mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an apparatus for mobility management that is configured to serve each of a plurality of types of subscriber user equipment , the method comprising: receiving, for each of said plurality of types of subscriber user equipment , a respective weight factor; and sending, to a base station with which the apparatus is associated, a message that respectively includes a weight factor for each of the specific types of subscriber user equipment which the apparatus supports. receiving, for each of said plurality of types of subscriber user equipment , a respective weight factor; and sending, to a base station with which the apparatus is associated, a message that respectively includes a weight factor for each of the specific types of subscriber user equipment which the apparatus supports.
An axial air-gap rotary electric machine comprising a stator in which a plurality of core members having at least an iron core and a coil are arranged in an annular shape along an inner periphery surface of a housing around a rotation axis , and a rotator facing an end surface of the iron core with a predetermined air gap interposed in a rotation axis diameter direction, characterized in that the housing has a hole portion , in communication with an outside, provided in a surface of the housing facing the stator at a predetermined position in order to fix the stator to the housing in a desired position, and the stator has a resin mold portion integrally molded by filling resin into the hole portion and at least a side surface of the plurality of the core members which faces the inner periphery surface of the housing and the hole portion, such that the resin mold portion fixes the stator to the housing.
An electromagnetic system, comprising: a magnetic yoke ; a coil mounted in the magnetic yoke ; a lower iron core accommodated in a lower portion of the coil and fixed to the magnetic yoke ; a top plate located above the coil and fixed to the magnetic yoke ; an upper iron core having a central axis (R) and a lower portion which is accommodated in the coil and an upper portion which passes through the top plate ; an armature located above the top plate and fixedly connected to the upper iron core , a plurality of first curved grooves being formed in a bottom surface of the armature , and a plurality of second curved grooves , corresponding to the plurality of first curved grooves respectively, being formed in a top surface of the top plate ; and a plurality of balls each configured to roll in the first curved groove and the corresponding second curved groove ; wherein each first curved grooves has a depth gradually deepened from a first end to a second end thereof, such that a force (F) applied on the armature by the ball is inclined to the central axis (R) of the upper iron core to drive the armature to rotate around the central axis (R), characterized in that the electromagnetic system further comprises a magnetic isolation ring disposed between the upper iron core and the top plate , the upper iron core being configured to move in a vertical direction (Z) with respect to the magnetic isolation ring and where the central axis (R) is parallel to the vertical direction (Z). a magnetic yoke ; a coil mounted in the magnetic yoke ; a lower iron core accommodated in a lower portion of the coil and fixed to the magnetic yoke ; a top plate located above the coil and fixed to the magnetic yoke ; an upper iron core having a central axis (R) and a lower portion which is accommodated in the coil and an upper portion which passes through the top plate ; an armature located above the top plate and fixedly connected to the upper iron core , a plurality of first curved grooves being formed in a bottom surface of the armature , and a plurality of second curved grooves , corresponding to the plurality of first curved grooves respectively, being formed in a top surface of the top plate ; and a plurality of balls each configured to roll in the first curved groove and the corresponding second curved groove ; wherein each first curved grooves has a depth gradually deepened from a first end to a second end thereof, such that a force (F) applied on the armature by the ball is inclined to the central axis (R) of the upper iron core to drive the armature to rotate around the central axis (R), characterized in that the electromagnetic system further comprises a magnetic isolation ring disposed between the upper iron core and the top plate , the upper iron core being configured to move in a vertical direction (Z) with respect to the magnetic isolation ring and where the central axis (R) is parallel to the vertical direction (Z).
Apparatus (V) for cleaning an object, in particular a two-wheel vehicle (Z), wherein a housing containing a cleaning device and having an open side , on which the object and the housing can be positioned relative to one another and from which the cleaning device may be made available acting on the object, is provided, wherein the cleaning device comprises a control device for controlling the cleaning device , characterized in that the cleaning device comprises two brush-like cleaning rollers rotatable by means of electric motor(s), wherein the control device is adapted to rotate the cleaning rollers in opposite directions of rotation in a first operating mode.
A method of programming a medical infusion pump , comprising: determining with a software application operating on a remote electronic device an amount of a medicament bolus for delivery by a medical infusion pump ; transmitting an operating command for delivery of the bolus amount from the remote electronic device to the medical infusion pump via the software application operating on the remote electronic device ; and causing an indication of the bolus amount to issue from the medical infusion pump , characterized in that the indication of the bolus amount comprises one or more auditory and/or vibratory indications with each auditory and/or vibratory indication corresponding to a predetermined increment of the bolus amount, and if the one or more auditory and/or vibratory indications comport with the user's expectations, the user can confirm the delivery. determining with a software application operating on a remote electronic device an amount of a medicament bolus for delivery by a medical infusion pump ; transmitting an operating command for delivery of the bolus amount from the remote electronic device to the medical infusion pump via the software application operating on the remote electronic device ; and causing an indication of the bolus amount to issue from the medical infusion pump , characterized in that the indication of the bolus amount comprises one or more auditory and/or vibratory indications with each auditory and/or vibratory indication corresponding to a predetermined increment of the bolus amount, and if the one or more auditory and/or vibratory indications comport with the user's expectations, the user can confirm the delivery.
