mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a common message, comprising: acquiring, by a first terminal, a common message transmission period corresponding to the first terminal and a start time instance of the common message transmission time instances corresponding to the first terminal based on radio resource control, RRC, signaling; determining common message transmission time instances X corresponding to the first terminal, wherein the common message transmission time instances X corresponding to the first terminal are a part of time instances of cell common message transmission time instances; and receiving a common message at the common message transmission time instances X corresponding to the first terminal, wherein a bandwidth of frequency resources used for sending the common message by the base station is no larger than a data processing bandwidth that the first terminal is capable of supporting, the common message transmission time instances X satisfies the following formulas: radio frame index of X mod T = N subframe index in radio frame of X = S wherein T is the common message transmission period corresponding to the first terminal, N is the start radio frame time instance of the common message transmission time instances corresponding to the first terminal, S is the start subframe time instance of the common message transmission time instances corresponding to the first terminal, and mod is modulus operation. acquiring, by a first terminal, a common message transmission period corresponding to the first terminal and a start time instance of the common message transmission time instances corresponding to the first terminal based on radio resource control, RRC, signaling; determining common message transmission time instances X corresponding to the first terminal, wherein the common message transmission time instances X corresponding to the first terminal are a part of time instances of cell common message transmission time instances; and receiving a common message at the common message transmission time instances X corresponding to the first terminal, wherein a bandwidth of frequency resources used for sending the common message by the base station is no larger than a data processing bandwidth that the first terminal is capable of supporting, the common message transmission time instances X satisfies the following formulas: radio frame index of X mod T = N subframe index in radio frame of X = S wherein T is the common message transmission period corresponding to the first terminal, N is the start radio frame time instance of the common message transmission time instances corresponding to the first terminal, S is the start subframe time instance of the common message transmission time instances corresponding to the first terminal, and mod is modulus operation.
Coupling device for a rail vehicle, with at least one coupling with a coupling flange fixable to the rail vehicle, with a pipe section and with a coupling part , which is hold in the coupling flange , for the reception of a coupling head, whereas the coupling part is provided with a support and whereas the pipe section is provided on the inside with a diameter widening receiving this support , whereas this support of the coupling part being displaceably guided in the tube piece in an energy-absorbing manner in the event of an impact with an impact force, so that a passive safety device is formed, characterized in that the pipe end of the pipe section can be fastened to the coupling flange by a detachable connection .
An assembly for the deposition of silicon nanostructures comprising a deposition chamber , which is defined by a side wall and by two end walls ; said assembly further comprising a microwave generator , which is adapted to generate microwaves inside the deposition chamber , an electromagnetic termination wall , made of a conductor material and reflecting the microwave radiation, which is such as to create a termination for a TE-mode waveguide and is housed inside the deposition chamber , and a substrate-carrier support , which is made of a dielectric material and on which the substrate is housed on which to perform the growth of silicon nanostructures; the assembly being characterized in that said substrate-carrier support is arranged inside the deposition chamber above said termination wall .
Roving stop device for a core yarn ring-spinning machine, comprising a stop element arranged to be able to act, in an active position, on a pair of roving supply rollers to stop the supply of roving when breakage of a continuous filament occurs, and a mechanism to activate the stop element when said breakage occurs, said mechanism comprising first activating means for displacing said stop element towards the active position upon breakage of a first continuous filament intended to be fed to a core yarn , and second activating means for displacing said stop element towards the active position upon breakage of a second continuous filament intended to be fed to said same core yarn , wherein said first activating means comprise a first filament guide roller attached to a first activating lever , said first filament guide roller being susceptible of acting as a guide for the first continuous filament , and wherein said second activating means comprise a second filament guide roller attached to a second activating lever , said second filament guide roller being susceptible of acting as a guide for the second continuous filament , the activation of said stop element taking place when the tension of either one of said first or second continuous filaments on the first or second filament guide rollers ceases, characterized in that it comprises means for inactivating either one of said first activating means or said second activating means , wherein said means for inactivating either said first activating means or said second activating means comprise a holding element arranged to fasten either one of said first activating lever or said second activating lever in order to keep either one of said first or second activating levers inactive so as not to cause the displacement of the stop element .
