mhurhangee/ep-ind-claims huggingface dataset:
A pre-determined situation detecting system in a casino having a plurality of gaming tables, comprising: a game recording apparatus which records a progress of a game played on a gaming table as video image through a camera; an image analyzing apparatus which performs image analysis on the video image of the recorded progress of the game; a card distribution device which determines a win or lose result of each game on the gaming table; and a control device which detects a pre-determined situation occurred on the gaming table by using a result of the image analysis by the image analyzing apparatus and the win or lose result determined by the card distribution device, wherein the control device has a structure capable of recognizing positions, types, and number of chips wagered in each play position of the game table and compares a history of win and lose of each player obtained from the win or lose result and the amount of the acquired chips to statistical data to extract a pre-determined situation, the control device has a structure capable of specifying individual players at each play position of the game table by attaching an identity number, and when a pre-determined situation is extracted, the control device associates the extracted pre-determined situation with the identity number of a player for which the pre-determined situation was extracted. a game recording apparatus which records a progress of a game played on a gaming table as video image through a camera; an image analyzing apparatus which performs image analysis on the video image of the recorded progress of the game; a card distribution device which determines a win or lose result of each game on the gaming table; and a control device which detects a pre-determined situation occurred on the gaming table by using a result of the image analysis by the image analyzing apparatus and the win or lose result determined by the card distribution device, wherein the control device has a structure capable of recognizing positions, types, and number of chips wagered in each play position of the game table and compares a history of win and lose of each player obtained from the win or lose result and the amount of the acquired chips to statistical data to extract a pre-determined situation, the control device has a structure capable of specifying individual players at each play position of the game table by attaching an identity number, and when a pre-determined situation is extracted, the control device associates the extracted pre-determined situation with the identity number of a player for which the pre-determined situation was extracted.
A cartridge comprising: a container comprising an opening and a holding portion to hold a sample and/or a reagent; an electrode disposed on a container wall of the container; and a removable separator to separate a sample and/or reagent held in the holding portion of the container from the electrode when the removable separator is inserted into the holding portion, wherein: the container wall comprises a location having a planar shape; and the electrode is disposed at the location having the planar shape. a container comprising an opening and a holding portion to hold a sample and/or a reagent; an electrode disposed on a container wall of the container; and a removable separator to separate a sample and/or reagent held in the holding portion of the container from the electrode when the removable separator is inserted into the holding portion, wherein: the container wall comprises a location having a planar shape; and the electrode is disposed at the location having the planar shape. the container wall comprises a location having a planar shape; and the electrode is disposed at the location having the planar shape.
A detector device for a dual energy CT system, the detector device comprises a plurality of detector assemblies and a mounting plate, each detector assembly comprising: a plurality of detection crystal units having a first energy response which are arranged on a side of the mounting plate along a first direction at intervals, each detection crystal unit having a first energy response including a plurality of detection crystals (22a, 22b, 22c) having a first energy response arranged along a second direction, wherein the second direction is perpendicular to the first direction; and a plurality of detection crystal units having a second energy response which are arranged on the other side of the mounting plate along the first direction at intervals, each detection crystal unit having a second energy response including a plurality of detection crystals having a second energy response arranged along the second direction, wherein the second energy is higher than the first energy; wherein the plurality of detection crystal units having a first energy response and the plurality of detection crystal units having a second energy response are, at least partially, alternatively arranged along the first direction when viewed from an incidence direction of the X-ray; wherein the number of the detection crystal units having a first energy response is equal to or greater than that of the detection crystal units having a second energy response. a plurality of detection crystal units having a first energy response which are arranged on a side of the mounting plate along a first direction at intervals, each detection crystal unit having a first energy response including a plurality of detection crystals (22a, 22b, 22c) having a first energy response arranged along a second direction, wherein the second direction is perpendicular to the first direction; and a plurality of detection crystal units having a second energy response which are arranged on the other side of the mounting plate along the first direction at intervals, each detection crystal unit having a second energy response including a plurality of detection crystals having a second energy response arranged along the second direction, wherein the second energy is higher than the first energy; wherein the plurality of detection crystal units having a first energy response and the plurality of detection crystal units having a second energy response are, at least partially, alternatively arranged along the first direction when viewed from an incidence direction of the X-ray; wherein the number of the detection crystal units having a first energy response is equal to or greater than that of the detection crystal units having a second energy response.
