mhurhangee/patent-ind-claim-en huggingface dataset:
An optical system for displaying an image to an eye of a user comprising: (a) a light-guide optical element, LOE having two planar major external surfaces that are parallel so as to support propagation of image illumination within the LOE by internal reflection at the major external surfaces ; (b) a coupling-out configuration deployed at a coupling-out region of the LOE and configured for coupling out at least part of the image illumination from the LOE towards the eye of the user; and (c) an image projector for generating image illumination corresponding to a collimated image, the image projector being optically coupled to the LOE so as to introduce the image illumination into the LOE so as to propagate within the LOE by internal reflection, characterized in that the LOE further comprises a beam multiplier region, distinct from the coupling-out region, the beam multiplier region having n internal planar beam splitters , where n is an integer greater than 1, each beam splitter being internal to the LOE and parallel to the major external surfaces , the n beam splitters subdividing a thickness of the LOE between the major external surfaces into (n+1) layers of equal thickness, each beam splitter having a reflectivity for image illumination propagating within the LOE by internal reflection given by 1/( i +1) where i is an index for sequential beam splitters for i from 1 to n. (a) a light-guide optical element, LOE having two planar major external surfaces that are parallel so as to support propagation of image illumination within the LOE by internal reflection at the major external surfaces ; (b) a coupling-out configuration deployed at a coupling-out region of the LOE and configured for coupling out at least part of the image illumination from the LOE towards the eye of the user; and (c) an image projector for generating image illumination corresponding to a collimated image, the image projector being optically coupled to the LOE so as to introduce the image illumination into the LOE so as to propagate within the LOE by internal reflection,
A method for reducing feedback overhead for multiple vertical beams from a two-dimensional antenna array having a plurality of rows of antenna elements and plurality of columns of antenna elements for wireless communication, comprising: receiving , at a User Equipment, UE, from an evolved Node B, eNodeB: reference Channel State Information-Reference Signal, CSI-RS, resources configured for a first full set of antenna ports for a first vertical beam configuration, and a set of additional CSI-RS resources configured for at least one subset of a second full set of antenna ports for an additional vertical beam configuration, wherein the two-dimensional antenna array including the plurality of rows of antenna elements and the plurality of columns of antenna elements is located at the eNodeB; measuring reference channel response information for the reference CSI-RS resources and additional channel response information for the set of additional CSI-RS resources; and calculating an offset between the first vertical beam configuration and the additional vertical beam configuration with the reference channel response information and the additional channel response information. receiving , at a User Equipment, UE, from an evolved Node B, eNodeB: reference Channel State Information-Reference Signal, CSI-RS, resources configured for a first full set of antenna ports for a first vertical beam configuration, and a set of additional CSI-RS resources configured for at least one subset of a second full set of antenna ports for an additional vertical beam configuration, wherein the two-dimensional antenna array including the plurality of rows of antenna elements and the plurality of columns of antenna elements is located at the eNodeB; reference Channel State Information-Reference Signal, CSI-RS, resources configured for a first full set of antenna ports for a first vertical beam configuration, and a set of additional CSI-RS resources configured for at least one subset of a second full set of antenna ports for an additional vertical beam configuration, wherein the two-dimensional antenna array including the plurality of rows of antenna elements and the plurality of columns of antenna elements is located at the eNodeB; measuring reference channel response information for the reference CSI-RS resources and additional channel response information for the set of additional CSI-RS resources; and calculating an offset between the first vertical beam configuration and the additional vertical beam configuration with the reference channel response information and the additional channel response information.
A stub element for use in an axle system, wherein the stub element has a support region , wherein the stub element is formed substantially plane-symmetrically to two planes which intersect in a stub axis (S), wherein the stub element is formed as a hollow body at least in the region of the support region , wherein the support region has a support length (L) parallel to the stub axis (S) which is smaller than the mean outer diameter (D 1 ) of the support region , characterized in that the stub element in the support region has a mean inner diameter (D 2 ) which is 0.75 to 0.92 times the mean outer diameter (D 1 ) of the support region .
