mhurhangee/ep-ind-claims huggingface dataset:
A method of paging user equipments, UEs, on a shared communication medium, comprising: obtaining a first set of paging messages for transmission to a first paging group that includes a first set of UEs; obtaining a second set of paging messages for transmission to a second paging group that includes a second set of UEs; and establishing non-overlapping Paging Occasion Windows, POWs, for the first and second paging groups to avoid a paging enhanced Physical Downlink Control Channel, ePDCCH, collision, the method characterized in that the establishing includes reducing a number of starting Paging Frames, PFs, per DRX period. obtaining a first set of paging messages for transmission to a first paging group that includes a first set of UEs; obtaining a second set of paging messages for transmission to a second paging group that includes a second set of UEs; and establishing non-overlapping Paging Occasion Windows, POWs, for the first and second paging groups to avoid a paging enhanced Physical Downlink Control Channel, ePDCCH, collision, the method characterized in that the establishing includes reducing a number of starting Paging Frames, PFs, per DRX period.
A method for determining and correlating event data comprising: obtaining a first image stream within a first time window, wherein the first image stream is generated at an interior-facing camera of an onboard vehicle system, wherein the onboard vehicle system is configured to couple to a vehicle; extracting interior activity data from the first image stream; obtaining a second image stream within a second time window, wherein the second image stream is generated at an exterior-facing camera of the onboard vehicle system; and extracting exterior activity data from the second image stream; characterized in that: t he first time window and second time window are at least partially coextensive; and t he method further comprises: determining an interior event based on the interior activity data; determining an exterior event based on the exterior activity data; and correlating the interior event with the exterior event. obtaining a first image stream within a first time window, wherein the first image stream is generated at an interior-facing camera of an onboard vehicle system, wherein the onboard vehicle system is configured to couple to a vehicle; extracting interior activity data from the first image stream; obtaining a second image stream within a second time window, wherein the second image stream is generated at an exterior-facing camera of the onboard vehicle system; and extracting exterior activity data from the second image stream; t he first time window and second time window are at least partially coextensive; and t he method further comprises: determining an interior event based on the interior activity data; determining an exterior event based on the exterior activity data; and correlating the interior event with the exterior event. determining an interior event based on the interior activity data; determining an exterior event based on the exterior activity data; and correlating the interior event with the exterior event.
Rotary-wing aircraft provided with an airframe extending from a rear end (4") to a front end along a longitudinal fore-aft plane, said airframe carrying the rotary wing capable of providing at least part of the lift and propulsion of the aircraft and a rear rotor; the rear rotor being capable of pivoting so as to be either in a first, stationary position, in which said rear rotor is used for controlling the yaw of said aircraft or in a second position, said aircraft moving, in a first operating mode, when said rear rotor is in said first position, said aircraft having a power plant driving said rotary wing by means of a main power transmission unit, secured to a mast of said rotary wing, said power plant driving said rear rotor by means of a rear power transmission unit, said rear power transmission unit being provided with a stationary portion secured to said cell and a mobile portion linked to said rear rotor to allow said rear rotor to pivot, the rotary-wing aircraft comprising: - a pivot means for pivoting said mobile portion, tilting the rear rotor reversibly from said first position to said second position so that said aircraft switches from the first operating mode to a second operating mode, said second position being adjustable, said pivot means pivoting the rear rotor about an axis of tilt so as to orient said second position of said rear rotor relative to the longitudinal fore-aft plane in a predefined angular sector in order to control the yaw movement and to control at least partly the propulsion of said aircraft during the second operating mode, characterised in that it comprises: - a tilt means tilting said mast reversibly in the longitudinal fore-aft plane towards the rear end (4") of said aircraft so that said aircraft switches from the second operating mode to a third operating mode during which the propulsion of the aircraft is provided solely by the rear rotor. - a pivot means for pivoting said mobile portion, tilting the rear rotor reversibly from said first position to said second position so that said aircraft switches from the first operating mode to a second operating mode, said second position being adjustable, said pivot means pivoting the rear rotor about an axis of tilt so as to orient said second position of said rear rotor relative to the longitudinal fore-aft plane in a predefined angular sector in order to control the yaw movement and to control at least partly the propulsion of said aircraft during the second operating mode, characterised in that it comprises: - a tilt means tilting said mast reversibly in the longitudinal fore-aft plane towards the rear end (4") of said aircraft so that said aircraft switches from the second operating mode to a third operating mode during which the propulsion of the aircraft is provided solely by the rear rotor.
