mhurhangee/patent-ind-claim-en huggingface dataset:
A method, in a wireless device, for monitoring radio link quality for a link between the wireless device and a wireless transmitter in a wireless system, in which the wireless transmitter is required to apply listen-before-talk and is configured to transmit a discovery signal at spaced, periodic, intervals and is further configured to intermittently transmit subframes carrying user data, such that the wireless device is unable to predict which subframes will carry user data before attempting to detect the subframes, the method comprising: collecting , for each of the spaced, periodic, intervals, one or more discovery-signal signal quality metrics corresponding to the discovery signal by determining the discovery-signal signal quality metrics based on obtained samples of the discovery signal; collecting , for each detected subframe carrying user data, one or more detected-subframe signal quality metrics corresponding to the detected subframe by determining the detected-subframe signal quality metrics based on obtained samples of the subframes carrying user data; and generating , for each of a plurality of evaluation intervals, an in-synch or out-of-synch indication, based on a combination of the discovery-signal signal quality metrics corresponding to the evaluation interval and the detected-subframe signal quality metrics corresponding to the evaluation interval. collecting , for each of the spaced, periodic, intervals, one or more discovery-signal signal quality metrics corresponding to the discovery signal by determining the discovery-signal signal quality metrics based on obtained samples of the discovery signal; collecting , for each detected subframe carrying user data, one or more detected-subframe signal quality metrics corresponding to the detected subframe by determining the detected-subframe signal quality metrics based on obtained samples of the subframes carrying user data; and generating , for each of a plurality of evaluation intervals, an in-synch or out-of-synch indication, based on a combination of the discovery-signal signal quality metrics corresponding to the evaluation interval and the detected-subframe signal quality metrics corresponding to the evaluation interval.
A computer implemented method comprising: selecting a plurality of elements on a design page , each element associated with a set of element edges; for each selected element: determining a plurality of edge bleed pairs in respect of the selected element, each edge bleed pair including a particular edge of the set of element edges and a particular bleed of the design page; and for each edge bleed pair: processing the edge bleed pair to determine whether the selected element should be resized, the determination being based on the position of the particular edge relative to the particular bleed; and in response to determining that the element should be resized, resizing the selected element so that the element covers a greater portion of the particular bleed than was originally covered by the element, wherein the design page defines an area that is to be printed on a single sheet, and the particular bleed defines a region between an inner bleed edge and an outer bleed edge, the outer bleed edge being an edge of the single sheet. selecting a plurality of elements on a design page , each element associated with a set of element edges; for each selected element: determining a plurality of edge bleed pairs in respect of the selected element, each edge bleed pair including a particular edge of the set of element edges and a particular bleed of the design page; and for each edge bleed pair: processing the edge bleed pair to determine whether the selected element should be resized, the determination being based on the position of the particular edge relative to the particular bleed; and in response to determining that the element should be resized, resizing the selected element so that the element covers a greater portion of the particular bleed than was originally covered by the element, wherein determining a plurality of edge bleed pairs in respect of the selected element, each edge bleed pair including a particular edge of the set of element edges and a particular bleed of the design page; and for each edge bleed pair: processing the edge bleed pair to determine whether the selected element should be resized, the determination being based on the position of the particular edge relative to the particular bleed; and in response to determining that the element should be resized, resizing the selected element so that the element covers a greater portion of the particular bleed than was originally covered by the element, wherein processing the edge bleed pair to determine whether the selected element should be resized, the determination being based on the position of the particular edge relative to the particular bleed; and in response to determining that the element should be resized, resizing the selected element so that the element covers a greater portion of the particular bleed than was originally covered by the element, wherein the design page defines an area that is to be printed on a single sheet, and the particular bleed defines a region between an inner bleed edge and an outer bleed edge, the outer bleed edge being an edge of the single sheet.
