mhurhangee/patent-ind-claim-en huggingface dataset:
Head-mounted device intended to be worn by a wearer. wherein the head-mounted device is configured for the display and visualization, by the wearer, of at least one holographic image , wherein said head-mounted device comprises: - At least one light source , and - At least one Fourier hologram generating the at least one holographic image when lit, wherein said at least one light source is configured for illuminating said at least one Fourier hologram , so as to cause visualization of the at least one holographic image by the wearer, characterised in that the head-mounted device comprises at least one holographic plate with said at least one Fourier hologram recorded thereon. wherein the head-mounted device is configured for the display and visualization, by the wearer, of at least one holographic image , wherein said head-mounted device comprises: - At least one light source , and - At least one Fourier hologram generating the at least one holographic image when lit, - At least one light source , and - At least one Fourier hologram generating the at least one holographic image when lit, wherein said at least one light source is configured for illuminating said at least one Fourier hologram , so as to cause visualization of the at least one holographic image by the wearer, characterised in that the head-mounted device comprises at least one holographic plate with said at least one Fourier hologram recorded thereon.
A channel access method for a multi-link device, comprising: when a length of a first physical layer protocol data unit, PPDU, transmitted on a first link by a first multi-link device is less than or equal to a first value, skipping starting (S201), by the first multi-link device, a medium synchronization delay timer on a second link, wherein the first multi-link device is not allowed to perform simultaneous transmitting and receiving on the first link and the second link.
A method of wireless communication of a base station , comprising: determining a control resource set, coreset, of time and frequency resources within a control region of a coreset bandwidth, the coreset bandwidth being determined based on a minimum bandwidth configuration required for transmission to one or more user equipments, UEs, in a set of UEs ; and transmitting a physical downlink control channel, PDCCH, as a single-carrier waveform via the coreset of time and frequency resources, the PDCCH being transmitted to each UE in the set of UEs using the coreset bandwidth. determining a control resource set, coreset, of time and frequency resources within a control region of a coreset bandwidth, the coreset bandwidth being determined based on a minimum bandwidth configuration required for transmission to one or more user equipments, UEs, in a set of UEs ; and transmitting a physical downlink control channel, PDCCH, as a single-carrier waveform via the coreset of time and frequency resources, the PDCCH being transmitted to each UE in the set of UEs using the coreset bandwidth.
A compound of Formula I: wherein: X is -O-, -NH- or -N(CH 3 )-; and Y is -O- or -C(O)-; in free or pharmaceutically acceptable salt form, optionally in admixture or association with a pharmaceutically acceptable diluent or carrier, for use in a method for the treatment of residual symptoms of schizophrenia selected from emotional withdrawal, passive or apathetic social withdrawal and active social avoidance, comprising administering to a patient in need thereof an effective amount of the compound, wherein the patient is a patient who has not responded or has not responded adequately to treatment with another antipsychotic agent. X is -O-, -NH- or -N(CH 3 )-; and Y is -O- or -C(O)-; in free or pharmaceutically acceptable salt form, optionally in admixture or association with a pharmaceutically acceptable diluent or carrier, for use in a method for the treatment of residual symptoms of schizophrenia selected from emotional withdrawal, passive or apathetic social withdrawal and active social avoidance, comprising administering to a patient in need thereof an effective amount of the compound, wherein the patient is a patient who has not responded or has not responded adequately to treatment with another antipsychotic agent.
A method for preparing a purified styrene composition, wherein the method comprises the following steps: a) providing a crude hydrocarbon composition containing styrene, b) subjecting the crude hydrocarbon composition provided in step a) to a distillation in a divided-wall column so as to produce an overhead hydrocarbon stream, a bottom hydrocarbon stream and a side hydrocarbon stream and c) subjecting the side hydrocarbon stream obtained in step b) to at least one crystallization step so as to obtain a purified styrene composition. a) providing a crude hydrocarbon composition containing styrene, b) subjecting the crude hydrocarbon composition provided in step a) to a distillation in a divided-wall column so as to produce an overhead hydrocarbon stream, a bottom hydrocarbon stream and a side hydrocarbon stream and c) subjecting the side hydrocarbon stream obtained in step b) to at least one crystallization step so as to obtain a purified styrene composition.
