mhurhangee/ep-ind-claims huggingface dataset:
A seal assembly for a gas turbine engine comprising: a seal (69; 169; 269) including a main body (170; 270) extending circumferentially between opposed mate faces (178; 278), the main body (170; 270) including a sealing portion (177; 277) and an engagement portion (179; 279) extending outwardly from the sealing portion (177; 277) along at least one of the mate faces (178; 278); wherein the main body (170; 270) includes one or more braided core plies having a first fiber construction and arranged to establish an internal cavity; and wherein an overwrap including one or more braided overwrap plies follows a perimeter of the one or more braided core plies to establish the engagement portion (179; 279) and the sealing portion (177; 277), and the one or more braided overwrap plies have a second fiber construction differing from the first fiber construction; characterised by: at least one mounting block including an interface portion extending from a mounting portion, wherein the engagement portion (179; 279) includes a pair of openings (185A, 185B) along respective ones of the mate faces (178; 278), and the interface portion is dimensioned to be inserted into one of the openings (185A, 185B) and abut the engagement portion (179; 279) to limit relative movement. a seal (69; 169; 269) including a main body (170; 270) extending circumferentially between opposed mate faces (178; 278), the main body (170; 270) including a sealing portion (177; 277) and an engagement portion (179; 279) extending outwardly from the sealing portion (177; 277) along at least one of the mate faces (178; 278); wherein the main body (170; 270) includes one or more braided core plies having a first fiber construction and arranged to establish an internal cavity; and wherein an overwrap including one or more braided overwrap plies follows a perimeter of the one or more braided core plies to establish the engagement portion (179; 279) and the sealing portion (177; 277), and the one or more braided overwrap plies have a second fiber construction differing from the first fiber construction; characterised by: at least one mounting block including an interface portion extending from a mounting portion, wherein the engagement portion (179; 279) includes a pair of openings (185A, 185B) along respective ones of the mate faces (178; 278), and the interface portion is dimensioned to be inserted into one of the openings (185A, 185B) and abut the engagement portion (179; 279) to limit relative movement. at least one mounting block including an interface portion extending from a mounting portion, wherein the engagement portion (179; 279) includes a pair of openings (185A, 185B) along respective ones of the mate faces (178; 278), and the interface portion is dimensioned to be inserted into one of the openings (185A, 185B) and abut the engagement portion (179; 279) to limit relative movement.
An apparatus for rotary angle measurement with a disc, mounted eccentrically on a rotation axis, as a control disc of magnetically conductive material, which is constructed and arranged for contactless magnetic interaction with a plurality of first magnetic field detectors (20, 22) provided externally to the disc, which respectively have a bias magnet and are arranged for generating a first angle signal, which is able to be evaluated electronically, determined by a distance between the disc and a respective one of the first magnetic field detectors, characterized in that adjacent on the rotation axis of the control disc, a second disc, magnetized at least on the edge side non-homogeneously, is provided in a concentric manner, is connected with the control disc in an angularly stable manner around the rotation axis and is constructed for contactless magnetic interaction with a second magnetic field detector, wherein an electronic signal of the second magnetic field detector for generating a second angle signal in the form of an output signal of the device, increasing an angular resolution of the first angle signal, is able to be evaluated and processed.
A window shade assembly comprising: a first member; a second member disposed apart from the first member; a film having a first end coupled to the first member and a second opposed end coupled to the second member, the film having an opaque portion and a transparent portion; and an actuating device coupled to the first member or the second member for moving the first member or the second member to move the film between the first and the second members, characterized in that the actuating device comprises a control member, a first gear, a second gear, a third gear, a fourth gear, a fifth gear and a chain or belt, wherein the control member comprises a knob which rotates with a first shaft, wherein the first gear is concentrically connected to the first shaft so that when the control member is rotated the first shaft is rotated causing the first gear to rotate, wherein the first gear is aligned in parallel arrangement against the second gear to rotate the second gear around or with a second shaft, wherein the second gear is aligned in parallel arrangement against the third gear to rotate the third gear around or with a third shaft, wherein the third gear is aligned in perpendicular arrangement against the fourth gear to rotate the fourth gear, wherein the chain or belt is coupled between the fourth gear, which is connected to the first member, and the fifth gear connected to the second member. a first member; a second member disposed apart from the first member; a film having a first end coupled to the first member and a second opposed end coupled to the second member, the film having an opaque portion and a transparent portion; and an actuating device coupled to the first member or the second member for moving the first member or the second member to move the film between the first and the second members, characterized in that the actuating device comprises a control member, a first gear, a second gear, a third gear, a fourth gear, a fifth gear and a chain or belt, wherein the control member comprises a knob which rotates with a first shaft, wherein the first gear is concentrically connected to the first shaft so that when the control member is rotated the first shaft is rotated causing the first gear to rotate, wherein the first gear is aligned in parallel arrangement against the second gear to rotate the second gear around or with a second shaft, wherein the second gear is aligned in parallel arrangement against the third gear to rotate the third gear around or with a third shaft, wherein the third gear is aligned in perpendicular arrangement against the fourth gear to rotate the fourth gear, wherein the chain or belt is coupled between the fourth gear, which is connected to the first member, and the fifth gear connected to the second member.
