mhurhangee/ep-ind-claims huggingface dataset:
A photon counting detector, comprising: a sensor (21, 31); readout circuits (23, 33, 51-54, 61-64, 120-150) configured to count photons in multi-energy radiation incident to the sensor (21, 31), the photons being counted with respect to each of a plurality of energy bands of the multi-energy radiation, the readout circuits (23, 33, 51-54, 61-64, 120-150) respectively corresponding to pixels of a region onto which the multi-energy radiation is irradiated and are divided into N×N readout circuits (23, 33, 51-54, 61-64, 120-150) that correspond to N×N pixels, wherein each of the NxN readout circuits (23, 33, 51-54, 61-64, 120-150) comprises a comparing unit including comparators (421-423, 611-615, 621-625, 631-635, 641-645, 82, 92), the comparing unit configured to compare an electric signal converted by the sensor (21, 31) with a plurality of threshold values; wherein each of the N×N readout circuits (23, 33, 51-54, 61-64, 120-150) comprises a first counter (431, 523-543, 617-647, 85, 95) configured to count the photons in the predetermined one of the energy bands, and characterized in that one of the N×N readout circuits (23, 33, 51-54, 61-64, 120-150) is configured to receive results of a comparison with respect to a different energy band other than the predetermined one of the energy bands from the other NxN readout circuits (23, 33, 51-54, 61-64, 120-150) and comprises a second counter configured to count photons in the different energy band based on the results of the comparison. a sensor (21, 31); readout circuits (23, 33, 51-54, 61-64, 120-150) configured to count photons in multi-energy radiation incident to the sensor (21, 31), the photons being counted with respect to each of a plurality of energy bands of the multi-energy radiation, the readout circuits (23, 33, 51-54, 61-64, 120-150) respectively corresponding to pixels of a region onto which the multi-energy radiation is irradiated and are divided into N×N readout circuits (23, 33, 51-54, 61-64, 120-150) that correspond to N×N pixels, wherein each of the NxN readout circuits (23, 33, 51-54, 61-64, 120-150) comprises a comparing unit including comparators (421-423, 611-615, 621-625, 631-635, 641-645, 82, 92), the comparing unit configured to compare an electric signal converted by the sensor (21, 31) with a plurality of threshold values; wherein each of the N×N readout circuits (23, 33, 51-54, 61-64, 120-150) comprises a first counter (431, 523-543, 617-647, 85, 95) configured to count the photons in the predetermined one of the energy bands, and
A mounting system for mounting a ceiling or wall device in or on a ceiling or a wall, the mounting system comprising: - a ceiling or wall part adapted to removably attach in or on the ceiling or the wall; and - a device holding part adapted to receive the ceiling or wall device, the device holding part comprises a flange extending in a first plane and a cylinder extending from the flange in a direction perpendicular to the first plane, the ceiling or wall part and the device holding part comprising mating connecting means adapted to removably fix the device holding part to the ceiling or wall part by means of a combination of a linear movement and a rotating movement, such that, when mounted, an inner surface of the ceiling or wall part is facing an outer surface of the device holding part, characterized in that - the device holding part comprises a plurality of ribs extending longitudinally on the outer surface thereof, adjacent ribs thereby being spaced equidistant from one another, the ribs appearing, when a cross-section is taken along a plane parallel to the flange, like a continuous stretch of crests and troughs, and - the ceiling or wall part comprises at least one tooth on the inner surface thereof, adapted to engage with a spacing defined between two adjacent ribs of the device holding part. - a ceiling or wall part adapted to removably attach in or on the ceiling or the wall; and - a device holding part adapted to receive the ceiling or wall device, the device holding part comprises a flange extending in a first plane and a cylinder extending from the flange in a direction perpendicular to the first plane, - the device holding part comprises a plurality of ribs extending longitudinally on the outer surface thereof, adjacent ribs thereby being spaced equidistant from one another, the ribs appearing, when a cross-section is taken along a plane parallel to the flange, like a continuous stretch of crests and troughs, and - the ceiling or wall part comprises at least one tooth on the inner surface thereof, adapted to engage with a spacing defined between two adjacent ribs of the device holding part.
