mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically clearing garbage, characterized in that the method comprises, at a monitoring apparatus: acquiring monitored data of a monitored region, the monitored data comprising at least one frame of image; detecting, according to the monitored data, whether garbage is present in the monitored region; if garbage is present in the monitored region, acquiring location information of the garbage in the monitored region; and sending the location information of the garbage to a garbage robot, the garbage robot being configured to clear the garbage according to the location information, characterized in that the monitoring apparatus comprises a monitoring camera for capturing images or video; and the step of detecting, according to the monitored data, whether garbage is present in the monitored region comprises: identifying whether an action of a user exists in the at least one frame of image; if a user action exists in the at least one frame of image, detecting whether a moving object corresponding to the action is present in the at least one frame of image; and if a moving object corresponding to the action is present in the at least one frame of image, identifying whether the moving object is garbage according to a preset garbage feature library. acquiring monitored data of a monitored region, the monitored data comprising at least one frame of image; detecting, according to the monitored data, whether garbage is present in the monitored region; if garbage is present in the monitored region, acquiring location information of the garbage in the monitored region; and sending the location information of the garbage to a garbage robot, the garbage robot being configured to clear the garbage according to the location information, characterized in that the monitoring apparatus comprises a monitoring camera for capturing images or video; and the step of detecting, according to the monitored data, whether garbage is present in the monitored region comprises: identifying whether an action of a user exists in the at least one frame of image; if a user action exists in the at least one frame of image, detecting whether a moving object corresponding to the action is present in the at least one frame of image; and if a moving object corresponding to the action is present in the at least one frame of image, identifying whether the moving object is garbage according to a preset garbage feature library. identifying whether an action of a user exists in the at least one frame of image; if a user action exists in the at least one frame of image, detecting whether a moving object corresponding to the action is present in the at least one frame of image; and if a moving object corresponding to the action is present in the at least one frame of image, identifying whether the moving object is garbage according to a preset garbage feature library.
A machine implemented method comprising: receiving a selection of content selected within a graphical user interface of an application, wherein the application executes on an operating system associated with a geographic region and the geographic region is based on preferences set in the operating system that executes on a device; determining the selected content is a first content type; matching the first content type with a first transfer mode compatible with the first content type and a content sharing service that is in the geographic region, wherein the first transfer mode is associated with the geographic region of the operating system; presenting, within the GUI of the application, the first transfer mode in a manner that a user can select the first transfer mode; receiving, within the GUI of the application, the first transfer mode selection; and transferring, by the selected first transfer mode, the selected content to a destination on a server that is remote from the device. receiving a selection of content selected within a graphical user interface of an application, wherein the application executes on an operating system associated with a geographic region and the geographic region is based on preferences set in the operating system that executes on a device; determining the selected content is a first content type; matching the first content type with a first transfer mode compatible with the first content type and a content sharing service that is in the geographic region, wherein the first transfer mode is associated with the geographic region of the operating system; presenting, within the GUI of the application, the first transfer mode in a manner that a user can select the first transfer mode; receiving, within the GUI of the application, the first transfer mode selection; and transferring, by the selected first transfer mode, the selected content to a destination on a server that is remote from the device.
A method for authenticating a piece of key information (si) between one domain and another domain of respectively associated terminals (A, B) of a planned communication connection according to the Session Initiation Protocol, a) in which the transmitted piece of key information (si) from one domain is authenticated in the other domain by at least one certificate signed by the terminal points (A, B) with the aid of a key management protocol, b) in which at least one fingerprint (fp (si)) of a certificate signed by the terminal (A, B) of the one domain is inserted by the one domain into the body of an SIP message (INVITE), c) in which a piece of date information (di), certificate reference information (hz) and a piece of identity information (idi) of the terminal (A, B) generating the SIP message (INVITE) of the one domain is inserted by the one domain into the header (SIPH) of the SIP message (INVITE), characterized in that d) the identity information (idi) is copied by the one domain and the copied identity information (idi') is inserted into an area of the header (SIPH) or the body of the SIP message (INVITE), and e) a signature from the fingerprint (fp), the date information (di) and the copied identity information (idi') is generated by the one domain and inserted into an additional field of the header (SIPH) of the SIP message (INVITE). a) in which the transmitted piece of key information (si) from one domain is authenticated in the other domain by at least one certificate signed by the terminal points (A, B) with the aid of a key management protocol, b) in which at least one fingerprint (fp (si)) of a certificate signed by the terminal (A, B) of the one domain is inserted by the one domain into the body of an SIP message (INVITE), c) in which a piece of date information (di), certificate reference information (hz) and a piece of identity information (idi) of the terminal (A, B) generating the SIP message (INVITE) of the one domain is inserted by the one domain into the header (SIPH) of the SIP message (INVITE), characterized in that d) the identity information (idi) is copied by the one domain and the copied identity information (idi') is inserted into an area of the header (SIPH) or the body of the SIP message (INVITE), and e) a signature from the fingerprint (fp), the date information (di) and the copied identity information (idi') is generated by the one domain and inserted into an additional field of the header (SIPH) of the SIP message (INVITE).
