mhurhangee/ep-ind-claims huggingface dataset:
A method by a terminal in a wireless communication system, the method comprising: receiving, from a base station controlling multiple antennas distributed within a service area of the base station, first channel state information reference signal, CSI-RS, configuration information including first power ratio information and second CSI-RS configuration information including second power ratio information; receiving, from said base station, a first CSI-RS and a second CSI-RS; calculating a received signal energy using the first CSI-RS and the first power ratio information and calculating an interference using the second CSI-RS and the second power ratio information; and generating a channel quality indicator, CQI, based on said received signal energy and said interference; and transmitting the CQI to the base station; wherein the first power ratio information is a transmit power ratio between the first CSI-RS and a data channel through a certain antenna for use in data transmission to the terminal, and wherein the second power ratio information is a transmit power ratio between the second CSI-RS and a data channel through a certain antenna incurring an interference to the terminal. receiving, from a base station controlling multiple antennas distributed within a service area of the base station, first channel state information reference signal, CSI-RS, configuration information including first power ratio information and second CSI-RS configuration information including second power ratio information; receiving, from said base station, a first CSI-RS and a second CSI-RS; calculating a received signal energy using the first CSI-RS and the first power ratio information and calculating an interference using the second CSI-RS and the second power ratio information; and generating a channel quality indicator, CQI, based on said received signal energy and said interference; and transmitting the CQI to the base station; wherein the first power ratio information is a transmit power ratio between the first CSI-RS and a data channel through a certain antenna for use in data transmission to the terminal, and wherein the second power ratio information is a transmit power ratio between the second CSI-RS and a data channel through a certain antenna incurring an interference to the terminal.
A wearable device (120, 200, 320, 520), comprising: a kinetic detector configured to detect a movement of the wearable device from a first position to a second position with a displacement transversal to a longitudinal axis of the wearable device, wherein the displacement comprises one or more characteristics, the one or more characteristics comprising a speed, an acceleration, a direction, a distance, a path, a duration and a frequency of the displacement; a movement characteristic pattern recognizer, operatively coupled to the kinetic detector, configured to compare the displacement with a displacement range associated with a menu item of a menu (130, 330, 530), the menu item representing an operation related to an object or a view in a computer-mediated reality environment; and an action operator, operatively coupled to the movement characteristic pattern recognizer, configured to activate the operation in the computer-mediated reality environment in response to the displacement being bound by one or more extrema of the displacement range and to use the one or more characteristics of the displacement to control a parameter of an action associated with the operation. a kinetic detector configured to detect a movement of the wearable device from a first position to a second position with a displacement transversal to a longitudinal axis of the wearable device, wherein the displacement comprises one or more characteristics, the one or more characteristics comprising a speed, an acceleration, a direction, a distance, a path, a duration and a frequency of the displacement; a movement characteristic pattern recognizer, operatively coupled to the kinetic detector, configured to compare the displacement with a displacement range associated with a menu item of a menu (130, 330, 530), the menu item representing an operation related to an object or a view in a computer-mediated reality environment; and an action operator, operatively coupled to the movement characteristic pattern recognizer, configured to activate the operation in the computer-mediated reality environment in response to the displacement being bound by one or more extrema of the displacement range and to use the one or more characteristics of the displacement to control a parameter of an action associated with the operation.
A method for the efficient use of the hot air streams in a vehicle painting system, in which the exhaust air from the dryer is supplied via an exhaust air ventilator unit of a thermal afterburning facility and is heated in the latter, and by means of a clean gas line is fed as a clean gas through circulating air recuperators (10, 12) and at least one fresh air recuperator, in which the circulating air extracted from the dryer, and the fresh air, are heated, characterised in that, the fresh air extracted from the fresh air recuperator is mixed with the circulating air extracted from the dryer, and the circulating air-fresh air mixture is heated in the circulating air recuperators (10, 12), and is once again supplied to the dryer, and in that during commissioning the air volume balance in the dryer is preferably set, once only, by means of fixed throttle valves on the exhaust air extraction points of the dryer and on the individual fresh air supply lines upstream of the circulating air recuperators (10, 12), and locked.
