mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: at least one processor; and at least one memory including computer program instructions, the at least one memory and the computer program instructions configured to, with the at least one processor, cause the apparatus at least to perform: determining an intensity of ambient light; determining whether the intensity of ambient light is above a threshold light intensity or below said threshold light intensity; if the intensity of ambient light is below said threshold light intensity, controlling a flash unit to provide light only over a time period (T 3) common to exposure time periods of the plurality of rows of image sensor elements of a rolling shutter image sensor array; and if the intensity of ambient light is above said threshold light intensity, controlling the flash unit to provide light over a time period (T 1) that is substantially equal to the overall exposure time of all the sensor elements of the rolling shutter image sensor array. at least one processor; and at least one memory including computer program instructions, the at least one memory and the computer program instructions configured to, with the at least one processor, cause the apparatus at least to perform: determining an intensity of ambient light; determining whether the intensity of ambient light is above a threshold light intensity or below said threshold light intensity; if the intensity of ambient light is below said threshold light intensity, controlling a flash unit to provide light only over a time period (T 3) common to exposure time periods of the plurality of rows of image sensor elements of a rolling shutter image sensor array; and if the intensity of ambient light is above said threshold light intensity, controlling the flash unit to provide light over a time period (T 1) that is substantially equal to the overall exposure time of all the sensor elements of the rolling shutter image sensor array. determining an intensity of ambient light; determining whether the intensity of ambient light is above a threshold light intensity or below said threshold light intensity; if the intensity of ambient light is below said threshold light intensity, controlling a flash unit to provide light only over a time period (T 3) common to exposure time periods of the plurality of rows of image sensor elements of a rolling shutter image sensor array; and if the intensity of ambient light is above said threshold light intensity, controlling the flash unit to provide light over a time period (T 1) that is substantially equal to the overall exposure time of all the sensor elements of the rolling shutter image sensor array.
Method for cleaning a vulcanization mould for tyres in a curing press, using a device comprising a collaborative mobile robot, incorporating a computer program, said robot comprising an autonomous mobile platform mounted on drive wheels and comprising batteries supplying electricity, a dry ice dispenser, sensors for identifying the location of the mould to be cleaned and motors ensuring the displacement thereof between a storage location of the device and the mould to be cleaned and the displacement of an articulated mobile arm of said robot, said arm bearing a nozzle for spraying dry ice coming from said dispenser, wherein the device comprises means for communication with a control unit for performing the following operations: - after having received a mission instruction to clean a vulcanization mould and after having checked the level of electrical charge of its batteries and the level of dry ice in a tank of said dispenser, leaving its storage location; - automatically navigating to the location of the mould to be cleaned; - automatically scanning the environment in which the curing press comprising the mould to be cleaned, and possible obstacles, are located; - automatically identifying the curing press comprising the mould to be cleaned and standing in proximity thereto; - automatically cleaning the vulcanization mould by directing the arm bearing the spray nozzle, according to a set of instructions, to the interior of the mould so as to clean it with dry ice; - communicating with the control unit to inform it of the progress of the cleaning operation. - after having received a mission instruction to clean a vulcanization mould and after having checked the level of electrical charge of its batteries and the level of dry ice in a tank of said dispenser, leaving its storage location; - automatically navigating to the location of the mould to be cleaned; - automatically scanning the environment in which the curing press comprising the mould to be cleaned, and possible obstacles, are located; - automatically identifying the curing press comprising the mould to be cleaned and standing in proximity thereto; - automatically cleaning the vulcanization mould by directing the arm bearing the spray nozzle, according to a set of instructions, to the interior of the mould so as to clean it with dry ice; - communicating with the control unit to inform it of the progress of the cleaning operation.