Method for locating a metal and/or magnetic object , wherein the sensor comprises at least two transmitting coils and a receiving coil which are inductively coupled to one another, wherein the method comprises at least the following steps of: - providing a first pair of predetermined AC voltages at the transmitting coils and sampling, in particular simultaneously sampling, currents (11 , I2 ) through the transmitting coils and a first voltage (U sec ) of the receiving coil ; characterized in that the method also comprises - providing a second pair of predetermined AC voltages at the transmitting coils , which differ from the first AC voltages, and sampling, in particular simultaneously sampling, currents (11 , 12 ) through the transmitting coils and a second voltage (U sec ) of the receiving coil ; - determining coupling factors (K1, K2) between the transmitting coils and the receiving coil on the basis of the determined currents (11 , 12 , 11 , 12 ) and voltages (U sec , U sec ), and - determining the object on the basis of the coupling factors (K1, K2), wherein the object is determined if the coupling factors (K1, K2) differ from the coupling factors of a past measurement. - providing a first pair of predetermined AC voltages at the transmitting coils and sampling, in particular simultaneously sampling, currents (11 , I2 ) through the transmitting coils and a first voltage (U sec ) of the receiving coil ; characterized in that the method also comprises - providing a second pair of predetermined AC voltages at the transmitting coils , which differ from the first AC voltages, and sampling, in particular simultaneously sampling, currents (11 , 12 ) through the transmitting coils and a second voltage (U sec ) of the receiving coil ; - determining coupling factors (K1, K2) between the transmitting coils and the receiving coil on the basis of the determined currents (11 , 12 , 11 , 12 ) and voltages (U sec , U sec ), and - determining the object on the basis of the coupling factors (K1, K2), wherein the object is determined if the coupling factors (K1, K2) differ from the coupling factors of a past measurement.
A system for fastening cooling elements on a component having a bottom side and a top side, wherein the system has a base apparatus and a gripping apparatus , wherein the base apparatus has a number of rows with heating elements, wherein the heating elements are arranged along a respective row, wherein the gripping apparatus has a corresponding number of rows with rail elements , wherein the rail elements are arranged along a respective row, wherein an n-th row with heating elements is congruent with an n-th row of rail elements when the gripping apparatus is arranged on the base apparatus , wherein the component is to be arranged with its bottom side on the heating elements, wherein an adhesive compound is to be applied to a top side of the component , which top side is averted from the base apparatus , in strips which are congruent to the rows along which the heating elements are arranged, wherein the cooling elements are to be arranged along the rows of rail elements , wherein the rail elements are designed to temporarily firmly hold the cooling elements on the gripping apparatus , wherein the gripping apparatus is designed to arrange the cooling elements on the strips of the adhesive compound and to press said cooling elements against the top side of the component , wherein the heating elements are designed to heat up the adhesive compound between the cooling elements and the top side of the component to a temperature which is at least as high as a curing temperature of the adhesive compound.
One or more non-transitory machine-readable media storing instructions which, when executed by one or more processors , causes the one or more processors to perform operations comprising: beginning, by a first thread (506a-b), traversal of a call stack of a second thread (508a-b) to bring respective frame states of a plurality of frames on the call stack to a first state of a plurality of states; executing, by the second thread, a first method associated with a first frame of the call stack, wherein the first method is called by a second method associated with a second frame of the call stack; wherein returning, by the second thread, to the second method associated with the second frame is conditioned upon a frame state of the second frame being the first state; determining, by the second thread, a current value for the frame state of the second frame, wherein the current value is one of the plurality of states; selecting a set of operations to be performed with respect to the second frame to bring the frame state from the current value to the first state; wherein different sets of operations are performed for (a) bringing the frame state from the second state to the first state and (b) bringing the frame state from a third state to the first state; performing the selected set of operations. beginning, by a first thread (506a-b), traversal of a call stack of a second thread (508a-b) to bring respective frame states of a plurality of frames on the call stack to a first state of a plurality of states; executing, by the second thread, a first method associated with a first frame of the call stack, wherein the first method is called by a second method associated with a second frame of the call stack; wherein returning, by the second thread, to the second method associated with the second frame is conditioned upon a frame state of the second frame being the first state; states of a plurality of frames on the call stack to a first state of a plurality of states; executing, by the second thread, a first method associated with a first frame of the call stack, wherein the first method is called by a second method associated with a second frame of the call stack; wherein returning, by the second thread, to the second method associated with the second frame is conditioned upon a frame state of the second frame being the first state; determining, by the second thread, a current value for the frame state of the second frame, wherein the current value is one of the plurality of states; selecting a set of operations to be performed with respect to the second frame to bring the frame state from the current value to the first state; wherein different sets of operations are performed for (a) bringing the frame state from the second state to the first state and (b) bringing the frame state from a third state to the first state; performing the selected set of operations.
