mhurhangee/ep-ind-claims huggingface dataset:
A dye of formula wherein R 1 is fluoro, trifluoromethyl, trifluoromethoxy or trifluoromethylsulfonyl, R 2 and R 3 each independently of the other represent hydrogen, C 1 -C 12 alkyl, C 1 -C 12 alkoxy, halogen, cyano, nitro, trifluoromethyl or -COOR 6, wherein R 6 is C 1 -C 12 alkyl unsubstituted or substituted by one or more C 1 -C 12 alkoxy groups, hydroxyl groups, amino groups or halogen atoms, R 4 and R 5 denote hydrogen or phenyl that is unsubstituted or substituted with one or more C 1 -C 12 alkyl, C 1 -C 12 alkoxy or trifluoromethyl groups, with the proviso that one of the radicals R 4 and R 5 is hydrogen and the other is unsubstituted or substituted phenyl, and with the proviso that in case R 1 represents trifluoromethyl in ortho-position to the azo group, at least one of R 2 and R 3 is not hydrogen.
A projectile comprising a shell and a fill material characterized in that the shell comprises an oxo-degradable thermoplastic polymer or copolymer and in that the fill material consists of an aqueous formulation of "oil-in-water" emulsion type wherein the aqueous phase comprises a gelling agent and the oil phase comprises a matrix consisting of a mixture of oil and/or wax and pheromone.
Hob trough with a protection unit for protecting a part of the hob trough from heat radiation and/or electromagnetic radiation and a holding device for fastening the protection unit to the hob trough, wherein the protection unit can be inserted into the holding device and is braced therein in the inserted state, wherein the protection unit has a protection unit adapter (41; 42) and the holding device has a holding device adapter, wherein the protection unit adapter (41; 42) is a cut-out in the protection unit, and the holding device adapter is a projection of the holding device or the protection unit adapter (41; 42) is a projection of the protection unit, and the holding device adapter is a cut-out in the holding device, wherein the protection unit is manufactured as a metal sheet with two limbs, which are connected to one another in an angled form and at least one protection unit adapter (41, 42) is arranged on each of the limbs, wherein the protection unit adapter can be inserted and clipped into the holding device adapter.
A punch device for making small punches in fibre composite materials having a punch surface to be punched out which is restricted to 10 cm 2, with a punching die which is driven by a drive unit, wherein the drive unit is exclusively electrically operated to generate the punching force acting at the punching die, wherein a control means is provided which controls the output power of the drive unit, and the control means comprises a measurement feedback, using which a fine control of the punching die can be achieved during the punching procedure, wherein the punching force which is used can be directly checked via the current intensity at the drive unit, and the control means is provided with a set value for the current intensity, which value can be checked by the measurement feedback, wherein the fine control, achieved via the control means and the measurement feedback, controls the punching die in respect of its position on the fibre composite material, in respect of its feed rate on and through the fibre composite material and in respect of the applied punching force, wherein provided for the current intensity is a predefined corridor, on leaving which the punch device is automatically disconnected or the punched part is rejected.
Pre-filling device configured to operate in a braking system comprising a hydro-booster device arranged to generate a hydro-boost pressure and a master cylinder chamber including a hydraulic piston for brake control, said pre-filling device comprising: - a pre-filling channel, a pre-filling pressure being provided inside said pre-filling channel when the braking system is in a rest and hydro-boost position; - a mechanical valve configured to be mechanically opened, following a transition from the rest and hydro-boost position to a working position of the braking system, and to connect the pre-filling channel to the master cylinder chamber; - a hydraulic valve configured to cooperate with said mechanical valve for setting said pre-filling pressure inside said pre-filling channel, characterized in that said hydraulic valve comprises - in a first area, facing the mechanical valve, a hole communicating with said pre-filling channel; - in a second area, hydraulically isolated from said first area and opposite to said first area, a preloaded resilient element housed in a chamber held at atmospheric pressure; said hydraulic valve being configured to be connected, through said hole, to the hydro-booster device or to be disconnected therefrom by means of a reciprocating movement inside said pre-filling channel, so as to effect adjustment of said pre-filling pressure inside the pre-filling channel upon variation of the hydro-boost pressure, said adjustment depending on the difference between the pressure exerted by the preloaded resilient element and the atmospheric pressure. - a pre-filling channel, a pre-filling pressure being provided inside said pre-filling channel when the braking system is in a rest and hydro-boost position; - a mechanical valve configured to be mechanically opened, following a transition from the rest and hydro-boost position to a working position of the braking system, and to connect the pre-filling channel to the master cylinder chamber; - a hydraulic valve configured to cooperate with said mechanical valve for setting said pre-filling pressure inside said pre-filling channel, - in a first area, facing the mechanical valve, a hole communicating with said pre-filling channel; - in a second area, hydraulically isolated from said first area and opposite to said first area, a preloaded resilient element housed in a chamber held at atmospheric pressure;