A sample metering device for a liquid sample, the device comprising at least one capillary passage with an inlet and an outlet; a side capillary passage extending from the capillary passage part way along the length thereof and leading to an outlet; a fluid application region for receiving a liquid sample to be tested, for entry to the capillary passage via the inlet; first sealing means (92, 96) movable between a position in which the sealing means form an air tight seal with the outlet of the capillary passage and a position in which the outlet is not sealed; and second sealing means (90, 94) movable between a position in which the sealing means form an air tight seal with the outlet of the side capillary passage and a position in which the outlet is not sealed
A method for determining connection of an external device to a mobile communication terminal according to polling and interrupt methods, characterized in that the claimed method comprises: detecting whether an external device is connected to a first operation module of the mobile communication terminal using the polling method; when the external device is connected to the first operation module, registering a separation interrupt routine (S210∼S260) in preparation for disconnection of the external device and establishing, after the registration of the separation interrupt routine (S210∼S260), a signal transfer path (400-220-230-330; 400-310) between a second operation module of the mobile communication terminal and the external device according to a connection interrupt routine (S110∼S150); and when the external device is disconnected from the first operation module, registering the connection interrupt routine in preparation for connection of the external device and releasing, after the registration of the connection interrupt routine (S110∼S150), the signal transfer path established for the connected external device according to the separation interrupt routine (S210∼S260), wherein the separation interrupt routine (S210∼S260) concludes with releasing the registered separation interrupt routine (S210∼S260), and the connection interrupt routine (S110∼S150) concludes with releasing the registered connection interrupt routine (S110∼S150). detecting whether an external device is connected to a first operation module of the mobile communication terminal using the polling method; when the external device is connected to the first operation module, registering a separation interrupt routine (S210∼S260) in preparation for disconnection of the external device and establishing, after the registration of the separation interrupt routine (S210∼S260), a signal transfer path (400-220-230-330; 400-310) between a second operation module of the mobile communication terminal and the external device according to a connection interrupt routine (S110∼S150); and when the external device is disconnected from the first operation module, registering the connection interrupt routine in preparation for connection of the external device and releasing, after the registration of the connection interrupt routine (S110∼S150), the signal transfer path established for the connected external device according to the separation interrupt routine (S210∼S260), wherein the separation interrupt routine (S210∼S260) concludes with releasing the registered separation interrupt routine (S210∼S260), and the connection interrupt routine (S110∼S150) concludes with releasing the registered connection interrupt routine (S110∼S150).
A rock crusher having a main frame, a main shaft, an eccentric, a crushing head, and a bearing assembly system, said bearing assembly system comprising: (a) a first bearing ring, said bearing ring being disposed around the main shaft; (b) a second bearing ring, said second bearing ring being disposed adjacent to the first bearing ring; (c) a means (46, 48) for conveying fluid to at least one of the first bearing ring and second bearing ring; wherein the second bearing ring comprises a fluid depression in the form of a ramped pocket, characterised in that the second bearing ring further comprises a fluid feed inlet in a fluid feed pocket, and a fluid outlet, wherein the ramped pocket slopes from a lower end adjacent to the fluid feed pocket, to an upper end adjacent to the fluid outlet, so the first bearing ring and the second bearing ring are hydrostatically separated upon pressurizing the bearing assembly system with fluid. (a) a first bearing ring, said bearing ring being disposed around the main shaft; (b) a second bearing ring, said second bearing ring being disposed adjacent to the first bearing ring; (c) a means (46, 48) for conveying fluid to at least one of the first bearing ring and second bearing ring;
Refrigerated counter-display for selling homemade ice-cream, comprising a hollow base and an upper glazed unit, for preserving and displaying the product at a low temperature, characterised in that it incorporates, at the level of the ceiling of said glazed unit, a delivery spout, a refrigerated container and a pump of a whip cream apparatus, wherein the refrigerated container is connected by a tube to a condensation unit (6, 7) housed within said base.
A blood collection assembly, comprising: a needle assembly comprising a needle cannula having an intravenous end with a bevel puncture tip and a non-patient end mounted to a hub, the hub extending between a distal end and a proximal end and including an anti-rotation element extending from an outer surface thereof; and a holder housing defining a receiving chamber and including a rearward end adapted to receive a sample collection tube within the chamber and a forward end including a receiving port extending therethrough and configured to receive at least a portion of the hub, the receiving port including structure corresponding to the anti-rotation element of the hub for engagement therewith to prevent rotational movement of the hub with respect to the holder housing about a longitudinal axis defining the blood collection assembly; the hub and the receiving port including interengaging structure for axially locking the hub with the holder housing with the anti-rotation element of the hub contacting the corresponding structure of the receiving port thereby aligning the hub and the needle cannula to a predetermined position and limiting rotation of the hub with respect to the holder housing about the longitudinal axis, characterized in that the interengaging structure of the hub includes a locking protrusion extending perimetrically about the hub outer surface, axially locking the hub with respect to the holder housing, and the anti-rotation element bisects and contacts the locking protrusion. a needle assembly comprising a needle cannula having an intravenous end with a bevel puncture tip and a non-patient end mounted to a hub, the hub extending between a distal end and a proximal end and including an anti-rotation element extending from an outer surface thereof; and a holder housing defining a receiving chamber and including a rearward end adapted to receive a sample collection tube within the chamber and a forward end including a receiving port extending therethrough and configured to receive at least a portion of the hub, the receiving port including structure corresponding to the anti-rotation element of the hub for engagement therewith to prevent rotational movement of the hub with respect to the holder housing about a longitudinal axis defining the blood collection assembly; the hub and the receiving port including interengaging structure for axially locking the hub with the holder housing with the anti-rotation element of the hub contacting the corresponding structure of the receiving port thereby aligning the hub and the needle cannula to a predetermined position and limiting rotation of the hub with respect to the holder housing about the longitudinal axis, characterized in that the interengaging structure of the hub includes a locking protrusion extending perimetrically about the hub outer surface, axially locking the hub with respect to the holder housing, and the anti-rotation element bisects and contacts the locking protrusion.
