mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sending information, comprising: obtaining (S201), by a base station, position information of a terminal in a cell relative to the base station, wherein the position information is a distance and a direction from the base station to the terminal; dividing (S202), by the base station, the cell into a plurality of areas based on the distance and the direction of the terminal in the cell relative to the base station, such that the terminal is not located in an overlapping part of adjacent areas; and sending (S203), by the base station, information to terminals in different areas of the plurality of areas at different time points, wherein the information is carried on a physical broadcast channel, PBCH, with a maximum repetition count less than a threshold. obtaining (S201), by a base station, position information of a terminal in a cell relative to the base station, wherein the position information is a distance and a direction from the base station to the terminal; dividing (S202), by the base station, the cell into a plurality of areas based on the distance and the direction of the terminal in the cell relative to the base station, such that the terminal is not located in an overlapping part of adjacent areas; and sending (S203), by the base station, information to terminals in different areas of the plurality of areas at different time points, wherein the information is carried on a physical broadcast channel, PBCH, with a maximum repetition count less than a threshold.
A dental mill blank , comprising: a first layer of a first hard restorative material having a first translucency and a first shade; a second layer of a second hard restorative material having a second translucency and a second shade, where the first translucency is different from the second translucency and/or the first shade is different from the second shade; and where the first layer and the second layer form a first interface having: a first curve across a first plane of symmetry of the dental mill blank , where the first curve has a different from zero curvature; and a first straight line along the entire length of a second plane that passes through both the first layer and the second layer of the dental mill blank , the first straight line extending along the entire length of the dental mill blank and having end points that have the same relative positions on opposing faces of the dental mill blank, the second plane being orthogonal to the first plane of symmetry , characterised in that the second plane is a plane of symmetry for the dental mill blank. a first layer of a first hard restorative material having a first translucency and a first shade; a second layer of a second hard restorative material having a second translucency and a second shade, where the first translucency is different from the second translucency and/or the first shade is different from the second shade; and where the first layer and the second layer form a first interface having: a first curve across a first plane of symmetry of the dental mill blank , where the first curve has a different from zero curvature; and a first straight line along the entire length of a second plane that passes through both the first layer and the second layer of the dental mill blank , the first straight line extending along the entire length of the dental mill blank and having end points that have the same relative positions on opposing faces of the dental mill blank, the second plane being orthogonal to the first plane of symmetry , a first curve across a first plane of symmetry of the dental mill blank , where the first curve has a different from zero curvature; and a first straight line along the entire length of a second plane that passes through both the first layer and the second layer of the dental mill blank , the first straight line extending along the entire length of the dental mill blank and having end points that have the same relative positions on opposing faces of the dental mill blank, the second plane being orthogonal to the first plane of symmetry , characterised in that the second plane is a plane of symmetry for the dental mill blank.
A method for monitoring a reprocessing device for endoscopes, in particular a cleaning and/or disinfection device, wherein a plurality of data points (21, 21', 21") of a process parameter (V PAA ) of at least one endoscope in a single reprocessing device are logged over a plurality of reprocessing operations which each comprise several different partial operations (P1, P2, P3), wherein in each partial operation (P1, P2, P3) the need for the process parameter (V PAA ) is different, wherein in each data point (21, 21', 21") of the process parameter (21, 21', 21") a time (t) of each reprocessing operation is logged and stored in relation to the respective partial operation (P1, P2, P3), wherein a trend analysis of the plurality of data points (21, 21', 21") is performed in the evaluation device over the partial operations (P1, P2, P3), wherein an actual calibration of the process parameter (V PAA ) is calculated from the trend analysis and from a comparison with a target calibration it is determined whether there is an incorrect calibration of the reprocessing device .
A distance estimation device comprising: an acquiring unit configured to acquire a first distance group including distances from a movable body to at least three ground objects at a first time, a second distance group including distances from the movable body to the at least three ground obj ects at a second time, and a third distance group including distances between the at least three ground objects; and a calculating unit configured to select, from the at least three ground objects, two ground objects based on the distances to the at least three ground objects or the distances between the at least three ground objects, and further configured to calculate a moving distance of the movable body from the first time to the second time based on the distances from the movable body to the selected ground objects and the distance between the selected ground objects. an acquiring unit configured to acquire a first distance group including distances from a movable body to at least three ground objects at a first time, a second distance group including distances from the movable body to the at least three ground obj ects at a second time, and a third distance group including distances between the at least three ground objects; and a calculating unit configured to select, from the at least three ground objects, two ground objects based on the distances to the at least three ground objects or the distances between the at least three ground objects, and further configured to calculate a moving distance of the movable body from the first time to the second time based on the distances from the movable body to the selected ground objects and the distance between the selected ground objects.
