mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating distributed x-rays, comprising: an electron gun configured to generate electron beam currents; a scanning device configured to generate a scanning magnetic field for deflecting the electron beam currents; a current-limiting device comprising a strip-shaped metal plate having a plurality of regularly-arranged holes, wherein when the electron beam currents scan through the current-limiting device under the control of the scanning device, electron beams corresponding to positions of the holes in the scanning order are outputted beneath the current-limiting device, wherein an interval between two adjacent holes is not less than 2 times a radius of a beam spot of the electron beam currents projected onto the current-limiting device; an anode target arranged at downstream of the current-limiting device, comprising a strip-shaped metal plate and having substantially the same length as said current-limiting device, said anode target being configured to be applied a voltage to form a uniform electric field between the current-limiting device and the anode target to accelerate the electron beams; wherein the accelerated electron beams bombard the anode target to generate x-rays. an electron gun configured to generate electron beam currents; a scanning device configured to generate a scanning magnetic field for deflecting the electron beam currents; a current-limiting device comprising a strip-shaped metal plate having a plurality of regularly-arranged holes, wherein when the electron beam currents scan through the current-limiting device under the control of the scanning device, electron beams corresponding to positions of the holes in the scanning order are outputted beneath the current-limiting device, wherein an interval between two adjacent holes is not less than 2 times a radius of a beam spot of the electron beam currents projected onto the current-limiting device; an anode target arranged at downstream of the current-limiting device, comprising a strip-shaped metal plate and having substantially the same length as said current-limiting device, said anode target being configured to be applied a voltage to form a uniform electric field between the current-limiting device and the anode target to accelerate the electron beams; wherein the accelerated electron beams bombard the anode target to generate x-rays.
Method for operating a feed module of an SCR catalytic converter system which has a feed pump, a feedback pump and a hydraulic interface channel, characterized in that the feed module is operated in a test state in which a feed operation of the feed pump takes place and a feed operation of the feedback pump does not take place, wherein on the basis of a time profile of an MSP current (I MSP) of the feed pump in the test state it is decided whether the feed module is to change into a thawing state.
A cushioning element comprising a gel comprising an A-B-A triblock copolymer and a plasticizer, the gel defining a plurality of voids extending through the gel from a top surface of the cushioning element to a bottom surface of the cushioning element opposite from the top surface, each void of the plurality of voids having a uniform cross-sectional area in each plane parallel to each of the top surface and the bottom surface when the cushion is in an undeformed state, and wherein: a thickness of the cushioning element, a maximum dimension of the plurality of voids in a plane parallel to at least one of the top surface and the bottom surface, a minimum distance between adjacent voids, are selected such that, when a force is applied to the cushioning element in a direction perpendicular to the top surface, a portion of the gel bulges to deform or collapse the voids in the vicinity of the applied force before the top surface bottoms out against the bottom surface, the voids being large enough to allow the gel to bulge, but too small for the gel to buckle. a thickness of the cushioning element, a maximum dimension of the plurality of voids in a plane parallel to at least one of the top surface and the bottom surface, a minimum distance between adjacent voids,
Process for the biological reduction of the nitrate nitrogen concentration in nitrate-containing water with microbial nitrate elimination, wherein the nitrate elimination is carried out lithotrophically and with the use of biomass or colonization of biomass or both, wherein the nitrate-containing water is passed through a reaction chamber and wherein the biomass contains microorganisms, involved in the nitrogen cycle, methane cycle, iron cycle and sulphur cycle, in particular bacteria or archaea or both, wherein activated sludge obtained from a heterotrophic, anaerobic activated sludge process for the treatment of wastewater containing COD is used as biomass, wherein the nitrate-containing water has a nitrate concentration in the range from 5 to 500 mg/l and a chemical oxygen demand COD [mg O 2 /l] in the range from 0 to 50 mg/l, in each case based on the nitrate-containing water at the time of feeding into the reaction chamber, wherein the process is carried out under anoxic conditions, wherein the process is carried out under continuous boundary layer renewal on the surface of the biomass wherein the process is carried out as a one-step process and the process is carried out at a pH value in the range from 6 to 8. wherein activated sludge obtained from a heterotrophic, anaerobic activated sludge process for the treatment of wastewater containing COD is used as biomass, wherein the nitrate-containing water has a nitrate concentration in the range from 5 to 500 mg/l and a chemical oxygen demand COD [mg O 2 /l] in the range from 0 to 50 mg/l, in each case based on the nitrate-containing water at the time of feeding into the reaction chamber, wherein the process is carried out under anoxic conditions, wherein the process is carried out under continuous boundary layer renewal on the surface of the biomass wherein the process is carried out as a one-step process and the process is carried out at a pH value in the range from 6 to 8.
