mhurhangee/patent-ind-claim-en huggingface dataset:
A radar unit for detecting an existence of interference, wherein the radar unit comprises: a millimetre wave (mmW) transceiver (Tx/Rx) circuit comprising a plurality of antennas forming a radiation pattern and configured to radiate a transmit radar signal and receive an echo signal thereof; a mixed analog and baseband circuit operably coupled to the mmW Tx/Rx circuit; and a signal processor circuit operably coupled to the mixed analog and baseband circuit; wherein the radar unit is characterized by ; at least one auxiliary interference detection path coupled to the signal processor circuit wherein the at least one auxiliary interference detection path includes at least one auxiliary baseband receiver ; an interference detection unit operably coupled to the at least one auxiliary interference detection path and configured to monitor at least a portion of a radar frequency band supported by the radar unit, receive an interference signal from the at least one auxiliary baseband receiver and determine from the received interference signal an arrival direction of the received interference signal and a level of interference, and output an interference detected signal; and wherein the signal processor circuit is configured to analyse the interference detected signal and quantify a response to the arrival direction and level of the received interference signal. a millimetre wave (mmW) transceiver (Tx/Rx) circuit comprising a plurality of antennas forming a radiation pattern and configured to radiate a transmit radar signal and receive an echo signal thereof; a mixed analog and baseband circuit operably coupled to the mmW Tx/Rx circuit; and a signal processor circuit operably coupled to the mixed analog and baseband circuit; wherein the radar unit is characterized by ; at least one auxiliary interference detection path coupled to the signal processor circuit wherein the at least one auxiliary interference detection path includes at least one auxiliary baseband receiver ; an interference detection unit operably coupled to the at least one auxiliary interference detection path and configured to monitor at least a portion of a radar frequency band supported by the radar unit, receive an interference signal from the at least one auxiliary baseband receiver and determine from the received interference signal an arrival direction of the received interference signal and a level of interference, and output an interference detected signal; and wherein the signal processor circuit is configured to analyse the interference detected signal and quantify a response to the arrival direction and level of the received interference signal.
An air-cooled refrigerator , comprising: a bottom liner , internally defining a cooling chamber located at its bottom, a water receiving tank being formed on a bottom wall of the bottom liner , and a water drainage outlet being formed at a bottom of the water receiving tank ; an evaporator , provided inside the cooling chamber , and configured to cool an air flow entering the cooling chamber to form a cooled air flow; a water receiving tray , provided between the evaporator and the bottom wall of the bottom liner , and configured to receive water on the evaporator , a plurality of through holes being formed in a region of the water receiving tray facing towards the water receiving tank ; and a heating wire , provided between the water receiving tray and the evaporator in a coiled manner, and configured to provide heat for defrosting of the evaporator , the heating wire having an extension portion extending to the water receiving tank through the through holes , wherein the evaporator has an overall flat cuboid shape, and is arranged in a front portion of the cooling chamber and provided obliquely upward from front to back in the cooling chamber , such that the front end of the evaporator is inclined towards the water receiving tank , which reduces the distance between the front portion of the evaporator and the water receiving tank , thus reducing the distance between the whole heating wire and the water receiving tank . a bottom liner , internally defining a cooling chamber located at its bottom, a water receiving tank being formed on a bottom wall of the bottom liner , and a water drainage outlet being formed at a bottom of the water receiving tank ; an evaporator , provided inside the cooling chamber , and configured to cool an air flow entering the cooling chamber to form a cooled air flow; a water receiving tray , provided between the evaporator and the bottom wall of the bottom liner , and configured to receive water on the evaporator , a plurality of through holes being formed in a region of the water receiving tray facing towards the water receiving tank ; and a heating wire , provided between the water receiving tray and the evaporator in a coiled manner, and configured to provide heat for defrosting of the evaporator , the heating wire having an extension portion extending to the water receiving tank through the through holes , wherein the evaporator has an overall flat cuboid shape, and is arranged in a front portion of the cooling chamber and provided obliquely upward from front to back in the cooling chamber , such that the front end of the evaporator is inclined towards the water receiving tank , which reduces the distance between the front portion of the evaporator and the water receiving tank , thus reducing the distance between the whole heating wire and the water receiving tank .