A device, wherein the device comprises: an indicator element configured to emit electromagnetic radiation for providing a first function of visually indicating an operating state of a function of the device, and to additionally emit some spurious electromagnetic radiation of invisible wavelength; a receiver element capable of receiving invisible electromagnetic radiation from a remote control device for providing a second function of reception of remote control commands; the indicator element and the receiver element being configured to provide a third function of touch sensor for local operating of functions of the device, the indicator element being configured to emit, during a first period of time , an electromagnetic radiation pattern including the spurious electromagnetic radiation in the invisible wavelength, wherein the device further comprises means configured to, if the spurious electromagnetic radiation in the invisible wavelength is received during the first period of time by the receiver element through reflection by an object (F), operate a flip/flop to trigger a state change of an operating function of the device, the indicator element providing the first function during a subsequent second period of time and the receiver element providing the second function during the second period of time , the first and the second period of time being repeatedly alternated. an indicator element configured to emit electromagnetic radiation for providing a first function of visually indicating an operating state of a function of the device, and to additionally emit some spurious electromagnetic radiation of invisible wavelength; a receiver element capable of receiving invisible electromagnetic radiation from a remote control device for providing a second function of reception of remote control commands; the indicator element and the receiver element being configured to provide a third function of touch sensor for local operating of functions of the device, the indicator element being configured to emit, during a first period of time , an electromagnetic radiation pattern including the spurious electromagnetic radiation in the invisible wavelength, wherein the device further comprises means configured to, if the spurious electromagnetic radiation in the invisible wavelength is received during the first period of time by the receiver element through reflection by an object (F), operate a flip/flop to trigger a state change of an operating function of the device, the indicator element providing the first function during a subsequent second period of time and the receiver element providing the second function during the second period of time , the first and the second period of time being repeatedly alternated.
A prosthesis or an orthosis comprising: a moveable component having a motor operable to drive a worm gear ; and a worm gear wheel fixedly mounted on a support member of the prosthesis or orthosis , wherein the moveable component extends generally tangentially with respect to the worm gear wheel and is mounted for rotation about the worm gear wheel , the worm gear being in engagement with the worm gear wheel such that, when the motor is operated in use of the prosthesis or orthosis , the moveable component rotates about the worm gear wheel , wherein the prosthesis or orthosis is characterised in that : one of the moveable component and the worm gear wheel or the support member includes at least one electrical contact member and the other of the moveable component and the worm gear wheel or the support member includes at least one electrical contact surface , the at least one electrical contact member and the at least one electrical contact surface being arranged to slidably contact one another as the moveable component rotates about the worm gear wheel , and in that : the prosthesis or orthosis further comprises a position sensing device for sensing the position of the moveable component relative to the worm gear wheel or the support member , and the position sensing device includes at least one electrical contact member and first and second electrical contact surfaces . a moveable component having a motor operable to drive a worm gear ; and a worm gear wheel fixedly mounted on a support member of the prosthesis or orthosis , wherein the moveable component extends generally tangentially with respect to the worm gear wheel and is mounted for rotation about the worm gear wheel , the worm gear being in engagement with the worm gear wheel such that, when the motor is operated in use of the prosthesis or orthosis , the moveable component rotates about the worm gear wheel , wherein the prosthesis or orthosis is characterised in that : one of the moveable component and the worm gear wheel or the support member includes at least one electrical contact member and the other of the moveable component and the worm gear wheel or the support member includes at least one electrical contact surface , the at least one electrical contact member and the at least one electrical contact surface being arranged to slidably contact one another as the moveable component rotates about the worm gear wheel , and in that : the prosthesis or orthosis further comprises a position sensing device for sensing the position of the moveable component relative to the worm gear wheel or the support member , and the position sensing device includes at least one electrical contact member and first and second electrical contact surfaces .