Article with a coating arranged on at least one surface of the article, which coating comprises at least one antimicrobially acting layer with an antimicrobial agent, wherein the agent comprises a copper(I) compound and/or a copper(II) compound as well as silicon, nitrogen and oxygen, characterized in that in the layer, all data in at%, a ratio G = Cu + Si / Cu + Si + N + O + D of 32 ≤ G ≤ 52 is present, wherein D stands for one or more optional doping elements.
A light-emitting device comprising first (B), second (G), and third (R) pixels capable of respectively emitting in first, second, and third wavelength ranges, wherein: - the first pixel (B) comprises a two-dimensional light-emitting cell comprising a vertical stack of a first doped semiconductor layer of a first conductivity type, of an active layer , and of a second doped semiconductor layer of the second conductivity type; - each of the second (G) and third (R) pixels comprises a three-dimensional light-emitting cell comprising a plurality of nanostructures of same dimensions regularly distributed across the surface of the pixel, each nanostructure comprising a doped pyramidal semiconductor core of the first conductivity type, an active layer coating the lateral walls of the core, and a doped semiconductor layer of the second conductivity type coating the active layer; and - the nanostructures of the second (G) and third (R) pixels have different dimensions and/or a different spacing, the device further comprising a substantially planar base semiconductor layer having a surface coated with a substantially planar dielectric masking layer , the masking layer comprising, opposite the first pixel (B), a single opening laterally delimiting the first semiconductor layer of the first pixel (B) and, opposite each of the second (G) and third (R) pixels, a plurality of openings laterally delimiting the semiconductor cores of the second (G) and third (R) pixels, the first semiconductor layer of the first pixel (B) and the semiconductor cores of the second (G) and third (R) pixels being arranged on top of and in contact with said surface of the base semiconductor layer , in said openings . - the first pixel (B) comprises a two-dimensional light-emitting cell comprising a vertical stack of a first doped semiconductor layer of a first conductivity type, of an active layer , and of a second doped semiconductor layer of the second conductivity type; - each of the second (G) and third (R) pixels comprises a three-dimensional light-emitting cell comprising a plurality of nanostructures of same dimensions regularly distributed across the surface of the pixel, each nanostructure comprising a doped pyramidal semiconductor core of the first conductivity type, an active layer coating the lateral walls of the core, and a doped semiconductor layer of the second conductivity type coating the active layer; and - the nanostructures of the second (G) and third (R) pixels have different dimensions and/or a different spacing,
A printer comprising: a carriage configured to support and move a printhead ; a camera attached to the carriage and configured to photograph an image printed by the printhead; an installation plate attached to the carriage, the printhead and the camera being mounted on the installation plate; an adjustment mechanism configured to adjust an installation position of the camera relative to the carriage, wherein adjusting the installation position of the camera to a correct position results in the printhead being set to a correct position; and a processor configured to control to move the carriage to a position of a predetermined specific mark, photograph the specific mark by the camera, and based on a photographed image of the specific mark, adjust an installation position of the camera relative to the carriage by the adjustment mechanism. a carriage configured to support and move a printhead ; a camera attached to the carriage and configured to photograph an image printed by the printhead; an installation plate attached to the carriage, the printhead and the camera being mounted on the installation plate; an adjustment mechanism configured to adjust an installation position of the camera relative to the carriage, wherein adjusting the installation position of the camera to a correct position results in the printhead being set to a correct position; and a processor configured to control to move the carriage to a position of a predetermined specific mark, photograph the specific mark by the camera, and based on a photographed image of the specific mark, adjust an installation position of the camera relative to the carriage by the adjustment mechanism.
A system for establishing a fluid path between a plurality of tubes comprising: a manifold that defines an internal cavity and a plurality of orifices that access the cavity; a plurality of tubes ; and a plurality of caps each secured to an end of a respective tube of the plurality of tubes, each cap defining a central orifice in fluid communication with the respective tube and having a tapered protrusion extending away from the end of the respective tube, wherein the caps are disposed within the internal cavity such that the respective tube extends through a respective orifice of the plurality of orifices and outward from the manifold, wherein the tapered protrusions of adjacent caps are shaped so as to interact with each other to position each cap to form a seal with other caps having a central orifice such that the central orifices are in fluid communication with each other. a manifold that defines an internal cavity and a plurality of orifices that access the cavity; a plurality of tubes ; and a plurality of caps each secured to an end of a respective tube of the plurality of tubes, each cap defining a central orifice in fluid communication with the respective tube and having a tapered protrusion extending away from the end of the respective tube, wherein the caps are disposed within the internal cavity such that the respective tube extends through a respective orifice of the plurality of orifices and outward from the manifold, wherein the tapered protrusions of adjacent caps are shaped so as to interact with each other to position each cap to form a seal with other caps having a central orifice such that the central orifices are in fluid communication with each other.