A tissue sensor probe, comprising: an electrically-conductive elongated cylindrical shaft having a distal end and a proximal end; an electrically-conductive tip coupled to the distal end of the electrically-conductive cylindrical shaft to close the distal end of the electrically-conductive cylindrical shaft, the electrically-conductive tip having high thermal conductivity; a material of high thermal conductivity disposed in the distal end of the elongated cylindrical shaft and being in thermal communication with the electrically-conductive tip; a temperature sensor disposed in the material of high thermal conductivity and electrically isolated from the electrically-conductive cylindrical shaft and the electrically-conductive tip; and an electrically-conductive cap coupled to the proximal end of the elongated cylindrical shaft to close the proximal end of the electrically-conductive cylindrical shaft, wherein the cylindrical elongated shaft, the tip and the cap form an electrically-conductive enclosure that isolates the temperature sensor from any electromagnetic interference external to the tissue sensor probe. an electrically-conductive elongated cylindrical shaft having a distal end and a proximal end; an electrically-conductive tip coupled to the distal end of the electrically-conductive cylindrical shaft to close the distal end of the electrically-conductive cylindrical shaft, the electrically-conductive tip having high thermal conductivity; a material of high thermal conductivity disposed in the distal end of the elongated cylindrical shaft and being in thermal communication with the electrically-conductive tip; a temperature sensor disposed in the material of high thermal conductivity and electrically isolated from the electrically-conductive cylindrical shaft and the electrically-conductive tip; and an electrically-conductive cap coupled to the proximal end of the elongated cylindrical shaft to close the proximal end of the electrically-conductive cylindrical shaft, wherein the cylindrical elongated shaft, the tip and the cap form an electrically-conductive enclosure that isolates the temperature sensor from any electromagnetic interference external to the tissue sensor probe.
An observation apparatus comprising: a microscope having an optical system including an objective lens, the microscope magnifies an observation object to observe it; a solid immersion lens having a top surface facing the objective lens; a solid immersion lens holder that holds the solid immersion lens disposed on an optical axis of the objective lens; vibration generating means for causing the solid immersion lens held by the solid immersion lens holder to vibrate; and vibration control means (33, 42) for controlling the vibration generating means to cause the solid immersion lens to vibrate, wherein the solid immersion lens holder includs a holder main body, the observation apparatus being characterized in that the holder main body having a lens holding unit comprising a lens receiving surface and a cylindrical lens cover, for holding the solid immersion lens between the lens receiving surface of a lens holding member of the lens holding unit and the cylindrical lens cover such that a gap is provided between the top surface of the solid immersion lens and the lens receiving surface, the solid immersion lens thus being held in a state of being free with respect to the lens holding unit, so that the solid immersion lens vibrates with respect to the lens holding unit when caused by the vibration generating means to vibrate. a microscope having an optical system including an objective lens, the microscope magnifies an observation object to observe it; a solid immersion lens having a top surface facing the objective lens; a solid immersion lens holder that holds the solid immersion lens disposed on an optical axis of the objective lens; vibration generating means for causing the solid immersion lens held by the solid immersion lens holder to vibrate; and vibration control means (33, 42) for controlling the vibration generating means to cause the solid immersion lens to vibrate, wherein the solid immersion lens holder includs a holder main body, the observation apparatus being characterized in that the holder main body having a lens holding unit comprising a lens receiving surface and a cylindrical lens cover, for holding the solid immersion lens between the lens receiving surface of a lens holding member of the lens holding unit and the cylindrical lens cover such that a gap is provided between the top surface of the solid immersion lens and the lens receiving surface, the solid immersion lens thus being held in a state of being free with respect to the lens holding unit, so that the solid immersion lens vibrates with respect to the lens holding unit when caused by the vibration generating means to vibrate.