A nasal interface comprising asymmetrical nasal delivery elements (200,300), the asymmetrical nasal delivery elements (200,300) comprising a first nasal delivery element (200,300) that is an orifice or a prong and a second nasal delivery element (200,300) that is a prong or a pillow, the prong or pillow of the second nasal delivery element (200,300) having a greater internal cross-sectional area (205,305) on a plane perpendicular to the airflow direction than an orifice or prong of the first nasal delivery element (200,300), which causes asymmetrical flow or partial unidirectional flow of gases at the nares of a subject, to improve dead space clearance, to reduce peak expiratory pressure, to reduce noise, and/or to reduce resistance to flow at the patient interface, wherein the interface is a non-sealing interface.
A terminal comprising: a generating section configured to generate a Buffer Status Report Medium Access Control Control Element, BSR MAC CE, including an index that corresponds to a buffer size of a Logical Channel Group, LCG, defined for a maximum number of LCGs greater than 4, based on a BSR table, in which buffer sizes and indices are associated, the buffer size being an uplink data amount, and configured to include, in a MAC Protocol Data Unit, PDU, including the BSR MAC CE, a Logical Channel Identifier, LCID, that is not used in LTE Rel. 12, indicating use of the BSR table supporting larger buffer sizes than LTE Rel. 12; and a transmission section configured to transmit the BSR MAC CE; wherein the BSR MAC CE includes a buffer size field indicating the index that corresponds to the buffer size of the LCG. a generating section configured to generate a Buffer Status Report Medium Access Control Control Element, BSR MAC CE, including an index that corresponds to a buffer size of a Logical Channel Group, LCG, defined for a maximum number of LCGs greater than 4, based on a BSR table, in which buffer sizes and indices are associated, the buffer size being an uplink data amount, and configured to include, in a MAC Protocol Data Unit, PDU, including the BSR MAC CE, a Logical Channel Identifier, LCID, that is not used in LTE Rel. 12, indicating use of the BSR table supporting larger buffer sizes than LTE Rel. 12; and a transmission section configured to transmit the BSR MAC CE; wherein the BSR MAC CE includes a buffer size field indicating the index that corresponds to the buffer size of the LCG.
A method comprising: identifying an engine-run tip position (TP') for an airfoil having a tip section and a root section, the engine-run tip position (TP') having a displacement and a rotation with respect to an original tip position, wherein the original tip position is defined with respect to the root section before engine running; forming an airfoil tip on the tip section of the airfoil; defining a machining datum adjacent the airfoil tip, wherein the machining datum is spaced from the root section; translating and rotating the airfoil to locate the airfoil tip in the original tip position, independent of a position of the root section; and machining the airfoil tip along a machining path to restore a tip profile on the engine-run airfoil, wherein the machining path is defined with respect to the machining datum adjacent the tip section and is independent of the displacement and rotation of the engine-run tip position, and independent of the position of the root section. identifying an engine-run tip position (TP') for an airfoil having a tip section and a root section, the engine-run tip position (TP') having a displacement and a rotation with respect to an original tip position, wherein the original tip position is defined with respect to the root section before engine running; forming an airfoil tip on the tip section of the airfoil; defining a machining datum adjacent the airfoil tip, wherein the machining datum is spaced from the root section; translating and rotating the airfoil to locate the airfoil tip in the original tip position, independent of a position of the root section; and machining the airfoil tip along a machining path to restore a tip profile on the engine-run airfoil, wherein the machining path is defined with respect to the machining datum adjacent the tip section and is independent of the displacement and rotation of the engine-run tip position, and independent of the position of the root section.
