mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication equipment installation for wireless communication equipment comprising: an antenna including a radiating element configured to transmit radio signals at frequencies greater than 24 GHz; and a shroud member , wherein the shroud member comprises a polyvinyl chloride, PVC, substrate; wherein the radiating element is configured to transmit radio signals through the shroud member ; characterised in that the wireless communication equipment installation includes a concealment system including the shroud member , and the concealment system further includes: a base concealment member ; and an aperture defined in the base concealment member ; wherein the shroud member is mounted in or over the aperture ; the concealment system is installed relative to the radiating element such that radio signals transmitted from the radiating element are directed primarily through the aperture and the shroud member ; the base concealment member is formed of a base material; and the material of the shroud member is less attenuating of the radio signals transmitted from the radiating element than the base material; the radiating element has a front face through which the radio signals are transmitted; and the concealment system includes a rain hood covering the antenna to inhibit rain water from depositing and collecting on the front face of the antenna and/or on a rear surface of the shroud member in front of the antenna. an antenna including a radiating element configured to transmit radio signals at frequencies greater than 24 GHz; and a shroud member , wherein the shroud member comprises a polyvinyl chloride, PVC, substrate; wherein the radiating element is configured to transmit radio signals through the shroud member ; characterised in that the wireless communication equipment installation includes a concealment system including the shroud member , and the concealment system further includes: a base concealment member ; and an aperture defined in the base concealment member ; wherein the shroud member is mounted in or over the aperture ; a base concealment member ; and an aperture defined in the base concealment member ; wherein the shroud member is mounted in or over the aperture ; the concealment system is installed relative to the radiating element such that radio signals transmitted from the radiating element are directed primarily through the aperture and the shroud member ; the base concealment member is formed of a base material; and the material of the shroud member is less attenuating of the radio signals transmitted from the radiating element than the base material; the radiating element has a front face through which the radio signals are transmitted; and the concealment system includes a rain hood covering the antenna to inhibit rain water from depositing and collecting on the front face of the antenna and/or on a rear surface of the shroud member in front of the antenna.
A packaging material, comprising: a gas-impermeable base layer ; an indicator layer disposed upon the base layer ; and a gas-impermeable top layer continuously disposed over the indicator layer , wherein the top layer forms cells (112, 112a-112g), and a portion (114a-114g) of the indicator layer is exposed to an interior (116a-1 16g) of each cell (112, 112a,-112g), wherein each of the cells (112, 112a-1 12g) is filled with a gas, and the portion (114a-114g) of the indicator layer exposed to the interior (116a-1 16g) of a cell visibly changes appearance in a location where the top layer is broken in response to the gas escaping through said break in the top layer over the cell . a gas-impermeable base layer ; an indicator layer disposed upon the base layer ; and a gas-impermeable top layer continuously disposed over the indicator layer , wherein the top layer forms cells (112, 112a-112g), and a portion (114a-114g) of the indicator layer is exposed to an interior (116a-1 16g) of each cell (112, 112a,-112g), wherein each of the cells (112, 112a-1 12g) is filled with a gas, and the portion (114a-114g) of the indicator layer exposed to the interior (116a-1 16g) of a cell visibly changes appearance in a location where the top layer is broken in response to the gas escaping through said break in the top layer over the cell .
A foaming mould having a first mould section on which a plastic carrier is able to be mounted, and with a second mould section , able to be spaced apart therefrom, which is able to be brought in connection with a plastic skin , with a sealing tube which is in sealing contact with the second mould section , and is tightly closed on at least one portion with a closure piece , wherein the sealing tube is movable into such a position towards the first mould section , that the plastic skin is able to be brought into sealing contact with the plastic carrier , characterized in that the closure piece is inserted in a sealing manner into the sealing tube and is surrounded by a clamp , which is movable in a translatory manner.
A method of fining glass, the method comprising: supplying input molten glass into a fining chamber of a fining vessel , the input molten glass combining with a molten glass bath contained within the fining chamber and introducing entrained gas bubbles into the molten glass bath , the input molten glass having a density and a concentration of gas bubbles ; flowing the molten glass bath through the fining chamber in a flow direction (F), the molten glass bath having an undercurrent that flows beneath a skimmer , which is partially submerged in the molten glass bath , and through a submerged passageway defined in part by the skimmer ; and introducing a carrier gas into the undercurrent of the molten glass bath directly beneath the skimmer , the carrier gas comprising suspended particles of one or more fining agents. supplying input molten glass into a fining chamber of a fining vessel , the input molten glass combining with a molten glass bath contained within the fining chamber and introducing entrained gas bubbles into the molten glass bath , the input molten glass having a density and a concentration of gas bubbles ; flowing the molten glass bath through the fining chamber in a flow direction (F), the molten glass bath having an undercurrent that flows beneath a skimmer , which is partially submerged in the molten glass bath , and through a submerged passageway defined in part by the skimmer ; and introducing a carrier gas into the undercurrent of the molten glass bath directly beneath the skimmer , the carrier gas comprising suspended particles of one or more fining agents.
