mhurhangee/ep-ind-claims huggingface dataset:
A brittle object cutting apparatus for cutting a brittle object, comprising: a scribing laser unit, configured to emit a scribing laser on the brittle object, a first heating laser unit, configured to emit a first heating laser; a second heating laser unit, configured to emit a second heating laser, wherein the first heating laser and the second heating laser respectively located on opposite sides of the scribing laser; two cooling units (14A, 14B), configured to provide a coolant to cool the brittle object, one of the two cooling units disposed at a side of the first heating laser and opposite to the scribing laser so as to cool the brittle object irradiated by the first heating laser, another one of the two cooling units disposed at a side of the second heating laser and opposite to the scribing laser so as to cool the brittle object irradiated by the second heating laser; and a processing module, configured to selectively control the scribing laser unit, the first heating laser unit and the cooling unit, or the scribing laser unit, the second heating laser unit and the cooling unit, to cut along one of a plurality of first-axis and second-axis dividing lines on the brittle object sequentially with the scribing laser, the first heating laser and the coolant, or sequentially with the scribing laser, the second heating laser and the coolant in a machining operation, wherein the first heating laser and the coolant, or the second heating laser and the coolant processes on the brittle subject simultaneously. a scribing laser unit, configured to emit a scribing laser on the brittle object, a first heating laser unit, configured to emit a first heating laser; a second heating laser unit, configured to emit a second heating laser, wherein the first heating laser and the second heating laser respectively located on opposite sides of the scribing laser; two cooling units (14A, 14B), configured to provide a coolant to cool the brittle object, one of the two cooling units disposed at a side of the first heating laser and opposite to the scribing laser so as to cool the brittle object irradiated by the first heating laser, another one of the two cooling units disposed at a side of the second heating laser and opposite to the scribing laser so as to cool the brittle object irradiated by the second heating laser; and a processing module, configured to selectively control the scribing laser unit, the first heating laser unit and the cooling unit, or the scribing laser unit, the second heating laser unit and the cooling unit, to cut along one of a plurality of first-axis and second-axis dividing lines on the brittle object sequentially with the scribing laser, the first heating laser and the coolant, or sequentially with the scribing laser, the second heating laser and the coolant in a machining operation, wherein the first heating laser and the coolant, or the second heating laser and the coolant processes on the brittle subject simultaneously.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: R 2A and R 2B are independently H, OH or C 1 -C 4 alkyl, provided at least one of R 2A and R 2B is not H; R 3 is C 1 -C 4 fluoroalkyl; R 4 is H; R 5A is SO 2 R 7 or SO 2 NR 8 R 9; R 7 is C 1 -C 4 alkyl; and R 8 and R 9 are independently H or C 1 -C 4 alkyl. R 2A and R 2B are independently H, OH or C 1 -C 4 alkyl, provided at least one of R 2A and R 2B is not H; R 3 is C 1 -C 4 fluoroalkyl; R 4 is H; R 5A is SO 2 R 7 or SO 2 NR 8 R 9; R 7 is C 1 -C 4 alkyl; and R 8 and R 9 are independently H or C 1 -C 4 alkyl.
A dispenser assembly for an aerosol container, the assembly comprising: a fixing plate mounted to a mounting cup of the aerosol container that has two stems a nozzle having two connection parts that respectively lead to the stems, and discharging contents from each of the stems through one discharge tube via a passage provided inside the nozzle; and a cover member (20, 30) having an operation part for pressing the nozzle and held by engagement with the fixing plate such as to cover the nozzle, wherein the cover member (20, 30) includes a lower cover located immediately above the fixing plate and having a first engaging piece that engages with a first engaging hole provided to the fixing plate, and an upper cover having the operation part and a second engaging piece that engages with a second engaging hole provided to the lower cover, and the lower cover has a pressing portion that is supported via a hinge (ha) and pushes on the second engaging piece to disengage the second engaging piece from the second engaging hole. a fixing plate mounted to a mounting cup of the aerosol container that has two stems a nozzle having two connection parts that respectively lead to the stems, and discharging contents from each of the stems through one discharge tube via a passage provided inside the nozzle; and a cover member (20, 30) having an operation part for pressing the nozzle and held by engagement with the fixing plate such as to cover the nozzle, wherein the cover member (20, 30) includes a lower cover located immediately above the fixing plate and having a first engaging piece that engages with a first engaging hole provided to the fixing plate, and an upper cover having the operation part and a second engaging piece that engages with a second engaging hole provided to the lower cover, and the lower cover has a pressing portion that is supported via a hinge (ha) and pushes on the second engaging piece to disengage the second engaging piece from the second engaging hole.