A pneumatic distribution machine for granular material, comprising - at least one storage container for the granular material; - at least one conveyor blower for generating a main air-material flow; - at least one distributor head which is configured to divide the main air-material flow supplied to the distributor head into a plurality of individual air-material flows; - a long main conveyor line connecting the conveyor blower, the storage container, and the distributor head; and - at least one return device which comprises a movable deflector element which is configured to supply, in a discharge position, an individual air-material flow flowing into an inflow region of the return device to a discharge region of the return device, said discharge region being connected to a discharge line; and, in a block position, to supply an individual air-material flow flowing into the inflow region of the return device to a return region connected to a return line of the return device, wherein the return device comprises a bypass line connecting the return region of the return device and the discharge region of the return device; characterized in that the deflector element is configured to block the bypass line in the discharge position. - at least one storage container for the granular material; - at least one conveyor blower for generating a main air-material flow; - at least one distributor head which is configured to divide the main air-material flow supplied to the distributor head into a plurality of individual air-material flows; - a long main conveyor line connecting the conveyor blower, the storage container, and the distributor head; and - at least one return device which comprises a movable deflector element which is configured to supply, in a discharge position, an individual air-material flow flowing into an inflow region of the return device to a discharge region of the return device, said discharge region being connected to a discharge line; and, in a block position, to supply an individual air-material flow flowing into the inflow region of the return device to a return region connected to a return line of the return device, wherein the return device comprises a bypass line connecting the return region of the return device and the discharge region of the return device;
A step less variable transmission device including a parallel-connected low gear wheel group wherein the low gear transmission wheel group, equipped with a one-way transmission unit which is arranged to transmit with fixed speed ratio in same rotary direction, is installed between the input shaft and output shaft of the stepless variable transmission device; and wherein the stepless variable transmission device further includes a clutch device with angular displacement difference, characterized in that the stepless variable transmission device further includes a clutch device installed at the output shaft between hetero-shaft type stepless variable transmission device and the low gear transmission wheel group for eliminating the vibration produced by the hetero-shaft stepless variable transmission device and the low gear transmission wheel group.
Device for relaxing the muscles of the body, in particular the back and neck muscles, comprising: a lower part for blocking the device with the legs of the user, characterized in that the lower part is T-shaped and consists of two legs (1a, 1b) for placing under the hollow of the knees of the user and a central part which serves as a connection, via a connecting rod, to an applicator which is designed to exert pressure on the inside of the pelvic bone; the central part, the connecting rod and the applicator forming a U, one leg of which, the central part, extends upwards from the lower part in the position of use of the device, then merges into the connecting rod, enclosing an approximately right-angled angle, the connecting rod being followed by the applicator, which in turn is directed approximately at right angle downwards, and in that a handle bar is provided for exerting pressure on the applicator. a lower part for blocking the device with the legs of the user, characterized in that the lower part is T-shaped and consists of two legs (1a, 1b) for placing under the hollow of the knees of the user and a central part which serves as a connection, via a connecting rod, to an applicator which is designed to exert pressure on the inside of the pelvic bone; the central part, the connecting rod and the applicator forming a U, one leg of which, the central part, extends upwards from the lower part in the position of use of the device, then merges into the connecting rod, enclosing an approximately right-angled angle, the connecting rod being followed by the applicator, which in turn is directed approximately at right angle downwards, and in that a handle bar is provided for exerting pressure on the applicator.
A device (20, 200) comprising: a material dispenser, a fluid dispenser, and a control portion configured to cause the ematerial dispenser to dispense a build material, layer-by-layer, to at least partially additively form a first 3D object (80, 250); and the fluid dispenser to dispense at least one fluid agent at selectable exterior voxel locations of the respective layers to at least partially define an external surface of the first 3D object (80, 250) as a first color to represent a first non-color material property of at least a first portion (71A, 260) of the first 3D object (80, 250), wherein selection of the first color is independent of characteristics of the first non-color material property. a material dispenser, a fluid dispenser, and a control portion configured to cause the ematerial dispenser to dispense a build material, layer-by-layer, to at least partially additively form a first 3D object (80, 250); and the fluid dispenser to dispense at least one fluid agent at selectable exterior voxel locations of the respective layers to at least partially define an external surface of the first 3D object (80, 250) as a first color to represent a first non-color material property of at least a first portion (71A, 260) of the first 3D object (80, 250), wherein selection of the first color is independent of characteristics of the first non-color material property.
A method for determining a hydrocarbon-water contact position in connected hydrocarbon reservoir(s), said method being characterised by the steps of: - Providing at least two reservoir fluid samples collected, from connected hydrocarbon reservoir(s), at different known sampling depth values, - Measuring abundance of at least one isotope of noble gas from each of the at least two reservoir fluid samples, and - Calculating the hydrocarbon-water contact position in the hydrocarbon reservoir from the measured abundances and the known sampling depth values of the at least two reservoir fluid samples. - Providing at least two reservoir fluid samples collected, from connected hydrocarbon reservoir(s), at different known sampling depth values, - Measuring abundance of at least one isotope of noble gas from each of the at least two reservoir fluid samples, and - Calculating the hydrocarbon-water contact position in the hydrocarbon reservoir from the measured abundances and the known sampling depth values of the at least two reservoir fluid samples.