A process for isolating S-isomer crystals of Indoxacarb having purity in the range of 98% to 99%, said process comprising the following steps: a) mixing crude Indoxacarb with a solvent to obtain a slurry, wherein the crude Indoxacarb comprises impurities in an amount in the range of 3 wt.% to 15 wt.%; b) heating said slurry to a temperature in the range of 64 °C to 80 °C to obtain a heated slurry; c) cooling said heated slurry to a temperature in the range of 40 °C to 51 °C to allow complete crystallization of racemic Indoxacarb and obtain a warm slurry comprising crystals of the racemic Indoxacarb; d) filtering said warm slurry at a temperature in the range of 40 °C to 51 °C to isolate a mass comprising racemic Indoxacarb crystals and obtain a filtrate; e) cooling said filtrate to a temperature in the range of 9 °C to 16 °C to initiate crystallization followed by equilibrating under stirring for a time period in the range of 3 hours to 7 hours to allow complete crystallization to obtain a mixture comprising S-isomer crystals of Indoxacarb; f) filtering said mixture to isolate said S-isomer crystals of Indoxacarb; and g) washing and drying said crystals to obtain S-isomer crystals of Indoxacarb having purity in the range of 98% to 99%. a) mixing crude Indoxacarb with a solvent to obtain a slurry, wherein the crude Indoxacarb comprises impurities in an amount in the range of 3 wt.% to 15 wt.%; b) heating said slurry to a temperature in the range of 64 °C to 80 °C to obtain a heated slurry; c) cooling said heated slurry to a temperature in the range of 40 °C to 51 °C to allow complete crystallization of racemic Indoxacarb and obtain a warm slurry comprising crystals of the racemic Indoxacarb; d) filtering said warm slurry at a temperature in the range of 40 °C to 51 °C to isolate a mass comprising racemic Indoxacarb crystals and obtain a filtrate; e) cooling said filtrate to a temperature in the range of 9 °C to 16 °C to initiate crystallization followed by equilibrating under stirring for a time period in the range of 3 hours to 7 hours to allow complete crystallization to obtain a mixture comprising S-isomer crystals of Indoxacarb; f) filtering said mixture to isolate said S-isomer crystals of Indoxacarb; and g) washing and drying said crystals to obtain S-isomer crystals of Indoxacarb having purity in the range of 98% to 99%.
Transport unit consisting of a stack of at least two coils made of aluminium, between which at least three wooden separators are arranged, wherein the wooden separators are each formed by an element which has a square cross-section and a rectangular shape, wherein the element is made of medium density fibre board material.
A system, comprising: at least one processor and a memory; a verification module configured to: receive a container including a signature data object component and a compressed archive component, the compressed archive component including a compressed archive (108, 210-226), the signature data object component including a signature data object having a cryptographic signature of the compressed archive; update offsets in the compressed archive to their original values as they were before the offsets have been adjusted to reflect the size of the signature data object; and verify authenticity of the compressed archive by performing cryptographic verification on the compressed archive and the cryptographic signature of the signature data object without decompressing the compressed archive. at least one processor and a memory; a verification module configured to: receive a container including a signature data object component and a compressed archive component, the compressed archive component including a compressed archive (108, 210-226), the signature data object component including a signature data object having a cryptographic signature of the compressed archive; update offsets in the compressed archive to their original values as they were before the offsets have been adjusted to reflect the size of the signature data object; and verify authenticity of the compressed archive by performing cryptographic verification on the compressed archive and the cryptographic signature of the signature data object without decompressing the compressed archive. receive a container including a signature data object component and a compressed archive component, the compressed archive component including a compressed archive (108, 210-226), the signature data object component including a signature data object having a cryptographic signature of the compressed archive; update offsets in the compressed archive to their original values as they were before the offsets have been adjusted to reflect the size of the signature data object; and verify authenticity of the compressed archive by performing cryptographic verification on the compressed archive and the cryptographic signature of the signature data object without decompressing the compressed archive.
Image-generating device comprising: - at least one light source, - a screen adapted to be backlit by said light source, and - a reflector arranged between said light source and said screen in such a way that an inner face of said reflector at least partly reflects the light emitted by the light source, characterized in that the reflector has a thermal conductivity greater than 1 W.m -1.K -1. - at least one light source, - a screen adapted to be backlit by said light source, and - a reflector arranged between said light source and said screen in such a way that an inner face of said reflector at least partly reflects the light emitted by the light source, characterized in that the reflector has a thermal conductivity greater than 1 W.m -1.K -1.
A method of pre-stretching an implantable biocompatible material comprising: applying a tensioning force of between about 300 grams and about 4000 grams to a sheet of implantable biocompatible material; while applying the tensioning force, maintaining the sheet of implantable biocompatible material at a temperature that is at least as high as a temperature of an environment into which at least a portion of the implantable biocompatible material will be implanted; and maintaining the sheet of implantable biocompatible material under tension until the sheet experiences a decrease in an elongation rate of the sheet, wherein the tensioning force is applied for a period of at least 1 day, wherein the sheet of implantable biocompatible material is maintained under tension until the elongation rate is less than about 25 % of an average initial elongation rate, where the average initial elongation rate is the average elongation rate of the first hour of applying tension to the sheet. applying a tensioning force of between about 300 grams and about 4000 grams to a sheet of implantable biocompatible material; while applying the tensioning force, maintaining the sheet of implantable biocompatible material at a temperature that is at least as high as a temperature of an environment into which at least a portion of the implantable biocompatible material will be implanted; and maintaining the sheet of implantable biocompatible material under tension until the sheet experiences a decrease in an elongation rate of the sheet, wherein the tensioning force is applied for a period of at least 1 day, wherein the sheet of implantable biocompatible material is maintained under tension until the elongation rate is less than about 25 % of an average initial elongation rate, where the average initial elongation rate is the average elongation rate of the first hour of applying tension to the sheet.