A climbing shoe comprising: a substantially sock-shaped shoe-upper which is shaped so as to completely cover the foot of the user; a front sole made of elastomeric material and which is fixed to the bottom of the shoe-upper so as to cover at least the tarsus-phalangeal region of the sole of the foot; a rear sole made of elastomeric material and which is fixed to the bottom of the shoe-upper so as to at least partially cover the talus-calcaneal region of the sole of the foot; and at least one tensioning band made of an elastic material and which is firmly fixed to the shoe-upper so as to tighten the shoe-upper against the foot of the user; wherein the rear sole additionally covers the rear part of the shoe-upper at the heel, the climbing shoe being characterised in that it further includes: at least one transversal protruding ridge or rib which extends on the rear part of the shoe-upper , straddling and substantially perpendicular to the midplane of the shoe; and a reinforcing core which extends inside said protruding ridge or rib , and is made of a material which is more rigid than the elastomeric material forming the outer part of the transversal protruding ridge or rib .
A fault detection device for streetlamp lighting system comprising multiple load groups which are powered by a power cable (L), characterized in that the fault detection device comprises a master detection control unit and multiple load detection control units configured for respective load groups, wherein the master detection control unit is configured to determine, according to a first fault feedback signal (Sto) provided by respective load detection control unit , whether the load group corresponding to the load detection control unit is failed, while the streetlamp lighting system is in a first state; and the master detection control unit is configured to determine, according to a physical quantity detected on the power cable (L), whether the power cable (L) is failed, while the streetlamp lighting system is in a second state, characterized in that the first state is a DC power supply state of the power cable (L), and the second state is an AC power supply state of the power cable (L).
Use of amorphous calcium carbonate in a fire-resistant inorganic mortar system for a fire-resistant chemical fastening of anchors and post-installed reinforcing bars in mineral substrates to increase load values at elevated temperatures of 250°C and higher, comprising a curable aluminous cement component A and an initiator component B for initiating the curing process.
A sensor comprising a conductive region in electrical communication with two electrodes, the conductive region comprising single-walled carbon nanotubes, nanosized particles of a metal dichalcogenide, and a mercaptoimidazolyl metal-ligand complex.
A pressurised liquid delivery assembly having: at least one liquid delivery module , each said module including: a housing and an associated compartment, said compartment being a draw slidably locatable within said housing and moveable with respect to said housing to permit access by a user to said compartment; said draw including a removable cartridge adapted in use to hold a replaceable, pressurised receptacle containing liquid to be dispensed by said assembly , said draw defining a space for receiving the removable cartridge and receptacle so that the receptacle is located within the space ; the draw being movable from an open position providing access to the space to a closed position whereby a pressure chamber is created and sealed; a liquid dispenser operatively associated with said receptacle and adapted to dispense liquid when the pressure in the chamber increases; said dispenser including a conduit extendable from a dispensing nozzle to a liquid receiving connector , said liquid receiving connector adapted to releasably connect to said liquid receptacle in use; wherein said assembly further includes a piercer adapted in use to pierce said receptacle to permit liquid located within said receptacle to flow to said nozzle . a housing and an associated compartment, said compartment being a draw slidably locatable within said housing and moveable with respect to said housing to permit access by a user to said compartment; said draw including a removable cartridge adapted in use to hold a replaceable, pressurised receptacle containing liquid to be dispensed by said assembly , said draw defining a space for receiving the removable cartridge and receptacle so that the receptacle is located within the space ; the draw being movable from an open position providing access to the space to a closed position whereby a pressure chamber is created and sealed; a liquid dispenser operatively associated with said receptacle and adapted to dispense liquid when the pressure in the chamber increases; said dispenser including a conduit extendable from a dispensing nozzle to a liquid receiving connector , said liquid receiving connector adapted to releasably connect to said liquid receptacle in use; wherein said assembly further includes a piercer adapted in use to pierce said receptacle to permit liquid located within said receptacle to flow to said nozzle .
