mhurhangee/patent-ind-claim-en huggingface dataset:
A video coding device for applying still-image coding and video coding to a video, the device comprising: a still-image coding unit configured to use the still-image coding to generate a first coded image by coding a first coding target image included in the video, wherein the still-image coding is coding in the format of YCbCr 4:4:4; a storage unit configured to store a first decoded image of the first coded image; a determination unit configured to determine to apply the video coding to a second coding target image that is one image subsequent to the first coding target image, when there is a difference between the second coding target image and the first coding target image; and a video coding unit configured to generate a second coded image by applying the video coding to the second coding target image by inter prediction coding that uses the first decoded image as a reference image, when the still-image coding is applied to the first coding target image and the determination unit determines to apply the video coding to the second coding target image, wherein the video coding is coding in the format of YCbCr 4:2:0 or YCbCr 4:2:2, wherein the still-image coding unit is configured to, when the difference between the first coding target image and the second coding target image is zero, code the first coding target image using the still-image coding and not to code the second coding target image. a still-image coding unit configured to use the still-image coding to generate a first coded image by coding a first coding target image included in the video, wherein the still-image coding is coding in the format of YCbCr 4:4:4; a storage unit configured to store a first decoded image of the first coded image; a determination unit configured to determine to apply the video coding to a second coding target image that is one image subsequent to the first coding target image, when there is a difference between the second coding target image and the first coding target image; and a video coding unit configured to generate a second coded image by applying the video coding to the second coding target image by inter prediction coding that uses the first decoded image as a reference image, when the still-image coding is applied to the first coding target image and the determination unit determines to apply the video coding to the second coding target image, wherein the video coding is coding in the format of YCbCr 4:2:0 or YCbCr 4:2:2, wherein the still-image coding unit is configured to, when the difference between the first coding target image and the second coding target image is zero, code the first coding target image using the still-image coding and not to code the second coding target image.
A method of assembling a wind energy installation comprising a drive train and a nacelle , the outside of which in the completed, assembled state is formed at least in some areas by at least one cover segment which constitutes a portion or a segment of a cladding of the nacelle, wherein a partially assembled nacelle is mounted on an already erected supporting structure , and the cover segment and at least one component of the drive train are jointly attached to a single load handling means and are raised in a single lifting operation by a lifting gear unit connected to the load handling means up to the nacelle , characterised in that the cover segment is attached to the load handling means in a mechanically rigid manner, and the component of the drive train is attached to the load handling means by means of mechanically flexible attachment means .
A method for configuring an emergency number, the method comprising: determining (S101), by a network side device, position information about a User Equipment, UE, when the UE has accessed to a wireless local area network, wherein the position information about the UE determined by the network side device refers to position information concerning a certain country or position information concerning a certain region of the country; and issuing (S102), by the network side device, an emergency number list corresponding to the position information about the UE to the UE, the method further comprising: configuring the emergency number list for the UE in accordance with the determined position information about the UE and pre-configured emergency number lists corresponding to different geographical position information, wherein the issuing (S102), by the network side device, the emergency number list corresponding to the position information about the UE to the UE comprises: issuing, by the network side device, the emergency number list configured for the UE to the UE, wherein the issuing, by the network side device, of the emergency number list configured for the UE to the UE comprises: upon the receipt of the authentication request message carrying emergency number list request information transmitted by the UE through the communication channel, transmitting, by the network side device, an authentication response message carrying the configured emergency number list to the UE through the communication channel. determining (S101), by a network side device, position information about a User Equipment, UE, when the UE has accessed to a wireless local area network, wherein the position information about the UE determined by the network side device refers to position information concerning a certain country or position information concerning a certain region of the country; and issuing (S102), by the network side device, an emergency number list corresponding to the position information about the UE to the UE, the method further comprising: configuring the emergency number list for the UE in accordance with the determined position information about the UE and pre-configured emergency number lists corresponding to different geographical position information, wherein the issuing (S102), by the network side device, the emergency number list corresponding to the position information about the UE to the UE comprises: issuing, by the network side device, the emergency number list configured for the UE to the UE, wherein the issuing, by the network side device, of the emergency number list configured for the UE to the UE comprises: upon the receipt of the authentication request message carrying emergency number list request information transmitted by the UE through the communication channel, transmitting, by the network side device, an authentication response message carrying the configured emergency number list to the UE through the communication channel.