A crystalline form of Nilotinib fumarate designated as Form III, characterized by data selected from one or more of the following: a. an XRPD pattern having peaks at 5.5, 7.0, 11.0, 13.4 and 15.8 degrees two theta ± 0.2 degrees two theta; b. an XRPD pattern substantially as depicted in Figure 1; c. and combinations of these data. a. an XRPD pattern having peaks at 5.5, 7.0, 11.0, 13.4 and 15.8 degrees two theta ± 0.2 degrees two theta; b. an XRPD pattern substantially as depicted in Figure 1; c. and combinations of these data.
Method for operating a flap arrangement of a motor vehicle, wherein the flap arrangement has a flap wing and a control arrangement, wherein a flap drive which is assigned to the flap wing and by which the flap wing can be adjusted between a closed position and an open position in an adjustment process is provided, wherein at least one predetermined flap operator control event is detected by means of the control arrangement and the flap drive is actuated as a technical control reaction to a flap operator control event, and wherein, by means of the control arrangement, a new adjustment process is started from a stationary state as a technical control reaction to a flap operator control event or a stopped adjustment process is, under certain circumstances, continued in the opposite adjustment direction and the adjustment process is stopped from an adjustment process, characterized in that in the case of two successive flap operator control events the technical control reaction of stopping an adjustment process, which is due to the second flap operator control event, is suppressed by means of the control arrangement if at least one suppression condition is detected.
A mobile device locking method, comprising: measuring, by a mobile device, ambient wireless signals; determining a risk of theft of the mobile device based at least in part on the measured ambient wireless signals; and setting a timeout function of the mobile device based at least on the calculated risk; in which the measuring step comprises: determining a number of wireless devices associated with the wireless signals; and in which the determining step comprises: calculating a risk of theft of the mobile device based at least in part on the determined number of wireless devices, so that a higher number of devices indicates a higher risk of theft; and in which the setting step comprises: determining a timeout time for the mobile device based at least in part on the risk of theft; and setting a timeout function of the mobile device using the determined timeout time after which the device is locked. measuring, by a mobile device, ambient wireless signals; determining a risk of theft of the mobile device based at least in part on the measured ambient wireless signals; and setting a timeout function of the mobile device based at least on the calculated risk; in which the measuring step comprises: determining a number of wireless devices associated with the wireless signals; and in which the determining step comprises: calculating a risk of theft of the mobile device based at least in part on the determined number of wireless devices, so that a higher number of devices indicates a higher risk of theft; and in which the setting step comprises: determining a timeout time for the mobile device based at least in part on the risk of theft; and setting a timeout function of the mobile device using the determined timeout time after which the device is locked. determining a number of wireless devices associated with the wireless signals; and in which the determining step comprises: calculating a risk of theft of the mobile device based at least in part on the determined number of wireless devices, so that a higher number of devices indicates a higher risk of theft; and in which the setting step comprises: determining a timeout time for the mobile device based at least in part on the risk of theft; and setting a timeout function of the mobile device using the determined timeout time after which the device is locked. calculating a risk of theft of the mobile device based at least in part on the determined number of wireless devices, so that a higher number of devices indicates a higher risk of theft; and in which the setting step comprises: determining a timeout time for the mobile device based at least in part on the risk of theft; and setting a timeout function of the mobile device using the determined timeout time after which the device is locked. determining a timeout time for the mobile device based at least in part on the risk of theft; and setting a timeout function of the mobile device using the determined timeout time after which the device is locked.
A liquid sealed cartridge (100, 420) in which a liquid injected through an inlet is previously sealed, and in which, in use, the liquid is transferred by a centrifugal force being applied by rotation, the liquid sealed cartridge (100, 420) comprising: a liquid storage portion configured to store the liquid; a transfer flow path into which the liquid is transferred from the liquid storage portion when the centrifugal force is applied, and a seal portion (211, 212, 236, 245) configured to seal the liquid storage portion, the liquid sealed cartridge (100, 420) further comprising an air flow path through which air is introduced into the liquid storage portion, wherein the seal portion (211, 212, 236, 245) comprises a first seal portion (211, 245) provided between the liquid storage portion and the transfer flow path, and a second seal portion (212, 236) provided between the liquid storage portion and the air flow path, characterized in that: the liquid sealed cartridge further comprises: a bypass flow path having a one end and another end with both ends being connected to the liquid storage portion, the bypass flow path having the sealed inlet. a liquid storage portion configured to store the liquid; a transfer flow path into which the liquid is transferred from the liquid storage portion when the centrifugal force is applied, and a seal portion (211, 212, 236, 245) configured to seal the liquid storage portion, the liquid sealed cartridge (100, 420) further comprising an air flow path through which air is introduced into the liquid storage portion, wherein the seal portion (211, 212, 236, 245) comprises a first seal portion (211, 245) provided between the liquid storage portion and the transfer flow path, and a second seal portion (212, 236) provided between the liquid storage portion and the air flow path, characterized in that: the liquid sealed cartridge further comprises: a bypass flow path having a one end and another end with both ends being connected to the liquid storage portion, the bypass flow path having the sealed inlet. a bypass flow path having a one end and another end with both ends being connected to the liquid storage portion, the bypass flow path having the sealed inlet.
