mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: a first display , a transmission assembly , and at least two second displays , wherein the first display comprises a first surface and a second surface opposite to the first surface, the at least two second displays are connected to the transmission assembly , and the transmission assembly drives the at least two second displays to move between first positions and second positions, wherein when the at least two second displays are located at the first positions, at least part of each of the least two second displays is covered by an orthographic projection of the first display along a perpendicular direction of the second surface; or when the at least two second displays are located at the second positions, at least two second displays are located on a periphery of the first display , and abut against an outer peripheral wall of the first display ; wherein the electronic device further comprises a rotating shaft , and the transmission assembly is connected to the rotating shaft ; wherein the rotating shaft is connected to the first display , and the rotating shaft is disposed in a center area of the second surface, and extends in a direction away from the second surface, and the transmission assembly is rotatably connected to the first display through the rotating shaft . when the at least two second displays are located at the first positions, at least part of each of the least two second displays is covered by an orthographic projection of the first display along a perpendicular direction of the second surface; or when the at least two second displays are located at the second positions, at least two second displays are located on a periphery of the first display , and abut against an outer peripheral wall of the first display ; wherein the electronic device further comprises a rotating shaft , and the transmission assembly is connected to the rotating shaft ; wherein the rotating shaft is connected to the first display , and the rotating shaft is disposed in a center area of the second surface, and extends in a direction away from the second surface, and the transmission assembly is rotatably connected to the first display through the rotating shaft .
A method, comprising: specifying a periodic time scale having a cycle period; accumulating a plurality of data points, which indicate respective locations of a wireless communication terminal that were detected at respective measurement times; computing, based on the accumulated data points, a location profile indicating characteristic locations of the wireless communication terminal as a function of time over the cycle period; and characterized by : combining multiple data points that correspond to a given measurement time within the cycle period, wherein the multiple data points are characterized by respective error regions associated with each given measurement time, and wherein combining the multiple data points comprises identifying a region in which at least some of the error regions overlap as the estimated location of the wireless communication terminal; defining a triggering condition based on the location profile; and invoking an action with respect to the wireless communication terminal responsively to detecting a violation of the triggering condition. specifying a periodic time scale having a cycle period; accumulating a plurality of data points, which indicate respective locations of a wireless communication terminal that were detected at respective measurement times; computing, based on the accumulated data points, a location profile indicating characteristic locations of the wireless communication terminal as a function of time over the cycle period; and characterized by : combining multiple data points that correspond to a given measurement time within the cycle period, wherein the multiple data points are characterized by respective error regions associated with each given measurement time, and wherein combining the multiple data points comprises identifying a region in which at least some of the error regions overlap as the estimated location of the wireless communication terminal; defining a triggering condition based on the location profile; and invoking an action with respect to the wireless communication terminal responsively to detecting a violation of the triggering condition. combining multiple data points that correspond to a given measurement time within the cycle period, wherein the multiple data points are characterized by respective error regions associated with each given measurement time, and wherein combining the multiple data points comprises identifying a region in which at least some of the error regions overlap as the estimated location of the wireless communication terminal; defining a triggering condition based on the location profile; and invoking an action with respect to the wireless communication terminal responsively to detecting a violation of the triggering condition.
Roller end plate comprising a device for monitoring the wear of the end plate having a peripheral flange , the roller end plate being intended to cooperate with a homologous roller end plate (Ibis) positioned facing it so as to interact with the head of a rolling rail , characterized in that the device comprises at least one first recess localized at the level of a peripheral line of constant radius on the end plate and configured to be positioned at the level at which the point of separation of the end plate relative to its homologue (Ibis) is the smallest, the roller being mounted on a rotation axle that is inclined relative to the vertical, the peripheral line of constant radius on the end plate being in this case positioned at the level of a point on the upper surface of the flange the tangent to which is oriented along a substantially vertical axis.