Tank protection armature comprising at least one vacuum valve (V) having a sealing seat in a housing , and a valve disc-mounting group (P) including a valve disc and a valve rod for co-action with the sealing seat , the valve disc-mounting group (P) being supported for a linear movement relative to the sealing seat , wherein at least a part of the valve disc-mounting group (P) is guided in a guidance , and wherein the valve disc-mounting group (P) in use is installed in the tank protection armature at least with substantially horizontal valve rod , characterized in that the active mass center (M) of gravity of the valve disc-mounting group (P) is positioned at least in the end portion of the stroke of the valve disc towards the sealing seat between two ends of the guidance .
An integrated hybrid energy recovery and storage system for recovering and storing energy from multiple energy sources, the system comprising: an accumulator unit (AU) that includes a high pressure accumulator and a low pressure accumulator , the accumulator unit having a first side and a second side; at least one piston mounted for reciprocation in the high pressure accumulator, the accumulator unit configured to receive, store, and transfer energy from hydraulic fluid to energy storage media ; two or more rotational directional control valves , wherein at least one rotational directional control valve is positioned on each side of the accumulator unit, each rotational directional control valve includes multiple ports (A, B, C, D); the high pressure accumulator is connected to a port of the at least one rotational directional control valve on the first side and a port of the at least one rotational directional control valve on the second side, the low pressure accumulator is connected to a port of the same rotational directional control valve on the first side as the high pressure accumulator and a port of the same rotational directional control valve on the second side as the high pressure accumulator; and two or more variable displacement hydraulic rotational units , wherein at least one variable displacement hydraulic rotational unit is positioned adjacent each of the rotational directional control valves, each variable displacement hydraulic rotational unit connected to a rotational directional control valve via a port of the rotational directional control valve and a hydraulic pipe. an accumulator unit (AU) that includes a high pressure accumulator and a low pressure accumulator , the accumulator unit having a first side and a second side; at least one piston mounted for reciprocation in the high pressure accumulator, the accumulator unit configured to receive, store, and transfer energy from hydraulic fluid to energy storage media ; two or more rotational directional control valves , wherein at least one rotational directional control valve is positioned on each side of the accumulator unit, each rotational directional control valve includes multiple ports (A, B, C, D); the high pressure accumulator is connected to a port of the at least one rotational directional control valve on the first side and a port of the at least one rotational directional control valve on the second side, the low pressure accumulator is connected to a port of the same rotational directional control valve on the first side as the high pressure accumulator and a port of the same rotational directional control valve on the second side as the high pressure accumulator; and two or more variable displacement hydraulic rotational units , wherein at least one variable displacement hydraulic rotational unit is positioned adjacent each of the rotational directional control valves, each variable displacement hydraulic rotational unit connected to a rotational directional control valve via a port of the rotational directional control valve and a hydraulic pipe.
A method of powder bed fusion additive manufacturing, comprising the steps of: collecting a plurality of powder samples of a powdered material in real-time during a print job; performing a set of characterizations on the powder samples by determining one or more properties among a plurality of properties of the powder samples, wherein the determining comprises: determining contaminations within powder samples which may affect one or more electrical, mechanical and optical properties of the printed object using gas chromatography mass spectroscopy; and, based on the result of the characterization aborting the print process. collecting a plurality of powder samples of a powdered material in real-time during a print job; performing a set of characterizations on the powder samples by determining one or more properties among a plurality of properties of the powder samples, wherein the determining comprises: determining contaminations within powder samples which may affect one or more electrical, mechanical and optical properties of the printed object using gas chromatography mass spectroscopy; and, based on the result of the characterization aborting the print process.
