mhurhangee/ep-ind-claims huggingface dataset:
A radiation detector for detecting high-energy radiation (X, X'), comprising: - a scintillator group with two scintillator elements (120a, 120b) for converting primary photons (X, X') of incident radiation into secondary photons (λ, λ') according to a characteristic emission spectrum, wherein said scintillator elements (120a, 120b) have different emission spectra showing an emission peak at different wavelengths and wherein an upper scintillator element is arranged at the top and a lower scintillator element is arranged at the bottom of the radiation detector; - two organic photodetectors (130a, 130b) for converting said secondary photons into electrical signals, wherein said photodetectors have different absorption spectra showing an absorption peak at different wavelengths and can be read out separately, wherein an upper photodetector is arranged directly below the upper scintillator element and a lower photodetector is arranged directly above the lower scintillator element, respectively, and wherein the absorption spectrum of the upper photodetector matches the emission spectrum of the upper scintillator element and the absorption spectrum of the lower photodetector matches the emission spectrum of the lower scintillator element; and - a substrate, wherein said photodetectors are directly disposed on opposite sides of the substrate. - a scintillator group with two scintillator elements (120a, 120b) for converting primary photons (X, X') of incident radiation into secondary photons (λ, λ') according to a characteristic emission spectrum, wherein said scintillator elements (120a, 120b) have different emission spectra showing an emission peak at different wavelengths and wherein an upper scintillator element is arranged at the top and a lower scintillator element is arranged at the bottom of the radiation detector; - two organic photodetectors (130a, 130b) for converting said secondary photons into electrical signals, wherein said photodetectors have different absorption spectra showing an absorption peak at different wavelengths and can be read out separately, wherein an upper photodetector is arranged directly below the upper scintillator element and a lower photodetector is arranged directly above the lower scintillator element, respectively, and wherein the absorption spectrum of the upper photodetector matches the emission spectrum of the upper scintillator element and the absorption spectrum of the lower photodetector matches the emission spectrum of the lower scintillator element; and - a substrate,
An intra oral sensor device comprising: a bendable sensor assembly for detecting an X-ray with a sensor panel and generating an electric signal; and a window cover located in front of the sensor panel with respect to a direction of X-ray propagation, and having a base part covering the sensor panel, and side walls protruding from edges of the base part to cover sides of the sensor panel and a plurality of corresponding grooves, wherein the grooves are formed in two opposite side walls of the window cover and have a form such that they vertically extend from the top of the side walls. a bendable sensor assembly for detecting an X-ray with a sensor panel and generating an electric signal; and a window cover located in front of the sensor panel with respect to a direction of X-ray propagation, and having a base part covering the sensor panel, and side walls protruding from edges of the base part to cover sides of the sensor panel and a plurality of corresponding grooves, wherein the grooves are formed in two opposite side walls of the window cover and have a form such that they vertically extend from the top of the side walls.
An energy storage battery comprising a cathode cement layer, an anode cement layer and a membrane cement layer arranged between the cathode cement layer and the anode cement layer; wherein the cathode cement layer comprises a cathode conductive grid construction and a cathode conductive cement-based material arranged on both sides of the cathode conductive grid construction, the anode cement layer comprises an anode conductive grid construction and an anode conductive cement-based material arranged on both sides of the anode conductive grid construction, and the membrane cement layer comprises an anion exchange resin and a first cement-based material; the cathode conductive cement-based material is obtained by curing a cathode conductive cement mortar consisting of 0.3 wt% to 9 wt% of a conductive agent and 91 wt% to 99.7 wt% of a second cement mortar, and the anode conductive cement-based material is obtained by curing an anode conductive cement mortar consisting of 0.3 wt% to 9 wt% of the conductive agent and 91 wt% to 99.7 wt% of the second cement mortar; and the conductive agent is at least one selected from the group consisting of chopped carbon fiber, carbon black and expanded graphite. wherein the cathode cement layer comprises a cathode conductive grid construction and a cathode conductive cement-based material arranged on both sides of the cathode conductive grid construction, the anode cement layer comprises an anode conductive grid construction and an anode conductive cement-based material arranged on both sides of the anode conductive grid construction, and the membrane cement layer comprises an anion exchange resin and a first cement-based material; the cathode conductive cement-based material is obtained by curing a cathode conductive cement mortar consisting of 0.3 wt% to 9 wt% of a conductive agent and 91 wt% to 99.7 wt% of a second cement mortar, and the anode conductive cement-based material is obtained by curing an anode conductive cement mortar consisting of 0.3 wt% to 9 wt% of the conductive agent and 91 wt% to 99.7 wt% of the second cement mortar; and the conductive agent is at least one selected from the group consisting of chopped carbon fiber, carbon black and expanded graphite.