Vehicle tire having sidewalls and a tread and having at least one marking surface on at least one of the sidewalls and/or the tread, wherein the marking surface has two parallel sets (5, 5') of elongate elevations (6, 6'), wherein the two parallel sets (5, 5') intersect and form a parallelogram grid, wherein the parallelograms of the parallelogram grid have an interior angle of 35° to 90°, and wherein the elongate elevations (6, 6') of at least one, preferably both, of the two parallel sets (5, 5') are arranged at a spacing (18, 18') of 0.4 mm to 1.0 mm, characterized in that at least one parallelogram, preferably at least half of the parallelograms, particularly preferably all of the parallelograms has or have an additional elevation within its or their areal extent. wherein the elongate elevations (6, 6') of at least one, preferably both, of the two parallel sets (5, 5') are arranged at a spacing (18, 18') of 0.4 mm to 1.0 mm, characterized in that at least one parallelogram, preferably at least half of the parallelograms, particularly preferably all of the parallelograms has or have an additional elevation within its or their areal extent.
A mass spectrum processing apparatus comprising: first degree of similarity computing means for computing a first degree of similarity between a first representative value array that represents a target mass spectrum obtained by mass spectrometry of a sample and a first corresponding value array that is selected from a standard mass spectrum in a library according to a corresponding relationship with the first representative value array; second degree of similarity computing means for computing a second degree of similarity between a second representative value array that represents the standard mass spectrum and a second corresponding value array that is selected from the target mass spectrum according to a corresponding relationship with the second representative value array; and evaluating means for judging, based on the first degree of similarity and the second degree of similarity, that the target mass spectrum is in a composite state in which the target mass spectrum is derived from a plurality of compounds, wherein the first degree of similarity is a degree of forward similarity that has a characteristic of being lower as the likelihood that the target mass spectrum is a composite mass spectrum derived from a plurality of compounds is higher, and the second degree of similarity is a degree of reverse similarity that has a characteristic of being higher as the likelihood that the target mass spectrum includes the standard mass spectrum is higher. first degree of similarity computing means for computing a first degree of similarity between a first representative value array that represents a target mass spectrum obtained by mass spectrometry of a sample and a first corresponding value array that is selected from a standard mass spectrum in a library according to a corresponding relationship with the first representative value array; second degree of similarity computing means for computing a second degree of similarity between a second representative value array that represents the standard mass spectrum and a second corresponding value array that is selected from the target mass spectrum according to a corresponding relationship with the second representative value array; and evaluating means for judging, based on the first degree of similarity and the second degree of similarity, that the target mass spectrum is in a composite state in which the target mass spectrum is derived from a plurality of compounds, wherein the first degree of similarity is a degree of forward similarity that has a characteristic of being lower as the likelihood that the target mass spectrum is a composite mass spectrum derived from a plurality of compounds is higher, and the second degree of similarity is a degree of reverse similarity that has a characteristic of being higher as the likelihood that the target mass spectrum includes the standard mass spectrum is higher.
A simulation device for displaying a simulation image of a view through a spectacle lens by a wearer of a spectacle lens, comprising: an imaging camera configured to perform imaging in a visual field of the wearer; a depth sensor configured to acquire a depth image in the same view angle as an imaging result obtained by the imaging camera, wherein the depth image has, for each pixel, distance information from the depth sensor to an object; a data acquisition unit configured to acquire lens data of the spectacle lens; an image creation unit configured to create a simulation image on which a view of an image to be viewed through the spectacle lens is reflected, by applying image processing to the imaging result obtained by the imaging camera, based on the depth image and the lens data; and an image displayer configured to display and output the simulation image as an image as if it was viewed through the spectacle lens. an imaging camera configured to perform imaging in a visual field of the wearer; a depth sensor configured to acquire a depth image in the same view angle as an imaging result obtained by the imaging camera, wherein the depth image has, for each pixel, distance information from the depth sensor to an object; a data acquisition unit configured to acquire lens data of the spectacle lens; an image creation unit configured to create a simulation image on which a view of an image to be viewed through the spectacle lens is reflected, by applying image processing to the imaging result obtained by the imaging camera, based on the depth image and the lens data; and an image displayer configured to display and output the simulation image as an image as if it was viewed through the spectacle lens.
