mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating a modified speech signal from a speech input signal, wherein the speech input signal comprises a plurality of speech subband signals, wherein the modified speech signal comprises a plurality of modified subband signals, wherein the apparatus comprises: a weighting information generator adapted to generate weighting information (w n, w n,comp, w n,lin, w n) for each speech subband signal ( s n [ k]) of the plurality of speech subband signals depending on a signal power (Φ n [ l]) of said speech subband signal ( s n [ k]), and a signal modifier adapted to modify each speech subband signal ( s n [ k]) of the plurality of speech subband signals by applying the weighting information (w n, w n,comp, w n,lin, w n) of said speech subband signal ( s n [ k]) on said speech subband signal ( s n [ k]) to obtain a modified subband signal of the plurality of modified subband signals, wherein the weighting information generator is configured to generate the weighting information for each of the plurality of speech subband signals and wherein the signal modifier is configured to modify each of the speech subband signals so that a first speech subband signal of the plurality of speech subband signals having a first signal power is amplified with a first degree, and so that a second speech subband signal of the plurality of speech subband signals having a second signal power is amplified with a second degree, wherein the first signal power is greater than the second signal power, and wherein the first degree is lower than the second degree. a weighting information generator adapted to generate weighting information (w n, w n,comp, w n,lin, w n) for each speech subband signal ( s n [ k]) of the plurality of speech subband signals depending on a signal power (Φ n [ l]) of said speech subband signal ( s n [ k]), and a signal modifier adapted to modify each speech subband signal ( s n [ k]) of the plurality of speech subband signals by applying the weighting information (w n, w n,comp, w n,lin, w n) of said speech subband signal ( s n [ k]) on said speech subband signal ( s n [ k]) to obtain a modified subband signal of the plurality of modified subband signals, wherein the weighting information generator is configured to generate the weighting information for each of the plurality of speech subband signals and wherein the signal modifier is configured to modify each of the speech subband signals so that a first speech subband signal of the plurality of speech subband signals having a first signal power is amplified with a first degree, and so that a second speech subband signal of the plurality of speech subband signals having a second signal power is amplified with a second degree, wherein the first signal power is greater than the second signal power, and wherein the first degree is lower than the second degree.
A composition for forming a membrane comprising from 90 to 99.5 wt%, based on the total weight of the composition, of a solvent and from 0.5 to 10 wt%, based on the total weight of the composition, of a polymer mixture, the polymer mixture comprising from 60 to 99.5 wt%, based on the total weight of the polymer mixture, of a polyurethane and from 0.5 to 40 wt%, based on the total weight of the polymer mixture, of a free hydrophilic polymer comprising a polyoxazoline, wherein the polyurethane comprises a backbone comprising the reaction product of a diisocyanate, a polymeric aliphatic diol, and optionally a chain extender.
A sensing device for a luffing crane for detecting unsafe operating conditions comprising: an inertial measurement unit for measuring pitch and yaw of a hook of a crane attached to a load, the inertial measurement unit comprises: an electronic gyroscope; an accelerometer, wherein the electronic gyroscope and the accelerometer are adapted to measure orientation of the hook and obtain orientation data to measure deviation from a plumb position of the hook; a magnetometer adapted to measure yaw of the hook and adapted to measure changes of the hook relative to magnetic north and obtain yaw data, and characterised by a microcontroller arranged to: calculate a compensation factor from yaw data measured by the magnetometer; combine the orientation data measured by the electronic gyroscope and the accelerometer with a statistical estimation filter; and determine deviation of the hook of the crane from the plumb position before commencement of lifting the load attached to the hook using the combination of the orientation data with the statistical estimation filter and the compensation factor, wherein the inertial measurement unit is adapted to activate an alert element if the deviation of the hook exceeds a predetermined limit. an electronic gyroscope; an accelerometer, wherein the electronic gyroscope and the accelerometer are adapted to measure orientation of the hook and obtain orientation data to measure deviation from a plumb position of the hook; a magnetometer adapted to measure yaw of the hook and adapted to measure changes of the hook relative to magnetic north and obtain yaw data, and characterised by a microcontroller arranged to: calculate a compensation factor from yaw data measured by the magnetometer; combine the orientation data measured by the electronic gyroscope and the accelerometer with a statistical estimation filter; and determine deviation of the hook of the crane from the plumb position before commencement of lifting the load attached to the hook using the combination of the orientation data with the statistical estimation filter and the compensation factor, wherein the inertial measurement unit is adapted to activate an alert element if the deviation of the hook exceeds a predetermined limit.