A temperature controlling unit comprising: a holder for holding a liquid receiver containing a liquid in contact with the liquid receiver, the holder being configured to maintain a first temperature (T 1) for keeping temperature of the liquid at a lower target temperature (T L); a heating block for increasing the temperature of the liquid through contact with the liquid receiver, the heating block being movable relative to the liquid receiver and configured to maintain a second temperature (T 2) higher than a higher target temperature (T H) that is higher than the lower target temperature (T L); and a cooling block for reducing the temperature of the liquid through contact with the liquid receiver, the cooling block being movable relative to the liquid receiver and configured to maintain a third temperature (T 3) lower than the lower target temperature (T L); wherein: the holder includes a holding surface for holding the liquid receiver and is rotatable about an axis (Ax) perpendicular to the holding surface; and each of the heating block and the cooling block faces the holding surface of the holder and is movable toward and away from the holding surface. a holder for holding a liquid receiver containing a liquid in contact with the liquid receiver, the holder being configured to maintain a first temperature (T 1) for keeping temperature of the liquid at a lower target temperature (T L); a heating block for increasing the temperature of the liquid through contact with the liquid receiver, the heating block being movable relative to the liquid receiver and configured to maintain a second temperature (T 2) higher than a higher target temperature (T H) that is higher than the lower target temperature (T L); and a cooling block for reducing the temperature of the liquid through contact with the liquid receiver, the cooling block being movable relative to the liquid receiver and configured to maintain a third temperature (T 3) lower than the lower target temperature (T L);
A synchronization signal transmitting method, wherein the method comprises: • configuring, by a base station, one or more groups of synchronization signals, wherein each group of synchronization signals is mapped to N physical resource block, PRBs in frequency domain and occupies multiple symbols in time domain, and N is a positive integer greater than or equal to 1, wherein each group of synchronization signals comprises a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, and the PSS and the SSS are mapped to the N PRBs in frequency domain, wherein in time domain, the PSS occupies P 1 symbols, the SSS occupies P 2 symbols, N is a positive integer greater than or equal to 1, and P 1 and P2 are both positive integers, wherein each group of synchronization signals occupies different frequency domain resources on different symbols (step 101); and • transmitting, by the base station, the one or more groups of synchronization signals by using beams, wherein when there are multiple groups of synchronization signals, the synchronization signals in different groups correspond to different spatial resources, and each group of synchronization signals is transmitted by using a different beam, wherein each group of synchronization signals is transmitted in a horizontal direction by using a wide beam to ensure omnidirectional coverage, and transmitted in a vertical direction by using a narrow beam (step 102) to concentrate transmit power in a limited spatial range. • configuring, by a base station, one or more groups of synchronization signals, wherein each group of synchronization signals is mapped to N physical resource block, PRBs in frequency domain and occupies multiple symbols in time domain, and N is a positive integer greater than or equal to 1, wherein each group of synchronization signals comprises a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, and the PSS and the SSS are mapped to the N PRBs in frequency domain, wherein in time domain, the PSS occupies P 1 symbols, the SSS occupies P 2 symbols, N is a positive integer greater than or equal to 1, and P 1 and P2 are both positive integers, wherein each group of synchronization signals occupies different frequency domain resources on different symbols (step 101); and • transmitting, by the base station, the one or more groups of synchronization signals by using beams, wherein when there are multiple groups of synchronization signals, the synchronization signals in different groups correspond to different spatial resources, and each group of synchronization signals is transmitted by using a different beam, wherein each group of synchronization signals is transmitted in a horizontal direction by using a wide beam to ensure omnidirectional coverage, and transmitted in a vertical direction by using a narrow beam (step 102) to concentrate transmit power in a limited spatial range.