An electric storage device comprising: an energy management unit configured to manage the electric storage device ; a battery management unit configured to control charge/discharge of an electric storage unit ; a current generation unit , wherein the energy management unit , the battery management unit , and the current generation unit are connected through an input/output unit ; and the electric storage unit that is connected to the battery management unit and is connected to the current generation unit through a switch , wherein the energy management unit and the battery management unit are configured to be turned off in a shutdown state, characterized in that the switch is configured to be turned off in the shutdown state, wherein the switch is configured to be turned on when starting up from the shutdown state, wherein, in response to turning-on of the switch , the current generation unit is configured to generate a predetermined current based on power supplied from the electric storage unit , and to output the generated current to the input/output unit , and wherein the energy management unit and the battery management unit are configured to be turned on in a case where a voltage in the input/output unit reaches a predetermined operating voltage by a current supplied from the current generation unit , wherein the current generation unit is configured with a constant-current direct current to direct current, DC-DC, converter. an energy management unit configured to manage the electric storage device ; a battery management unit configured to control charge/discharge of an electric storage unit ; a current generation unit , wherein the energy management unit , the battery management unit , and the current generation unit are connected through an input/output unit ; and the electric storage unit that is connected to the battery management unit and is connected to the current generation unit through a switch , wherein the energy management unit and the battery management unit are configured to be turned off in a shutdown state, characterized in that the switch is configured to be turned off in the shutdown state, wherein the switch is configured to be turned on when starting up from the shutdown state, wherein, in response to turning-on of the switch , the current generation unit is configured to generate a predetermined current based on power supplied from the electric storage unit , and to output the generated current to the input/output unit , and wherein the energy management unit and the battery management unit are configured to be turned on in a case where a voltage in the input/output unit reaches a predetermined operating voltage by a current supplied from the current generation unit , wherein the current generation unit is configured with a constant-current direct current to direct current, DC-DC, converter.
A method performed by a network node for scheduling a bearer for transmission to or from a wireless device , the wireless device being serviced by the network node , the method comprising: calculating a weight for the bearer based on an indication of a quality of service associated with information to be transmitted in the bearer, wherein the calculated weight corresponds to a Listen-Before-Talk, LBT, setting, the LBT setting comprising an LBT algorithm and corresponding one or more parameters; and scheduling the bearer for transmission to or from the wireless device based on the calculated weight, scheduling comprising a multi-carrier operation having data associated with a higher indication of quality of service scheduled for transmission in one or more master carriers and data associated with a lower indication of quality of service scheduled for transmission in one or more slave carriers, transmission in the one or more slave carriers being only performed after an outcome of a period of observation of a radio channel for transmission is that the radio channel is idle. calculating a weight for the bearer based on an indication of a quality of service associated with information to be transmitted in the bearer, wherein the calculated weight corresponds to a Listen-Before-Talk, LBT, setting, the LBT setting comprising an LBT algorithm and corresponding one or more parameters; and scheduling the bearer for transmission to or from the wireless device based on the calculated weight, scheduling comprising a multi-carrier operation having data associated with a higher indication of quality of service scheduled for transmission in one or more master carriers and data associated with a lower indication of quality of service scheduled for transmission in one or more slave carriers, transmission in the one or more slave carriers being only performed after an outcome of a period of observation of a radio channel for transmission is that the radio channel is idle.