An audio guidance generation device comprising: a message management unit that receives and accumulates a message, wherein the message is distributed for every update, the message being data representing a latest situation of a competition; an explanation generation unit that generates an explanatory text for conveying unconveyed information detected from the message, based on conveyed information; and a speech synthesis unit that outputs a speech converted from the explanatory text, wherein the explanation generation unit stores the unconveyed information for the explanatory text as the conveyed information after generating the explanatory text, stands by until completion of output of the speech, and initiates a procedure for generating a new explanatory text based on updated unconveyed information, characterized in that the message management unit detects a modified portion of the message due to update of the message, generates new information according to a type of the varied part, and further accumulates the generated new information. a message management unit that receives and accumulates a message, wherein the message is distributed for every update, the message being data representing a latest situation of a competition; an explanation generation unit that generates an explanatory text for conveying unconveyed information detected from the message, based on conveyed information; and a speech synthesis unit that outputs a speech converted from the explanatory text, wherein the explanation generation unit stores the unconveyed information for the explanatory text as the conveyed information after generating the explanatory text, stands by until completion of output of the speech, and initiates a procedure for generating a new explanatory text based on updated unconveyed information, characterized in that the message management unit detects a modified portion of the message due to update of the message, generates new information according to a type of the varied part, and further accumulates the generated new information.
An accessory device for a food processor having a bowl with a lid within which rotates a central spindle , the device comprising: a body having an exterior shaped to cooperate with an interior surface of the bowl and one or more engagement features configured to mechanically interlock with the bowl such that the body is immobilised against rotation relative to the bowl and the lid ; a cutting disc ; and a power train for driving the cutting disc; the body having a first opening for receiving an end of the spindle and for coupling the power train to the spindle and a second through opening for locating the cutting disc ; wherein, when the first opening receives the end of the spindle and the cutting disc is aligned with the second through opening, the cutting disc is offset from a rotational centre of the spindle; and rotation of the spindle causes rotation of the cutting disc relative to the body. a body having an exterior shaped to cooperate with an interior surface of the bowl and one or more engagement features configured to mechanically interlock with the bowl such that the body is immobilised against rotation relative to the bowl and the lid ; a cutting disc ; and a power train for driving the cutting disc; the body having a first opening for receiving an end of the spindle and for coupling the power train to the spindle and a second through opening for locating the cutting disc ; wherein, when the first opening receives the end of the spindle and the cutting disc is aligned with the second through opening, the cutting disc is offset from a rotational centre of the spindle; and rotation of the spindle causes rotation of the cutting disc relative to the body.
A method of monitoring the phase composition resulting from different phases in production fluid from at least one of the wells of a plurality of subsea hydrocarbon production wells (1, 2 ---n), the method comprising: modulating the flow of said fluid from said at least one of the wells; passing the flow of production fluid from all of said wells through a multiphase flow meter common to the wells; processing data from said multiphase flow meter by means (11-14) responsive to the modulation of the flow from said at least one of the wells to produce information relating to the phase composition of production fluid from said at least one of the wells, wherein: the flow of production fluid from the at least one of the wells is modulated by modulating a respective one of a plurality of chokes (41, 42 ---4n) through which the production fluid flows from the well by modulating the choke around its nominal set position by a modulating signal from a subsea electronics module of a respective one of a plurality of subsea control modules (61, 62 ---6n) to provide a relatively small amplitude flow component at a frequency (f) superimposed on the nominal flow for a time period (t). modulating the flow of said fluid from said at least one of the wells; passing the flow of production fluid from all of said wells through a multiphase flow meter common to the wells; processing data from said multiphase flow meter by means (11-14) responsive to the modulation of the flow from said at least one of the wells to produce information relating to the phase composition of production fluid from said at least one of the wells, wherein: the flow of production fluid from the at least one of the wells is modulated by modulating a respective one of a plurality of chokes (41, 42 ---4n) through which the production fluid flows from the well by modulating the choke around its nominal set position by a modulating signal from a subsea electronics module of a respective one of a plurality of subsea control modules (61, 62 ---6n) to provide a relatively small amplitude flow component at a frequency (f) superimposed on the nominal flow for a time period (t).
Method for operating a transport system in the form of a long-stator linear motor comprising a stator on which a plurality of magnetic-field-generating units is arranged and comprising a plurality of transport units (Tn) which are moved along the stator simultaneously, wherein in the event of a system error in a part of the transport system , an error area (F) is defined on the stator , whereas the error area (F) includes only a part of the stator having the defective part of the transport system , and the magnetic-field-generating units within the error area (F) are transferred to a specified error state, characterized in that if a transport unit (Tn) leaves the defined error area (F), the error area (F) is expanded depending on the system error, so that the transport unit (Tn) that has left is within the expanded error area (F) or in that if a transport unit (Tn, Tn+3) leaves the defined error area (F), a further error area (F) is placed around the transport unit (Tn, Tn+3) that has left.