A shipping container for transporting works of art comprising: an enclosing section comprising a flat rectangular wall segment and four wall sections adjoining said flat wall segment , wherein the enclosing section is a single structural element obtained by injection moulding and wherein the flat wall segment and the four wall sections define a space for the works of art to be transported, a cover section comprising a flat rectangular wall section and wherein the cover section is a single structural element obtained by injection moulding, retaining means to secure the cover section to the wall sections of the enclosing section , characterized in that the retaining means are not present on at least one wall section and wherein said one wall section which is not provided with retaining means is provided with one or more support strips along the length of the side wall , wherein at the interior of the flat rectangular wall segment and the four wall sections of the enclosing section and at the interior of the cover section a vacuum insulated panel is positioned, and wherein the vacuum insulated panel comprises an air tight envelope and one or more layers of a silica aerogel as the core material positioned within the air tight envelope. an enclosing section comprising a flat rectangular wall segment and four wall sections adjoining said flat wall segment , wherein the enclosing section is a single structural element obtained by injection moulding and wherein the flat wall segment and the four wall sections define a space for the works of art to be transported, a cover section comprising a flat rectangular wall section and wherein the cover section is a single structural element obtained by injection moulding, retaining means to secure the cover section to the wall sections of the enclosing section , characterized in that the retaining means are not present on at least one wall section and wherein said one wall section which is not provided with retaining means is provided with one or more support strips along the length of the side wall , wherein at the interior of the flat rectangular wall segment and the four wall sections of the enclosing section and at the interior of the cover section a vacuum insulated panel is positioned, and wherein the vacuum insulated panel comprises an air tight envelope and one or more layers of a silica aerogel as the core material positioned within the air tight envelope.
A method performed by a terminal (1a-35, 1c-15) in a wireless communication system, the method comprising: Receiving (2d-11), from a base station (1a-05, 1a-10, 1a-15, 1a-20, 1c-10, 1c-30) a radio resource control, RRC, message; identifying that the RRC message includes first information indicating out of order delivery for a radio link control, RLC, entity and second information indicating a value of a reordering timer, wherein the second information is included in the RRC message in case of a reconfiguration for the terminal (1a-35, 1c-15) to a data radio bearer, DRB, associated with the RLC entity indicated with the first information; delivering, at the RLC entity, data to a packet data convergence protocol, PDCP, entity, based on the out of order delivery; and performing, at the PDCP entity, a reordering function for the data based on the value of the reordering timer. Receiving (2d-11), from a base station (1a-05, 1a-10, 1a-15, 1a-20, 1c-10, 1c-30) a radio resource control, RRC, message; identifying that the RRC message includes first information indicating out of order delivery for a radio link control, RLC, entity and second information indicating a value of a reordering timer, wherein the second information is included in the RRC message in case of a reconfiguration for the terminal (1a-35, 1c-15) to a data radio bearer, DRB, associated with the RLC entity indicated with the first information; delivering, at the RLC entity, data to a packet data convergence protocol, PDCP, entity, based on the out of order delivery; and performing, at the PDCP entity, a reordering function for the data based on the value of the reordering timer.
A method of suppressing an acoustic reverberation in an audio signal , wherein an audio signal is provided, wherein a first level measurement of the audio signal is performed with a first settling time and with a first decay time , said first level measurement being selected such that the first level measurement has an exponential decay behaviour and which being implemented by a recursive first-order low-pass filter, wherein at least temporarily during the first level measurement , a second level measurement of the audio signal out with a second settling time identical to the first settling time and with a second decay time which is greater than the first decay time , said second level measurement being selected in such a way that the second level measurement has an exponential decay behaviour and being implemented by a recursive low-pass filter of the first order, wherein, upon a contribution of a sound event in the audio signal , an acoustic reverberation of the sound event in the audio signal is suppressed by attenuating the audio signal , and wherein the attenuation of the audio signal for suppressing the acoustic reverberation in the audio signal is controlled by means of a monotonically increasing function of the difference from the first level measurement and the second level measurement . wherein an audio signal is provided, wherein a first level measurement of the audio signal is performed with a first settling time and with a first decay time , said first level measurement being selected such that the first level measurement has an exponential decay behaviour and which being implemented by a recursive first-order low-pass filter, wherein at least temporarily during the first level measurement , a second level measurement of the audio signal out with a second settling time identical to the first settling time and with a second decay time which is greater than the first decay time , said second level measurement being selected in such a way that the second level measurement has an exponential decay behaviour and being implemented by a recursive low-pass filter of the first order, wherein, upon a contribution of a sound event in the audio signal , an acoustic reverberation of the sound event in the audio signal is suppressed by attenuating the audio signal , and wherein the attenuation of the audio signal for suppressing the acoustic reverberation in the audio signal is controlled by means of a monotonically increasing function of the difference from the first level measurement and the second level measurement .