A quick connect device for well tools comprising: a substantially cylindrical upper connection body about an axis having a first end and a second end; a resilient member ; a pin grip insert having a substantially cylindrical body about an axis, a first end, a second end, an inclined outer surface having a larger diameter proximate the first end and a smaller diameter proximate the second end, a threaded inner bore , an upper shoulder orthogonal to the axis; a pin capture socket having a substantially cylindrical body about an axis, a first end, a second end, an inclined inner surface about a conical bore along the axis having a larger diameter proximate the first end and a smaller diameter proximate the second end; wherein the axes of the upper connection body , the pin grip insert , and the pin capture socket are aligned, the pin grip insert is constructed of a plurality of radial segments, the pin grip insert is captured within the conical bore of the pin capture socket , the resilient member is captured between the upper shoulder of the pin grip insert and the second end of the upper connection body , and the upper connection body is affixed to the first end of the pin capture socket . a substantially cylindrical upper connection body about an axis having a first end and a second end; a resilient member ; a pin grip insert having a substantially cylindrical body about an axis, a first end, a second end, an inclined outer surface having a larger diameter proximate the first end and a smaller diameter proximate the second end, a threaded inner bore , an upper shoulder orthogonal to the axis; a pin capture socket having a substantially cylindrical body about an axis, a first end, a second end, an inclined inner surface about a conical bore along the axis having a larger diameter proximate the first end and a smaller diameter proximate the second end; wherein the axes of the upper connection body , the pin grip insert , and the pin capture socket are aligned, the pin grip insert is constructed of a plurality of radial segments, the pin grip insert is captured within the conical bore of the pin capture socket , the resilient member is captured between the upper shoulder of the pin grip insert and the second end of the upper connection body , and the upper connection body is affixed to the first end of the pin capture socket .
A lock for a door, with a lock housing , a lock latch-bolt movable between a locked position and an opened position, a slider supported in a translatory mobile manner, an interlocking mechanism for blocking or for releasing a movement of the lock latch-bolt , and a motor-gear-unit for driving a drive wheel rotatably supported about an axis of rotation , wherein an engagement device is disposed at the drive wheel eccentrically to the axis of rotation and wherein the engagement device is formed in such a manner that, upon a rotary movement of the drive wheel , the engagement device performs the displacement of the slider over a slider contact surface , wherein, during the displacement, a resting contour of the engagement device slides along the slider contact surface , characterized in that the engagement device is formed came-shaped in such a manner that then the lever arm between the contact point between the engagement device and the slider and the axis of rotation of the drive wheel is small if an increased force for displacing the slider is required for unlocking the interlocking mechanism, wherein the came-type engagement device is formed in such a manner that the lever arm between the contact point between the engagement device and the slider and the axis of rotation of the drive wheel is then small, if the force to be developed for displacing the slider is great, and then is greater, if the force to be developed for displacing the slider is small.
Base plate (10; 10')for an autonomously guided industrial truck (100; 100') with a longitudinal direction (L) and a width direction (B), which is intended to form a base plate arrangement (102; 102') and to limit a vehicle body (104; 104') of the industrial truck (100; 100') in sections downwards, comprising: - a plate body (12; 12') which is intended to define at least in sections an outline of the base plate arrangement (102; 102'), wherein the base plate (10; 10') has at least one recess (16a, 16b; 16a', 16b') offset in the width direction (B) with respect to a longitudinal center axis (L), which is intended to receive a support wheel arrangement of the industrial truck (100; 100'), characterized in that the base plate has a central opening (14; 14') with respect to the width direction (B), which is intended to receive a drive wheel of the industrial truck (100; 100'). - a plate body (12; 12') which is intended to define at least in sections an outline of the base plate arrangement (102; 102'), wherein the base plate (10; 10') has at least one recess (16a, 16b; 16a', 16b') offset in the width direction (B) with respect to a longitudinal center axis (L), which is intended to receive a support wheel arrangement of the industrial truck (100; 100'), characterized in that the base plate has a central opening (14; 14') with respect to the width direction (B), which is intended to receive a drive wheel of the industrial truck (100; 100').
A method for placing a stringer preform upon a wing panel preform , the method comprising: creating a wing panel preform upon a layup forming tool; pulsing the wing panel preform through a series of stations; and applying stringer preforms to the wing panel preform at each station while the wing panel preform progresses through the stations; and splicing stringer perform segments together upon the wing panel preform . creating a wing panel preform upon a layup forming tool; pulsing the wing panel preform through a series of stations; and applying stringer preforms to the wing panel preform at each station while the wing panel preform progresses through the stations; and splicing stringer perform segments together upon the wing panel preform .
