mhurhangee/patent-ind-claim-en huggingface dataset:
A virtual reality or augmented reality vision system (200; 500; 600; 600'; 700; 700'; 700"; 700′′′) including: - a first emission module (230; 730), capable of emitting a visible light beam oriented along a first emission axis ; - a second emission module (240; 740), capable of emitting an infrared light beam oriented along a second emission axis ; and - an infrared-sensitive photo-detection module (250; 650; 750); characterised in that it further includes an array of micro-mirrors (260; 560; 660; 760), wherein each micro-mirror is capable of taking a first position and a second position distinct from each other, with the micro-mirrors parallel to each other when they are all in the first position, respectively when they are all in the second position, and in that : - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its first position, receive light from the first emission module (230; 730) and reflect it along an axis parallel to an axis of interest ; and - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its second position, receive light from the second emission module (240; 740) and reflect it along an axis substantially parallel to the axis of interest , and receive light propagating along an axis parallel to the axis of interest and reflect it toward the photo-detection module (250; 650; 750). - a first emission module (230; 730), capable of emitting a visible light beam oriented along a first emission axis ; - a second emission module (240; 740), capable of emitting an infrared light beam oriented along a second emission axis ; and - an infrared-sensitive photo-detection module (250; 650; 750); - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its first position, receive light from the first emission module (230; 730) and reflect it along an axis parallel to an axis of interest ; and - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its second position, receive light from the second emission module (240; 740) and reflect it along an axis substantially parallel to the axis of interest , and receive light propagating along an axis parallel to the axis of interest and reflect it toward the photo-detection module (250; 650; 750).
A method performed by a radio node for configuring a wireless device , the radio node and the wireless device operating in a wireless communications network , the method comprising: - configuring the wireless device with a plurality of Physical Uplink Control Channel, PUCCH, resource units, wherein the plurality of PUCCH resource units is associated with a number of downlink, DL, aggregated carriers; wherein, for at least some of the aggregated carriers in the number of downlink aggregated carriers, each aggregated carrier is allocated a different PUCCH resource unit within the plurality of PUCCH resource units, wherein each PUCCH resource unit is identifiable by a respective indicator in a respective single Downlink, DL, scheduling assignment , wherein the respective indicator comprises a Downlink Control Information, DCI, field which indicates the PUCCH resource unit together with serving cell index information. - configuring the wireless device with a plurality of Physical Uplink Control Channel, PUCCH, resource units, wherein the plurality of PUCCH resource units is associated with a number of downlink, DL, aggregated carriers;
Filter apparatus with a filter housing which has at least two connection points , such as an inlet for unfiltered medium and an outlet for filtrate, and accommodates a replaceable filter element , wherein at least one valve device is provided which, in an open position (OS), enables a fluid flow between one of the connection points and the filter element and, in a closed position (SS), prevents this fluid flow, and wherein the valve device is movable between the open position (OS) and the closed position (SS) by means of an actuating device , wherein the one valve device is an inflow valve , characterised in that, the inflow valve 38 is arranged in the fluid flow between the inlet and an outer side of the filter element and has an inflow valve closing member which is formed by a cylinder wall portion that is provided with an opening and which is arranged so as to be movable in a slot in the filter housing ; and in that , in the open position (OS), the opening overlaps the inlet .
A rotary actuator with movable frame consisting of an electric coil moving over an angular travel around an axis of rotation A, the coil being of elliptical cylindrical shape and the winding axis B being orthogonal to the axis of rotation A, the coil being placed in the magnetic field of a fixed magnet, characterized in that the fixed magnet surrounds said coil and consists of two semi-cylindrical parts whose generators are orthogonal to the axis of rotation A, the first of the semi-cylindrical parts having a North pole directed towards the coil , orthogonally to the direction of the generators and being positioned outside the coil , the second having a South pole directed towards the coil, orthogonally to the direction of the generators and also being positioned outside the coil opposite the first part, the actuator comprising a ferromagnetic core inside the coil and an outer ferromagnetic yoke surrounding the fixed magnet, the coil moving in the air gap generated between the semi-cylindrical magnetized parts and the inner core .