A medium voltage or high voltage switchgear or control gear, comprising: - a unmanned robotic system ; - a housing; - primary circuits; - primary mechanisms; - a switching device with a moving contact; - auxiliary circuits; and - auxiliary mechanisms; wherein the robotic system is located within the housing; wherein, the primary circuits, primary mechanisms, switching device with a moving contact; auxiliary circuits, and auxiliary mechanisms are located within the housing; wherein, the robotic system comprises: - a robotic arm with a wrist ; - a camera system; and - an image recognition system; wherein, the camera system is attached to the robotic arm with a wrist; wherein, the robotic arm with a wrist is configured to position the camera system at a plurality of locations within the inner space of the medium voltage or high voltage switchgear or control gear; wherein, at the plurality of locations the camera system is configured to acquire imagery of the primary circuits, primary mechanisms, switching device with a moving contact, auxiliary circuits, and auxiliary mechanisms; and wherein the imagery is visual imagery acquired with a visual inspection sensor of the camera system and thermographic imagery acquired with a thermographic inspection sensor of the camera system; and wherein, the image recognition system is configured to implement at least one image analysis algorithm to analyse imagery to determine a condition of one or more of the primary circuits, primary mechanisms, switching device with a moving contact, auxiliary circuits, and auxiliary mechanisms. - a unmanned robotic system ; - a housing; - primary circuits; - primary mechanisms; - a switching device with a moving contact; - auxiliary circuits; and - auxiliary mechanisms; - a robotic arm with a wrist ; - a camera system; and - an image recognition system;
A method of cement-solidifying a waste liquid including radioactive boric acid, comprising: a volume reduction step of adding a sodium hydroxide to the waste liquid to form a solution including radioactive sodium borate and drying the solution to form a dry powder including the radioactive sodium borate; a first kneading step of kneading the dry powder, a kneading water, and a hydraulic solidifying material to form a first kneaded product; and a second kneading step of kneading quartz sand and the first kneaded product to form a second kneaded product, wherein a weight ratio of the quartz sand to the hydraulic solidifying material is 1.5 to 3.0. a volume reduction step of adding a sodium hydroxide to the waste liquid to form a solution including radioactive sodium borate and drying the solution to form a dry powder including the radioactive sodium borate; a first kneading step of kneading the dry powder, a kneading water, and a hydraulic solidifying material to form a first kneaded product; and a second kneading step of kneading quartz sand and the first kneaded product to form a second kneaded product, wherein a weight ratio of the quartz sand to the hydraulic solidifying material is 1.5 to 3.0.
Method for predicting the onset of extrapyramidal symptoms (EPS) induced by an antipsychotic-based treatment in a subject, comprising i) determining the sequence of the rs1130214, rs456998, rs7211818 and rs1053639 single nucleotide polymorphisms (SNPs) in a sample comprising genetic material from said subject, and ii) predicting the risk of said subject to develop EPS based on the sequence of said SNPs. i) determining the sequence of the rs1130214, rs456998, rs7211818 and rs1053639 single nucleotide polymorphisms (SNPs) in a sample comprising genetic material from said subject, and ii) predicting the risk of said subject to develop EPS based on the sequence of said SNPs.
A sensor unit comprising: a ceramic member including a first face and a second face opposite to each other with a predetermined interval; a sensor part mounted on the first face via a support ; a plurality of metal pins fixed to the second face ; a plurality of internal wirings , each of the plurality of internal wirings connecting the sensor part with one of the plurality of metal pins ; and a metal member formed on a circumferential end of the second face , the metal member being ring-shaped, the metal member being a frame ground (FG), and the metal member being provided to be joined with a housing by welding when the sensor unit is put to use, wherein the plurality of metal pins extend through the metal member and extend outside the metal member , the plurality of metal pins and the metal member are apart from each other by at least a predetermined interval, and the plurality of internal wirings pass through the ceramic member and the support , characterized in that the metal member includes a tapered cutout part formed on an inner circumferential wall facing the metal pins , and the sensor unit further comprises a metal a shield member (600;700) that is formed so as to surround the plurality of internal wirings passing through the ceramic member . a ceramic member including a first face and a second face opposite to each other with a predetermined interval; a sensor part mounted on the first face via a support ; a plurality of metal pins fixed to the second face ; a plurality of internal wirings , each of the plurality of internal wirings connecting the sensor part with one of the plurality of metal pins ; and a metal member formed on a circumferential end of the second face , the metal member being ring-shaped, the metal member being a frame ground (FG), and the metal member being provided to be joined with a housing by welding when the sensor unit is put to use, wherein the plurality of metal pins extend through the metal member and extend outside the metal member , the plurality of metal pins and the metal member are apart from each other by at least a predetermined interval, and the plurality of internal wirings pass through the ceramic member and the support , characterized in that the metal member includes a tapered cutout part formed on an inner circumferential wall facing the metal pins , and the sensor unit further comprises a metal a shield member (600;700) that is formed so as to surround the plurality of internal wirings passing through the ceramic member .