A system for monitoring the amount of fluid in a hydration unit, having a fluid outlet, comprising: a monitoring unit including a fluid chamber, an inlet port attachable to a fluid outlet of a hydration unit, an outlet port for attachment to a feed tube, and a user interface for providing an indication of volume of fluid in the hydration unit; the system being characterised by: a pressure sensor mounted to the monitoring unit and in pressure communication with the fluid chamber, a tilt sensor operable to determine an angle of tilt of the hydration unit; a controller coupled to the pressure sensor and to the tilt sensor, for obtaining a pressure sensor signal therefrom, the controller being operable to determine from the pressure sensor signal an indication of volume of fluid in the hydration unit, and to compensate for deviations in pressure measurements caused by tilt of the hydration unit; the user interface being coupled to the controller and operable to provide an indication of volume of fluid in the hydration unit. a monitoring unit including a fluid chamber, an inlet port attachable to a fluid outlet of a hydration unit, an outlet port for attachment to a feed tube, and a user interface for providing an indication of volume of fluid in the hydration unit; the system being characterised by: a pressure sensor mounted to the monitoring unit and in pressure communication with the fluid chamber, a tilt sensor operable to determine an angle of tilt of the hydration unit; a controller coupled to the pressure sensor and to the tilt sensor, for obtaining a pressure sensor signal therefrom, the controller being operable to determine from the pressure sensor signal an indication of volume of fluid in the hydration unit, and to compensate for deviations in pressure measurements caused by tilt of the hydration unit; the user interface being coupled to the controller and operable to provide an indication of volume of fluid in the hydration unit. a pressure sensor mounted to the monitoring unit and in pressure communication with the fluid chamber, a tilt sensor operable to determine an angle of tilt of the hydration unit; a controller coupled to the pressure sensor and to the tilt sensor, for obtaining a pressure sensor signal therefrom, the controller being operable to determine from the pressure sensor signal an indication of volume of fluid in the hydration unit, and to compensate for deviations in pressure measurements caused by tilt of the hydration unit; the user interface being coupled to the controller and operable to provide an indication of volume of fluid in the hydration unit.
Device for recovering the aqueous substance from a tree to be carried out in a closed vessel, via a container applied in front of a notch previously cut in the bark of the tree to the cambium, composed of a rigid jar closed by a cover hermetically linked to a conduit, at the end of which a collecting head is arranged and applied to the bottom of a circular hole, of substantially matching dimensions, previously made in the tree to the cambium, characterised in that on the one hand the collecting head comprises, on the top outer portion of same, near to the top edge of same, a plurality of studs, standing out radially and intended to be anchored during the mounting on the upper inner lateral portion of the hole, near the bottom of same, in order to hold the whole of the device in place, and in that on the other hand, it is made from an elastically deformable plastic material and is ellipsoidal in shape, of which the dimensions of same along the large axis (XX') of same, arranged vertically during the mounting, is greater than the diameter of the tapping hole, and of which the dimension (d) of same, along the small axis (YY') of same arranged horizontally, is less than the diameter of said tapping hole, in such a way as to facilitate the introduction then the anchoring of studs arranged on either side of the vertical axis (XX'), by crushing of the head in this directions and to allow the latter to closely cooperate with the lateral wall of the hole, for the purpose of a seal, by releasing the crushing pressure on the head, after the introduction.
An adapter device installable on a portable long firearm which comprises a mouthpiece for a cartridge storage element, wherein the adapter device has a hollow rectangular polyhedral shape, is open at its top and bottom, and comprises first mechanical assembly means (21-1, 21-2) externally distributed on the short sides of the adapter device, and second mechanical means distributed on the interior sides of the adapter device to receive the cartridge storage element, wherein the adapter device is structured to be externally placed on top of the mouthpiece of the cartridge storage element or to be directly assembled on the frame of the portable long firearm and to receive the cartridge storage element characterised in that the adapter comprises a closed hollow receptacle, the closed hollow receptacle being located on one of the short sides of the adapter device and being configured as an impermeable compartment.