A method for manufacturing a sensor, in particular a temperature sensor, comprising at least one electrically conductive layer and at least one passivation layer and/or an insulation layer, wherein the passivation layer and/or the insulation layer are manufactured via aerosol deposition (aerosol deposition method, ADM), aerosol deposition involves the use of a powder comprised of aluminum oxide (Al 2 O 3) present in the α-phase with a purity of the starting materials of at least 94%w/w, wherein the method comprises the following steps: a) Providing a sensor carrier; b) Applying the at least one electrically conductive layer directly or indirectly to the sensor carrier; c) Applying the passivation layer and/or the insulation layer by means of aerosol deposition, wherein oxygen (O 2) is used as the carrier gas in step c). wherein the passivation layer and/or the insulation layer are manufactured via aerosol deposition (aerosol deposition method, ADM), aerosol deposition involves the use of a powder comprised of aluminum oxide (Al 2 O 3) present in the α-phase with a purity of the starting materials of at least 94%w/w, wherein the method comprises the following steps: a) Providing a sensor carrier; b) Applying the at least one electrically conductive layer directly or indirectly to the sensor carrier; c) Applying the passivation layer and/or the insulation layer by means of aerosol deposition, wherein oxygen (O 2) is used as the carrier gas in step c). a) Providing a sensor carrier; b) Applying the at least one electrically conductive layer directly or indirectly to the sensor carrier; c) Applying the passivation layer and/or the insulation layer by means of aerosol deposition, wherein oxygen (O 2) is used as the carrier gas in step c).
A separation station with a supply deck for supplying flat goods to a goods processing station following in the transport path in the transport direction x of a Cartesian coordinate system, with openings in the supply deck for at least a first drum in a separating region and with separating means, as well as with a contact pressure box with a linkage that is pivotably supported on an end located downstream in terms of the flow of goods, wherein the contact pressure box is mounted so as to be movable in the z-direction of the Cartesian coordinate system, wherein an end of a separating means carrier is mounted on another end of the linkage pivotably supported in the contact pressure box, which other end is located upstream in terms of the flow of goods, in such a way that a stop side of the undeflected separating means carrier is aligned parallel to the y/z plane and extends opposite to a y-direction of the Cartesian coordinate system, wherein the separation means carrier can be deflected above the supply deck at a variable distance corresponding to the thickness of the flat good to be separated and adjusted in the y-direction and opposite thereto with the aid of adjusting means, wherein the separation means carrier has an installation plate with a bend in the transport direction x from the upper edge of the stop side in the direction of the installation plate, wherein the pivotably supported linkage is extended by means of an extension arm on the end located upstream in terms of the flow of goods, wherein the separating means carrier has an angled approach plate that is angled from the stop side, which lies parallel to the y/z plane upstream in terms of the flow of goods, in the transport direction x and obliquely to the direction of gravity in the transport direction x to the supply deck, wherein the separating means are mounted on the surface of the approach plate lying in the transport direction x, wherein the extension arm of the linkage has a front lateral leg and a rear lateral leg that is offset in the y-direction, wherein said lateral legs are connected to one another by a yoke arranged upstream in terms of the flow of goods, and wherein the separating means carrier is mounted on the extension arm by means of a retaining plate.
A photovoltaic conversion device, comprising: a light absorbing layer, all or part of the light absorbing layer including a Cu 2 Ge 1-x Sn x S 3 -based compound, characterised in that x is such that 0.7 < x < 1. a light absorbing layer, all or part of the light absorbing layer including a Cu 2 Ge 1-x Sn x S 3 -based compound, characterised in that x is such that 0.7 < x < 1.