System for processing food items such as pieces of meat, said system comprising: - a primary conveyor means , - at least two workstations , and - a computer system , arranged for - providing a stream of food items by means of the primary conveyor means , - allocating at least partly by means of the computer system one or more of said items to one of the at least two workstations where said items are processed, e.g. cut and/or trimmed, resulting in one or more processed items , - registering in said computer system information about a return of at least one of said one or more processed items to said primary conveyor means , and - returning said at least one of said one or more processed items to said primary conveyor means in accordance with said information about a return, characterized in that the computer system is arranged for being informed when an item is processed and ready for being put back on the conveyor and wherein the computer system is further arranged for then planning when it will be a suitable time to put the item back on the conveyor according to its knowledge of other items already present on the conveyor, and the distance between them. - a primary conveyor means , - at least two workstations , and - a computer system , arranged for - providing a stream of food items by means of the primary conveyor means , - allocating at least partly by means of the computer system one or more of said items to one of the at least two workstations where said items are processed, e.g. cut and/or trimmed, resulting in one or more processed items , - registering in said computer system information about a return of at least one of said one or more processed items to said primary conveyor means , and - returning said at least one of said one or more processed items to said primary conveyor means in accordance with said information about a return,
A milk emulsifying device comprising a hollow body exhibiting: - a single mixing chamber operating by Venturi effect, connected to a single steam inflow channel , to a single milk aspirating channel by Venturi effect, to a single air aspirating channel by Venturi effect provided with a check valve and to a single milk outflow channel ; or - a first mixing chamber operating by Venturi effect and respectively at least a second mixing chamber by Venturi effect connected to a first steam inflow channel and respectively to at least a second steam inflow channel , to a first milk outflow channel and respectively to at least a second milk outflow channel , and to a first milk aspirating channel by Venturi effect and respectively to at least a second milk aspirating channel by Venturi effect, one between said first and second mixing chamber by Venturi effect being further connected to a respective air aspirating channel by Venturi effect; - a single external milk dispensing channel connected to said single outflow channel or to said at least a second outflow channel ; said emulsifying device having a first dispensing operating configuration of hot milk with a froth and a second operating dispensing configuration of hot milk without a froth and reconfigurating means activatable for switching said emulsifying device between said first and said second configuration, characterised in that said first and second dispensing operating configurations differ in a size of the milk outflow section, the larger area milk outflow section corresponding to the second dispensing operating configuration. - a single mixing chamber operating by Venturi effect, connected to a single steam inflow channel , to a single milk aspirating channel by Venturi effect, to a single air aspirating channel by Venturi effect provided with a check valve and to a single milk outflow channel ; or - a first mixing chamber operating by Venturi effect and respectively at least a second mixing chamber by Venturi effect connected to a first steam inflow channel and respectively to at least a second steam inflow channel , to a first milk outflow channel and respectively to at least a second milk outflow channel , and to a first milk aspirating channel by Venturi effect and respectively to at least a second milk aspirating channel by Venturi effect, one between said first and second mixing chamber by Venturi effect being further connected to a respective air aspirating channel by Venturi effect; - a single external milk dispensing channel connected to said single outflow channel or to said at least a second outflow channel ; said emulsifying device having a first dispensing operating configuration of hot milk with a froth and a second operating dispensing configuration of hot milk without a froth and reconfigurating means activatable for switching said emulsifying device between said first and said second configuration, characterised in that said first and second dispensing operating configurations differ in a size of the milk outflow section, the larger area milk outflow section corresponding to the second dispensing operating configuration.