A method for transmitting a signal, wherein the method comprises: determining, by a network device, transmission information of a synchronization signal block, wherein the transmission information comprises information on the number m of the synchronization signal block, and information on a time-domain resource set over which the m synchronization signal block is transmitted, wherein the time-domain resource set comprises m time-domain resource unit over which the m synchronization signal block is transmitted, the information on the time-domain resource set over which the m synchronization signal block is transmitted represents the m time-domain resource unit over which the m synchronization signal block is transmitted, and for different time-domain resource sets, locations of m time-domain resource units are not completely the same, wherein m is a positive integer; and transmitting, by the network device, the transmission information to a terminal device, so that the terminal device receives, according to the transmission information, the m synchronization signal block transmitted by the network device; wherein location of the m time-domain resource unit in each of the time-domain resource sets among multiple time-domain resource sets over which the m synchronization signal block is capable of being transmitted satisfies a first condition, and the first condition is agreed by the network device and the terminal device in advance. determining, by a network device, transmission information of a synchronization signal block, wherein the transmission information comprises information on the number m of the synchronization signal block, and information on a time-domain resource set over which the m synchronization signal block is transmitted, wherein the time-domain resource set comprises m time-domain resource unit over which the m synchronization signal block is transmitted, the information on the time-domain resource set over which the m synchronization signal block is transmitted represents the m time-domain resource unit over which the m synchronization signal block is transmitted, and for different time-domain resource sets, locations of m time-domain resource units are not completely the same, wherein m is a positive integer; and transmitting, by the network device, the transmission information to a terminal device, so that the terminal device receives, according to the transmission information, the m synchronization signal block transmitted by the network device; wherein location of the m time-domain resource unit in each of the time-domain resource sets among multiple time-domain resource sets over which the m synchronization signal block is capable of being transmitted satisfies a first condition, and the first condition is agreed by the network device and the terminal device in advance.
A method for attaching a protective structure consisting of at least one block to a feed beam of rock drilling rig and at least partly around the feed beam, the feed beam being movably arranged through a cradle to a boom of the rock drilling rig, characterized by attaching the block of the protective structure to the feed beam by attachment units consisting of one or more attachment elements, wherein at least one of the attachment elements comprises a joint, so that the block substantially maintains its original shape as the feed beam bends in a bending direction of its longitudinal axis and/or twists in a twisting direction about its longitudinal axis due to forces acting on the feed beam during the use of the rock drilling rig.
Apparatus for increasing sensitivity of sensory nerves of a portion of a body of a subject, the apparatus comprising: a plurality of electrodes configured to be placed at respective locations upon a surface of the body portion; a user interface; and at least one computer processor configured to: apply sets of electrical stimulation pulses to the respective locations upon the surface of the body portion, via the electrodes, receive respective inputs from the subject, via the user interface, each of the inputs corresponding to a respective one of the sets of electrical stimulation pulses, and being indicative of a location at which the subject sensed the set of electrical stimulation pulse as having been applied, and in response to the inputs from the subject, modulate parameters of the sets of electrical stimulation pulses that are applied to respective locations upon the surface of the body portion. a plurality of electrodes configured to be placed at respective locations upon a surface of the body portion; a user interface; and at least one computer processor configured to: apply sets of electrical stimulation pulses to the respective locations upon the surface of the body portion, via the electrodes, receive respective inputs from the subject, via the user interface, each of the inputs corresponding to a respective one of the sets of electrical stimulation pulses, and being indicative of a location at which the subject sensed the set of electrical stimulation pulse as having been applied, and in response to the inputs from the subject, modulate parameters of the sets of electrical stimulation pulses that are applied to respective locations upon the surface of the body portion. apply sets of electrical stimulation pulses to the respective locations upon the surface of the body portion, via the electrodes, receive respective inputs from the subject, via the user interface, each of the inputs corresponding to a respective one of the sets of electrical stimulation pulses, and being indicative of a location at which the subject sensed the set of electrical stimulation pulse as having been applied, and in response to the inputs from the subject, modulate parameters of the sets of electrical stimulation pulses that are applied to respective locations upon the surface of the body portion.