An organic polymer that is a reaction product of Reaction product (I) of Urethane prepolymer (A) having an isocyanate group and Compound (B) denoted by Formula and Polyamine compound (II), wherein Urethane prepolymer (A) is a reaction product of Polyol (a1) and Polyisocyanate (a2), and Polyol (a1) contains High-molecular-weight polyol (a1-1) and Low-molecular-weight polyol (a1-2), wherein in Formula , each R 1 represents a single bond or a hydrocarbon group having a carbon atom number of 1 to 10, R 2 represents a hydrocarbon group having a carbon atom number of 1 to 50 where -CH 2 - contained in the hydrocarbon group is replaced or not replaced by -O-, and L 1 represents -O-CO-O-, characterized in that the molecular weight of the High-molecular-weight polyol is 500 or more, and the molecular weight of the Low-molecular-weight polyol is 300 or less, the molecular weight being determined according to the method identified in the specification, and in that the content of alkylenediol in the Low-molecular-weight polyol (a1-2) is 60% by mass or more and 100% by mass or less. wherein Urethane prepolymer (A) is a reaction product of Polyol (a1) and Polyisocyanate (a2), and Polyol (a1) contains High-molecular-weight polyol (a1-1) and Low-molecular-weight polyol (a1-2), wherein in Formula , each R 1 represents a single bond or a hydrocarbon group having a carbon atom number of 1 to 10, R 2 represents a hydrocarbon group having a carbon atom number of 1 to 50 where -CH 2 - contained in the hydrocarbon group is replaced or not replaced by -O-, and L 1 represents -O-CO-O-, characterized in that the molecular weight of the High-molecular-weight polyol is 500 or more, and the molecular weight of the Low-molecular-weight polyol is 300 or less, the molecular weight being determined according to the method identified in the specification, and in that the content of alkylenediol in the Low-molecular-weight polyol (a1-2) is 60% by mass or more and 100% by mass or less. each R 1 represents a single bond or a hydrocarbon group having a carbon atom number of 1 to 10, R 2 represents a hydrocarbon group having a carbon atom number of 1 to 50 where -CH 2 - contained in the hydrocarbon group is replaced or not replaced by -O-, and L 1 represents -O-CO-O-, characterized in that the molecular weight of the High-molecular-weight polyol is 500 or more, and the molecular weight of the Low-molecular-weight polyol is 300 or less, the molecular weight being determined according to the method identified in the specification, and in that the content of alkylenediol in the Low-molecular-weight polyol (a1-2) is 60% by mass or more and 100% by mass or less.
A temperature controlled container comprising: a case including a storage space (S1) formed therein; a thermoelectric element ; and a first heat transfer unit between the thermoelectric element and the storage space (S1), the first heat transfer unit including a heat transfer case including an enclosed space (S2) formed therein, the heat transfer case having a larger width than the thermoelectric element in order to include a first portion facing the thermoelectric element and a second portion that does not face the thermoelectric element , wherein a phase change material and a heat transfer body are accommodated in the enclosed space (S2) of the heat transfer case , a flow path body disposed in the case and partitioning the storage space (S1) into a first path (P1) and a second path (P2) on different sides of the flow path body ; a circulation fan cover disposed in the flow path body and including an inner through-hole allowing air to pass therethrough; and a circulation fan disposed between the circulation fan cover and the heat transfer case of the first heat transfer unit ; wherein the first heat transfer unit further includes an outer fin formed on a surface of the heat transfer case facing the circulation fan to perform heat exchange with flowing air from the circulation fan . a case including a storage space (S1) formed therein; a thermoelectric element ; and a first heat transfer unit between the thermoelectric element and the storage space (S1), the first heat transfer unit including a heat transfer case including an enclosed space (S2) formed therein, the heat transfer case having a larger width than the thermoelectric element in order to include a first portion facing the thermoelectric element and a second portion that does not face the thermoelectric element , wherein a phase change material and a heat transfer body are accommodated in the enclosed space (S2) of the heat transfer case , a flow path body disposed in the case and partitioning the storage space (S1) into a first path (P1) and a second path (P2) on different sides of the flow path body ; a circulation fan cover disposed in the flow path body and including an inner through-hole allowing air to pass therethrough; and a circulation fan disposed between the circulation fan cover and the heat transfer case of the first heat transfer unit ; wherein the first heat transfer unit further includes an outer fin formed on a surface of the heat transfer case facing the circulation fan to perform heat exchange with flowing air from the circulation fan .