A vehicle, the vehicle comprising a chassis, a replaceable power source, and an onboard mounting and dismounting system for raising and lowering the replaceable power source for powering the vehicle, the replaceable power source including an outer casing with a horizontal shaft (250, 252), the mounting and dismounting system comprising: a rack member (232, 234) configured to move along a linear vertical direction between a lowest position and a highest position, the rack member (232, 234) including a lifting portion (240, 242, 244, 246) configured to engage the horizontal shaft (250, 252) of the replaceable power source to raise and lower the replaceable power source; an actuator configured to move the rack member (232, 234) along the linear vertical direction between the lowest position and the highest position; and a retaining member attached to the chassis and configured to engage the horizontal shaft (250, 252) of the replaceable power source when the rack member (232, 234) is in the highest position; wherein the rack member (232, 234) is configured to move in a vertical direction relative to the retaining member. a rack member (232, 234) configured to move along a linear vertical direction between a lowest position and a highest position, the rack member (232, 234) including a lifting portion (240, 242, 244, 246) configured to engage the horizontal shaft (250, 252) of the replaceable power source to raise and lower the replaceable power source; an actuator configured to move the rack member (232, 234) along the linear vertical direction between the lowest position and the highest position; and a retaining member attached to the chassis and configured to engage the horizontal shaft (250, 252) of the replaceable power source when the rack member (232, 234) is in the highest position; wherein the rack member (232, 234) is configured to move in a vertical direction relative to the retaining member.
A patient monitoring system comprising: a projector operable to project a pattern of light onto a patient undergoing treatment; a patient restraint operable to restrain a patient relative to a treatment apparatus; a camera system operable to obtain images of the patient and the patient restraint; and a model generation module operable to process images obtained by the camera system to generate a model of the surface of a portion of a patient appearing in the images; characterised in that at least a portion of the patient restraint is colored such that a pattern of projected light projected by the projector onto a surface of the patient restraint is substantially absorbed by the patient restraint so as not to be readily apparent in the portion of the obtained images corresponding to the patient restraint. a projector operable to project a pattern of light onto a patient undergoing treatment; a patient restraint operable to restrain a patient relative to a treatment apparatus; a camera system operable to obtain images of the patient and the patient restraint; and a model generation module operable to process images obtained by the camera system to generate a model of the surface of a portion of a patient appearing in the images; characterised in that at least a portion of the patient restraint is colored such that a pattern of projected light projected by the projector onto a surface of the patient restraint is substantially absorbed by the patient restraint so as not to be readily apparent in the portion of the obtained images corresponding to the patient restraint.
An artificial joint stem (4;4B), comprising: (a) a stem body portion (6;6A;6B); and (b) a porous portion (7;7B) that has a porous body and is bonded to the stem body portion (6;6A;6B), (c) wherein the stem body portion (6;6A;6B) has an insertion portion (11;11B) arranged to be inserted into a medullary cavity of a bone of a biological body, and (d) the porous portion (7;7B) is a tubular standalone portion formed by stacking layers of a biocompatible metal powder, and is arranged so as to surround a proximal portion of the insertion portion (11;11B); characterized in that (e) the thickness (Ta) of a proximal portion of the porous body is set larger than the thickness (Tb) of a distal portion of the porous body; wherein a multitude of inner openings are formed in the inner peripheral surface of the porous portion (7; 7B) and a multitude of outer openings are formed in the outer peripheral surface of the porous portion (7;7A); and wherein a total area ratio (Pa) of the inner openings in the inner peripheral surface is lower than the total area ratio (Pb) of the outer openings in the outer peripheral surface, wherein the total area ratio (Pa) of the inner openings refer to the ratio of the total area of all the inner openings to the area of the inner peripheral surface of the porous portion and wherein the total area ratio (Pb) of the outer openings refer to the ratio of the total area of all the outer openings to the area of the outer peripheral surface of the porous portion (7;7B). (a) a stem body portion (6;6A;6B); and (b) a porous portion (7;7B) that has a porous body and is bonded to the stem body portion (6;6A;6B), (c) wherein the stem body portion (6;6A;6B) has an insertion portion (11;11B) arranged to be inserted into a medullary cavity of a bone of a biological body, and (d) the porous portion (7;7B) is a tubular standalone portion formed by stacking layers of a biocompatible metal powder, and is arranged so as to surround a proximal portion of the insertion portion (11;11B); characterized in that (e) the thickness (Ta) of a proximal portion of the porous body is set larger than the thickness (Tb) of a distal portion of the porous body; wherein a multitude of inner openings are formed in the inner peripheral surface of the porous portion (7; 7B) and a multitude of outer openings are formed in the outer peripheral surface of the porous portion (7;7A); and wherein a total area ratio (Pa) of the inner openings in the inner peripheral surface is lower than the total area ratio (Pb) of the outer openings in the outer peripheral surface, wherein the total area ratio (Pa) of the inner openings refer to the ratio of the total area of all the inner openings to the area of the inner peripheral surface of the porous portion and wherein the total area ratio (Pb) of the outer openings refer to the ratio of the total area of all the outer openings to the area of the outer peripheral surface of the porous portion (7;7B).