. A method for producing a solution including a radionuclide, the method comprising: (a) bombarding a target solution with protons to produce a solution including a radionuclide, wherein the radionuclide is 68 Ga; (b) passing the solution including the radionuclide through a column including a sorbent to adsorb the radionuclide on the sorbent; and (c) eluting the radionuclide off the sorbent, wherein the sorbent comprises a hydroxamate resin, and wherein pH of the solution including the radionuclide before passing the solution including the radionuclide through the column is between 5 and 7. (a) bombarding a target solution with protons to produce a solution including a radionuclide, wherein the radionuclide is 68 Ga; (b) passing the solution including the radionuclide through a column including a sorbent to adsorb the radionuclide on the sorbent; and (c) eluting the radionuclide off the sorbent, wherein the sorbent comprises a hydroxamate resin, and wherein pH of the solution including the radionuclide before passing the solution including the radionuclide through the column is between 5 and 7.
A method of wireless communication performed by a user equipment, UE, in time-division duplex, TDD, communication with a base station, comprising: receiving a channel state information, CSI, request from the base station; determining that CSI is to be estimated for an anchor reference TDD subframe and a non-anchor reference TDD subframe responsive to receiving the CSI request; estimating an anchor CSI for the anchor reference TDD subframe and a non-anchor CSI for the non-anchor reference TDD subframe; and transmitting at least a portion of the anchor CSI and the non-anchor CSI in one or more identified uplink subframes, the one or more identified uplink subframes determined based at least in part on a time of receipt of the CSI request wherein the transmitting comprises: transmitting the non-anchor CSI in a periodic CSI report; and transmitting the anchor CSI in an aperiodic CSI report. receiving a channel state information, CSI, request from the base station; determining that CSI is to be estimated for an anchor reference TDD subframe and a non-anchor reference TDD subframe responsive to receiving the CSI request; estimating an anchor CSI for the anchor reference TDD subframe and a non-anchor CSI for the non-anchor reference TDD subframe; and transmitting at least a portion of the anchor CSI and the non-anchor CSI in one or more identified uplink subframes, the one or more identified uplink subframes determined based at least in part on a time of receipt of the CSI request wherein the transmitting comprises: transmitting the non-anchor CSI in a periodic CSI report; and transmitting the anchor CSI in an aperiodic CSI report. transmitting the non-anchor CSI in a periodic CSI report; and transmitting the anchor CSI in an aperiodic CSI report.
Device for moving a movable part of an item of furniture , in particular a door or a flap, wherein the device comprises guiding means , wherein the guiding means are configured as a furniture hinge or as a furniture flap fitting, wherein the guiding means in the assembled state movably connect the movable part of the item of furniture to a furniture carcass of an item of furniture , wherein the device comprises a drive device which has an electric drive unit and a control unit , wherein the drive device drives parts of the guiding means in such a manner that different spatial movement paths of the movable part of the item of furniture are able to be implemented in an opening procedure, from a closed starting position on the furniture carcass to an opened position on the furniture carcass or vice-versa, wherein a lever arm is provided for disposal between the furniture carcass and the movable part of the item of furniture , wherein the movable part of the item of furniture by means of a movement element of the device is able to be pivotably disposed on the lever arm, wherein the movement element, independently of a movement of the lever arm, by way of gear means is able to be driven by way of the drive device, wherein the lever arm is configured so as to be of variable length, wherein at least one further drive unit is provided for moving the movable part of the item of furniture , wherein a first drive unit is configured for varying the length of the lever arm , characterized in that a second drive unit is present at an articulation point of the guiding means on the movable part of the item of furniture, wherein the second drive unit drives the movement element by way of the gear means, wherein the second drive unit has an electric motor.