A radiography apparatus comprising: a radiation source that generates radiation; a radiography unit that images an object using the radiation; a display that displays a radiographic image obtained by the imaging; and a processor, wherein the processor analyzes the radiographic image: to determine the radiographic image, whose capture is determined to have failed, to be a failure; and to decide an imaging failure reason, which is a reason for the determination, and correction information for eliminating the imaging failure reason; and displays the correction information on the display. a radiation source that generates radiation; a radiography unit that images an object using the radiation; a display that displays a radiographic image obtained by the imaging; and a processor, wherein the processor analyzes the radiographic image: to determine the radiographic image, whose capture is determined to have failed, to be a failure; and to decide an imaging failure reason, which is a reason for the determination, and correction information for eliminating the imaging failure reason; and to determine the radiographic image, whose capture is determined to have failed, to be a failure; and to decide an imaging failure reason, which is a reason for the determination, and correction information for eliminating the imaging failure reason; and displays the correction information on the display.
Frequency inverter (26, 26', 26"), which is designed for operating an electrical machine on an alternating voltage supply network and with which a mains connection device ( A 1, A 2, A 3) is coupled via a throttle coil ( L 1 ', L 2 ', L 3 ') to a feed rectifier, wherein a first terminal of the throttle coil ( L 1 ', L 2 ', L 3 ') and a second terminal of the throttle coil ( L 1 ', L 2 ', L 3 ') are interconnected with the mains connection device ( A 1, A 2, A 3) and with the feed rectifier respectively, wherein the throttle coil ( L 1 ', L 2 ', L 3 ') is provided by a primary-side winding ( L 1 ', L 2 ', L 3 ') of a transformer, so that the throttle coil ( L 1 ', L 2 ', L 3 ') is coupled in the manner of a transformer to a secondary-side winding ( L 4, L 5, L 6) of the transformer, which is interconnected with a further rectifier, characterised in that in an intermediate circuit a terminal of an intermediate circuit capacitor is interconnected via a switch ( S 1) with a direct voltage output (ZK+) of the feed rectifier, and that the frequency inverter (26, 26', 26") is designed to discharge the energy stored in the throttle coil ( L 1 ', L 2 ', L 3 ') via the secondary-side winding ( L 4, L 5, L 6) when the interruption in the current through the switch ( S 1) is detected.
A method for reducing duplicates of multimedia data item of a service system, the method comprising: maintaining, at a server apparatus, service system hash values for the multimedia data item of the service system; receiving, by the server apparatus, a first multimedia data item, wherein the first multimedia data item comprising still image data and metadata; hashing a block of the still image data to provide a first hash value; searching the first hash value from the service system hash values; approving the received multimedia data item to the service system in response to the first hash value being not found when searching from the service system hash values; further characterized by: triggering hashing of at least part of the metadata in response to the first hash value being found when searching from the service system hash values; hashing at least part of the metadata to provide a second hash value; searching the second hash value from the service system hash values; and rejecting the received multimedia data item from the service system in response to the first and the second hash value being found when searching from the service system hash values. maintaining, at a server apparatus, service system hash values for the multimedia data item of the service system; receiving, by the server apparatus, a first multimedia data item, wherein the first multimedia data item comprising still image data and metadata; hashing a block of the still image data to provide a first hash value; searching the first hash value from the service system hash values; approving the received multimedia data item to the service system in response to the first hash value being not found when searching from the service system hash values; further characterized by: triggering hashing of at least part of the metadata in response to the first hash value being found when searching from the service system hash values; hashing at least part of the metadata to provide a second hash value; searching the second hash value from the service system hash values; and rejecting the received multimedia data item from the service system in response to the first and the second hash value being found when searching from the service system hash values. triggering hashing of at least part of the metadata in response to the first hash value being found when searching from the service system hash values; hashing at least part of the metadata to provide a second hash value; searching the second hash value from the service system hash values; and rejecting the received multimedia data item from the service system in response to the first and the second hash value being found when searching from the service system hash values.