A drive system for an aircraft landing gear, the drive system comprising: a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; and a flexible interface comprising a plurality of driven gear coupling members, each driven gear coupling member having a first connection portion attached to the driven gear, a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion, the joint permitting relative movement between the first connection portion and the second connection portion, characterised in that the flexible interface comprises one or more failsafe catches, each failsafe catch being adapted for attachment to the wheel and arranged to retain the driven gear in the event of a failure of one or more of the driven gear coupling members. a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; and a flexible interface comprising a plurality of driven gear coupling members, each driven gear coupling member having a first connection portion attached to the driven gear, a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion, the joint permitting relative movement between the first connection portion and the second connection portion, characterised in that the flexible interface comprises one or more failsafe catches, each failsafe catch being adapted for attachment to the wheel and arranged to retain the driven gear in the event of a failure of one or more of the driven gear coupling members.
A method for industrially preparing frozen or refrigerated fried eggs from whole, fresh eggs, the method comprising: - breaking whole, fresh eggs into a support impregnated with edible fat; - introducing the support carrying the broken whole fresh eggs into an oven comprising ventilation means; - heating the oven until the inner part of the yolk of the broken whole fresh eggs is at a temperature within the range of 65 to 73 oC; - taking said support carrying the eggs out of the oven, wherein said eggs are fried eggs; - cooling the fried eggs for reducing their residual heat in order to prevent the inner part of the yolk from exceeding 73oC; - freezing or refrigerating the cooled fried eggs. - breaking whole, fresh eggs into a support impregnated with edible fat; - introducing the support carrying the broken whole fresh eggs into an oven comprising ventilation means; - heating the oven until the inner part of the yolk of the broken whole fresh eggs is at a temperature within the range of 65 to 73 oC; - taking said support carrying the eggs out of the oven, wherein said eggs are fried eggs; - cooling the fried eggs for reducing their residual heat in order to prevent the inner part of the yolk from exceeding 73oC; - freezing or refrigerating the cooled fried eggs.
Method for assembling a first bulk wafer and a second bulk wafer , of which at least the first bulk wafer, known as chamfered wafer, has at least a chamfered edge comprising: - covering the first wafer with a protective layer , - a trimming stage of at least one part of the chamfered edge of the first wafer over a width Ld, measured on a plane parallel to that of the first wafer, at least equal to the width L of the chamfered edge, measured on the same plane and/or at least equal to the width of the zone of this first wafer which cannot, without trimming, be bonded with the second wafer, said trimming starting from said face of the first wafer to be assembled with the second wafer; - eliminating the protective layer after trimming of the first wafer, - then, a bonding stage of the first wafer, trimmed, and of the second wafer. - covering the first wafer with a protective layer , - a trimming stage of at least one part of the chamfered edge of the first wafer over a width Ld, measured on a plane parallel to that of the first wafer, at least equal to the width L of the chamfered edge, measured on the same plane and/or at least equal to the width of the zone of this first wafer which cannot, without trimming, be bonded with the second wafer, said trimming starting from said face of the first wafer to be assembled with the second wafer; - eliminating the protective layer after trimming of the first wafer, - then, a bonding stage of the first wafer, trimmed, and of the second wafer.
Fixation device for fixing of display elements at elongated support structures such as tree trunks or similar, comprising: - a flexible fixation band for securing the fixation device to the carrying structure , wherein the fixation band comprises an extendable plastic section to secure the fixation band about the carrying structure in a yieldable way; and - a fixation section to secure the display element at the fixation band , - wherein the plastic section comprises a plurality of integral hinges , characterized in that - the extendable plastic section comprises at least one element having a first end, wherein a first coupling element is provided, and a second end, wherein a second coupling element is provided that is configured for a releasable coupling with one first coupling element , - and in that at the fixation section also such a first and a second coupling element is respectively provided so that one of the at least one element with a second coupling element and one of the at least one elements with a first coupling element can be coupled thereto. - a flexible fixation band for securing the fixation device to the carrying structure , wherein the fixation band comprises an extendable plastic section to secure the fixation band about the carrying structure in a yieldable way; and - a fixation section to secure the display element at the fixation band , - wherein the plastic section comprises a plurality of integral hinges , characterized in that - the extendable plastic section comprises at least one element having a first end, wherein a first coupling element is provided, and a second end, wherein a second coupling element is provided that is configured for a releasable coupling with one first coupling element , - and in that at the fixation section also such a first and a second coupling element is respectively provided so that one of the at least one element with a second coupling element and one of the at least one elements with a first coupling element can be coupled thereto.