An installation with a fire protection, comprising the feed-through of at least one conduit which is led in an installation pipe , through an opening in a wall or ceiling, wherein a multi-part fire-protection sleeve comprising a first and a second sleeve part is arranged in the region of the opening , wherein the first sleeve part forms a longitudinal opening which is continuous between two face end sides and which is closed by the second sleeve part , and an intumescent material is arranged in the inside of the fire-protection sleeve , characterised in that an open intermediate section is formed in the region of the opening between an incoming and outgoing installation pipe, wherein the fire-protection sleeve is arranged in the open intermediate section and closes this, and the fire-protection sleeve with a first sleeve end section is connected to the pipe end section of an incoming installation pipe designed as a corrugated pipe and with a second sleeve end section is connected to the pipe end section of an outgoing installation pipe designed as a corrugated pipe, wherein the fire-protection sleeve in the sleeve end sections comprises a fluting for forming a connection to the pipe end sections of the installation pipes , said connection being secured in the sleeve longitudinal direction (L), and the at least one conduit is led from the incoming installation pipe through the fire-protection sleeve into the outgoing installation pipe .
An ultrasonic surgical apparatus comprising: a signal generator configured to output a drive signal having a frequency; an oscillating structure , configured to receive the drive signal and to oscillate at the frequency of the drive signal; a bridge circuit configured to detect the mechanical motion of the oscillating structure and to output a signal representative of the mechanical motion; the apparatus characterised by : a microcontroller configured to receive the signal output by the bridge circuit, the microcontroller configured to determine an instantaneous frequency at which the oscillating structure is oscillating based on the received signal, and to determine a frequency adjustment necessary to maintain the oscillating structure oscillating at its resonance frequency, the microcontroller further configured to determine the Q value of the signal received from the bridge circuit and to determine the material type contacting the oscillating structure based on the determined Q value. a signal generator configured to output a drive signal having a frequency; an oscillating structure , configured to receive the drive signal and to oscillate at the frequency of the drive signal; a bridge circuit configured to detect the mechanical motion of the oscillating structure and to output a signal representative of the mechanical motion; the apparatus characterised by : a microcontroller configured to receive the signal output by the bridge circuit, the microcontroller configured to determine an instantaneous frequency at which the oscillating structure is oscillating based on the received signal, and to determine a frequency adjustment necessary to maintain the oscillating structure oscillating at its resonance frequency, the microcontroller further configured to determine the Q value of the signal received from the bridge circuit and to determine the material type contacting the oscillating structure based on the determined Q value.
Surfboard with an inflatable body component with a tail and a fastening means disposed on the tail for a drive component , wherein the drive component has an electrical drive and the body component has a cutout disposed on the tail and the drive component has external dimensions adapted to internal dimensions of the cutout in an inflated state, and the drive component is fitted releasably in the cutout .
A vacuum pump comprising an inlet which has an inlet valve ; an outlet ; a rotor which is rotatably arranged in an inner space of the vacuum pump ; and a drive unit for the rotor , wherein the rotor has a conveying direction of rotation and a rotation of the rotor in the conveying direction of rotation effects a conveying of a fluid from the inlet to the outlet of the vacuum pump , characterized in that the drive unit is configured to rotate the rotor oppositely to the conveying direction of rotation on a shutdown or deactivation of the vacuum pump such that a closing of the inlet valve is supported. an inlet which has an inlet valve ; an outlet ; a rotor which is rotatably arranged in an inner space of the vacuum pump ; and a drive unit for the rotor , wherein the rotor has a conveying direction of rotation and a rotation of the rotor in the conveying direction of rotation effects a conveying of a fluid from the inlet to the outlet of the vacuum pump ,
Optical sensor for detecting objects within a protective field, having an illumination unit generating a light line and a receiver associated with the illumination unit at a first edge of the protective field, the receiver having at least one camera with a camera lens arranged in front of it, having a reflector arranged at a second edge of the protective field, and having an evaluation unit in which an object detection signal is generated as a function of received signals from the receiver, wherein the reflector has a reflector pattern of specularly reflecting segments and light absorbing segments , wherein with a free protective field, the light line of the lighting unit strikes the reflector pattern of the reflector and the light of the light line is guided by the specularly reflecting segments to at least one camera, wherein the receiver is designed so that at different distances of the reflector its reflector pattern is completely imaged onto the at least one camera of the receiver, wherein the at least one camera has a field of view covering part of the protective field, wherein a reflecting object within the field of view is detected by the fact that light of the illumination unit reflected thereon is guided directly onto the at least one camera , wherein a non-reflecting object is detected in the vicinity of the field of view by interrupting the light line of the lighting unit so that light is no longer guided from all specularly reflecting segments of the reflector to the at least one camera , and wherein a reflective or non-reflective object, which is arranged outside the field of view but within the protective field, is detected by the fact that it interrupts the light line of the lighting unit so that light is no longer guided from all specularly reflective segments of the reflector to the at least one camera , and wherein the optical sensor is a safety sensor whose evaluation unit and its receiver have a multi-channel structure, characterised in that a multi-channel receiver comprises at least two cameras which monitor the same field of view, in that a camera lens in the form of a wide-angle lens is arranged upstream of each camera , and in that each camera has a matrix-like arrangement of receiving elements in such a way that the resolution of the camera is lower in its outer regions than in its central region.