A method for backing up user information, said method comprising the steps of: establishing a plurality of virtual router redundancy protocol, VRRP, groups between a same port of a standby service node and ports of a plurality of main service nodes respectively; the standby service node regularly receiving user information of access users from the ports of the plurality of main service nodes, classifying and storing the user information from the ports of the plurality of main service nodes to a main control unit of the standby service node according to the VRRP groups; detecting failure between the same port of the standby service node and the ports of the plurality of main service nodes; and when detecting failure between the same port of the standby service node and any one of the ports of the plurality of main service nodes, wherein the failure between the same port of the standby service node and any one of the ports of the plurality of main service nodes refers to any one of the plurality of main service nodes fails or the port of any one of the plurality of main service nodes is unreachable, then the standby service node sending corresponding user information of the access users of the port of the failed or port-unreachable main service node to an interface unit of the standby service node, wherein the user information is stored in the main control unit of the standby service node, and the standby service node, according to a VRRP switching the port of the standby service node to be main. establishing a plurality of virtual router redundancy protocol, VRRP, groups between a same port of a standby service node and ports of a plurality of main service nodes respectively; the standby service node regularly receiving user information of access users from the ports of the plurality of main service nodes, classifying and storing the user information from the ports of the plurality of main service nodes to a main control unit of the standby service node according to the VRRP groups; detecting failure between the same port of the standby service node and the ports of the plurality of main service nodes; and when detecting failure between the same port of the standby service node and any one of the ports of the plurality of main service nodes, wherein the failure between the same port of the standby service node and any one of the ports of the plurality of main service nodes refers to any one of the plurality of main service nodes fails or the port of any one of the plurality of main service nodes is unreachable, then the standby service node sending corresponding user information of the access users of the port of the failed or port-unreachable main service node to an interface unit of the standby service node, wherein the user information is stored in the main control unit of the standby service node, and the standby service node, according to a VRRP switching the port of the standby service node to be main.
A method for streaming volumetric video, comprising: identifying a set of one or more saliency regions in a global scene depicted by the volumetric video; generating a set of one or more saliency video streams that track the set of one or more saliency regions identified in the global scene, wherein each saliency video stream in the set of one or more saliency video streams tracks a respective saliency region in the set of one or more saliency regions; generating a saliency stream based representation of the volumetric video, wherein the saliency stream based representation includes the set of one or more saliency video streams (S1; S2); transmitting the saliency stream based representation of the volumetric video to a video streaming client, wherein the set of one or more saliency video streams includes a first saliency video stream assigned with a first saliency rank and a second saliency video stream assigned with a second saliency rank lower than the first saliency rank, characterized in that the second saliency video stream is removed from the set of one or more saliency video streams to be transmitted to the video streaming client at a later time, in response to determining that an available data rate has been reduced, wherein the first saliency rank and/or the second saliency rank is ranked by visual saliency algorithms which apply computer vision techniques and/or machine learning to detect image features, objects, and/or characters as salient parts of the global scene with respective saliency ranks. identifying a set of one or more saliency regions in a global scene depicted by the volumetric video; generating a set of one or more saliency video streams that track the set of one or more saliency regions identified in the global scene, wherein each saliency video stream in the set of one or more saliency video streams tracks a respective saliency region in the set of one or more saliency regions; generating a saliency stream based representation of the volumetric video, wherein the saliency stream based representation includes the set of one or more saliency video streams (S1; S2); transmitting the saliency stream based representation of the volumetric video to a video streaming client, wherein the set of one or more saliency video streams includes a first saliency video stream assigned with a first saliency rank and a second saliency video stream assigned with a second saliency rank lower than the first saliency rank, characterized in that the second saliency video stream is removed from the set of one or more saliency video streams to be transmitted to the video streaming client at a later time, in response to determining that an available data rate has been reduced, wherein the first saliency rank and/or the second saliency rank is ranked by visual saliency algorithms which apply computer vision techniques and/or machine learning to detect image features, objects, and/or characters as salient parts of the global scene with respective saliency ranks.
An amusement device (10; 100) which comprises an elongate body that includes a front portion and a rear portion; characterized in that the amusement device (10; 100) comprises a whistle component in the front portion, the whistle component having a front wall (48; 120), a floor (44; 122), a rear wall (46; 124), a pair of sidewalls (28; 128) and a roof (42; 126) that together define a whistle chamber (24; 118), a front portion of the roof (42; 126) terminating at a rearwardly facing edge (34; 134) and a rear portion of the roof (42; 126) terminating at a forwardly facing edge (36; 136), the edges (34, 36; 134, 136) defining a whistle opening, as a slot (26, 138) extending between the sidewalls, in communication with the whistle chamber (24; 118), the rearwardly facing edge (34; 134) of the front portion (48; 130) of the roof (42; 126) being a predetermined distance closer to a bottom wall of the whistle body than the forwardly facing edge (36; 136) of the rear portion, the whistle opening (26; 138) and the chamber (24; 118) being configured so that the whistle component is capable of generating at least two different whistling-type sounds at different respective velocities of the amusement device (10; 100); and a flight stabiliser arranged on a rear portion of the body, the flight stabiliser including a pair of vanes that extend from the rear portion of the body and are configured such that the device spins through the air while the device descends after having reached an apex after launch, the elongate body being configured so that a user can launch the device at a speed sufficient for the sound emitting device to generate the whistling-type sound.