A method of diagnosing a hydraulic machine which comprises a rotor shaft, a cylinder, a piston forming a working chamber together with the cylinder, and a high-pressure valve and a low-pressure valve provided for the working chamber, and which is configured to perform conversion between rotational motion of the rotor shaft and reciprocal motion of the piston, the high-pressure valve comprising a poppet valve including a seat (46,46a,46b;46c) and a poppet configured to be in contact with the seat (46,46a,46b;46c) from a side of a high-pressure line of the hydraulic machine, the method being characterised in that it comprises: a step of reducing the pressure (P H) of the high-pressure line; and a step of measuring a pressure (P C) of the working chamber in a state while the high-pressure valve and the low-pressure valve are closed, no reciprocal motion of the piston takes place, and the initial pressure (P C) of the working chamber is at a pressure that corresponds to the pressure of a low-pressure line of the hydraulic machine; and a step of detecting a damage of the high-pressure valve on the basis of an increase of the pressure (P C) of the working chamber while reducing the pressure (P H) of the high-pressure line. a step of reducing the pressure (P H) of the high-pressure line; and a step of measuring a pressure (P C) of the working chamber in a state while the high-pressure valve and the low-pressure valve are closed, no reciprocal motion of the piston takes place, and the initial pressure (P C) of the working chamber is at a pressure that corresponds to the pressure of a low-pressure line of the hydraulic machine; and a step of detecting a damage of the high-pressure valve on the basis of an increase of the pressure (P C) of the working chamber while reducing the pressure (P H) of the high-pressure line.
An electric bed, comprising: a base bed frame, which comprises a rectangular frame formed by a pair of longitudinal rims and a pair of transverse rims; a leg combination bed frame, which is hinged to the base bed frame and is capable of freely pivoting; a leg transmission mechanism supporting beam connected between the pair of longitudinal rims parallel to the pair of transverse rims; a leg transmission mechanism, which comprises a first end hinged to the leg combination bed frame, a second end for receiving a driving force so as to enable the leg transmission mechanism to pivot, and a pivoting arm disposed between the first end and the second end and hinged to the leg transmission mechanism supporting beam; and a leg drive motor, one end thereof being hinged to the transverse rim near the leg transmission mechanism supporting beam, and the other end thereof being hinged to the second end of the leg transmission mechanism.
A method to manage secure sleep state transitions in a computing platform including a processor an operating system to control the computing platform, a basic input/output system to boot the computing platform, and a memory, the method comprising: in response to an initiation of a sleep state of the computing platform, encrypting the memory of the computing platform, the memory including a first critical portion that has to be decrypted before the operating system can be resumed from the sleep state and a second portion which does not need to be decrypted before the operating system can control the operation of the computing platform, placing the computing platform in the sleep state including powering down a portion of the computing platform and preserving a state of the computing platform; in response to an initiation of a resume procedure to resume the computing platform from the sleep state, booting the computing platform with the basic input output system; before passing control of the computing platform from the basic input/output system to the operation system, passing control to a virtual machine monitor executed on the processor; decrypting, with the virtual machine monitor, the first critical portion of the memory; after the first critical portion of the memory has been decrypted and before the second portion of the memory has been decrypted, passing control of the computing platform from the basic input/output system to the operating system; and after the operating system has received control of the computing platform from the basic input/output system, decrypting, with the virtual machine monitor, the second portion of the remaining memory in an on-demand fashion. in response to an initiation of a sleep state of the computing platform, encrypting the memory of the computing platform, the memory including a first critical portion that has to be decrypted before the operating system can be resumed from the sleep state and a second portion which does not need to be decrypted before the operating system can control the operation of the computing platform, placing the computing platform in the sleep state including powering down a portion of the computing platform and preserving a state of the computing platform; in response to an initiation of a resume procedure to resume the computing platform from the sleep state, booting the computing platform with the basic input output system; before passing control of the computing platform from the basic input/output system to the operation system, passing control to a virtual machine monitor executed on the processor; decrypting, with the virtual machine monitor, the first critical portion of the memory; after the first critical portion of the memory has been decrypted and before the second portion of the memory has been decrypted, passing control of the computing platform from the basic input/output system to the operating system; and after the operating system has received control of the computing platform from the basic input/output system, decrypting, with the virtual machine monitor, the second portion of the remaining memory in an on-demand fashion.