A method in a wireless local area network, WLAN, system, the method comprising: transmitting, by a first non- access point, AP, station, STA, a multi-link probe request frame to a first AP (S6610); and receiving, by the first non-AP STA, a multi-link probe response frame from the first AP (S6620), wherein the first AP operating on a first link and a second AP operating on a second link are affiliated with an AP multi-link device, MLD, wherein the first non-AP STA operating on the first link and a second non-AP STA operating on the second link affiliated with a non-AP MLD, wherein the multi-link probe request frame includes a profile field for the second AP, wherein the profile field for the second AP includes a first Complete Profile Requested subfield of a first STA Control field, the method being characterized by the further steps of: wherein based on the first non-AP STA requesting partial information on the second AP, a value of the first Complete Profile Requested subfield is set to 0, and the profile field for the second AP further includes a first request element, wherein based on the first non-AP STA requesting complete information on the second AP, the value of the first Complete Profile Requested subfield is set to 1, and the profile field for the second AP does not include the first request element, wherein the partial information on the second AP is requested based on the first request element, and wherein the complete information on the second AP is requested based on the profile field for the second AP. transmitting, by a first non- access point, AP, station, STA, a multi-link probe request frame to a first AP (S6610); and receiving, by the first non-AP STA, a multi-link probe response frame from the first AP (S6620), wherein the first AP operating on a first link and a second AP operating on a second link are affiliated with an AP multi-link device, MLD, wherein the first non-AP STA operating on the first link and a second non-AP STA operating on the second link affiliated with a non-AP MLD, wherein the multi-link probe request frame includes a profile field for the second AP, wherein the profile field for the second AP includes a first Complete Profile Requested subfield of a first STA Control field, the method being characterized by the further steps of: wherein based on the first non-AP STA requesting partial information on the second AP, a value of the first Complete Profile Requested subfield is set to 0, and the profile field for the second AP further includes a first request element, wherein based on the first non-AP STA requesting complete information on the second AP, the value of the first Complete Profile Requested subfield is set to 1, and the profile field for the second AP does not include the first request element, wherein the partial information on the second AP is requested based on the first request element, and wherein the complete information on the second AP is requested based on the profile field for the second AP.
A glove , comprising: at least one polymeric layer in the shape of a hand and having a stalls for a thumb , an index finger , a middle finger , a ring finger , and a little finger for receiving the hand of a wearer; and thermally conductive particles , wherein the thermally conductive particles are highly crystalline and dispersed within the at least one polymeric layer , characterized in that the thermally conductive particles are at least one of h-Boron Nitride (h-BN), crystalline boron nitride (c-BN), synthetic single walled carbon graphite (SWCN) or natural crystalline graphite (NCWG), wherein the thermally conductive particles comprise 1 to 15 parts per hundred rubber dispersed within the polymeric layer , and wherein the thermally conductive particles range from 1 micron to 300 microns in size. at least one polymeric layer in the shape of a hand and having a stalls for a thumb , an index finger , a middle finger , a ring finger , and a little finger for receiving the hand of a wearer; and thermally conductive particles , wherein the thermally conductive particles are highly crystalline and dispersed within the at least one polymeric layer , characterized in that the thermally conductive particles are at least one of h-Boron Nitride (h-BN), crystalline boron nitride (c-BN), synthetic single walled carbon graphite (SWCN) or natural crystalline graphite (NCWG), wherein the thermally conductive particles comprise 1 to 15 parts per hundred rubber dispersed within the polymeric layer , and wherein the thermally conductive particles range from 1 micron to 300 microns in size.