Protective element for an opening leaf intended to be mounted in a hinged manner on a body structure of a motor vehicle, the protective element comprising a main wall intended to cover an outer door panel on which it is mounted in a reversible manner, and a lower end wall that has a free inclined edge designed to extend below the body structure so as to create, with the latter, a protective barrier for a lower door region containing a sealing element for protecting against stone chips, the lower end wall being designed to extend substantially perpendicularly to a lower door seam , characterized in that the lower end wall comprises a longitudinal stiffening rib defining a deflecting line on an outer face, such a rib being produced by moulding the protective element , and in that it comprises, on the stiffening rib , attachment means of the type with assembly spurs or pins, enabling the reversible assembly of the protective element on the lower door seam .
System for fastening a variable element to a fixed object , the fixed object being a watch case comprising at least one bar and the variable element being an insert for a watch strap/bracelet, the insert having a cage provided with an opening substantially opposite to a bottom of the cage , the cage being configured to receive said at least one bar by way of the opening ; said system comprising locking means comprising a flexible blade and an actuating means for actuating the flexible blade having the form of a push-button or of a boss and configured to move the flexible blade between an initial position close to the opening and a position towards the bottom of the cage ; characterized in that the flexible blade comprises at least one bend (PI) for limiting the travel thereof, such that it suffices for the free end of the flexible blade to run on the side of the axis (A) of the bar situated towards the bottom of the cage in order for the bar to be able to be extracted from the insert .
A method for modifying an oil comprising a glyceride, comprising: a) contacting the oil with an aqueous solution of Thermomyces lanuginosus lipase at a time and temperature sufficient to hydrolyze at least a portion of the glyceride and thereby provide a composition comprising a saturated fatty acid fraction and a hydrolyzed glyceride fraction, and b) separating at least a portion of the free saturated fatty acid fraction from the hydrolyzed glyceride fraction, and optionally further comprising c) esterifying, in the presence of a second lipase, the hydrolyzed glyceride fraction from step b) with a polyunsaturated fatty acid or ethyl ester thereof, and wherein the oil is contacted with a buffer solution of about pH 10 and then with water prior to the contacting step a). a) contacting the oil with an aqueous solution of Thermomyces lanuginosus lipase at a time and temperature sufficient to hydrolyze at least a portion of the glyceride and thereby provide a composition comprising a saturated fatty acid fraction and a hydrolyzed glyceride fraction, and b) separating at least a portion of the free saturated fatty acid fraction from the hydrolyzed glyceride fraction, and optionally further comprising c) esterifying, in the presence of a second lipase, the hydrolyzed glyceride fraction from step b) with a polyunsaturated fatty acid or ethyl ester thereof, and
Device for moving a weighing object, with a holder for mounting the device on the object to be moved, wherein the device can be freely arranged on the weighing object and is provided with a housing containing a drive unit and a rod pendulum with a pendulum weight , whereby the rod pendulum is connected to the drive unit and the drive unit drives the rod pendulum to a first end position and to a second end position opposite to the first end position with both end positions lying in one plane, whereby the device receives movement impulses that affect the weighing object.
A coating removing device comprising: a heating section that includes a heater adapted to heat a coating of an optical fiber , and a blade adapted to make an incision in said coating of said optical fiber ; a gripping section adapted to grip said optical fiber , said gripping section being capable of moving with respect to said heating section ; a lid detector adapted to detect a closed state of a lid of said heating section ; a separation detector adapted to detect separation between said heating section and said gripping section ; and a counter adapted to count a coating removal event number in response to a closed state of the lid of said heating section having been detected by said lid detector and separation between said heating section and said gripping section having been detected by said separation detector . a heating section that includes a heater adapted to heat a coating of an optical fiber , and a blade adapted to make an incision in said coating of said optical fiber ; a gripping section adapted to grip said optical fiber , said gripping section being capable of moving with respect to said heating section ; a lid detector adapted to detect a closed state of a lid of said heating section ; a separation detector adapted to detect separation between said heating section and said gripping section ; and a counter adapted to count a coating removal event number in response to a closed state of the lid of said heating section having been detected by said lid detector and separation between said heating section and said gripping section having been detected by said separation detector .