A cell culture module (100H-100N, 400A), comprising: a casing having a chamber and at least one inlet/outlet (T12, T14, T16, T18, T21, T23), wherein the at least one inlet/outlet (T12, T14, T16, T18, T21, T23) communicates with the chamber, the casing is a six-sided box-shaped shape; a first fixer fixed to the casing and located in the chamber; a second fixer (130, 130K, 130L) disposed in the chamber and being movable relative to the first fixer; and a sheet-shaped carrier member formed by arranging a plurality of cell culture carriers having straight strip shape and in linear arrangement, wherein two opposite ends of the sheet-shaped carrier member are respectively fixed to the first fixer and the second fixer (130, 130K, 130L), and the sheet-shaped carrier member is in a stretched state or a folded state according to a variation in a distance between the first fixer and the second fixer (130, 130K, 130L) due to a movement of the second fixer (130, 130K, 130L). a casing having a chamber and at least one inlet/outlet (T12, T14, T16, T18, T21, T23), wherein the at least one inlet/outlet (T12, T14, T16, T18, T21, T23) communicates with the chamber, the casing is a six-sided box-shaped shape; a first fixer fixed to the casing and located in the chamber; a second fixer (130, 130K, 130L) disposed in the chamber and being movable relative to the first fixer; and a sheet-shaped carrier member formed by arranging a plurality of cell culture carriers having straight strip shape and in linear arrangement, wherein two opposite ends of the sheet-shaped carrier member are respectively fixed to the first fixer and the second fixer (130, 130K, 130L), and the sheet-shaped carrier member is in a stretched state or a folded state according to a variation in a distance between the first fixer and the second fixer (130, 130K, 130L) due to a movement of the second fixer (130, 130K, 130L).
A method for transmitting a resource set, comprising: sending, by a first terminal, first information within a specific time range according to a state of a timer, wherein the first information is used for indicating M resource sets, each resource set in the M resource sets is targeted on one or more target terminals, and the resource set is used for determining a candidate transmission resource by the one or more target terminals when selecting a resource, M is a positive integer, and M≥1; wherein the sending, by the first terminal, the first information, comprises: in a case that the first information is any one of a Media Access Control Element, MAC CE, signaling, and second-stage Sidelink Control Information, SCI, carried in a Physical Sidelink Shared Channel, PSSCH, M=1, and the resource set is targeted on a plurality of target terminals, sending, by the first terminal, the first information to the plurality of target terminals by broadcast, wherein a target identity field in the second-stage SCI carried in the PSSCH or in a second-SCI carried in the PSSCH carrying the MAC CE is set as an identity corresponding to broadcast, and the first information is further used for indicating identities of the plurality of target terminals. in a case that the first information is any one of a Media Access Control Element, MAC CE, signaling, and second-stage Sidelink Control Information, SCI, carried in a Physical Sidelink Shared Channel, PSSCH, M=1, and the resource set is targeted on a plurality of target terminals, sending, by the first terminal, the first information to the plurality of target terminals by broadcast, wherein a target identity field in the second-stage SCI carried in the PSSCH or in a second-SCI carried in the PSSCH carrying the MAC CE is set as an identity corresponding to broadcast, and the first information is further used for indicating identities of the plurality of target terminals.
Inking unit (D1-D4) of a rotary printing press having an ink transfer roller, which comprises recesses, in which printing ink can be transported, having an ink reservoir for providing printing ink, wherein the ink transfer roller protrudes at least partially into the ink reservoir, in order to collect printing ink, having at least one flexible and/or elastic element, which is connected to the base of the ink reservoir and is stationary in the circumferential direction of the ink transfer roller wherein the ink transfer roller and/or the ink reservoir can also be moved by means of a position adjuster, wherein the components can be brought closer together in a force and/or position-controlled manner, wherein the flexible and/or elastic element can be deformed, wherein there is a contact surface between the ink transfer roller and the flexible and/or elastic element. having an ink transfer roller, which comprises recesses, in which printing ink can be transported, having an ink reservoir for providing printing ink, wherein the ink transfer roller protrudes at least partially into the ink reservoir, in order to collect printing ink, having at least one flexible and/or elastic element, which is connected to the base of the ink reservoir and is stationary in the circumferential direction of the ink transfer roller wherein the ink transfer roller and/or the ink reservoir can also be moved by means of a position adjuster, wherein the components can be brought closer together in a force and/or position-controlled manner, wherein the flexible and/or elastic element can be deformed, wherein there is a contact surface between the ink transfer roller and the flexible and/or elastic element.