A server device (1; 30) operating a piece of software for controlling a function of a rail transport safety system, wherein the software (11, 12, 13; 31, 32, 33) operates at least two processes (11a-11b; 12a-12b; 13a-13b; 31a-31c; 32a-32c; 33a-33c) physically separated from one another, the results of which are compared to one another in order to perform control of the function, characterized in that the software (11, 12, 13; 31, 32, 33) is operated on a virtual operating platform of the server device (1; 30), in that the server device (1; 30) comprises at least two physically separate server clusters (SC1, SC2, SC3), wherein each of the server clusters (SC1, SC2, SC3) of the server device (1; 30) comprises at least two individual servers (SRV-1-1, SRV-1-2, SRV-2-1, SRV-2-2, SRV-3-1, SRV-3-2) which between them allow for a migration of processes (11a-11b; 12a-12b; 13a-13b; 31a-31c; 32a-32c; 33a-33c) in the event that an individual server (SRV-1-1, SRV-1-2, SRV-2-1, SRV-2-2, SRV-3-1, SRV-3-2) fails, wherein the at least two processes (11a-11b; 12a-12b; 13a-13b; 31a-31c; 32a-32c; 33a-33c) run on virtual machines, and in that the software (11, 12, 13; 31, 32, 33) comprises at least two parts that are installed on different server clusters of the at least two server clusters (SC1, SC2, SC3), so that the at least two processes (11a-11b; 12a-12b; 13a-13b; 31a-31c; 32a-32c; 33a-33c) are operated on different server clusters of the at least two server clusters (SC1, SC2, SC3).
An apparatus configured for implantation in a body of a subject, comprising: a support substrate; and electrodes protruding from the support substrate, each electrode having a distal tip; wherein at least 500 of the electrodes protrude at least 50 um from the support substrate, with each electrode further having (a) an electrically-exposed tip portion, (b) an electrically-insulated body portion, proximal to the electrically-exposed tip portion, and (c) a cross-section of 50-1500 um2, 20 um from the distal tip, and characterised by the distal tip of each electrode having a radius of curvature of 0.5 - 5 um. a support substrate; and electrodes protruding from the support substrate, each electrode having a distal tip; wherein at least 500 of the electrodes protrude at least 50 um from the support substrate, with each electrode further having (a) an electrically-exposed tip portion, (b) an electrically-insulated body portion, proximal to the electrically-exposed tip portion, and (c) a cross-section of 50-1500 um2, 20 um from the distal tip, and characterised by the distal tip of each electrode having a radius of curvature of 0.5 - 5 um.
Cosmetic composition for coating keratin fibres, comprising: - an aqueous phase, - a surfactant system present at a total content of greater than or equal to 15% by weight relative to the total weight of the composition, said surfactant system comprising: i) at least one non-ionic surfactant with an HLB value at 25°C of less than 8, and ii) at least one anionic surfactant with an HLB value at 25°C of greater than or equal to 8, chosen from acyl glutamic acids and salts thereof, together forming a lamellar phase Lβ, and - at least one lamellar filler, - said composition comprises a wax content of strictly less than 10% by weight relative to the total weight of the composition. - an aqueous phase, - a surfactant system present at a total content of greater than or equal to 15% by weight relative to the total weight of the composition, said surfactant system comprising: i) at least one non-ionic surfactant with an HLB value at 25°C of less than 8, and ii) at least one anionic surfactant with an HLB value at 25°C of greater than or equal to 8, chosen from acyl glutamic acids and salts thereof, together forming a lamellar phase Lβ, and i) at least one non-ionic surfactant with an HLB value at 25°C of less than 8, and ii) at least one anionic surfactant with an HLB value at 25°C of greater than or equal to 8, chosen from acyl glutamic acids and salts thereof, together forming a lamellar phase Lβ, and - at least one lamellar filler, - said composition comprises a wax content of strictly less than 10% by weight relative to the total weight of the composition.
Method for managing the electric power passing through a cell of a metal-air battery, the cell comprising: - a negative electrode electrically connected to a negative terminal of the battery; - a first positive electrode forming an air electrode of the cell; - a second positive electrode forming a power electrode of the cell; - a switching means for electrically connecting an electrode among the first positive electrode and the second positive electrode to a positive terminal of the battery; the method being characterized in that it comprises: - maintaining the switching means in a configuration connecting the positive terminal to the first positive electrode when an electric power to pass through the battery corresponds to a first power range; - maintaining the switching means in a configuration connecting the positive terminal to the second positive electrode when an electric power to pass through the battery corresponds to a second power range, the second power range being associated with higher electric powers than the electric powers of the first range. - a negative electrode electrically connected to a negative terminal of the battery; - a first positive electrode forming an air electrode of the cell; - a second positive electrode forming a power electrode of the cell; - a switching means for electrically connecting an electrode among the first positive electrode and the second positive electrode to a positive terminal of the battery; - maintaining the switching means in a configuration connecting the positive terminal to the first positive electrode when an electric power to pass through the battery corresponds to a first power range; - maintaining the switching means in a configuration connecting the positive terminal to the second positive electrode when an electric power to pass through the battery corresponds to a second power range, the second power range being associated with higher electric powers than the electric powers of the first range.