transmission of driving force; a housing provided to cover the motor and the dry clutch, and having an internal space in which a space on the rotor shaft side serves as a clutch chamber to house a friction element (71, 72) of the dry clutch and a space on an outer side of the clutch chamber serves as a motor chamber to house a rotor and a stator of the motor; a dust seal member disposed at a position radially outside of a clutch chamber open surface that is an outer peripheral boundary of the friction element, and configured to seal between the rotor and an inner wall of the housing; and a dust collection structure forming a dust collection space in a region radially between a seal surface formed by the dust seal member and the clutch chamber open surface, characterized in that the dust collection structure forms the dust collection space surrounded by an outer peripheral surface of the clutch cover, the dust seal member and the inner wall of the housing with the dust seal member disposed at a position radially outside the clutch cover to which the rotor is fixed.
A display apparatus for displaying a 3-D representation of an object, the display apparatus comprising: a rotatable structure; a motor configured to rotate the rotatable structure; a plurality of light field sub-displays disposed on the rotatable structure; a non-transitory memory configured to store a light field image to be displayed by the display apparatus, the light field image providing a plurality of different views of the object at different viewing directions; and a processor operably coupled to the non-transitory memory, the motor, and the light field sub-displays, the processor programmed with executable instructions to: drive the motor to rotate the rotatable structure about a rotation axis, the rotatable structure positioned at a rotation angle as a function of time, access the light field image, map the light field image to each of the plurality of light field sub-displays based at least in part on the rotation angle, and illuminate the plurality of light field sub-displays based at least in part on the mapped light field image, wherein the plurality of light field sub-displays are disposed along a single planar surface perpendicular to the rotation axis. a rotatable structure; a motor configured to rotate the rotatable structure; a plurality of light field sub-displays disposed on the rotatable structure; a non-transitory memory configured to store a light field image to be displayed by the display apparatus, the light field image providing a plurality of different views of the object at different viewing directions; and a processor operably coupled to the non-transitory memory, the motor, and the light field sub-displays, the processor programmed with executable instructions to: drive the motor to rotate the rotatable structure about a rotation axis, the rotatable structure positioned at a rotation angle as a function of time, access the light field image, map the light field image to each of the plurality of light field sub-displays based at least in part on the rotation angle, and illuminate the plurality of light field sub-displays based at least in part on the mapped light field image, drive the motor to rotate the rotatable structure about a rotation axis, the rotatable structure positioned at a rotation angle as a function of time, access the light field image, map the light field image to each of the plurality of light field sub-displays based at least in part on the rotation angle, and illuminate the plurality of light field sub-displays based at least in part on the mapped light field image, wherein the plurality of light field sub-displays are disposed along a single planar surface perpendicular to the rotation axis.
A system comprising a bed having circuitry including a reader, a wireless transmitter configured to be worn by a patient and configured to transmit a wireless signal that includes patient identification data, an admission, discharge and transfer computer (18, 20), and a bed status computer in communication with the ADT computer and in communication with the circuitry of the bed, wherein the reader is configured to receive the wireless signal from the wireless transmitter when the patient is within a threshold distance of the reader, wherein the circuitry automatically transmits the patient identification data included in the wireless signal to the bed status computer which cooperates with the ADT computer to automatically verify at least one of a patient-to-bed association and a patient-to-room association without the need for any manual data entry at the bed and without the need for any manual data entry at the bed status computer, wherein the circuitry of the bed is configured to transmit bed data to the bed status computer for storage in memory of the bed status computer prior to the ADT computer making the verification, wherein the system further comprises an electronic medical records computer, and wherein the bed status computer is configured to send the bed data to the EMR computer after the ADT computer makes the verification.