Method for controlling a heating device of a cooktop, comprising the steps: - a cooking vessel is placed over a first heating device of the cooktop and is heated at a relatively high first power by said first heating device, wherein the relatively high first power is at least 50 % of the permanently maximum possible power of the first heating device, - if the cooking vessel is shifted by at least 4 cm, - the cooking vessel is heated at a second power which is reduced in comparison to the first power, - this reduction in the power for heating the cooking vessel from the first power to the second power is optically and/or acoustically indicated to an operator, - upon the reduction in power, a counter starts counting down a predetermined decision time, and this countdown is optically and/or acoustically indicated to an operator as an expiration, - wherein, in a first case, the operator does not react during the decision time, - wherein, in the first case, the cooking vessel is again permanently heated at the first power after expiry of the decision time, - wherein, in a second case, the operator does react during the decision time and changes the power to a third power, - wherein, in the second case, the cooking vessel is permanently heated at the third power after the change to the third power or after expiry of the decision time. - a cooking vessel is placed over a first heating device of the cooktop and is heated at a relatively high first power by said first heating device, wherein the relatively high first power is at least 50 % of the permanently maximum possible power of the first heating device, - if the cooking vessel is shifted by at least 4 cm, - the cooking vessel is heated at a second power which is reduced in comparison to the first power, - this reduction in the power for heating the cooking vessel from the first power to the second power is optically and/or acoustically indicated to an operator, - upon the reduction in power, a counter starts counting down a predetermined decision time, and this countdown is optically and/or acoustically indicated to an operator as an expiration, - wherein, in a first case, the operator does not react during the decision time, - wherein, in the first case, the cooking vessel is again permanently heated at the first power after expiry of the decision time, - wherein, in a second case, the operator does react during the decision time and changes the power to a third power, - wherein, in the second case, the cooking vessel is permanently heated at the third power after the change to the third power or after expiry of the decision time.
A non-transitory machine-readable storage medium encoded with instructions executable by a hardware processor of a computing device for providing selective access to resources, the machine-readable storage medium comprising instructions to cause the hardware processor to: receive, from an authorization server, an access token for accessing resources associated with a first resource server; provide the authorization server with the access token and a request to access the first resource server; receive, from the authorization server, a first token, the first token specifying a first set of permissions for accessing the first resource server and, as a first audience, the first resource server, the first set of permissions being specified by a client topology, the client topology specifying: the first resource server; the first set of permissions for accessing the first resource server; a second resource server; and a second set of permissions for accessing, by the first resource server, the second resource server; and provide the first resource server with a resource request for a resource, the resource request including the first token. receive, from an authorization server, an access token for accessing resources associated with a first resource server; provide the authorization server with the access token and a request to access the first resource server; receive, from the authorization server, a first token, the first token specifying a first set of permissions for accessing the first resource server and, as a first audience, the first resource server, the first set of permissions being specified by a client topology, the client topology specifying: the first resource server; the first set of permissions for accessing the first resource server; a second resource server; and a second set of permissions for accessing, by the first resource server, the second resource server; and the first resource server; the first set of permissions for accessing the first resource server; a second resource server; and a second set of permissions for accessing, by the first resource server, the second resource server; and provide the first resource server with a resource request for a resource, the resource request including the first token.
Stone, in particular paving stone for creating a floor covering which on at least one peripheral side comprises at least one seepage opening area arranged between two spacer elements, wherein the spacer elements on their sides facing the upper side that can be walked on of the stone delimit a dirt filter joint and on their sides facing the lower side of the stone a water storage space in such a way that the dirt filter joint is separated from the water storage space if the spacer elements come into contact with a further stone, characterised in that the spacer elements are formed in that one peripheral side of the stone is slanted in an upper area so that an oblique surface is arranged at an angle (α) of less than 90° to the upper side of the stone so that the dirt filter joint is in the form of a wedge-shaped joint.