A winch comprising a support column, a base, a magazine, a drive mechanism and a mounting structure the drive mechanism being connected to the magazine and being adapted to rotate the magazine in use, the support column connecting the magazine to the base, the mounting structure being adapted for mounting to the boom of a vehicle, characterized in that said winch has a rotatable connection between the base and the mounting structure, the rotatable connection having a number of cooperating teeth (86, 88) and recesses providing multiple chosen rotational positions of the base relative to the mounting structure in which the rotatable connection is securable.
A dialysis device adapted to be implanted at least partially into the body of a patient, comprising: a blood chamber, through which the patient's blood can flow; a dialysis chamber for receiving a dialysate; wherein both chambers (1, 2) are connected to each other in an area designed as a membrane, characterized by a hydraulic pump device for compressing the two chambers (1, 2) alternately by means of a hydraulic fluid, wherein both chambers (1, 2) are each equipped with two valves for controlling the inflow and outflow of blood and dialysate, respectively. a blood chamber, through which the patient's blood can flow; a dialysis chamber for receiving a dialysate; wherein both chambers (1, 2) are connected to each other in an area designed as a membrane, characterized by a hydraulic pump device for compressing the two chambers (1, 2) alternately by means of a hydraulic fluid, wherein both chambers (1, 2) are each equipped with two valves for controlling the inflow and outflow of blood and dialysate, respectively.
An aircraft landing gear comprising a main strut, the main strut being connectable to a first attachment point located on an aircraft; an inboard sidestay, the inboard sidestay having a first end connected to the main strut for movement along the main strut, the inboard sidestay being connectable at a second end to a second attachment point located on the aircraft; and an outboard sidestay, the outboard sidestay having a first end connected to the main strut for movement along the main strut, the outboard sidestay being connectable at a second end to a third attachment point located on the aircraft, and characterised by the fact that in use when the landing gear is in a deployed configuration, the connection between the first end of each of the inboard and outboard sidestays (24, 22) and the main strut allows for movement of each first end along at least a portion of the length of the main strut.
A modified polypropylene composition comprising long chain branched polypropylene; a free radical initiator; a primary antioxidant; a secondary antioxidant; and an acid neutralizer, characterized in that flow activation energy of the composition is in the range of 40-60 kJ/mole, wherein the modified polypropylene composition is devoid of an acrylate, wherein the free radical initiator is selected from the group consisting of peroxidicarbonate of formula R' - OCOOCO-R, wherein R and R' are identical or different and independently selected from the group consisting of branched or linear (C1-C5) alkyl, (C6-C12) alicyclic, cetyl, [3-(isobutyryloxy)-2,2,4-trimethylpentyl] and wherein the free radical initiator is in the range of 2000-8000 ppm by weight.
A base station, comprising: an antenna and at least two data transmission paths, wherein a data converter and a beamformer are disposed on each data transmission path; the antenna comprises a beam aggregation structure and at least one antenna bay, the beam aggregation structure comprises at least one antenna aperture, one beamformer is correspondingly connected to one antenna bay, one antenna bay uses at least one antenna aperture in the beam aggregation structure to receive and send a beam, and a multiplexer is further disposed on the at least two data transmission paths; the data converters are configured to acquire a to-be-transmitted signal, convert the to-be-transmitted signal into a first analog signal, and send the first analog signal to the beamformers; the beamformers are configured to use a first preset beam direction to perform beamforming on the first analog signal, and transmit, by using the antenna bay, the first analog signal over at least one antenna aperture of the beam aggregation structure; or the beamformers are configured to receive, by using the antenna bay, a radiation signal in a second preset beam direction over at least one antenna aperture of the beam aggregation structure, demodulate the radiation signal to acquire a second analog signal, and send the second analog signal to the data converters; the data converters are configured to convert the second analog signal into a first digital signal; and the multiplexer is configured to set a data transmission path of the to-be-transmitted signal or the radiation signal; wherein the multiplexer is an analog multiplexer, and the multiplexer is disposed between the data converters and the beamformers on the at least two data transmission paths, each data converter disposed on each data transmission path is connected to the multiplexer and the multiplexer is connected to each beamformer disposed on each data transmission path; and that the multiplexer is configured to set a data transmission path of the to-be-transmitted signal or the radiation signal is specifically: the multiplexer selects one of the beamformers and the data converter, to make the beamformer and the data converter on the data transmission path of the to-be-transmitted signal or the radiation signal.