An electron beam system equipped with a spherical aberration corrector having first and second multipole elements (3, 7) and transfer lenses disposed between said first and second multipole elements (3,7), said electron beam system comprising: first deflection means for deflecting an electron beam such that a center orbit of the electron beam is tilted relative to the optical axis within the first multipole element and controlmeans for controlling said first deflection means, the control means acting to supply a tilt control signal to said first deflection means as a control signal for correcting third-order aberration S 3 with two-fold symmetry, the tilt control signal indicating in what direction should the electron beam be tilted to what extent within the first multipole element, wherein the electron beam travels from a side of the first multipole element toward the second multipole element, characterized in that the electron beam is deflected by said first deflection means disposed on an entrance side of the first multipole element such that the electron beam impinges on the optical axis at an angle to the optical axis passing through the first multipole element, and in that the electron beam is deflected back to the optical axis by a deflecting field created by the first multipole element. first deflection means for deflecting an electron beam such that a center orbit of the electron beam is tilted relative to the optical axis within the first multipole element and controlmeans for controlling said first deflection means, the control means acting to supply a tilt control signal to said first deflection means as a control signal for correcting third-order aberration S 3 with two-fold symmetry, the tilt control signal indicating in what direction should the electron beam be tilted to what extent within the first multipole element, wherein the electron beam travels from a side of the first multipole element toward the second multipole element, characterized in that the electron beam is deflected by said first deflection means disposed on an entrance side of the first multipole element such that the electron beam impinges on the optical axis at an angle to the optical axis passing through the first multipole element, and in that the electron beam is deflected back to the optical axis by a deflecting field created by the first multipole element.
Grid-shaped workpiece carrier comprising a plurality of strut-like first grid elements (QM, QR, QR1, QR2, QM1, QM2), which are arranged in parallel and have recesses (A1, A2), and a plurality of strut-like second grid elements (LE, LR, LE1, LE2, LR1, LR2), which are arranged transversely thereto and have recesses (A1, A2), wherein the recesses of the first and second grid elements mutually engage in such a way that the first and second grid elements crossing each other form a grid, wherein the first grid elements are mechanically rigidly fixed only to some of the second grid elements (LR, LR1, LR2) of the plurality of second grid elements, which are arranged in an edge region on opposite sides of the grid, wherein the mechanically rigid fixing is a material bond. a plurality of strut-like first grid elements (QM, QR, QR1, QR2, QM1, QM2), which are arranged in parallel and have recesses (A1, A2), and a plurality of strut-like second grid elements (LE, LR, LE1, LE2, LR1, LR2), which are arranged transversely thereto and have recesses (A1, A2), wherein the recesses of the first and second grid elements mutually engage in such a way that the first and second grid elements crossing each other form a grid, wherein the first grid elements are mechanically rigidly fixed only to some of the second grid elements (LR, LR1, LR2) of the plurality of second grid elements, which are arranged in an edge region on opposite sides of the grid, wherein the mechanically rigid fixing is a material bond.
A cosmetic antiperspirant composition for lightening skin in the armpit region, containing a) at least one oily plant extract from the licorice genus ( Glycyrrhiza), b) at least one ascorbyl acid ester, and c) at least one antiperspirant active ingredient. a) at least one oily plant extract from the licorice genus ( Glycyrrhiza), b) at least one ascorbyl acid ester, and c) at least one antiperspirant active ingredient.
A process for preparing an ester of a cellulose ether comprising the steps of reacting a cellulose ether with a dicarboxylic acid anhydride or with a combination of a dicarboxylic acid anhydride and an aliphatic monocarboxylic acid anhydride, wherein the esterification is conducted i) in the absence of an esterification catalyst or in the presence of no more than 0.1 mole of an esterification catalyst per mole of anhydroglucose units of cellulose ether, and ii) in the presence of an aliphatic carboxylic acid, wherein the molar ratio [aliphatic carboxylic acid / anhydroglucose units of cellulose ether] is up to 12 / 1. i) in the absence of an esterification catalyst or in the presence of no more than 0.1 mole of an esterification catalyst per mole of anhydroglucose units of cellulose ether, and ii) in the presence of an aliphatic carboxylic acid, wherein the molar ratio [aliphatic carboxylic acid / anhydroglucose units of cellulose ether] is up to 12 / 1.