Device comprising: - a stimulation unit for generating an acoustic stimulation signal , and - a measuring unit for recording, on a patient, a measurement signal , which reflects the neuronal activity in the auditory cortex of the patient or an area associated with it, - a control unit which controls the stimulation unit on the basis of the measurement signal in such a way that the stimulation unit converts the measurement signal into the acoustic stimulation signal , characterized in that - the control unit for generating the acoustic stimulation signal modulates the amplitude of oscillations by the measurement signal or by the measurement signal being previously processed by the control unit in a linear or non-linear way and feeds the amplitude-modulated oscillations into a control port of the control unit . - a stimulation unit for generating an acoustic stimulation signal , and - a measuring unit for recording, on a patient, a measurement signal , which reflects the neuronal activity in the auditory cortex of the patient or an area associated with it, - a control unit which controls the stimulation unit on the basis of the measurement signal in such a way that the stimulation unit converts the measurement signal into the acoustic stimulation signal , - the control unit for generating the acoustic stimulation signal modulates the amplitude of oscillations by the measurement signal or by the measurement signal being previously processed by the control unit in a linear or non-linear way and feeds the amplitude-modulated oscillations into a control port of the control unit .
Column for equipment for stacking and transporting piled-up and separated articles, comprising a channel-shaped body , a plurality of superimposed swingable brackets(3; 33) designed to support the articles, said brackets being formed by a front section for supporting the articles, a central section for coupling with said body and a rear section , each one of said brackets (3; 33) being pivoted to the body so as to be rotated between a retracted inoperative position, in which it is substantially contained inside the body , an intermediate pre-loading position, in which the front section of the bracket (3; 33) is partially projecting from the body to receive an article, and an extracted loading position in which said front section is projecting substantially transversely from said body to support the article, wherein the central section is provided with means for pivoting to the body and wherein there are provided actuator means for controlling the rotation of the bracket (3; 33) from the retracted position to the intermediate pre-loading position by a contiguous bracket and means for returning the bracket towards the retracted inoperative position, characterised in that the central section of each of the brackets (3; 33) has a pair of stop fins coplanar to the central section , each of the stop fins being inserted into a respective groove provided for on the body , said groove being formed by: - an initial section with a substantially horizontal lower surface on which the stop fin rests in said loading position of the bracket (3; 33), - an end section with vertical surface against which the stop fin rests in said inoperative position of the bracket (3; 33), and - a slanting chute intermediate section suitable to allow the stop fin to pass through - during the rotation of the bracket (3; 33)- between said inoperative and loading positions, and in that the rear section of each of the brackets (3; 33) is provided with at least one lateral appendage coupled to said actuator means (4; 37). - an initial section with a substantially horizontal lower surface on which the stop fin rests in said loading position of the bracket (3; 33), - an end section with vertical surface against which the stop fin rests in said inoperative position of the bracket (3; 33), and - a slanting chute intermediate section suitable to allow the stop fin to pass through - during the rotation of the bracket (3; 33)- between said inoperative and loading positions,
A vehicle for supporting/securing harnessed riders on a dual line continuous belay system, which comprises a vehicle carriage having: (a) an upper cavity through which an upper line can run, and carrying upper rollers located to contact said upper line , the upper cavity having a generally horizontal slot extending to the outside through which a continuous belay can pass; and (b) a lower cavity through which a lower line can run, and carrying lower rollers to contact said lower line , the lower cavity having a generally horizontal slot extending to the outside through which a continuous belay can pass. (a) an upper cavity through which an upper line can run, and carrying upper rollers located to contact said upper line , the upper cavity having a generally horizontal slot extending to the outside through which a continuous belay can pass; and (b) a lower cavity through which a lower line can run, and carrying lower rollers to contact said lower line , the lower cavity having a generally horizontal slot extending to the outside through which a continuous belay can pass.