A method by an Access and Mobility Management Function, AMF, node, (120-4) operative in a Fifth Generation System, 5GS, (100-1, 100-2, 100-3) that comprises a User Equipment, UE, associated with a Subscriber Permanent Identifier, SUPI, that is associated with subscription data of the UE, the method comprises: - sending (WT300, XX100, XX200) towards a Session Management Function, SMF, node (110-4), a request relating to a Protocol Data Unit, PDU, Session of the UE and comprising a Request Type that is set to Existing PDU Session; and - receiving (WT302, XX102A, XX202A), from the SMF node, a response comprising a Generic Public Subscription Identifier, GPSI, associated with the PDU session of the UE, which UE is associated with the SUPI and which GPSI is an external identifier to be used in networks outside the 5GS for addressing the subscription data of the UE. - sending (WT300, XX100, XX200) towards a Session Management Function, SMF, node (110-4), a request relating to a Protocol Data Unit, PDU, Session of the UE and comprising a Request Type that is set to Existing PDU Session; and - receiving (WT302, XX102A, XX202A), from the SMF node, a response comprising a Generic Public Subscription Identifier, GPSI, associated with the PDU session of the UE, which UE is associated with the SUPI and which GPSI is an external identifier to be used in networks outside the 5GS for addressing the subscription data of the UE.
A clamping chuck including a body receiving at least one slide slidably mounted in a housing of the body , this housing being tilted relative to the axis (XX') of the chuck and opening into the front face of the latter, the movement of the slide being controlled by the movement of a piston along the axis (XX') of the chuck, and this slide being provided at one of its ends with a groove in which a driving zone of the piston is slidably inserted, the latter and said groove being perpendicular to the axis (uu') of said slide , where: the second end of the slide includes a tongue-and-groove joint opening into the groove which is such that, upon placing the slide from the front face of the chuck, it enables this slide to pass at the driving zone and brushes against the latter and enables the positioning of its groove in front of said driving zone , so that after a rotation of the slide about its axis (uu'), the groove engages with the driving zone , the piston including a plate at the periphery of which the driving zone is made and the bottom of the tongue-and-groove joint having a cross-section with a shape complementary to the that of the periphery of the driving zone , characterised in that plate revolves about its axis (XX') and the bottom of the tongue-end-groove joint is of a circular shape and a radius close to the radius (R) of the plate .
A compound of the general Formula I or a salt thereof where X is either CH 2 ; O; NBoc; NFMoc; NZ; NTs; NAc; NC(O)iPr; NBz or NH and Y is either H or OH.
A receiver comprising: a downconverter configured to receive a radio frequency signal comprising a desired signal, noise, and a non-constant envelope modulated interfering signal, and downconvert the radio frequency signal to provide a downconverted signal; and a demodulator configured to demodulate the downconverted signal based on a demodulation metric that models the non-constant envelope modulated interfering signal as a stationary non-Gaussian random process with a probability distribution derived from a modulation constellation of a modulation used for the non-constant envelope modulated interfering signal. a downconverter configured to receive a radio frequency signal comprising a desired signal, noise, and a non-constant envelope modulated interfering signal, and downconvert the radio frequency signal to provide a downconverted signal; and a demodulator configured to demodulate the downconverted signal based on a demodulation metric that models the non-constant envelope modulated interfering signal as a stationary non-Gaussian random process with a probability distribution derived from a modulation constellation of a modulation used for the non-constant envelope modulated interfering signal.
An apparatus comprising: a foldable body ; a flexible cover coupled to the foldable body, wherein a first edge of the cover is configured to slide from a first position on the foldable body to a second position on the foldable body while transitioning to a folded configuration; wherein the foldable body comprises at least one component and the cover is configured to provide access to the at least one component allowing the at least one component to reliably transmit and/or receive signals when the foldable body is in the folded configuration; characterized in that the at least one component has a first working direction in an unfolded configuration and is configured to switch to a second working direction in the folded configuration; wherein a working direction is a direction in which a component receives or transmits signals. a foldable body ; a flexible cover coupled to the foldable body, wherein a first edge of the cover is configured to slide from a first position on the foldable body to a second position on the foldable body while transitioning to a folded configuration; wherein the foldable body comprises at least one component and the cover is configured to provide access to the at least one component allowing the at least one component to reliably transmit and/or receive signals when the foldable body is in the folded configuration; characterized in that the at least one component has a first working direction in an unfolded configuration and is configured to switch to a second working direction in the folded configuration; wherein a working direction is a direction in which a component receives or transmits signals.