A utility pole comprising an elongated member having an outer layer , wherein the outer layer comprises a synthetic material, characterised in that the outer layer is provided with a plurality of recesses on an external surface of the outer layer , the recesses being configured for receiving spikes of a crampon.
A method for inhibiting the production of an enzyme by a collection of microorganisms attached to a surface in an industrial water environment, the method comprising intermittently applying to water communicating with said collection of microorganisms a substance which inhibits the production of an enzyme by said collection of microorganisms, wherein said enzyme is a hydrogen peroxide-degrading enzyme (HPDE) and is a catalase and said substance does not inactivate said enzyme, wherein said substance is bromide activated chloramine formed by mixing a hypochlorite oxidant and ammonium bromide and wherein said substance is applied to said water in said industrial water environment periodically with a duty cycle of less than 1:2, where the duty cycle means the ratio between (a) the amount of time the substance is administered to the collection of microorganisms and (b) the amount of time the substance is not administered, and wherein said applying said substance includes generating said substance in real time by producing a predetermined dilution of a hypochlorite oxidant, producing a predetermined dilution of an ammonium salt, synchronously metering the two dilutions into a mixer to continuously mix therein according to a predetermined ratio to produce the substance having an effective amount of reproducibility, stability and efficacy in situ in the mixer, and wherein said substance is applied to said water at a dosage of 10ppm or less expressed as total chlorine.
A wireless transmit/receive unit, WTRU, comprising: at least one antenna; a first transceiver operatively coupled to the at least one antenna; and a second transceiver operatively coupled to the at least one antenna, wherein: the at least one antenna and the first transceiver are configured to receive a first signal from a network; wherein the received first signal comprises one or more sections of different time duration and amplitudes, wherein the one or more sections have a same energy; the first transceiver is further configured to extract energy from the received first signal; the first transceiver is further configured to decode an energy signature of the received first signal by comparing a separation in time between energy threshold events, wherein the energy threshold events are based on the extracted energy; the first transceiver is further configured to activate, on a condition that the decoded energy signature matches a configured energy signature, the second transceiver; and the at least one antenna and the second transceiver are configured to receive a second signal from the network. at least one antenna; a first transceiver operatively coupled to the at least one antenna; and a second transceiver operatively coupled to the at least one antenna, wherein: the at least one antenna and the first transceiver are configured to receive a first signal from a network; wherein the received first signal comprises one or more sections of different time duration and amplitudes, wherein the one or more sections have a same energy; the first transceiver is further configured to extract energy from the received first signal; the first transceiver is further configured to decode an energy signature of the received first signal by comparing a separation in time between energy threshold events, wherein the energy threshold events are based on the extracted energy; the first transceiver is further configured to activate, on a condition that the decoded energy signature matches a configured energy signature, the second transceiver; and the at least one antenna and the second transceiver are configured to receive a second signal from the network. the at least one antenna and the first transceiver are configured to receive a first signal from a network; wherein the received first signal comprises one or more sections of different time duration and amplitudes, wherein the one or more sections have a same energy; the first transceiver is further configured to extract energy from the received first signal; the first transceiver is further configured to decode an energy signature of the received first signal by comparing a separation in time between energy threshold events, wherein the energy threshold events are based on the extracted energy; the first transceiver is further configured to activate, on a condition that the decoded energy signature matches a configured energy signature, the second transceiver; and the at least one antenna and the second transceiver are configured to receive a second signal from the network.
A compound of formula XVI, wherein LG 1 represents imidazolyl, chloro or aryloxy.