A visual remote control method for a touch-controllable device, wherein the method is executed by a control center device in a remote control system, and the method comprises: obtaining, by the control center device, a video image; determining, by the control center device, an identifier of each of at least one touch-controllable device in the video image; and sending, by the control center device, the video image and the identifier of each touch-controllable device to a remote device, so that a user can select and control a first touch-controllable device in the video image by using the remote device; wherein the method further comprises: sending, by the control center device, a control UI of the first touch-controllable device and an API of the first touch-controllable device to the remote device; receiving, by the control center device, first adjustment information sent by the remote device, wherein the first adjustment information is used to adjust an adjustable running parameter of the first touch-controllable device, and sending, by the control center device, the first adjustment information to the first touch-controllable device, so that the first touch-controllable device adjusts the adjustable running parameter according to the first adjustment information. obtaining, by the control center device, a video image; determining, by the control center device, an identifier of each of at least one touch-controllable device in the video image; and sending, by the control center device, the video image and the identifier of each touch-controllable device to a remote device, so that a user can select and control a first touch-controllable device in the video image by using the remote device; wherein the method further comprises: sending, by the control center device, a control UI of the first touch-controllable device and an API of the first touch-controllable device to the remote device; receiving, by the control center device, first adjustment information sent by the remote device, wherein the first adjustment information is used to adjust an adjustable running parameter of the first touch-controllable device, and sending, by the control center device, the first adjustment information to the first touch-controllable device, so that the first touch-controllable device adjusts the adjustable running parameter according to the first adjustment information. sending, by the control center device, a control UI of the first touch-controllable device and an API of the first touch-controllable device to the remote device; receiving, by the control center device, first adjustment information sent by the remote device, wherein the first adjustment information is used to adjust an adjustable running parameter of the first touch-controllable device, and sending, by the control center device, the first adjustment information to the first touch-controllable device, so that the first touch-controllable device adjusts the adjustable running parameter according to the first adjustment information.
A filling valve of a toilet flush tank comprising, (i) a body in which is arranged a chamber , connected to a water inflow tube and to a filling tube of a flush tank in which an opening forming an air intake is made, (ii) a reservoir disposed opposite to the opening designed to be filled during the passage of water until immersing the opening and to be discharged and to release the opening during the closing of the filling valve, characterized in that the valve comprises a casing engaged with the filling tube , the casing having an annular portion delimiting the reservoir with the filling tube , and a tubular portion dipping in the toilet flush tank, the filling tube showing at least one bevel positioned close to the opening , and designed to direct a part of the liquid circulating in the filling tube , through the opening , in the reservoir . (i) a body in which is arranged a chamber , connected to a water inflow tube and to a filling tube of a flush tank in which an opening forming an air intake is made, (ii) a reservoir disposed opposite to the opening designed to be filled during the passage of water until immersing the opening and to be discharged and to release the opening during the closing of the filling valve, characterized in that the valve comprises a casing engaged with the filling tube , the casing having an annular portion delimiting the reservoir with the filling tube , and a tubular portion dipping in the toilet flush tank, the filling tube showing at least one bevel positioned close to the opening , and designed to direct a part of the liquid circulating in the filling tube , through the opening , in the reservoir .