Dapansutrile, or a pharmaceutically acceptable solvate thereof, as a pharmaceutical compound for use in a method of preventing and/or treating melanoma in a human subject.
A wheelchair with a disease-based touch screen configuration, comprising: a controller configured to control the wheelchair in response to user inputs; and a user interface comprising a touch screen for receiving user inputs, a touch screen user interface having at least one modifiable feature; characterised in that a configuration of the touch screen user interface comprises a setting for the at least one modifiable feature, the setting being based on an ability assessment of the user associated with the user's disease state, which ability assessment comprises an assessment of the user's ability to execute input gestures on the touch screen. a controller configured to control the wheelchair in response to user inputs; and a user interface comprising a touch screen for receiving user inputs, a touch screen user interface having at least one modifiable feature; characterised in that a configuration of the touch screen user interface comprises a setting for the at least one modifiable feature, the setting being based on an ability assessment of the user associated with the user's disease state, which ability assessment comprises an assessment of the user's ability to execute input gestures on the touch screen.
Take-up winding device for winding a fibre strand so as to form a package, having a package holder for receiving a winding tube, wherein the package holder is disposed so as to be pivotable in a machine frame and for changing a package is able to be guided to a releasing position, having a traversing installation for depositing the fibre strand on the package, and having an injector installation for separating and suctioning the fibre strand during a package change; wherein the injector installation has a slot-shaped suction opening (17.2) which extends in the thread running direction of the fibre strand running onto the package, characterized in that the suction opening (17.2) is partially covered by a cutting means (17.1) which by way of a knife extends transversely to the suction opening (17.2). wherein the injector installation has a slot-shaped suction opening (17.2) which extends in the thread running direction of the fibre strand running onto the package, characterized in that the suction opening (17.2) is partially covered by a cutting means (17.1) which by way of a knife extends transversely to the suction opening (17.2).
Heat exchanger for a device, comprising the following features: a. at least one coolant conduit having a first and a second end through which a coolant is guidable and which consists of electrically conductive material, b. at least one retaining clamp, which at least partially supports the coolant conduit, and c1. a first electric voltage source which is connectable to the first and second end of the coolant conduit or to the ends of at least a selected section of the coolant conduit so that an electrical heating current flows in the coolant conduit, and/or c2. a second electric voltage source which is connectable to at least one coil arrangement adjacent to the at least one coolant conduit so that an electrical heating current is inducible in the at least one coolant conduit by a magnetic field of the coil arrangement, characterized in that d. the first and the second end of the coolant conduit are each connected by means of an insulating sleeve with a coolant circuit of a device to insulate the coolant circuit of the device electrically from the coolant conduit. a. at least one coolant conduit having a first and a second end through which a coolant is guidable and which consists of electrically conductive material, b. at least one retaining clamp, which at least partially supports the coolant conduit, and c1. a first electric voltage source which is connectable to the first and second end of the coolant conduit or to the ends of at least a selected section of the coolant conduit so that an electrical heating current flows in the coolant conduit, and/or c2. a second electric voltage source which is connectable to at least one coil arrangement adjacent to the at least one coolant conduit so that an electrical heating current is inducible in the at least one coolant conduit by a magnetic field of the coil arrangement, characterized in that d. the first and the second end of the coolant conduit are each connected by means of an insulating sleeve with a coolant circuit of a device to insulate the coolant circuit of the device electrically from the coolant conduit.
A method for manufacturing a three-dimensional object with an additive manufacturing system, comprising a step consisting in printing layers of the three-dimensional object from the part material comprising: - at least one poly(aryl ether sulfone) (PAES) polymer, and - at least one per(halo)fluoropolymer, having a melt viscosity of at most 1.5×10 3 Pa.s, as measured according to ASTM D3835 at 372°C and 1000 s -1 using a Hastelloy die of 1 mm × 10 mm. - at least one poly(aryl ether sulfone) (PAES) polymer, and - at least one per(halo)fluoropolymer, having a melt viscosity of at most 1.5×10 3 Pa.s, as measured according to ASTM D3835 at 372°C and 1000 s -1 using a Hastelloy die of 1 mm × 10 mm.