Use of an alkyl substituted dihydroxy benzene compound with the alkyl group having 2 to 6 carbon atoms for inhibition of fungal melanin in fungi that produce DHN melanin.
Method for repairing a compressor rotor in a blisk-type design embodiment, comprising blisks that are connected to one other in one piece, in which a strongly damaged stage is replaced with a new one and the rotor is subsequently subjected to heat treatment, characterized in that the new blisk is connected to the rotor by means of electron-beam welding, and in that only the connection area as well as an area that is adjoining the same and is affected by the welding heat are subjected to a local heat treatment by means of a current that is induced in that area by means of electromagnetic induction.
Production process of synthetically produced methane /gaseous and/or liquid hydrocarbons (114, 115, 116, 117), wherein hydrogen (44, 84, 150) from an electrolysis arrangement (41, 81, 151) operated with the aid of regeneratively generated electrical energy and carbon dioxide (19, 46, 86) are combined in a methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or another hydrocarbon synthesis, characterised in that the carbon dioxide (19, 46, 86) is produced from an ambient air stream (3, 134) by means of a carbon dioxide recovery plant (Fig. 1), wherein the carbon dioxide (19, 46, 86) is first adsorbed from the ambient air stream (3, 134) in the carbon dioxide recovery plant (Fig. 1) by means of an adsorption material and is recovered by means of a temperature-vacuum alternating process, whereby a thermal desorption is carried out to reverse the adsorption process and thus to release the adsorbed carbon dioxide (19, 46, 86), heat (14 via 11) being introduced into the adsorber material for this purpose and this heat being taken at least partially from the exothermic methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or from another suitable hydrocarbon synthesis and/or the electrolysis arrangement (41, 81, 151). wherein hydrogen (44, 84, 150) from an electrolysis arrangement (41, 81, 151) operated with the aid of regeneratively generated electrical energy and carbon dioxide (19, 46, 86) are combined in a methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or another hydrocarbon synthesis, characterised in that the carbon dioxide (19, 46, 86) is produced from an ambient air stream (3, 134) by means of a carbon dioxide recovery plant (Fig. 1), wherein the carbon dioxide (19, 46, 86) is first adsorbed from the ambient air stream (3, 134) in the carbon dioxide recovery plant (Fig. 1) by means of an adsorption material and is recovered by means of a temperature-vacuum alternating process, whereby a thermal desorption is carried out to reverse the adsorption process and thus to release the adsorbed carbon dioxide (19, 46, 86), heat (14 via 11) being introduced into the adsorber material for this purpose and this heat being taken at least partially from the exothermic methane synthesis (Fig. 2 - 48) or Fischer-Tropsch synthesis (Fig. 3 - 96) or from another suitable hydrocarbon synthesis and/or the electrolysis arrangement (41, 81, 151).
A centre console for a motor vehicle, having a base, a front wall and a rear wall, wherein provided in the front wall and in the rear wall, in each case in the region near the base, is an opening which can be connected to an air duct for ventilating a rear region of the motor vehicle, wherein the release member is configured as a freely formed support surface or as a substantially flat plate which is located at least at the height of the upper edge of the openings, so that formed under the release member is an air conducting channel which interconnects the openings in the front and rear walls (3, 4) of the centre console, wherein the release member is supported on a preferably peripheral console which is arranged at least at the height of the upper edge of the openings in the centre console, wherein provided on the underside of the release member are supports which are supported on the base of the centre console, wherein the centre console has an release member, the release member being inserted, in a removable manner, in the interior of the centre console in the region of the base so that the release member frees the openings in the front wall and in the rear wall.
Retractable leash for coiling and uncoiling a leash, in particular for guiding an animal, with a leash reel, which is rotatably mounted on a carrier and can be returned by means of resetting means to a coiled position in which the leash is wound onto the leash reel, with blocking means for blocking an uncoiling of the leash from the leash reel and with a transmission (24, 29, 55, 57, 65) which is coupled to the leash reel and effects a blocking of the leash reel by means of the blocking means when a predetermined leash length is uncoiled from the leash reel, wherein the transmission has a first transmission element (24, 55, 65) rotatably arranged on the carrier, and a second transmission element (29, 57) arranged on the carrier in a rotationally secure manner, and the first transmission element (24, 55, 65) and the second transmission element (29, 57) associated with each other have an external circumference and an internal circumference which engage with one another at least in an active state, characterized in that the first transmission element (24, 55, 65) is mounted eccentrically on the leash reel and rotatably with respect thereto, wherein the transmission is a cycloidal transmission.