A poly(3-hydroxybutyrate) resin sheet for thermoforming, comprising a poly(3-hydroxybutyrate) resin, wherein the sheet has a thickness of 0.15 to 1 mm, characterized in that a difference between a melting point peak temperature and a melting point peak end temperature in differential scanning calorimetry analysis of the poly(3-hydroxybutyrate) resin is from 10°C to 70°C. wherein the sheet has a thickness of 0.15 to 1 mm, characterized in that a difference between a melting point peak temperature and a melting point peak end temperature in differential scanning calorimetry analysis of the poly(3-hydroxybutyrate) resin is from 10°C to 70°C.
A variable valvetrain for actuating a valve of an internal combustion engine, the variable valvetrain being adapted to be arranged in a cylinder head portion of the internal combustion engine, the variable valvetrain comprising: an actuation system for periodically opening and closing the valve , the actuation system comprising - a rotatable valve crank ; - a transmission unit for transmitting the rotational movement of the valve crank into a periodical lifting movement for actuating the valve ; and - a lubricant supply system , wherein the valve crank is rotatably mounted about a valve crank axis by a valve crank bearing , the valve crank bearing connecting the valve crank to a rigid support body , and wherein the support body is mounted on a pivot shaft to be pivotable about a pivot axis , wherein pivoting of the support body about the pivot axis causes a change in the position of the valve crank axis along a circle segment about the pivot axis for adjusting the valve lift, and wherein the lubricant supply system comprises a support-body lubricant supply channel passing from the pivot shaft through the support body to the valve crank bearing , and wherein the lubricant supply system further comprises a lubricant outlet from the support body , and wherein the lubricant outlet is an intermittent lubricant outlet for intermittently letting out lubricant, wherein the lubricant outlet lets out the lubricant from within the support body to an unpressurized volume. an actuation system for periodically opening and closing the valve , the actuation system comprising - a rotatable valve crank ; - a transmission unit for transmitting the rotational movement of the valve crank into a periodical lifting movement for actuating the valve ; and - a lubricant supply system , wherein - a rotatable valve crank ; - a transmission unit for transmitting the rotational movement of the valve crank into a periodical lifting movement for actuating the valve ; and - a lubricant supply system , wherein the valve crank is rotatably mounted about a valve crank axis by a valve crank bearing , the valve crank bearing connecting the valve crank to a rigid support body , and wherein the support body is mounted on a pivot shaft to be pivotable about a pivot axis , wherein pivoting of the support body about the pivot axis causes a change in the position of the valve crank axis along a circle segment about the pivot axis for adjusting the valve lift, and wherein the lubricant supply system comprises a support-body lubricant supply channel passing from the pivot shaft through the support body to the valve crank bearing , and wherein the lubricant supply system further comprises a lubricant outlet from the support body , and wherein the lubricant outlet is an intermittent lubricant outlet for intermittently letting out lubricant, wherein the lubricant outlet lets out the lubricant from within the support body to an unpressurized volume.
A lay-up head for applying elongate fibre reinforcement material to an application surface , comprising: a support head having a transverse axis (T); a dispensing mechanism carried by the support head for dispensing elongate fibre reinforcement material; a roller for pressing elongate fibre composite material against the application surface , wherein the roller is tiltable with respect to the support head such that the roller axis (R) can be angled with respect to the transverse axis (T) of the support head ; and a holding mechanism operable to hold the roller in a central position in which the roller axis (R) is parallel to the transverse axis (T) of the support head , characterized in that the holding mechanism is operable to release the roller to allow it to tilt. a support head having a transverse axis (T); a dispensing mechanism carried by the support head for dispensing elongate fibre reinforcement material; a roller for pressing elongate fibre composite material against the application surface , wherein the roller is tiltable with respect to the support head such that the roller axis (R) can be angled with respect to the transverse axis (T) of the support head ; and a holding mechanism operable to hold the roller in a central position in which the roller axis (R) is parallel to the transverse axis (T) of the support head , characterized in that the holding mechanism is operable to release the roller to allow it to tilt.