Motored tool for removing dog excrement, comprising a central structure with many members, which make it adapted to be extended and retracted when it is not used, the structure further containing elastic members, said structure supporting on one side a handle containing a supply battery, a polarity-reversal switch, part of an electric circuit equipped with fuse and a locking push-button of the members of the central structure when it is retracted, and on another side a support which supports an electric motor with related train of gears, cylindrical members moved by said gears and rotating with respect to a vertical axis of the structure by a pre-set angle, said cylindrical members supporting moving tines actuated by springs, in addition to devices for blocking the tines themselves, said tines supporting a removable bag equipped with shaped wings in order to allow its integral insertion with said tines, and having a shaped edge in order to preserve the tool members from a contact with wastes during the waste removal operations, wherein, in order to limit the overall sizes when it is not used, the moving tines are kept in a parallel position to the central structure by blocking devices, wherein the tool is so configured that, next to the end-of-stroke of the cylindrical members, corresponding to the almost complete opening of the bag, the blocking devices of the tines are adapted to automatically free the tines themselves, which, due to the action of the respective springs, are adapted to go to a substantially parallel position with respect to the ground, together with the supported bag.
A simulated BB-gun having a power control device, which simulated BB-gun loads a plastic BB bullet on an airflow jet route and shoots the plastic BB bullet by using a compressed airflow, wherein - the power control device controls power for shooting a bullet in accordance with mass of the bullet, - the power control device is configured as an opening/closing mechanism (21, 29) through which a compressed airflow leaks, and - the power control device has an airflow path (19, 28) that allows the compressed airflow to leak in response to a pressure increase in the compressed airflow which results from instantaneous halt of the compressed airflow caused by the bullet, and the opening/closing mechanism (21, 29) of the airflow path (19, 28), and - wherein the opening/closing mechanism (21, 29) opens the airflow path (19, 28) in response to increasing of pressure of the compressed air, wherein the power control device is located at an upstream position from a position on an airflow jet route where the bullet is loaded, so that a lighter bullet is shot by shortening an airflow leakage time while the airflow leakage time is lengthened before a heavier bullet is shot, wherein the opening/closing mechanism (21, 29) deforms elastically and opens the airflow path (19, 28). - the power control device controls power for shooting a bullet in accordance with mass of the bullet, - the power control device is configured as an opening/closing mechanism (21, 29) through which a compressed airflow leaks, and - the power control device has an airflow path (19, 28) that allows the compressed airflow to leak in response to a pressure increase in the compressed airflow which results from instantaneous halt of the compressed airflow caused by the bullet, and the opening/closing mechanism (21, 29) of the airflow path (19, 28), and - wherein the opening/closing mechanism (21, 29) opens the airflow path (19, 28) in response to increasing of pressure of the compressed air,
Tyre with radial carcass reinforcement, made up of at least one layer of metal reinforcing elements, the said tyre comprising a crown reinforcement, itself radially capped by a tread, the said tread being connected to two beads via two side walls, the said tyre comprising a first layer of polymer compound radially between the carcass reinforcement and the radially innermost layer of reinforcing elements of the crown reinforcement, characterized in that the said first layer of polymer compound constitutes a buffer zone designed to trap oxygen on the outside of the said first layer, in that the axial width of the said first layer is at least equal to 70% of the width of the radially innermost layer of reinforcing elements of the crown reinforcement, in that the axial width of the said first layer is at most equal to the width of the radially innermost layer of reinforcing elements of the crown reinforcement and in that the thickness, measured in the radial direction, of the said first layer is greater than φ, φ being the diameter of the reinforcing elements of the radially innermost layer of the crown reinforcement.