A method for providing access to a virtual object, the method comprising: providing a code by a real object to a user in response to the user playing a game using the real object corresponding to the virtual object, the virtual object being a visual replica of the real object; authenticating, by a hardware processor, a user account for a networked application; confirming, by the hardware processor, a validity of the code; and granting, by the hardware processor, the user account access to the virtual object corresponding to the real object for use in the networked application in response to the confirming of the validity; characterized in that the real object is a jigsaw puzzle and the game is solving the jigsaw puzzle, and wherein the code is embedded in the jigsaw puzzle; and the virtual object is a virtual jigsaw puzzle. providing a code by a real object to a user in response to the user playing a game using the real object corresponding to the virtual object, the virtual object being a visual replica of the real object; authenticating, by a hardware processor, a user account for a networked application; confirming, by the hardware processor, a validity of the code; and granting, by the hardware processor, the user account access to the virtual object corresponding to the real object for use in the networked application in response to the confirming of the validity; characterized in that the real object is a jigsaw puzzle and the game is solving the jigsaw puzzle, and wherein the code is embedded in the jigsaw puzzle; and the virtual object is a virtual jigsaw puzzle.
A Power over Ethernet, PoE, connector device (100; 300) comprising: a first connector (112; 306A) connectable to a first set comprising at least one power wire pair (110A, 110D) of a PoE cable to a first powered device; a second connector (114; 306B) connectable to a second set comprising at least one other power wire pair (110B, 110C) of the PoE cable to at least one further powered device, and a housing (115, 302), wherein the at least one further powered device is electrically isolated from the first powered device, the device characterised in that: the first connector includes a first DC to DC converter in the housing and the second connector includes a second DC to DC converter in the housing. a first connector (112; 306A) connectable to a first set comprising at least one power wire pair (110A, 110D) of a PoE cable to a first powered device; a second connector (114; 306B) connectable to a second set comprising at least one other power wire pair (110B, 110C) of the PoE cable to at least one further powered device, and a housing (115, 302), wherein the at least one further powered device is electrically isolated from the first powered device, the device characterised in that: the first connector includes a first DC to DC converter in the housing and the second connector includes a second DC to DC converter in the housing.
A method comprising: monitoring wireless communication channels, including a first channel and a second channel, to produce a monitoring output; determining a first transmission period for the first channel by applying a first Interframe Space, IFS, duration and a second IFS duration to the monitoring output, wherein the second duration is shorter than the first duration; determining a second transmission period for the second channel by applying the first IFS duration and the second IFS duration to the monitoring output, wherein an end of the second transmission period is aligned with an end of the first transmission period; transmitting, based on the first transmission period, a first packet on the first channel to cause one or more wireless communication devices to set a transmission protection period for the first channel and the second channel based on a reception of the first packet; transmitting, based on the second transmission period, a second packet on the second channel; and monitoring, after the end of the first transmission period, for one or more acknowledgements. monitoring wireless communication channels, including a first channel and a second channel, to produce a monitoring output; determining a first transmission period for the first channel by applying a first Interframe Space, IFS, duration and a second IFS duration to the monitoring output, wherein the second duration is shorter than the first duration; determining a second transmission period for the second channel by applying the first IFS duration and the second IFS duration to the monitoring output, wherein an end of the second transmission period is aligned with an end of the first transmission period; transmitting, based on the first transmission period, a first packet on the first channel to cause one or more wireless communication devices to set a transmission protection period for the first channel and the second channel based on a reception of the first packet; transmitting, based on the second transmission period, a second packet on the second channel; and monitoring, after the end of the first transmission period, for one or more acknowledgements.
A magenta toner, comprising at least: a binder resin; and a colorant, wherein the magenta toner has a value (h* M) for a hue angle h* based on a CIELAB color coordinate system of 330.0 to 30.0, an absorbance (A M570) at a wavelength of 570 nm of 1.550 or more, an absorbance (A M620) at a wavelength of 620 nm of 0.250 or less, and a ratio (A M570 /A M450) of A M570 to an absorbance (A M450) at a wavelength of 450 nm of 1.80 to 3.50 in reflectance spectrophotometry. a binder resin; and a colorant, wherein the magenta toner has a value (h* M) for a hue angle h* based on a CIELAB color coordinate system of 330.0 to 30.0, an absorbance (A M570) at a wavelength of 570 nm of 1.550 or more, an absorbance (A M620) at a wavelength of 620 nm of 0.250 or less, and a ratio (A M570 /A M450) of A M570 to an absorbance (A M450) at a wavelength of 450 nm of 1.80 to 3.50 in reflectance spectrophotometry.