A system for use in a subsea well application , comprising: a subsea test tree having an upper valve section located above a latch ; a lower valve section located below the latch ; a control module disposed between the upper valve section and the lower valve section ; a single hydraulic line configured to deliver hydraulic actuating fluid under pressure to the control module ; and a single electric line configured to deliver electric control signals to the control module ; the system further comprising: a blowout preventer , the subsea test tree being received in the blowout preventer , wherein the blowout preventer comprises a shear ram , and wherein the control module is located below the shear ram when the subsurface test tree is inserted into the blowout preventer for operation; wherein the control module comprises a plurality of electrically controlled valves , that are individually controllable via electrical control signals input from the electric line to direct hydraulic actuating fluid from the hydraulic line to a plurality of different devices located below the latch . an upper valve section located above a latch ; a lower valve section located below the latch ; a control module disposed between the upper valve section and the lower valve section ; a single hydraulic line configured to deliver hydraulic actuating fluid under pressure to the control module ; and a single electric line configured to deliver electric control signals to the control module ; the system further comprising: a blowout preventer , the subsea test tree being received in the blowout preventer , wherein the blowout preventer comprises a shear ram , and wherein the control module is located below the shear ram when the subsurface test tree is inserted into the blowout preventer for operation; wherein the control module comprises a plurality of electrically controlled valves , that are individually controllable via electrical control signals input from the electric line to direct hydraulic actuating fluid from the hydraulic line to a plurality of different devices located below the latch . a blowout preventer , the subsea test tree being received in the blowout preventer , wherein the blowout preventer comprises a shear ram , and wherein the control module is located below the shear ram when the subsurface test tree is inserted into the blowout preventer for operation; wherein the control module comprises a plurality of electrically controlled valves , that are individually controllable via electrical control signals input from the electric line to direct hydraulic actuating fluid from the hydraulic line to a plurality of different devices located below the latch .
Method for producing a gypsum plasterboard, wherein - a first stucco slurry is cast onto a first liner , thereby producing a first stucco slurry layer; - at least a second stucco slurry is cast onto the first stucco layer, thereby producing an inner stucco slurry layer provided on the first liner ; - a second liner is provided and furnished with a layer of a third stucco slurry of defined width by a method wherein - the second liner is provided and continuously conveyed along a transport direction ; - the third stucco slurry is cast onto a surface of the second liner ; - the third stucco slurry is distributed across the second liner ; and - the third stucco slurry is removed from lateral portions of the second liner to obtain a second liner furnished with a layer of third stucco slurry of defined width; - the second liner furnished with a layer of third stucco slurry of defined width is joint-deposited onto the inner stucco slurry layer provided on the first liner to obtain a plate-shaped composite comprising first and second liner and a stucco slurry layer arranged there between; and - the plate-shaped composite is processed to a gypsum plasterboard. - a first stucco slurry is cast onto a first liner , thereby producing a first stucco slurry layer; - at least a second stucco slurry is cast onto the first stucco layer, thereby producing an inner stucco slurry layer provided on the first liner ; - a second liner is provided and furnished with a layer of a third stucco slurry of defined width by a method wherein - the second liner is provided and continuously conveyed along a transport direction ; - the third stucco slurry is cast onto a surface of the second liner ; - the third stucco slurry is distributed across the second liner ; and - the third stucco slurry is removed from lateral portions of the second liner to obtain a second liner furnished with a layer of third stucco slurry of defined width; - the second liner furnished with a layer of third stucco slurry of defined width is joint-deposited onto the inner stucco slurry layer provided on the first liner to obtain a plate-shaped composite comprising first and second liner and a stucco slurry layer arranged there between; and - the plate-shaped composite is processed to a gypsum plasterboard. - the second liner furnished with a layer of third stucco slurry of defined width is joint-deposited onto the inner stucco slurry layer provided on the first liner to obtain a plate-shaped composite comprising first and second liner and a stucco slurry layer arranged there between; and - the plate-shaped composite is processed to a gypsum plasterboard.