A method for cold rolling bright aluminium rolled products comprising: (a) Providing a first aluminium alloy rolled product (b) Rolling said first product with a rolling mill having at least one work roll ground to a finish, with a roughness R a less than 1 μm, and using a rolling lubricant from a first container comprising less than 150 mg/L of aluminium debris to obtain a second aluminium rolled product having at least one bright surface, (c) Transferring at least a portion of said rolling lubricant to a second container (d) Filtering the lubricant from said second container by using cross flow filtration through a membrane, to obtain a cleaned rolling lubricant comprising less than 10 mg/L and preferably less than 5 mg/L of aluminium debris preferentially having a mean diameter of less than 2 μm, (e) Returning said cleaned rolling lubricant to the first container. (a) Providing a first aluminium alloy rolled product (b) Rolling said first product with a rolling mill having at least one work roll ground to a finish, with a roughness R a less than 1 μm, and using a rolling lubricant from a first container comprising less than 150 mg/L of aluminium debris to obtain a second aluminium rolled product having at least one bright surface, (c) Transferring at least a portion of said rolling lubricant to a second container (d) Filtering the lubricant from said second container by using cross flow filtration through a membrane, to obtain a cleaned rolling lubricant comprising less than 10 mg/L and preferably less than 5 mg/L of aluminium debris preferentially having a mean diameter of less than 2 μm, (e) Returning said cleaned rolling lubricant to the first container.
A method for excavating a trench parallel to a track of rail sections, in the case of which a trench excavating device is arranged on a work trolley, which can be moved on the track, which trench excavating device excavates the trench from the work trolley, in the case of which the work trolley is moved forwards continuously during the excavation of the trench and the excavation is thereby carried out continuously at the same time and in the case of which the excavating material is supplied continuously to the work trolley or to another work trolley, which can be moved on the track or on an adjacent track, after the excavation, wherein the excavating material is milled off by means of the excavating device, characterized in that a milling device, which is exchangeably arranged on the work trolley, comprising a continuously circulating belt or chain comprising milling elements arranged thereon, is used for milling off, wherein the width of the milling device corresponds to the width of the trench to be excavated, so that, in a single operation, the trench can be excavated according to the required dimensioning by means of a single forwards drive of the milling device, wherein the milling device is arranged on a cantilever arm, which can be telescoped at right angles to the direction of movement of the work trolley, and wherein the telescopic cantilever arm and/or the milling device is arranged on the telescopic cantilever arm in a height-adjustable manner, that a position measuring device for determining the position of the milling device with respect to the track is assigned to the excavating device, wherein the positioning of the milling device is regulated automatically with respect to height, side position as well as incline, wherein the automatic incline regulation of the milling device can take place for example via laser control as a function of the depth as well as width of the trench to be excavated.
A method for identifying available network services at a wireless terminal, the method comprising: discovering one or more networks that support a generic advertisement service, GAS; retrieving one or more network service identifiers, using a query protocol exchange, from the discovered one or more networks; filtering out any networks which do not meet the minimum network capabilities specified in the wireless terminal; performing network selection using the retrieved one or more network service identifiers, when one or more wireless networks advertise network capabilities desired for use with the wireless terminal. discovering one or more networks that support a generic advertisement service, GAS; retrieving one or more network service identifiers, using a query protocol exchange, from the discovered one or more networks;
Method for drying wood, comprising the steps: - placing the wood in a container (1, 1' 1", 1'") - introducing heat via heatable panels which are arranged in the container (1, 1' 1", 1"') and which are heated to less than 150°C, in particular less than 90°C, characterized in that the following step is carried out: - ventilating the container (1, 1' 1", 1"') with ambient air, wherein the introduction of heat via the panel takes place during a heating phase which extends over a duration of one to six days, in particular between one and four days, and wherein the ventilation of the container takes place during a drying phase which extends over a duration of one to ten days, in particular between two and eight days. - placing the wood in a container (1, 1' 1", 1'") - introducing heat via heatable panels which are arranged in the container (1, 1' 1", 1"') and which are heated to less than 150°C, in particular less than 90°C, - ventilating the container (1, 1' 1", 1"') with ambient air, wherein the introduction of heat via the panel takes place during a heating phase which extends over a duration of one to six days, in particular between one and four days, and wherein the ventilation of the container takes place during a drying phase which extends over a duration of one to ten days, in particular between two and eight days.