A method comprising: (a) receiving a data packet transmitted from a source station by a destination station in a wireless local area network; (b) decoding the data packet (400, 500), wherein the data packet (400, 500) comprises one or more signaling, SIG, fields and a data field; (c) transmitting an acknowledgement to the source station if the decoding is successful; and (d) transmitting a failure report frame, FR frame, to the source station if the SIG fields are successfully decoded while the data field is unsuccessfully decoded, characterized in that the FR frame comprises a Doppler Effect/channel variation metric, wherein the Doppler Effect/channel variation metric indicates an average channel variation over a number of subcarriers and OFDM symbols for a given time period or is a one-bit indication that is indicating if the Doppler Effect exists or the channel is time varying. (a) receiving a data packet transmitted from a source station by a destination station in a wireless local area network; (b) decoding the data packet (400, 500), wherein the data packet (400, 500) comprises one or more signaling, SIG, fields and a data field; (c) transmitting an acknowledgement to the source station if the decoding is successful; and (d) transmitting a failure report frame, FR frame, to the source station if the SIG fields are successfully decoded while the data field is unsuccessfully decoded,
A positioning structure, comprising: a flexible substrate having a positioning hole; further comprising at least one reinforcing layer disposed on the flexible substrate and located within a preset range around a periphery of the positioning hole to reinforce the positioning hole, each reinforcing layer including a hole corresponding to the positioning hole; wherein each reinforcing layer comprises a sublayer configured to improve a strength of the positioning hole, disposed on the flexible substrate and located within the preset range around the periphery of the positioning hole, the sublayer including a hole aligned with the positioning hole; characterized in that the sublayer comprises a plurality of segments, and the plurality of segments are annularly distributed along the periphery of the positioning hole. a flexible substrate having a positioning hole; further comprising at least one reinforcing layer disposed on the flexible substrate and located within a preset range around a periphery of the positioning hole to reinforce the positioning hole, each reinforcing layer including a hole corresponding to the positioning hole; wherein each reinforcing layer comprises a sublayer configured to improve a strength of the positioning hole, disposed on the flexible substrate and located within the preset range around the periphery of the positioning hole, the sublayer including a hole aligned with the positioning hole; characterized in that the sublayer comprises a plurality of segments, and the plurality of segments are annularly distributed along the periphery of the positioning hole.
A hydraulic control unit having an oil pump (38, 52) comprising a plurality of oil discharging outlets (39, 54), a high pressure route (40, 29, 30) connected with a first oil discharging outlet of said plurality of oil discharging outlets (39, 54), a medium pressure route (41, 74, 75, 11, 14, 15) an oil pressure therein is lower than that in the high pressure route (40, 29, 30), a low pressure route (56, 90, 91) an oil pressure therein is lower than that in the medium pressure route (41, 74, 75, 11, 14, 15), and a connection mode switching mechanism (42, 93, 55, 99, 92, 100) for selectively connecting a second oil discharging outlet of said plurality of oil discharging outlets (39, 54) with the high pressure route (40, 29, 30), the medium pressure route(41, 74, 75, 11, 14, 15) or the low pressure route (56, 90, 91) and comprising a changeover valve for selectively connecting the second oil discharging outlet with the medium pressure route (41, 74, 75, 11, 14, 15) or the low pressure route (56, 90, 91); characterized in that the connection mode switching mechanism (42, 93, 55, 99, 92, 100) comprises a changeover valve controlling device (34, 89; 142) for switching a connection mode of the second oil discharging outlet by controlling the changeover valve (93; 130) on the basis of a required amount of operating oil to be fed to the medium pressure route (41, 74, 75, 11, 14, 15), between: a first connection mode in which the second oil discharging outlet is connected with the medium pressure route (41, 74, 75, 11, 14, 15) and disconnected from the low pressure route (56, 90, 91); and a second connection mode in which the second oil discharging outlet is connected with the low pressure route (56, 90, 91) and disconnected from the medium pressure route (41, 74, 75, 11, 14, 15). a first connection mode in which the second oil discharging outlet is connected with the medium pressure route (41, 74, 75, 11, 14, 15) and disconnected from the low pressure route (56, 90, 91); and a second connection mode in which the second oil discharging outlet is connected with the low pressure route (56, 90, 91) and disconnected from the medium pressure route (41, 74, 75, 11, 14, 15).
A vesicular formulation for use in the treatment of pain associated with osteoarthritis comprising one or more phospholipids and one or more non-ionic surfactants and being free of any non-lipid non-surfactant pharmaceutically active agent, wherein the formulation is topically applied.