Use of a composition that comprises a) one or more condensation products of 1-aminopropan-2-ol and formaldehyde and b) monoethylene glycol, wherein component a) is present in an amount from 5 to 70% by weight and component b) is present in an amount from 30 to 95% by weight, in each case based on the weight of the composition, in the removal of sulphur compounds from process streams. a) one or more condensation products of 1-aminopropan-2-ol and formaldehyde and b) monoethylene glycol,
A method for determining the concentration of an analyte in a fluid sample that additionally comprises a buffer salt for maintaining pH or ionic strength, the method comprising volatilizing and ionizing the sample, and introducing the ionized, volatilized sample into an ionic analyte detection device that provides a signal proportional in intensity to the quantity of ionized analyte detected, wherein the method comprises: employing a buffer salt that: (a) (i) is more volatile than the analyte, or (ii) upon volatilizing the fluid sample, undergoes a reaction to yield at least one reaction product that is more volatile than the analyte; and (b) results in an increase in the intensity of the signal and/or a greater signal-to-noise ratio than either the signal intensity or signal to noise ratio obtained in the presence of: (i) a less volatile buffer salt, or (ii) a buffer salt that upon volatilization of the fluid sample does not yield at least one reaction product that is more volatile than the analyte, wherein the method further comprises generating nanoliter-sized droplets of fluid sample prior to volatilization and ionization, such that the fluid sample is introduced into the ionic analyte detection device in the form of nanoliter-sized droplets having a surface area effective to facilitate gas phase extraction of the buffer salt from the droplets upon droplet volatilization. (a) (i) is more volatile than the analyte, or (ii) upon volatilizing the fluid sample, undergoes a reaction to yield at least one reaction product that is more volatile than the analyte; and (i) is more volatile than the analyte, or (ii) upon volatilizing the fluid sample, undergoes a reaction to yield at least one reaction product that is more volatile than the analyte; and (b) results in an increase in the intensity of the signal and/or a greater signal-to-noise ratio than either the signal intensity or signal to noise ratio obtained in the presence of: (i) a less volatile buffer salt, or (ii) a buffer salt that upon volatilization of the fluid sample does not yield at least one reaction product that is more volatile than the analyte, (i) a less volatile buffer salt, or (ii) a buffer salt that upon volatilization of the fluid sample does not yield at least one reaction product that is more volatile than the analyte,
A method for wireless communications by a user equipment, UE, comprising: receiving signaling indicating a subset of subframes; identifying a transmit time interval, TTI, bundle comprising the subset of subframes from a set of subframes for transmitting data on a physical downlink shared channel, PDSCH, wherein the subset of subframes comprises different subframes for different types of broadcast PDSCH transmissions; and receiving the data on the PDSCH in the subset of subframes. receiving signaling indicating a subset of subframes; identifying a transmit time interval, TTI, bundle comprising the subset of subframes from a set of subframes for transmitting data on a physical downlink shared channel, PDSCH, wherein the subset of subframes comprises different subframes for different types of broadcast PDSCH transmissions; and receiving the data on the PDSCH in the subset of subframes.
A method for electrically treating a film made of plastic, having an electrode arrangement, which has at least one corona electrode spaced apart from the film, a housing extending nearly to the film, which housing has a cavity, in which the at least one corona electrode for corona discharge is arranged, in order to increase the surface tension of the film, wherein the discharge products produced during the corona discharge, particularly ozone, are removed from the cavity by the use of a suction device, characterized in that during the corona discharge, which is operated at a nearly constant corona energy, the surface tension of the film is increased by increasing a volume flow of the suction device or wherein the corona energy to be used is reduced via an enlargement of the volume flow of the suction device.
Electrical system, in particular for a motor vehicle, comprising: - a first electrical circuit having a first ground and supplied with a first voltage at a first supply terminal, - a second electrical circuit having a second ground, distinct from the first ground, and supplied with a second voltage, different from the first voltage, at a second supply terminal, - a capacitive element connecting a first potential point of the first electrical circuit to a second potential point of the second electrical circuit. - a first electrical circuit having a first ground and supplied with a first voltage at a first supply terminal, - a second electrical circuit having a second ground, distinct from the first ground, and supplied with a second voltage, different from the first voltage, at a second supply terminal, - a capacitive element connecting a first potential point of the first electrical circuit to a second potential point of the second electrical circuit.