A film suitable for administration to an oral cavity comprising: (i) an alginate salt of a monovalent cation or a mixture of alginate salts containing at least one alginate salt of a monovalent cation; and (ii) an active pharmaceutical ingredient (API) which is an antagonist of an opioid receptor or an inverse agonist of an opioid receptor, or an acyl, ester or cabamyl derivative thereof, or a pharmaceutically acceptable salt thereof; wherein the alginate salt of a monovalent cation (a) comprises from 25 to 35% by weight of β-D-mannuronate and from 65 to 75% by weight of α-L-guluronate, and (b) has a mean molecular weight of from 20,000 g/mol to 90,000 g/mol. (i) an alginate salt of a monovalent cation or a mixture of alginate salts containing at least one alginate salt of a monovalent cation; and (ii) an active pharmaceutical ingredient (API) which is an antagonist of an opioid receptor or an inverse agonist of an opioid receptor, or an acyl, ester or cabamyl derivative thereof, or a pharmaceutically acceptable salt thereof;
A method for wireless communication at a user equipment, UE, the method comprising: communicating on a first set of resources of a plurality of sets of frequency resources that are in an active state for the UE, wherein the communicating is based on a configuration that includes the first set of frequency resources and excludes a second set of frequency resources; identifying a periodic interval to receive positioning reference signals on the plurality of sets of frequency resources, the periodic interval comprising a first time window for receiving the positioning reference signals during the active state of the plurality of sets of frequency resources for the UE, and a second time window for an inactive state of the plurality of sets of frequency resources for the UE; receiving, during the first time window of the periodic interval, a first positioning reference signal on the first set of frequency resources of the plurality of sets of frequency resources and a second positioning reference signal on the second set of frequency resources of the plurality of sets of frequency resources, wherein the UE is in an inactive state for the second set of frequency resources during the second time window while communicating on the first set of frequency resources that are in the active state for the UE during the first time window; and determining a position of the UE based at least in part on the received first positioning reference signal and the received second positioning reference signal. communicating on a first set of resources of a plurality of sets of frequency resources that are in an active state for the UE, wherein the communicating is based on a configuration that includes the first set of frequency resources and excludes a second set of frequency resources; identifying a periodic interval to receive positioning reference signals on the plurality of sets of frequency resources, the periodic interval comprising a first time window for receiving the positioning reference signals during the active state of the plurality of sets of frequency resources for the UE, and a second time window for an inactive state of the plurality of sets of frequency resources for the UE; receiving, during the first time window of the periodic interval, a first positioning reference signal on the first set of frequency resources of the plurality of sets of frequency resources and a second positioning reference signal on the second set of frequency resources of the plurality of sets of frequency resources, wherein the UE is in an inactive state for the second set of frequency resources during the second time window while communicating on the first set of frequency resources that are in the active state for the UE during the first time window; and determining a position of the UE based at least in part on the received first positioning reference signal and the received second positioning reference signal.
A process for obtaining an extract of Persea, in particular Persea americana (Avocado) comprising at least 90 wt.-% avocado polyols and preferably at least 95 wt.-% avocadene, comprising or consisting of the following steps: (a) providing a source of Persea; (b) subjecting said source of Persea to an extraction step preferably using organic solvents to obtain a first extract; (c) subjecting said first extract to saponification to obtain a second extract; (d) adding a source of calcium to said second extract to precipitate calcium soaps; (e) subjecting the product of step (d) to a separation step to obtain a third extract and said precipitated calcium salts; and optionally (f) subjecting said third extract to further purification. (a) providing a source of Persea; (b) subjecting said source of Persea to an extraction step preferably using organic solvents to obtain a first extract; (c) subjecting said first extract to saponification to obtain a second extract; (d) adding a source of calcium to said second extract to precipitate calcium soaps; (e) subjecting the product of step (d) to a separation step to obtain a third extract and said precipitated calcium salts; and optionally (f) subjecting said third extract to further purification.
A high voltage transformer comprising - a core , - a low voltage coil on the core , and - a high voltage coil on the core , wherein the core comprises a pair of E cores forming a centre leg and two outer legs, each outer leg with an air gap between opposing legs of the E cores for forming a stray magnetic field, with the low voltage coil and the high voltage coil on the centre leg and the high voltage coil comprising two half-coils, wherein the low voltage coil is placed between the two half-coils, and wherein there is a distance from the low voltage coil to the air gaps, and the two half-coils of the high voltage coil are kept apart so that the windings are kept out of the stray magnetic field, characterized in that the high voltage coil has a plurality of insulating carrier substrates in an overlaying arrangement, each carrier substrate carrying an electrically conductive trace with end portions , the trace forming one or more turns around the core , and a first connector pad connecting a respective end portion of the trace on the substrate to a respective end portion of the trace on an overlaying substrate of the plurality of insulating carrier substrates , wherein each carrier substrate carries its conductive trace on one substrate surface and a second connector pad is on the opposing substrate surface with an electrical connection through the substrate connecting the second connector pad to a respective end portion of the conductive trace . - a core , - a low voltage coil on the core , and - a high voltage coil on the core ,
An antenna structure configured to be provided in a headset to be worn on or at the head of a user, the antenna structure comprising a radiator element in connection with a ground plate ; where the radiator element is arranged in a first plane , and the ground plate is arranged in a second plane ; where the radiator element and the ground plate are connected by a first ground connector , a second ground connector and a feed connector ; where the radiator element has an electrical length of about a half-wavelength between the first ground connector and the second ground connector ; wherein the radiator element has an opening between the first ground connector and the second ground connector ; and characterized in that the opening between the first ground connector and the second ground connector is configured for providing that an object can be arranged between the first plane and the second plane such that the object extends through the opening .