Machine for the machining of railway wagons comprising: - a holding structure having a first upright and a second upright that extend along respective first direction and second direction substantially parallel and adapted to be arranged on the opposite side with respect to a wagon to be machined; - sliding means (10, 11) of said structure along a main direction; - machining means (14, 15, 16, 17, 18, 19) of said wagon comprising at least a first anthropomorphic robot associated sliding with said first upright, and at least a second anthropomorphic robot associated sliding with said second upright, characterized by the fact that said holding structure comprises a substantially horizontal beam associated with said first upright and said second upright to define an inverted U-shape and by the fact that said machining means (14, 15, 16, 17, 18, 19) comprise: - a first sanding device and a first pressure sensor connected thereto, associated with said first robot; and - a second sanding device and a second pressure sensor connected thereto, associated with said second robot. - a holding structure having a first upright and a second upright that extend along respective first direction and second direction substantially parallel and adapted to be arranged on the opposite side with respect to a wagon to be machined; - sliding means (10, 11) of said structure along a main direction; - machining means (14, 15, 16, 17, 18, 19) of said wagon comprising at least a first anthropomorphic robot associated sliding with said first upright, and at least a second anthropomorphic robot associated sliding with said second upright, - a first sanding device and a first pressure sensor connected thereto, associated with said first robot; and - a second sanding device and a second pressure sensor connected thereto, associated with said second robot.
Method of manufacturing a formed aluminium alloy part of a motor vehicle, the method comprising: (a) providing a rolled aluminium sheet product having a chemical composition consisting of, in wt.%: Zn 1.5 to 4.0 Mg 0.3 to 1.5 Cu 0 to 1.0 Ti 0 to 0.15 Fe 0 to 0.35 Si 0 to 0.5, optionally one or more elements selected from the group consisting of (Zr 0.04 to 0.25, Cr 0.04 to 0.25, Mn 0.10 to 0.50), optionally (at most about 0.05% Ca, at most about 0.05% Sr, at most about 0.004% Be), unavoidable impurities, each maximum 0.05%, total 0.2%, and balance aluminium, and having a gauge in a range of 0.5 to 4 mm, the yield strength of the aluminium sheet is at least 160 MPa, (b) forming the aluminium alloy sheet to obtain a formed automotive panel, (c) assembling the formed automotive body panel with one or more other metal parts to form an assembly forming a motor vehicle component, (d) subjecting said motor vehicle component to a paint-bake cycle, and wherein the formed part has a yield strength of more than 160 MPa, after being subjected to the paint-bake cycle. (a) providing a rolled aluminium sheet product having a chemical composition consisting of, in wt.%: Zn 1.5 to 4.0 Mg 0.3 to 1.5 Cu 0 to 1.0 Ti 0 to 0.15 Fe 0 to 0.35 Si 0 to 0.5, optionally one or more elements selected from the group consisting of (Zr 0.04 to 0.25, Cr 0.04 to 0.25, Mn 0.10 to 0.50), optionally (at most about 0.05% Ca, at most about 0.05% Sr, at most about 0.004% Be), unavoidable impurities, each maximum 0.05%, total 0.2%, and balance aluminium, and having a gauge in a range of 0.5 to 4 mm, the yield strength of the aluminium sheet is at least 160 MPa, (b) forming the aluminium alloy sheet to obtain a formed automotive panel, (c) assembling the formed automotive body panel with one or more other metal parts to form an assembly forming a motor vehicle component, (d) subjecting said motor vehicle component to a paint-bake cycle, and wherein the formed part has a yield strength of more than 160 MPa, after being subjected to the paint-bake cycle.
Roller for a roller bearing, having two end surfaces (2, 4) and a running surface, characterized in that at least one end surface (2, 4) has an at least partially ground profile with a non-constant curvature, characterized in that the profile, at 0.9 × R, has a pitch β in relation to a straight line along the roller radius R, the pitch being between 0.15° and 2° (0.15° ≤ β ≤ 2.0°).