A hydraulic PTO (power take-off) for use with industrial drives, the hydraulic PTO , comprising: a PTO housing mounted between a prime mover and a piece of driven industrial equipment; an output shaft extending from the PTO housing to selectively deliver power to the piece of driven equipment for driving rotation of a rotatable component of the piece of driven industrial equipment, characterized in that a multiple-force brake system is configured to apply different braking forces at different times to control deceleration of the rotatable component of the piece of driven industrial equipment while stopping the rotation of the rotatable component of the piece of driven industrial equipment. a PTO housing mounted between a prime mover and a piece of driven industrial equipment; an output shaft extending from the PTO housing to selectively deliver power to the piece of driven equipment for driving rotation of a rotatable component of the piece of driven industrial equipment, characterized in that a multiple-force brake system is configured to apply different braking forces at different times to control deceleration of the rotatable component of the piece of driven industrial equipment while stopping the rotation of the rotatable component of the piece of driven industrial equipment.
An in vitro or ex vivo method to induce mesenchymal stem cell colonization comprising: a) providing a microfluidic device comprising a hydrogel comprising collagen in a cell growth channel, said hydrogel comprising one or more bone morphogenic proteins to induce mesenchymal stem cell colonization in the cell growth channel; and b) exposing said mesenchymal stem cells to said microfluidic device.
A chain (11; 12) for a zipper type electrical connector, comprising a plurality of engaging elements configured to be mated with a plurality of engaging elements of another such chain (12; 11) so as to be switched between an engaged state and a disengaged state, wherein a plurality of engaging elements of the chain (11; 12) are configured to be arranged close to and stagger with a plurality of engaging elements of the other chain (12; 11) in the engaging state to achieve an electrical conduction, and to be disengaged from the plurality of engaging elements of the other chain (12; 11) in the disengaged state to achieve an electrical insulation, each of the plurality of engaging elements comprises one electrical connection portion and one electrical insulation portion , wherein, in the engaged state, the electrical connection portion of at least one engaging element of one chain (11; 12) are connected to the electrical connection portion of at least one engaging element of the other chain (12; 11) one by one to achieve an electrical connection, and the electrical insulation portion of each engaging element electrically isolates two adjacent engaging elements on one same chain (11; 12), characterized in that , the electrical connection portion and the electrical insulation portion of each engaging element on the chain (11; 12) being arranged alternately, an engaging tooth and an engaging groove being formed on each of the electrical connection portion and the electrical insulation portion , and wherein, in the engaged state, the engaging tooth of the electrical connection portion of each engaging element of one chain (11;12) is engaged into the engaging groove of the electrical connection portion of each engaging element of the other chain (11;12), so as to achieve an electrical connection between the corresponding engaging elements ; wherein the engaging tooth of the electrical insulation portion of each engaging element of one chain (11;12) is engaged into the engaging groove of the electrical insulation portion of each engaging element of the other chain (12;11) so as to achieve an electrical insulation between two engaging elements .
A crane, in particular a revolving tower crane or boom crane, having a hoisting cable which extends from a crane boom and carries a load hook , wherein a sling having a load attached thereto is rigged to the load hook , which load hangs down, spaced apart from the load hook by the sling , and having a determination device for determining the position and/or deflection of the load , and an electronic control apparatus for controlling drive devices for moving crane elements and relocating the load hook according to the detected position and/or deflection of the load , wherein the determination device has first determining means (63; 65) for determining a position and/or deflection of the load hook , characterized in that it furthermore has an inertial measurement device which is attached to the sling and/or the load and which has acceleration and rotation rate sensor means for providing acceleration and rotation rate signals and second determining means for determining and/or estimating a deflection and/or position of the load from the acceleration and rotation rate signals of the inertial measurement device , which is attached to the sling and/or to the load , and from the signals of the indicated first determining means which characterize the position and/or deflection of the load hook .