An electric rotating machine comprising: an output shaft of the electric rotating machine ; a magnetic body fixed inside a case of the electric rotating machine and surrounding the output shaft ; a sensor magnet fixed to the output shaft and generating a magnetic field for detecting a rotational angle of the output shaft ; and a rotation sensor fixed inside the case of the electric rotating machine , arranged between the magnetic body and the sensor magnet in an axial direction of the output shaft and outputting a signal in accordance with the intensity of the magnetic field for detecting the rotational angle, wherein an N-pole and an S-pole are magnetized in a circumferential direction around the output shaft in the sensor magnet , characterized in that the rotation sensor is arranged in an area in which, the amplitude ratio between a radial-direction component and a circumferential-direction component around the output shaft of the magnetic flux density of the magnetic field is "k", an n-order ("n" is an even number) angle error fn (k) expressed by the amplitude ratio "k" satisfies a required rotational angle detection accuracy E by the electric rotary machine , wherein n-order angle error fn (k) is defined by the following functions : { f 2 k = − k − 1 35 k 4 + 58 k 2 + 35 2 k 30 k 4 + 52 k 2 + 46 f 4 k = 8 k − 1 k 4 − 1 2 k 30 k 4 + 52 k 2 + 46 f 6 k = − k − 1 3 k 4 − 6 k 2 + 3 2 k 30 k 4 + 52 k 2 + 46 wherein the amplitude ratio "k" is different from 1 and the required rotational angle detection accuracy E is defined by the following functions { f 2 k ≤ E f 4 k ≤ E f 6 k ≤ E an output shaft of the electric rotating machine ; a magnetic body fixed inside a case of the electric rotating machine and surrounding the output shaft ; a sensor magnet fixed to the output shaft and generating a magnetic field for detecting a rotational angle of the output shaft ; and a rotation sensor fixed inside the case of the electric rotating machine , arranged between the magnetic body and the sensor magnet in an axial direction of the output shaft and outputting a signal in accordance with the intensity of the magnetic field for detecting the rotational angle, wherein an N-pole and an S-pole are magnetized in a circumferential direction around the output shaft in the sensor magnet , characterized in that the rotation sensor is arranged in an area in which, the amplitude ratio between a radial-direction component and a circumferential-direction component around the output shaft of the magnetic flux density of the magnetic field is "k", an n-order ("n" is an even number) angle error fn (k) expressed by the amplitude ratio "k" satisfies a required rotational angle detection accuracy E by the electric rotary machine , wherein n-order angle error fn (k) is defined by the following functions : { f 2 k = − k − 1 35 k 4 + 58 k 2 + 35 2 k 30 k 4 + 52 k 2 + 46 f 4 k = 8 k − 1 k 4 − 1 2 k 30 k 4 + 52 k 2 + 46 f 6 k = − k − 1 3 k 4 − 6 k 2 + 3 2 k 30 k 4 + 52 k 2 + 46 wherein the amplitude ratio "k" is different from 1 and the required rotational angle detection accuracy E is defined by the following functions { f 2 k ≤ E f 4 k ≤ E f 6 k ≤ E
A method for producing a polyol-ether compound, wherein a compound represented by the following formula is subjected to hydrogenation reduction in the presence of a hydrogenation catalyst to obtain a polyol-ether compound represented by the following formula : wherein R 1 and R 2 , which may be the same as or different from each other, each represent a linear or branched alkyl group having 1 to 6 carbon atoms; and R 3 represents a linear or branched alkyl group having 1 to 6 carbon atoms or a hydroxymethyl group.