A laparoscopic port perforation and closure device comprising: a trocar configured such that a handle is coupled to a first end of a sleeve formed in a tubular shape for being introduced into a perforated port; a connector detachably coupled to an upper portion of the handle of the trocar; a penetrating tip , hooked to the connector via a combined perforation/closure assembly, with an end tip thereof being exposed outside a second end of the sleeve by sequentially penetrating the handle and the sleeve of the trocar, and configured to enter an abdominal cavity by perforating a port; a closure cartridge; and the combined perforation/closure assembly configured to close the perforated port by replacing the penetrating tip with the closure cartridge ; wherein the perforation/closure assembly includes: a handle ; a bisected cover rod longitudinally extending from the handle ; a holder provided in the perforation/closure assembly and configured to be rotated within a limited angle range in the cover rod and moved up and down within a limited distance; the closure cartridge being insertable into and lockable to a lower portion of the cover rod ; and the penetrating tip being insertable into and lockable to the lower portion of the cover rod , whereby any one of the closure cartridge and the penetrating tip is selectively coupled to the perforation and closure device, and the closure cartridge and the penetrating tip are repeatedly used by replacing the same. a trocar configured such that a handle is coupled to a first end of a sleeve formed in a tubular shape for being introduced into a perforated port; a connector detachably coupled to an upper portion of the handle of the trocar; a penetrating tip , hooked to the connector via a combined perforation/closure assembly, with an end tip thereof being exposed outside a second end of the sleeve by sequentially penetrating the handle and the sleeve of the trocar, and configured to enter an abdominal cavity by perforating a port; a closure cartridge; and the combined perforation/closure assembly configured to close the perforated port by replacing the penetrating tip with the closure cartridge ; wherein the perforation/closure assembly includes: a handle ; a bisected cover rod longitudinally extending from the handle ; a holder provided in the perforation/closure assembly and configured to be rotated within a limited angle range in the cover rod and moved up and down within a limited distance; the closure cartridge being insertable into and lockable to a lower portion of the cover rod ; and the penetrating tip being insertable into and lockable to the lower portion of the cover rod , whereby any one of the closure cartridge and the penetrating tip is selectively coupled to the perforation and closure device, and the closure cartridge and the penetrating tip are repeatedly used by replacing the same.
Adapter device for mounting of receiving bodies of different sizes, wherein the adapter device comprises: a carrier apparatus for carrying a mounted receiving body ; first coupling structures (106 to 108) at the carrier apparatus which are designed for mounting a first receiving body of a first size by sliding on and locking at the first coupling structures (106 to 108); second coupling structures (110 to 112) at the carrier apparatus which are designed for mounting a second receiving body of a second size by sliding on and locking at the second coupling structures (110 to 112), wherein the first coupling structures (106 to 108) comprise at least one first guide rail , wherein, along the at least one first guide rail , the first receiving body is slideable on up to a first locking position, characterised in that the first coupling structures (106 to 108) comprise at least one first locking body , wherein, during sliding on the first receiving body along the at least one first guide rail up to the first locking position, the at least one first locking body is designed for, at the first locking position, vertical irremovable locking the first receiving body at the adapter device . a carrier apparatus for carrying a mounted receiving body ; first coupling structures (106 to 108) at the carrier apparatus which are designed for mounting a first receiving body of a first size by sliding on and locking at the first coupling structures (106 to 108); second coupling structures (110 to 112) at the carrier apparatus which are designed for mounting a second receiving body of a second size by sliding on and locking at the second coupling structures (110 to 112), wherein the first coupling structures (106 to 108) comprise at least one first guide rail , wherein, along the at least one first guide rail , the first receiving body is slideable on up to a first locking position, characterised in that the first coupling structures (106 to 108) comprise at least one first locking body , wherein, during sliding on the first receiving body along the at least one first guide rail up to the first locking position, the at least one first locking body is designed for, at the first locking position, vertical irremovable locking the first receiving body at the adapter device .