Assembly for plausibility checking and/or reinitializing rear wheel steering of a vehicle, having a rear-wheel steering unit , which has at least one rear wheel actuator for setting a rear-wheel steering angle and a sensor for detecting the setting position of the rear wheel actuator in the form of a rotor position sensor , having at least one reference sensor system for detecting a reference signal and having an electronic control unit for carrying out the plausibility checking and/or reinitialization of the sensor , characterized in that the reference sensor system is part of a vehicle unit other than the rear wheel steering unit and is designed for detecting a reference signal dependent on the state of the vehicle and in that , by means of the control unit and on the basis of the reference signal dependent on the state of the vehicle, a reference value and/or a reference vehicle state can be determined, by means of which the plausibility checking and/or reinitialization of the sensor of the rear wheel steering can be carried out by the control unit .
A wearable projection equipment, comprising: a first ring-shaped body and a second ring-shaped body which are movably connected to each other and are configured to be rotatable relative to each other, wherein a projection device is respectively provided on the first ring-shaped body and the second ring-shaped body , wherein a lower end opening of the first ring -shaped body and an upper end opening of the second ring-shaped body are connected to each other in a telescope manner, wherein a first tooth-shaped structure is provided at the lower end opening of the first ring-shaped body , and a second tooth-shaped structure is provided at the upper end opening of the second ring-shaped body , the first and the second tooth-shaped structures being configured to mesh with each other, and wherein a first electrode is provided at a tooth tip of the first tooth-shaped structure , and a second electrode is provided at a tooth root of the second tooth-shaped structure , such that the first electrode and the second electrode are electrically connected when the first and the second tooth-shaped structures mesh with each other. a first ring-shaped body and a second ring-shaped body which are movably connected to each other and are configured to be rotatable relative to each other, wherein a projection device is respectively provided on the first ring-shaped body and the second ring-shaped body , wherein a lower end opening of the first ring -shaped body and an upper end opening of the second ring-shaped body are connected to each other in a telescope manner, wherein a first tooth-shaped structure is provided at the lower end opening of the first ring-shaped body , and a second tooth-shaped structure is provided at the upper end opening of the second ring-shaped body , the first and the second tooth-shaped structures being configured to mesh with each other, and wherein a first electrode is provided at a tooth tip of the first tooth-shaped structure , and a second electrode is provided at a tooth root of the second tooth-shaped structure , such that the first electrode and the second electrode are electrically connected when the first and the second tooth-shaped structures mesh with each other.
A method for crossing-linking a protein, the method comprising the steps of incorporating at least one heterologous transglutaminase substrate peptide sequence into the protein; and cross-linking the protein by contacting the protein with a transglutaminase wherein the heterologous transglutaminase peptide sequence comprises the sequence motif [YF][VA]LQG and preferably GDYALQGPG (SEQ ID NO: 79).
A control unit for controlling a vehicle , the vehicle comprising a first connecting/disconnecting mechanism disposed on a first power transmission path between a first rotating electric machine mounted on the vehicle and an output shaft that drives a wheel, a first rotating electric machine speed sensor that detects a rotation speed of the first rotating electric machine as a first rotation speed, and a wheel speed sensor that detects a rotation speed of the wheel as a wheel speed, characterized in that the control unit comprises: a first calculator that calculates an axle rotation speed representing a rotation speed of the output shaft based on the first rotation speed in a state where the first connecting/disconnecting mechanism is engaged; a monitoring unit that calculates a deviation between the axle rotation speed calculated by the first calculator and the wheel speed; and a second calculator that calculates the axle rotation speed by calibrating the wheel speed based on the calculated deviation in a state where the first connecting/disconnecting mechanism is disengaged. a first calculator that calculates an axle rotation speed representing a rotation speed of the output shaft based on the first rotation speed in a state where the first connecting/disconnecting mechanism is engaged; a monitoring unit that calculates a deviation between the axle rotation speed calculated by the first calculator and the wheel speed; and a second calculator that calculates the axle rotation speed by calibrating the wheel speed based on the calculated deviation in a state where the first connecting/disconnecting mechanism is disengaged.
Method for at least partially preventing discolouration of a substrate by a plasma coating process, by diffusing a plasma with a plasma diffuser prior to and/or during depositing of said plasma on said substrate to form a coating, characterized in that, said plasma diffuser comprises a plasma diffuser material.