A film comprising a coextruded stack, wherein the coextruded stack comprises: • a layer A having a first major surface and a second major surface opposite the first major surface; wherein the cross-section profile of the first major surface of the layer A is substantially flat and the cross-section profile of the second major surface of the layer A is non-flat, • a layer B having a first major surface and a second major surface opposite the first major surface; wherein the first major surface of the layer B is immediately adjacent to the second major surface of the layer A, wherein the cross-section profile of the second major surface of the layer B is substantially flat, wherein the cross-section profile of the first major surface of the layer B is the inverse of the cross-section profile of the second major surface of the layer A, wherein the cross-section profile of the second major surface of the layer A has an inner section between a first edge lateral section and a second edge lateral section, wherein the maximum thickness of the inner section is Ti, the thickness of the first edge lateral section is T1, and the thickness of the second edge lateral section is T2, wherein Ti is greater than each of T1 and T2, wherein the ratio Ti/T1 is at least 2:1 and wherein the coextruded film has a releasable interface between the layer A and the layer B. • a layer A having a first major surface and a second major surface opposite the first major surface; wherein the cross-section profile of the first major surface of the layer A is substantially flat and the cross-section profile of the second major surface of the layer A is non-flat, • a layer B having a first major surface and a second major surface opposite the first major surface; • a layer B having a first major surface and a second major surface opposite the first major surface; wherein the first major surface of the layer B is immediately adjacent to the second major surface of the layer A, wherein the cross-section profile of the second major surface of the layer B is substantially flat, wherein the cross-section profile of the first major surface of the layer B is the inverse of the cross-section profile of the second major surface of the layer A, wherein the cross-section profile of the second major surface of the layer A has an inner section between a first edge lateral section and a second edge lateral section, wherein the maximum thickness of the inner section is Ti, the thickness of the first edge lateral section is T1, and the thickness of the second edge lateral section is T2, wherein Ti is greater than each of T1 and T2, wherein the ratio Ti/T1 is at least 2:1 and wherein the coextruded film has a releasable interface between the layer A and the layer B.
A nozzle segment for a gas turbine engine comprising: an arcuate outer vane platform segment ; an arcuate inner vane platform segment spaced from said arcuate outer vane platform segment ; a multiple of airfoils between said arcuate inner vane platform segment and said arcuate outer vane platform segment , said arcuate outer vane platform segment includes a scallop slot ; a seal that seals said scallop slot , the seal being a guillotine seal; and a W-seal sealing airflow between a forward cavity and an aft cavity , wherein the seal extends for a depth into a seal surface and is flush with the seal surface such that the W-seal impinges the seal . an arcuate outer vane platform segment ; an arcuate inner vane platform segment spaced from said arcuate outer vane platform segment ; a multiple of airfoils between said arcuate inner vane platform segment and said arcuate outer vane platform segment , said arcuate outer vane platform segment includes a scallop slot ; a seal that seals said scallop slot , the seal being a guillotine seal; and a W-seal sealing airflow between a forward cavity and an aft cavity , wherein the seal extends for a depth into a seal surface and is flush with the seal surface such that the W-seal impinges the seal .
A setting apparatus performing a setting of inspection processing for inspecting a printed image, the setting apparatus comprising: a display unit configured to display a print setting screen for setting a print setting for printing at least one of date and page number on a sheet in addition to an image to be printed on the sheet; and a control unit configured to register, based on the print setting for printing the at least one of date and page number being set on the print setting screen , an area where the at least one of date and page number is printed as a target area on which a character inspection is to be performed by an inspection unit, characterized in that in a case where an instruction related to an area on which the character inspection is to be performed is executed by a user on a character inspection setting screen, the control unit registers the instructed area as the target area on which the character inspection is to be performed by the inspection unit. a display unit configured to display a print setting screen for setting a print setting for printing at least one of date and page number on a sheet in addition to an image to be printed on the sheet; and a control unit configured to register, based on the print setting for printing the at least one of date and page number being set on the print setting screen , an area where the at least one of date and page number is printed as a target area on which a character inspection is to be performed by an inspection unit, characterized in that in a case where an instruction related to an area on which the character inspection is to be performed is executed by a user on a character inspection setting screen, the control unit registers the instructed area as the target area on which the character inspection is to be performed by the inspection unit.