A system for detecting a vehicle mass tamper event affecting an obtained vehicle mass record for a vehicle or axle group of the vehicle being monitored, said vehicle or axle group having a body and a suspension system, said system including: a bounce frequency estimator configured to estimate frequency of bounce of said body of the vehicle or axle group; a mass estimator configured to estimate mass m, of said vehicle or axle group, according to the equation m = k ω b 2 wherein k is a constant relating to said suspension system of said vehicle or axle group, and ω b is the estimated frequency of bounce of said body; and characterized in that a first comparator configured to compare the estimated mass of said vehicle or axle group with a static mass value previously obtained for said vehicle or axle group, wherein a first vehicle mass tamper event is detected when the estimated mass differs from the static mass value by more than a predetermined amount. a bounce frequency estimator configured to estimate frequency of bounce of said body of the vehicle or axle group; a mass estimator configured to estimate mass m, of said vehicle or axle group, according to the equation m = k ω b 2 wherein k is a constant relating to said suspension system of said vehicle or axle group, and ω b is the estimated frequency of bounce of said body; and characterized in that a first comparator configured to compare the estimated mass of said vehicle or axle group with a static mass value previously obtained for said vehicle or axle group, wherein a first vehicle mass tamper event is detected when the estimated mass differs from the static mass value by more than a predetermined amount.
A shoulder-hanging type grass cutter including a grass cutter body and a shoulder-hanging strap for supporting the grass cutter body so that the grass cutter body is hung on the shoulder, wherein the grass cutter body comprises a rotation drive section for generating a rotation force; an operation section for performing cutting work by using a cutter that is rotated by receiving the rotation force; a rod section for connecting the rotation drive section to the operation section and for transmitting the rotation force generated by the rotation drive section to the operation section; and a handle secured to the rod section, the shoulder-hanging strap is attached to the rod section on the side of the rotation drive section from the gravity center of the grass cutter body and on the side of the rotation drive section from the handle, characterized in that the portion of the rod section on the side of the rotation drive section from the handle is curved in one direction, the one direction is downward in the vertical plane including the rod section and the rotation shaft of the cutter, an inclined section where the rod section inclining downwardly toward the operation section from a curved portion, the inclined section is in a linear shape, in a state in which the grass cutter body is hung on the shoulder so as to be operable. the grass cutter body comprises a rotation drive section for generating a rotation force; an operation section for performing cutting work by using a cutter that is rotated by receiving the rotation force; a rod section for connecting the rotation drive section to the operation section and for transmitting the rotation force generated by the rotation drive section to the operation section; and a handle secured to the rod section, the shoulder-hanging strap is attached to the rod section on the side of the rotation drive section from the gravity center of the grass cutter body and on the side of the rotation drive section from the handle, characterized in that the portion of the rod section on the side of the rotation drive section from the handle is curved in one direction, the one direction is downward in the vertical plane including the rod section and the rotation shaft of the cutter, an inclined section where the rod section inclining downwardly toward the operation section from a curved portion, the inclined section is in a linear shape, in a state in which the grass cutter body is hung on the shoulder so as to be operable.
Method for manufacturing peel-off lids, for which - a lid ring with a central extraction opening surrounded by a seal flange is formed from a lid blank by a punching process; - the edge of the extraction opening is formed by drawing towards a collar protruding away from the seal flange; - a strip made of plastic is applied onto the inner side of the collar; - the collar is rolled in at its free end and comes to lie in the strip made of plastic; and - a peel-off foil is sealed onto the sealing flange; characterized in that - after rolling in the free end of the collar, the rolled-in section is heated up in such a way that at least a partial melting of the plastic material of the strip occurs. - a lid ring with a central extraction opening surrounded by a seal flange is formed from a lid blank by a punching process; - the edge of the extraction opening is formed by drawing towards a collar protruding away from the seal flange; - a strip made of plastic is applied onto the inner side of the collar; - the collar is rolled in at its free end and comes to lie in the strip made of plastic; and - a peel-off foil is sealed onto the sealing flange; characterized in that - after rolling in the free end of the collar, the rolled-in section is heated up in such a way that at least a partial melting of the plastic material of the strip occurs.
A handle device which is prepared for attachment to a receiving body of a surgical light, which comprises a handle element forming a handle surface in an exterior region, wherein a voice control module having at least one acoustic sensor is detachably connected to the handle element, the voice control module includes a computer unit which is electrically connected to the at least one acoustic sensor, characterized in that the computer unit is configured to generate control signals for controlling the surgical light depending on the measuring data determined by means of the at least one acoustic sensor.