An AC motor comprising: a stator iron core in which a plurality of slots are disposed; and a plurality of stator coils inserted in each of the slots in a double-layer winding system in such a manner that the plurality of stator coils are formed in a rectangular cross sectional shape in which one coil side is inserted on an interior side of one of the plurality of slots and the other coil side is inserted on an entry side of another slot of the plurality of slots, characterized in that each of the slots is provided with a space that enables the one coil side to be rotated on the interior side of the slot when the other coil side is lifted up from the other slot; wherein, in each of the slots, a width of the slot is uniform up to a predetermined depth position, and the space is formed by gradually increasing the width of the slot towards a groove bottom portion from the predetermined depth position. a stator iron core in which a plurality of slots are disposed; and a plurality of stator coils inserted in each of the slots in a double-layer winding system in such a manner that the plurality of stator coils are formed in a rectangular cross sectional shape in which one coil side is inserted on an interior side of one of the plurality of slots and the other coil side is inserted on an entry side of another slot of the plurality of slots, characterized in that each of the slots is provided with a space that enables the one coil side to be rotated on the interior side of the slot when the other coil side is lifted up from the other slot; wherein, in each of the slots, a width of the slot is uniform up to a predetermined depth position, and the space is formed by gradually increasing the width of the slot towards a groove bottom portion from the predetermined depth position.
A high frequency ignition system for generating ignition sparks within a metallically enclosed cavity such as that of a motor vehicle cylinder utilizing a monofrequent or arbitrarily modulated high frequency signal in the MHz or GHz range, with a oscillator for generating said high frequency signal, with a power amplifier for elevating the power of the high frequency signal, including - an impedance transformer formed as a multi-level gamma transformer by means of which the voltage of the high frequency signal is set high, so that an electrode ignition plug having an electrode and a ground(?) is ignited, wherein, around the electrode of the electrode ignition plug, an ignition spark area forms which has at least one pathway which does not penetrate through to the mass of the electrode ignition plug and - that the high frequency ignition system has means for generating a singular frequency hop from a resonance frequency (f r1) to a further resonance frequency (f r2) following successful ignition of the electrode ignition plug, so that an output resistance (Z aus) of the high frequency ignition system corresponds to or is complex-conjugate matched to the input resistance (Z ein) of the electrode ignition plug. - an impedance transformer formed as a multi-level gamma transformer by means of which the voltage of the high frequency signal is set high, so that an electrode ignition plug having an electrode and a ground(?) is ignited, wherein, around the electrode of the electrode ignition plug, an ignition spark area forms which has at least one pathway which does not penetrate through to the mass of the electrode ignition plug and - that the high frequency ignition system has means for generating a singular frequency hop from a resonance frequency (f r1) to a further resonance frequency (f r2) following successful ignition of the electrode ignition plug, so that an output resistance (Z aus) of the high frequency ignition system corresponds to or is complex-conjugate matched to the input resistance (Z ein) of the electrode ignition plug.
Method for producing a device for controlling person-protecting means for a vehicle, having the steps: - arranging at least one electrical or electronic component on the first-processed side of a circuit board, wherein the circuit board has at least one layer for shielding electromagnetic radiation, wherein the at least one electrical or electronic component is an up and/or down converter and/or a converter choke of an up and/or down converter, wherein the electrical or electronic component is integrally connected to the circuit board by means of reflow soldering; - arranging the circuit board in a housing of the device in such a way that, when the device is fitted in the vehicle, the circuit board shields the electromagnetic radiation of the at least one electrical or electronic component of the device that is arranged in the housing with respect to at least the interior of the vehicle. - arranging at least one electrical or electronic component on the first-processed side of a circuit board, wherein the circuit board has at least one layer for shielding electromagnetic radiation, wherein the at least one electrical or electronic component is an up and/or down converter and/or a converter choke of an up and/or down converter, wherein the electrical or electronic component is integrally connected to the circuit board by means of reflow soldering; - arranging the circuit board in a housing of the device in such a way that, when the device is fitted in the vehicle, the circuit board shields the electromagnetic radiation of the at least one electrical or electronic component of the device that is arranged in the housing with respect to at least the interior of the vehicle.