A motorcycle comprising: brakes (43, 101) that respectively brake a front wheel and a rear wheel; a swing arm swingably supported on a body frame; and a rear cushion unit passed to each of the swing arm and the body frame and arranged in front of the rear wheel supported on a rear end portion of the swing arm, wherein the rear cushion unit is arranged on a body centerline extending longitudinally while passing through the center in a vehicle width direction, and wherein the body frame includes a pair of left and right seat rails (18, 19) extending rearwards from a body's central portion to support a seat, characterized in that the motorcycle further comprises: an ABS unit that controls braking force of the brakes (43, 101); and pipes (91 to 96, 103 to 105) connecting each of the brakes (43, 101) and the ABS unit, wherein the ABS unit is arranged in rear of the rear cushion unit and on the body centerline, and wherein the body frame further includes a cushion cross member laterally linking the seat rails (18, 19) to each other and supporting an upper end portion of the rear cushion unit; and the ABS unit is secured to the cushion unit cross member and the left and right seat rails (18, 19). brakes (43, 101) that respectively brake a front wheel and a rear wheel; a swing arm swingably supported on a body frame; and a rear cushion unit passed to each of the swing arm and the body frame and arranged in front of the rear wheel supported on a rear end portion of the swing arm, wherein the rear cushion unit is arranged on a body centerline extending longitudinally while passing through the center in a vehicle width direction, and wherein the body frame includes a pair of left and right seat rails (18, 19) extending rearwards from a body's central portion to support a seat, characterized in that the motorcycle further comprises: an ABS unit that controls braking force of the brakes (43, 101); and pipes (91 to 96, 103 to 105) connecting each of the brakes (43, 101) and the ABS unit, wherein the ABS unit is arranged in rear of the rear cushion unit and on the body centerline, and wherein the body frame further includes a cushion cross member laterally linking the seat rails (18, 19) to each other and supporting an upper end portion of the rear cushion unit; and the ABS unit is secured to the cushion unit cross member and the left and right seat rails (18, 19). an ABS unit that controls braking force of the brakes (43, 101); and pipes (91 to 96, 103 to 105) connecting each of the brakes (43, 101) and the ABS unit, wherein the ABS unit is arranged in rear of the rear cushion unit and on the body centerline, and wherein the body frame further includes a cushion cross member laterally linking the seat rails (18, 19) to each other and supporting an upper end portion of the rear cushion unit; and the ABS unit is secured to the cushion unit cross member and the left and right seat rails (18, 19).
A sealing arrangement connectable to a press for dewatering a liquid suspension of a solid biological material, said press being of the type comprising a rotary dewatering drum provided with a liquid-permeable layer, and a pressing device that is arranged to press the liquid suspension against the liquid-permeable layer in such a way that liquid is pressed into the dewatering drum, characterized in that the sealing arrangement comprises a first sealing ring, in which a first replaceable sealing strip is fixed, said first sealing strip being arranged to slide against the dewatering drum while it rotates, and a second sealing ring arranged at an axial distance from the first sealing ring, in which second sealing ring a second replaceable sealing strip is fixed, which second sealing strip is arranged to slide against the dewatering drum as it rotates, whereby both the first and the second sealing rings (52, 54) are fixed in a common holding device in the form of a frame gable 58 which is capable of supporting the vat, which holding device is located at the first sealing ring, whereby the second sealing ring is fixed in the holding device by means of at least one spacer element, and whereby at least a part (60,62) of the first sealing ring is detachable from the holding device for being made to slide along said at least one spacer element in order to allow replacing the first sealing strip.
An emulsified food product comprising: a) oil and/or fat, which contains some omega-3 fatty acids; b) 0.05 to 5 % by weight of dairy protein; and c) at least 10 ppm iron ions; wherein the food product contains no EDTA (ethylenediaminetetraacetic acid); and wherein the dairy protein is casein glycomacropeptide (cGMP). a) oil and/or fat, which contains some omega-3 fatty acids; b) 0.05 to 5 % by weight of dairy protein; and c) at least 10 ppm iron ions;
A method performed by a wireless device for connecting to a communications network using one of a plurality of connection settings, the method comprising: obtaining an operator identification; applying one or more first hash functions, associated with a first Bloom filter, to the operator identification to provide one or more first hash values respectively; comparing the one or more first hash values to the first Bloom filter; and responsive to the one or more first hash values matching the first Bloom filter, attempting a connection with the communications network using a first one of the plurality of connection settings which is associated with the first Bloom filter; wherein more than one operator identification is associated with the first one of the plurality of connection settings. obtaining an operator identification; applying one or more first hash functions, associated with a first Bloom filter, to the operator identification to provide one or more first hash values respectively; comparing the one or more first hash values to the first Bloom filter; and responsive to the one or more first hash values matching the first Bloom filter, attempting a connection with the communications network using a first one of the plurality of connection settings which is associated with the first Bloom filter; wherein more than one operator identification is associated with the first one of the plurality of connection settings.