A speaker comprising: a communicator comprising communication circuitry, a sound output unit comprising sound output circuitry and including a sound emission hole disposed at one side; a driver comprising a first motor and a second motor configured to drive the sound output unit to rotate; a sound reflector disposed at a lower side of the sound output unit and being spaced apart from the sound output unit, the sound reflector having a convex dome-shaped upper side; a support having one end fixed to the sound reflector and another end rotatably supporting the sound output unit; and a controller configured to control the driver to position the sound output unit in one of a first posture in which the sound emission hole faces the upper side of the sound reflector and a second posture in which the sound emission hole does not face the upper side of the sound reflector, wherein the controller is configured to control the first motor to position the sound output unit in one of the first posture and the second posture by tilting the sound output unit, and to control the second motor to swivel the sound output unit in the second posture, and wherein, when the sound output unit is in the second posture, the controller is configured to, based on a signal that includes a sound being received from an electronic apparatus via the communicator, identify a location of the electronic apparatus, and control the driver to position the sound output unit in a direction facing the electronic apparatus. a communicator comprising communication circuitry, a sound output unit comprising sound output circuitry and including a sound emission hole disposed at one side; a driver comprising a first motor and a second motor configured to drive the sound output unit to rotate; a sound reflector disposed at a lower side of the sound output unit and being spaced apart from the sound output unit, the sound reflector having a convex dome-shaped upper side; a support having one end fixed to the sound reflector and another end rotatably supporting the sound output unit; and a controller configured to control the driver to position the sound output unit in one of a first posture in which the sound emission hole faces the upper side of the sound reflector and a second posture in which the sound emission hole does not face the upper side of the sound reflector, wherein the controller is configured to control the first motor to position the sound output unit in one of the first posture and the second posture by tilting the sound output unit, and to control the second motor to swivel the sound output unit in the second posture, and
A security inlay having optically detectable indicia for an identification document, comprising: a first transparent layer , and a paint application located on the first layer , and a second transparent layer , wherein the first and second layers are bonded together, and at least one of the layers has blackenings , and the paint application is transparent to infrared light, and a first portion of the optically detectable indicia is formed by the blackenings in at least one of the layers , and a second portion of the optically detectable indicia is formed by the paint application such that the first and second portions of the optically detectable indicia reflect visible light, and the first portion of the optically detectable indicia reflect infrared light, wherein the security insert further comprises a lacquer layer applied on the first transparent layer and/or on the paint application , said lacquer layer being transparent to visible light and/or infrared light and/or ultraviolet light, characterized in in that the first layer has a depression, the paint application being located at least partially in the region of the depression on the first layer , and the depression being filled with the lacquer layer, so that at least part of the paint application is enclosed by the first layer and the lacquer layer. a first transparent layer , and a paint application located on the first layer , and a second transparent layer , wherein the first and second layers are bonded together, and at least one of the layers has blackenings , and the paint application is transparent to infrared light, and a first portion of the optically detectable indicia is formed by the blackenings in at least one of the layers , and a second portion of the optically detectable indicia is formed by the paint application such that the first and second portions of the optically detectable indicia reflect visible light, and the first portion of the optically detectable indicia reflect infrared light, wherein the security insert further comprises a lacquer layer applied on the first transparent layer and/or on the paint application , said lacquer layer being transparent to visible light and/or infrared light and/or ultraviolet light, characterized in in that the first layer has a depression, the paint application being located at least partially in the region of the depression on the first layer , and the depression being filled with the lacquer layer, so that at least part of the paint application is enclosed by the first layer and the lacquer layer.
Retaining plate for a vacuum cleaner filter bag, comprising: a sealing element ; a base plate in which a passage opening is formed; and a centering device which extends at least partially along the circumference of the passage opening , wherein the centering device comprises at least one first spring element which, when deformed in a radial direction, exerts a restoring force opposing the deformation, wherein the at least one spring element is formed from a deformed region of the retaining plate, and wherein the deformed region is wave-shaped. a sealing element ; a base plate in which a passage opening is formed; and a centering device which extends at least partially along the circumference of the passage opening , wherein the centering device comprises at least one first spring element which, when deformed in a radial direction, exerts a restoring force opposing the deformation, wherein the at least one spring element is formed from a deformed region of the retaining plate, and wherein the deformed region is wave-shaped.