An axle assembly comprising: a housing having a center portion and a first arm portion that extends from the center portion; a first differential bearing that is disposed proximate the housing; a differential that is disposed in the center portion and that has a case that is rotatably supported by the first differential bearing; a first reservoir module that is disposed proximate the first arm portion and is configured to receive a lubricant, the first reservoir module having a tube portion, a first outlet and a second outlet, wherein the first outlet provides lubricant from the first reservoir module to the first differential bearing; and an axle that is disposed in the first arm portion such that the axle extends through the tube portion; characterised by the second outlet being disposed above the first outlet and providing lubricant to a differential nest that is defined by the case. a housing having a center portion and a first arm portion that extends from the center portion; a first differential bearing that is disposed proximate the housing; a differential that is disposed in the center portion and that has a case that is rotatably supported by the first differential bearing; a first reservoir module that is disposed proximate the first arm portion and is configured to receive a lubricant, the first reservoir module having a tube portion, a first outlet and a second outlet, wherein the first outlet provides lubricant from the first reservoir module to the first differential bearing; and an axle that is disposed in the first arm portion such that the axle extends through the tube portion; characterised by the second outlet being disposed above the first outlet and providing lubricant to a differential nest that is defined by the case.
An apparatus for cleaning an optical component in an analysis unit that is configured to analyze, using the optical component, samples that are located in a removable cartridge during analysis, the apparatus comprising: a cleaning cartridge frame that is configured to be receivable by and supported by a cartridge receiver of the analysis unit that is configured to receive and support the removable cartridge; and one or more optical cleaning assemblies, each optical cleaning assembly including: an absorbent cleaning pad, and a compliant support structure that is proud of a surface of the cleaning cartridge frame and interposed between the cleaning cartridge frame and at least a portion of the cleaning pad, wherein the compliant support structure comprises an elastomeric material and has a first portion that is a domed shape;wherein the domed shape has a radius that at least substantially matches a radius of curvature of a surface of the optical component that faces towards the cleaning cartridge frame when the apparatus is supported by the cartridge receiver. a cleaning cartridge frame that is configured to be receivable by and supported by a cartridge receiver of the analysis unit that is configured to receive and support the removable cartridge; and one or more optical cleaning assemblies, each optical cleaning assembly including: an absorbent cleaning pad, and a compliant support structure that is proud of a surface of the cleaning cartridge frame and interposed between the cleaning cartridge frame and at least a portion of the cleaning pad, wherein the compliant support structure comprises an elastomeric material and has a first portion that is a domed shape;wherein the domed shape has a radius that at least substantially matches a radius of curvature of a surface of the optical component that faces towards the cleaning cartridge frame when the apparatus is supported by the cartridge receiver.
A device for supporting a mass flow of rod-shaped articles of the tobacco industry on a conveyor which includes at least two segments (2, 3) connected by a connecting element, wherein the segments are provided with positioning means (7, 8) which mate with elements of the conveyor to set a position of the supporting device relative to the elements of the conveyor (5a, 5b), characterised in that the positioning means (7,8) include second positioning means which set the position of the supporting device relative to the conveyor in a transverse direction to the conveying direction wherein the positioning means, which set the position in the transverse direction, include at least two sets of retainers placed at opposite side edges of the segment.
A method of preparing a placenta-derived matrix in the form of a hydrogel, comprising (a) devitalizing a placenta tissue to produce a devitalized placenta tissue, (b) digesting the devitalized placenta tissue in a digestion solution comprising pepsin and an acid to produce a placenta-derived matrix, (c) adjusting pH of the placenta-derived matrix from step (b) to a basic pH, whereby the pepsin is irreversibly inactivated, and (d) adjusting the pH of the placenta-derived matrix from step (c) to a neutral pH, whereby a placenta-derived matrix in the form of a hydrogel is prepared. (a) devitalizing a placenta tissue to produce a devitalized placenta tissue, (b) digesting the devitalized placenta tissue in a digestion solution comprising pepsin and an acid to produce a placenta-derived matrix, (c) adjusting pH of the placenta-derived matrix from step (b) to a basic pH, whereby the pepsin is irreversibly inactivated, and (d) adjusting the pH of the placenta-derived matrix from step (c) to a neutral pH, whereby a placenta-derived matrix in the form of a hydrogel is prepared.