A terminal comprising: a state information acquisition unit, configured for acquiring state information about each contact person in a contact person list according to a preset time period; a state information parsing unit, configured for parsing the state information about each contact person so as to determine whether the state information about any contact person of all the contact persons and the state information about at least one other contact person of all the contact persons have an associated content or not; and a grouping dividing unit, configured for automatically dividing the contact persons corresponding to the state information having the associated content, which are taken as relevant contact persons, into one group in the case where there is the associated content; characterised in that the terminal further comprises: a time setting unit, configured for setting the preset time period according to a time setting instruction; and a frequency setting unit, configured for setting a preset frequency corresponding to the preset time period for acquiring the state information according to a frequency setting instruction; wherein, the state information acquisition unit is further configured for acquiring the state information about each contact person according to the corresponding preset frequency during the preset time period. a state information acquisition unit, configured for acquiring state information about each contact person in a contact person list according to a preset time period; a state information parsing unit, configured for parsing the state information about each contact person so as to determine whether the state information about any contact person of all the contact persons and the state information about at least one other contact person of all the contact persons have an associated content or not; and a grouping dividing unit, configured for automatically dividing the contact persons corresponding to the state information having the associated content, which are taken as relevant contact persons, into one group in the case where there is the associated content; characterised in that the terminal further comprises: a time setting unit, configured for setting the preset time period according to a time setting instruction; and a frequency setting unit, configured for setting a preset frequency corresponding to the preset time period for acquiring the state information according to a frequency setting instruction; a time setting unit, configured for setting the preset time period according to a time setting instruction; and a frequency setting unit, configured for setting a preset frequency corresponding to the preset time period for acquiring the state information according to a frequency setting instruction; wherein, the state information acquisition unit is further configured for acquiring the state information about each contact person according to the corresponding preset frequency during the preset time period.
A refrigerator fan device, in particular for ultra-low temperature refrigerators, comprising a fan motor which has a fan rotor and which is provided in an air duct between an air inlet, a refrigerator heat exchanger, and/or a refrigerator compressor and an air outlet on or in a refrigerator housing (20, 22), said fan motor being connected to a unit of the refrigerator, in particular to the refrigerator compressor and/or to refrigerator control electronics, via electrical supply and/or control lines, the fan motor being realized as a brushless speed-controllable DC motor whose operating speed is controlled as a function of an operating and/or used cooling space temperature signal of, in particular, the assigned refrigerator compressor, characterized by delay means which act on the assigned refrigerator compressor and which are configured such that in response to an activation signal and/or operation start signal, the fan motor is activated a predetermined time interval prior to activation of the refrigerator compressor and that corresponding vapors are emitted or diluted by means of the fan airflow prior to an activation of the compressor in order to prevent the risks associated with leaking refrigerating agents.
Method for assembling of at least two wind turbine components of a wind turbine with following steps: a) Providing of the wind turbine components and providing of at least one assembly assisting device including bolts; wherein said assembly assisting device comprises - at least one bolt magazine with at least one bolt magazine store unit for storing bolts for the assembling; and - at least one bolt magazine attaching unit for attaching the bolt magazine to at least one attaching structure of at least one of the wind turbine components; and b) Assembling of the wind turbine components with the aid of the bolts of the bolt magazine store unit of the assembly assisting device. a) Providing of the wind turbine components and providing of at least one assembly assisting device including bolts; wherein said assembly assisting device comprises - at least one bolt magazine with at least one bolt magazine store unit for storing bolts for the assembling; and - at least one bolt magazine attaching unit for attaching the bolt magazine to at least one attaching structure of at least one of the wind turbine components; and - at least one bolt magazine with at least one bolt magazine store unit for storing bolts for the assembling; and - at least one bolt magazine attaching unit for attaching the bolt magazine to at least one attaching structure of at least one of the wind turbine components; and b) Assembling of the wind turbine components with the aid of the bolts of the bolt magazine store unit of the assembly assisting device.