Apparatus for transmitting data, having a consumption value recording unit, in particular a stationary, electronic consumption meter, having at least one measuring device for capturing data and having a mobile device, wherein the measuring device comprises two wireless communication interfaces (MS1, MS2) for transmitting the captured data, wherein - a first wireless communication interface is designed as a wide-field communication interface and is configured to connect the measuring device to at least one central server, and - a second wireless communication interface is designed as a near-field communication interface and is configured to connect the measuring device to at least one mobile device belonging to a user, wherein the data captured by the measuring device are transmittable via the two wireless communication interfaces (MS1, MS2), wherein read-out software for requesting, receiving and outputting consumption data and configuration software are installed as application software on the mobile device, and wherein operating parameters of the measuring device are configurable by means of the configuration software via the second wireless communication interface. the measuring device comprises two wireless communication interfaces (MS1, MS2) for transmitting the captured data, wherein - a first wireless communication interface is designed as a wide-field communication interface and is configured to connect the measuring device to at least one central server, and - a second wireless communication interface is designed as a near-field communication interface and is configured to connect the measuring device to at least one mobile device belonging to a user, - a first wireless communication interface is designed as a wide-field communication interface and is configured to connect the measuring device to at least one central server, and - a second wireless communication interface is designed as a near-field communication interface and is configured to connect the measuring device to at least one mobile device belonging to a user, wherein the data captured by the measuring device are transmittable via the two wireless communication interfaces (MS1, MS2), wherein read-out software for requesting, receiving and outputting consumption data and configuration software are installed as application software on the mobile device, and wherein operating parameters of the measuring device are configurable by means of the configuration software via the second wireless communication interface.
A solid-state image pickup element comprising: a semiconductor substrate having a photosensitive region; a plurality of first electrode pads arrayed on a principal face of the semiconductor substrate; a plurality of second electrode pads arrayed in a direction along a direction in which the plurality of first electrode pads are arrayed, on the principal face of the semiconductor substrate; and a plurality of interconnections connecting the plurality of first electrode pads and the plurality of second electrode pads in one-to-one correspondence, wherein the plurality of interconnections connect the first and second electrode pads (10, 12) so that each interconnection connects the first electrode pad and the second electrode pad in a positional relation of line symmetry with respect to a center line perpendicular to the array directions of the plurality of first and second electrode pads (10, 12); wherein the semiconductor substrate has a light receiving surface side defined on the principal face side; and a mounting member on which the solid-state image pickup element is mounted and in which a plurality of third electrode pads are arranged on a principal face thereof, wherein the solid-state image pickup element is mounted on the mounting member so that the back face to the principal face of the solid-state image pickup element is opposite to the principal face of the mounting member, and wherein the plurality of first electrode pads and the plurality of third electrode pads are connected by wire bonding. a semiconductor substrate having a photosensitive region; a plurality of first electrode pads arrayed on a principal face of the semiconductor substrate; a plurality of second electrode pads arrayed in a direction along a direction in which the plurality of first electrode pads are arrayed, on the principal face of the semiconductor substrate; and a plurality of interconnections connecting the plurality of first electrode pads and the plurality of second electrode pads in one-to-one correspondence, wherein the plurality of interconnections connect the first and second electrode pads (10, 12) so that each interconnection connects the first electrode pad and the second electrode pad in a positional relation of line symmetry with respect to a center line perpendicular to the array directions of the plurality of first and second electrode pads (10, 12); wherein the semiconductor substrate has a light receiving surface side defined on the principal face side; and a mounting member on which the solid-state image pickup element is mounted and in which a plurality of third electrode pads are arranged on a principal face thereof, wherein the solid-state image pickup element is mounted on the mounting member so that the back face to the principal face of the solid-state image pickup element is opposite to the principal face of the mounting member, and wherein the plurality of first electrode pads and the plurality of third electrode pads are connected by wire bonding.
A weatherable pultruded structure comprising, in order from inside to the outside: a) a pultruded structure comprising a fiber-reinforced thermoset resin wherein said pultruded structure comprises polyurethane resin; b) one or more tie layers, and c) one or more thermoplastic cap layers, characterized in that at least one tie layer is an extrudable thermoplastic tie layer that is coextrudable with at least one of the pultruded structure a) or thermoplastic cap layer c), wherein the extrudable thermoplastic tie layer is a copolyamide blend made up of two or more different and varying polyamide repeat units. a) a pultruded structure comprising a fiber-reinforced thermoset resin wherein said pultruded structure comprises polyurethane resin; b) one or more tie layers, and c) one or more thermoplastic cap layers,