A method for shooting a long-exposure image, applied to an electronic device, comprising: displaying a first interface, wherein the first interface is a camera interface of the electronic device; detecting a first operation of a user on the first interface; obtaining a plurality of frames of image in response to the first operation; detecting a second operation of the user on the first interface; obtaining an image in response to the second operation; determining a first area and a second area, the first area comprises a first object from the image identified by the electronic device, the second area is an area other than the first area; wherein the first object is an object type preset by the electronic device, the first object is obtained from a first frame number of image in the plurality of frames of image, the first area of the first frame number of image comprises the first object, and the second area is obtained from a second frame number of image in the plurality of frames of image by performing long-exposure processing on the second frame number of image, and the first frame number is less than the second frame number; and combining the first area and the second area to generate a long-exposure image. displaying a first interface, wherein the first interface is a camera interface of the electronic device; detecting a first operation of a user on the first interface; obtaining a plurality of frames of image in response to the first operation; detecting a second operation of the user on the first interface; obtaining an image in response to the second operation; determining a first area and a second area, the first area comprises a first object from the image identified by the electronic device, the second area is an area other than the first area; wherein the first object is an object type preset by the electronic device, the first object is obtained from a first frame number of image in the plurality of frames of image, the first area of the first frame number of image comprises the first object, and the second area is obtained from a second frame number of image in the plurality of frames of image by performing long-exposure processing on the second frame number of image, and the first frame number is less than the second frame number; and combining the first area and the second area to generate a long-exposure image.
A die casting method comprising: supplying molten metal (M) to a plunger sleeve ; and advancing a plunger in the plunger sleeve , to inject the molten metal (M) into dies , wherein, when the molten metal (M) is injected into the dies , the plunger is once retracted before being advanced, and the plunger is kept accelerated until the plunger reaches a target maximum speed when the plunger retracted is advanced, the movement of the plunger being controlled by a controller . supplying molten metal (M) to a plunger sleeve ; and advancing a plunger in the plunger sleeve , to inject the molten metal (M) into dies , wherein, when the molten metal (M) is injected into the dies , the plunger is once retracted before being advanced, and the plunger is kept accelerated until the plunger reaches a target maximum speed when the plunger retracted is advanced, the movement of the plunger being controlled by a controller .
An audio headset system, the system comprising: a headband having two upper headband sections coupled by a center block ; and two ear cups , each coupled to a corresponding one of the two upper headband sections, wherein each of the two upper headband sections comprise side support strips , characterized in that between the side support strips of each of the two upper headband sections a movable strip is located and the movable strip is coupled to a slider knob and the movable strip configures rigidness of each of the two upper headband sections wherein the support strips are less rigid than the movable strip and rigidity of each of the two upper headband sections is increased when the movable strip is moved toward the corresponding ear cup . a headband having two upper headband sections coupled by a center block ; and two ear cups , each coupled to a corresponding one of the two upper headband sections, wherein each of the two upper headband sections comprise side support strips , characterized in that between the side support strips of each of the two upper headband sections a movable strip is located and the movable strip is coupled to a slider knob and the movable strip configures rigidness of each of the two upper headband sections wherein the support strips are less rigid than the movable strip and rigidity of each of the two upper headband sections is increased when the movable strip is moved toward the corresponding ear cup .
A composition comprising: 0.05 to 0.30 mole fraction of Ga 2 O 3 ; 0.5 to 0.8 mole fraction of SiO 2 ; 0.10 to 0.17 mole fraction of Y 2 O 3 , and 0.02 to 0.15 mole fraction of SrO. 0.05 to 0.30 mole fraction of Ga 2 O 3 ; 0.5 to 0.8 mole fraction of SiO 2 ; 0.10 to 0.17 mole fraction of Y 2 O 3 , and 0.02 to 0.15 mole fraction of SrO.
A method for selecting a network slice, comprising: determining, by a network selection function, network slice identity information of a network slice to which a mobile terminal is accessed ; wherein the method is characterized by comprising: selecting, by the network selection function, a service node for the mobile terminal based on the network slice identity information ; wherein determining, by a network selection function, network slice identity information of a network slice to which a mobile terminal is accessed comprises: determining, by the network selection function, the network slice identity information of the network slice to which the mobile terminal is accessed by receiving the network slice identity information sent by the mobile terminal. determining, by a network selection function, network slice identity information of a network slice to which a mobile terminal is accessed ; wherein the method is characterized by comprising: selecting, by the network selection function, a service node for the mobile terminal based on the network slice identity information ; wherein determining, by a network selection function, network slice identity information of a network slice to which a mobile terminal is accessed comprises: determining, by the network selection function, the network slice identity information of the network slice to which the mobile terminal is accessed by receiving the network slice identity information sent by the mobile terminal.