A method for predicting a need for Renal Replacement Therapy in a patient comprising: determining a concentration of pi glutathione S transferase (πGST) in a first urine sample from the patient; and wherein a need for RRT is predicted when the π GST concentration is determined to be greater than 500% relative to baseline, thereby indicating severe acute kidney injury and a requirement for RRT. determining a concentration of pi glutathione S transferase (πGST) in a first urine sample from the patient; and wherein a need for RRT is predicted when the π GST concentration is determined to be greater than 500% relative to baseline, thereby indicating severe acute kidney injury and a requirement for RRT.
A method by a terminal to transmit an uplink channel, the method comprising: receiving downlink control information, DCI, on a physical downlink control channel, PDCCH, from a base station, the DCI including an indicator of a channel status information reference signal, CSI-RS; identifying a starting point of a dynamic physical uplink control channel, PUCCH, resource area and a target reception point, RP, of the base station based on the indicator of the CSI-RS; measuring a channel quality for the target RP using the CSI-RS; determining a transmission power of a PUCCH based on the measured channel quality for the target RP; and transmitting the PUCCH, using the determined transmission power, based on the starting point of the dynamic PUCCH resource area. receiving downlink control information, DCI, on a physical downlink control channel, PDCCH, from a base station, the DCI including an indicator of a channel status information reference signal, CSI-RS; identifying a starting point of a dynamic physical uplink control channel, PUCCH, resource area and a target reception point, RP, of the base station based on the indicator of the CSI-RS; measuring a channel quality for the target RP using the CSI-RS; determining a transmission power of a PUCCH based on the measured channel quality for the target RP; and transmitting the PUCCH, using the determined transmission power, based on the starting point of the dynamic PUCCH resource area.
A vibration apparatus for dental care, comprising: a body in which a vibrator is embedded; a tip part connected to the body to extend to an outside of the body and configured to transmit vibration energy of the vibrator to a resin applied to a tooth; and a controller configured to control a magnitude of vibration energy generated from the vibrator and transmitted to the tip part, wherein the controller comprises a microcomputer configured to control operation of the vibrator and a vibration frequency of a vibration tip of the tip part within a range of 3 to 70 Hz, characterized in that the controller is configured to sense a vibration frequency of the vibration tip and, when the vibration frequency of the vibration tip is outside a range of 3 to 70 Hz, a display window provided in the body displays that the vibration frequency of the vibration tip is outside of the range. a body in which a vibrator is embedded; a tip part connected to the body to extend to an outside of the body and configured to transmit vibration energy of the vibrator to a resin applied to a tooth; and a controller configured to control a magnitude of vibration energy generated from the vibrator and transmitted to the tip part, wherein the controller comprises a microcomputer configured to control operation of the vibrator and a vibration frequency of a vibration tip of the tip part within a range of 3 to 70 Hz, characterized in that the controller is configured to sense a vibration frequency of the vibration tip and, when the vibration frequency of the vibration tip is outside a range of 3 to 70 Hz, a display window provided in the body displays that the vibration frequency of the vibration tip is outside of the range.
A network storage system, used in message services, wherein the system comprises: a network storage unit, adapted to provide a network storage space for creating a shared folder requested by a first user; an access rule storage unit, adapted to store an access rule; wherein, said access rule is set by the first user, and the access rule is permitting a second user to write in the shared folder; and a network storage control unit, adapted to receive an upload request from the second user to upload a content to the shared folder; wherein, the network storage control unit further comprises: an access authority authentication control unit, connected with the access rule storage unit, and adapted to perform an authenticate control on the upload request in accordance with the access rule to permit the second user to add the content to the shared folder; the network storage unit further configured to store the content shared by the sencond user in the shared folder; the network storage control unit, further configured to receive an obtain request for obtaining the content in the shared folder sent from the first user; the network storage unit further configured to provide the content to the first user. a network storage unit, adapted to provide a network storage space for creating a shared folder requested by a first user; an access rule storage unit, adapted to store an access rule; wherein, said access rule is set by the first user, and the access rule is permitting a second user to write in the shared folder; and a network storage control unit, adapted to receive an upload request from the second user to upload a content to the shared folder; an access authority authentication control unit, connected with the access rule storage unit, and adapted to perform an authenticate control on the upload request in accordance with the access rule to permit the second user to add the content to the shared folder; the network storage unit further configured to store the content shared by the sencond user in the shared folder; the network storage control unit, further configured to receive an obtain request for obtaining the content in the shared folder sent from the first user; the network storage unit further configured to provide the content to the first user.