An organic electroluminescent element comprising a light-transmitting electrode layer that is provided on a light-transmitting substrate ; an electrode layer that forms a pair with the light-transmitting electrode layer; an organic layer that is held between the electrode layers and contains an organic electroluminescent substance; a light-blocking auxiliary electrode that is formed on the light-transmitting electrode layer so as to be in contact with a part of the light-transmitting electrode layer; and an insulating coating film that covers the auxiliary electrode, wherein the auxiliary electrode has: a low resistivity layer which is provided on the light-transmitting electrode layer to contact with a part of the light-transmitting electrode layer, the low resistivity layer being formed from a low resistivity material that has a low specific resistance in comparison to the light-transmitting electrode layer; characterized by a coating layer which is provided on the low resistivity layer, the coating layer covering top and side surfaces of the low resistivity layer that do not contact the light-transmitting electrode layer, and the coating layer being formed from a metal that has a higher melting point than the low resistivity material. a low resistivity layer which is provided on the light-transmitting electrode layer to contact with a part of the light-transmitting electrode layer, the low resistivity layer being formed from a low resistivity material that has a low specific resistance in comparison to the light-transmitting electrode layer; characterized by a coating layer which is provided on the low resistivity layer, the coating layer covering top and side surfaces of the low resistivity layer that do not contact the light-transmitting electrode layer, and the coating layer being formed from a metal that has a higher melting point than the low resistivity material.
A cooling appliance comprising: a body , a door having an open position providing access inside the body and a closed position blocking access inside the body , a multi joint hinge comprising a first plate and a second plate attached onto the body and the door respectively, wherein the first plate and the second plate are attached to each other via a plurality of levers and a support lever wherein the said levers are pivotably attached to at least another one of the said levers or to the support lever and wherein the said levers are pivotably attached to the first plate or the second plate from one end and wherein the said levers are configured to fold onto each other forming a close-fit structure in the closed position of the door and extends towards the front of the cooling appliance in the open position of the door , characterized by a sensor and a magnet placed onto two of the said levers such that the sensor and the magnet are almost adjacent to each other in the closed position of the door completing the circuit upon which the sensor is activated to send a signal to a processor controlling the operational functions of the cooling appliance . a body , a door having an open position providing access inside the body and a closed position blocking access inside the body , a multi joint hinge comprising a first plate and a second plate attached onto the body and the door respectively, wherein the first plate and the second plate are attached to each other via a plurality of levers and a support lever wherein the said levers are pivotably attached to at least another one of the said levers or to the support lever and wherein the said levers are pivotably attached to the first plate or the second plate from one end and wherein the said levers are configured to fold onto each other forming a close-fit structure in the closed position of the door and extends towards the front of the cooling appliance in the open position of the door , characterized by a sensor and a magnet placed onto two of the said levers such that the sensor and the magnet are almost adjacent to each other in the closed position of the door completing the circuit upon which the sensor is activated to send a signal to a processor controlling the operational functions of the cooling appliance .
Assembly for stiffening an aircraft fuselage , comprising longitudinal stringers , transverse frames crossing the stringers, and attachments connecting the stringers to the frames, the stringers each comprising a sole designed to be placed on the fuselage, the attachments comprising a base placed on the stringers overlapping the soles of two adjacent stringers, characterized in that the stringers are made up of a main portion having a uniform section and of plates manufactured separately from the main portion and then joined intimately thereto, the plates being separated from one another along the stringers and situated between the bases of the attachments and the fuselage.
A glass panel, comprising: a first surface, and a second surface and wherein the first and second surfaces are being spaced apart by thickness of the glass panel; at least two images printed on the same surface of the glass panel, wherein the at least two images have overlapping areas; wherein the images comprise at least one part that provides a high friction coefficient, at least one part that provides information such as a warning message and wherein the part of the image with the high friction coefficient possesses fluid dependent opacity, and wherein both images are imbedded into the glass panel. a first surface, and a second surface and wherein the first and second surfaces are being spaced apart by thickness of the glass panel; at least two images printed on the same surface of the glass panel, wherein the at least two images have overlapping areas; wherein the images comprise at least one part that provides a high friction coefficient, at least one part that provides information such as a warning message and wherein the part of the image with the high friction coefficient possesses fluid dependent opacity, and wherein both images are imbedded into the glass panel.