An online automatic detection system for the overall magnetic properties of claw-poles comprising: a feeding part, a measuring unit for the overall magnetic properties of claw-poles , a discharging part and a manipulator arranged therein, in which the manipulator receives the operation instructions from the control unit to grab the measured claw-poles on the feeding part and move them out of the measuring unit in turn, and the measuring unit for the overall magnetic properties of claw-poles outputs control power to the measuring unit, receives the induced current of the measured claw-pole and outputs the test results to the control unit according to the instructions from the control unit; ferrule and a claw-pole handling device arranged on the support base from inside to outside and a DC magnetic performance measurement instrument , in which the measured claw-pole is positioned and detached from the support base through the handling device , and the winding ferrule (8-8) is provided with measuring coils (8-5) and magnetizing windings connected with the DC magnetic performance measurement instrument , and the measuring coil (8-5) is located inside the measured claw-pole ; and a conducting ring (8-4) is set outside the measured claw-pole to form a magnetic field loop with the measured claw-pole , and the DC magnetic performance measuring instrument outputs control power to the measuring unit for the overall magnetic properties of claw-poles according to the instructions of the control unit, and the magnetizing winding receives the excitation voltage from the DC magnetic performance measuring instrument , and the measuring coil (8-5) generates and transmits the induced current to the DC magnetic performance measuring instrument , and the output excitation current is recorded by the DC magnetic performance measuring instrument , and the detected induction current is converted to the induction voltage, and the magnetic induction intensity is calculated through integrating the voltage in the time domain, and then, the whole magnetization curve of the claw-pole part to be measured is obtained to characterize the magnetic conductivity of the claw-pole part.
A rolling beam splitter optical switching mechanism for combination and selection of detector illumination comprising infrared and visible light, the switching mechanism comprising: a housing ; an immersed cube beam splitter supported by the housing, the beam splitter being configured to direct electromagnetic radiation in a first direction which extends in a direction parallel to the axial direction about which the housing is rotated and a second direction which extends in a direction perpendicular to the first direction; and means for rotating the housing and the beam splitter to change a direction of electromagnetic radiation directed by the beam splitter in the second direction which includes a drive assembly comprising a drive gear secured to the housing and a driven gear , coupled to a motor , configured to drive the drive gear and at least one adjustable hard stop to limit the rotation of the housing. a housing ; an immersed cube beam splitter supported by the housing, the beam splitter being configured to direct electromagnetic radiation in a first direction which extends in a direction parallel to the axial direction about which the housing is rotated and a second direction which extends in a direction perpendicular to the first direction; and means for rotating the housing and the beam splitter to change a direction of electromagnetic radiation directed by the beam splitter in the second direction which includes a drive assembly comprising a drive gear secured to the housing and a driven gear , coupled to a motor , configured to drive the drive gear and at least one adjustable hard stop to limit the rotation of the housing.
A biaxially oriented multilayer film comprising: a first tie layer, which has an inside surface and an outside surface, wherein the first tie layer consists of: (i) at least 90 wt.% polypropylene consisting of polypropylene homopolymer, high-crystalline polypropylene or heterophasic copolymer; and (ii) optionally, cyclic olefin copolymer and/or additives; a core layer consisting of: (i) high-crystalline polypropylene or polypropylene heterophasic copolymer; and (ii) optionally, additives, consisting of opacifying agents, pigments, colorants, cavitating agents, slip agents, antioxidants, anti-fog agents, anti-static agents, fillers, moisture barrier additives, gas barrier additives, and combinations thereof, wherein the core layer is on the inside surface of the first tie layer; a first skin layer on the outside surface of the first tie layer, wherein the first skin layer has a thickness from 0.30 μm through 2 μm, and optionally a second skin layer on the core layer or on a second tie layer wherein the second skin layer has a thickness from 0.30 μm through 2 μm; wherein shrinkage is less than 3.5% in a transverse direction for the biaxially oriented multilayer film after subjecting the biaxially oriented multilayer film to 135°C for 7 min at 101,325 Pa (1 atm). a first tie layer, which has an inside surface and an outside surface, wherein the first tie layer consists of: (i) at least 90 wt.% polypropylene consisting of polypropylene homopolymer, high-crystalline polypropylene or heterophasic copolymer; and (ii) optionally, cyclic olefin copolymer and/or additives; a core layer consisting of: (i) high-crystalline polypropylene or polypropylene heterophasic copolymer; and (ii) optionally, additives, consisting of opacifying agents, pigments, colorants, cavitating agents, slip agents, antioxidants, anti-fog agents, anti-static agents, fillers, moisture barrier additives, gas barrier additives, and combinations thereof, wherein the core layer is on the inside surface of the first tie layer; a first skin layer on the outside surface of the first tie layer, wherein the first skin layer has a thickness from 0.30 μm through 2 μm, and optionally a second skin layer on the core layer or on a second tie layer wherein the second skin layer has a thickness from 0.30 μm through 2 μm; wherein shrinkage is less than 3.5% in a transverse direction for the biaxially oriented multilayer film after subjecting the biaxially oriented multilayer film to 135°C for 7 min at 101,325 Pa (1 atm).