A braking arrangement (23, 123) for a vehicle (21, 121), comprising: a source (25, 125) of compressed air; a drive axle (27, 127) for the vehicle; a brake (31, 131) associated with the drive axle (27, 127) and connected to the source (25, 125) of compressed air by an air line (33, 133); an operator controlled valve (35, 135) in the air line (33, 133) between the source (25, 125) of compressed air and the brake (31, 131); a proportioning valve (37, 137) in the air line (33, 133) between the operator controlled valve (35, 135) and the brake (31, 131); a compressor (43, 143) driven by the drive axle (27, 127) and having an outlet (45, 145) connected to a control port (47, 147) of the proportioning valve (37, 137); and characterised by further comprising: an antilock brake system, ABS, associated with the brake, means (57, 157) for determining whether the ABS is operating properly and adapted to send a signal to a controller (59, 159), the controller being configured to start operation of the compressor (43, 143) upon receipt of a signal that the ABS is not operating properly. a source (25, 125) of compressed air; a drive axle (27, 127) for the vehicle; a brake (31, 131) associated with the drive axle (27, 127) and connected to the source (25, 125) of compressed air by an air line (33, 133); an operator controlled valve (35, 135) in the air line (33, 133) between the source (25, 125) of compressed air and the brake (31, 131); a proportioning valve (37, 137) in the air line (33, 133) between the operator controlled valve (35, 135) and the brake (31, 131); a compressor (43, 143) driven by the drive axle (27, 127) and having an outlet (45, 145) connected to a control port (47, 147) of the proportioning valve (37, 137); and characterised by further comprising: an antilock brake system, ABS, associated with the brake, means (57, 157) for determining whether the ABS is operating properly and adapted to send a signal to a controller (59, 159), the controller being configured to start operation of the compressor (43, 143) upon receipt of a signal that the ABS is not operating properly.
Processing apparatus for the simultaneous processing of workpieces, particularly a processing station arranged for machining, including at least one first support device for gripping and/or holding the workpieces during the processing, wherein the support device comprises a support unit arranged in the form of a vertical rotary table, which includes at least two rotable support tables, which are spaced from one another and/or are coupled together and are rotatable about an axis of the support unit, characterised by at least one further support device for gripping and/or holding the workpieces during the processing, which comprises a support unit arranged in the form of a vertical rotary table, which includes at least two rotable support tables, which are spaced from one another and/or coupled together and are rotatable about an axis of the support unit, wherein the at least one first and the at least one further support device are arranged behind one another at a spacing and each include two support units, which are arranged on the axis spaced from one another in the axial direction and wherein the support tables of the first and the at least one further support device are arranged parallel to one another.
An expression system for systemic administration comprising a sequence encoding myotubularin, under the control of: - a promoter sequence allowing the expression at a therapeutically acceptable level of the myotubularin in skeletal muscles and presenting a promoter activity at a toxically acceptable level or even no activity in the heart; or - a promoter sequence allowing the expression at a therapeutically acceptable level of the myotubularin in skeletal muscles, and a target sequence of an miRNA expressed in the heart. - a promoter sequence allowing the expression at a therapeutically acceptable level of the myotubularin in skeletal muscles and presenting a promoter activity at a toxically acceptable level or even no activity in the heart; or - a promoter sequence allowing the expression at a therapeutically acceptable level of the myotubularin in skeletal muscles, and a target sequence of an miRNA expressed in the heart.
A camera accessory, at which light from a subject enters, detachably mountable at a camera body, comprising: a communication unit that communicates with the camera body; and a first storage unit that stores a discriminating signal indicating that another device capable of communicating with the camera body is not mountable on a subject side of the camera accessory, wherein: the communication unit transmits the discriminating signal to the camera body. a communication unit that communicates with the camera body; and a first storage unit that stores a discriminating signal indicating that another device capable of communicating with the camera body is not mountable on a subject side of the camera accessory, wherein: the communication unit transmits the discriminating signal to the camera body.
A network selection method for use by a mobile station which is adapted for communications using a voice service and a data service of a wireless communication network, the method comprising: selecting a first wireless network; causing (510, 514) a request for voice connectivity for the voice service and a request for data connectivity for the data service to be transmitted to the first wireless network; receiving an acceptance message for the voice connectivity from the first wireless network; receiving a rejection from the first wireless network in response to the request for data connectivity, the rejection comprising a cause of data services not allowed by the current wireless network; in response to receiving the rejection comprising the cause of data services not allowed by the current wireless network: selecting (601, 602, 614, 618, 624, 638, 640, 642, 643, 510) a second wireless network without reattempting the requests to the first wireless network; and causing (510, 514) a request for voice connectivity for the voice service and a request for data connectivity for the data service to be transmitted to the second wireless network. selecting a first wireless network; causing (510, 514) a request for voice connectivity for the voice service and a request for data connectivity for the data service to be transmitted to the first wireless network; receiving an acceptance message for the voice connectivity from the first wireless network; receiving a rejection from the first wireless network in response to the request for data connectivity, the rejection comprising a cause of data services not allowed by the current wireless network; in response to receiving the rejection comprising the cause of data services not allowed by the current wireless network: selecting (601, 602, 614, 618, 624, 638, 640, 642, 643, 510) a second wireless network without reattempting the requests to the first wireless network; and causing (510, 514) a request for voice connectivity for the voice service and a request for data connectivity for the data service to be transmitted to the second wireless network. selecting (601, 602, 614, 618, 624, 638, 640, 642, 643, 510) a second wireless network without reattempting the requests to the first wireless network; and causing (510, 514) a request for voice connectivity for the voice service and a request for data connectivity for the data service to be transmitted to the second wireless network.
A method for configuring a plurality of secondary cells of a base station for a user equipment, the method comprising: receiving, at the user equipment from the base station, a message including at least one configuration parameter applicable to the plurality of secondary cells and at least one second configuration parameter applicable to one of the plurality of secondary cells, wherein the at least one second configuration parameter conflicts with the at least one configuration parameter; and configuring the user equipment for the plurality of secondary cells based on the at least one configuration parameter and the at least one second configuration parameter, wherein the at least one second configuration parameter is used, by the user equipment, for the one of the plurality of secondary cells instead of the at least one configuration parameter. receiving, at the user equipment from the base station, a message including at least one configuration parameter applicable to the plurality of secondary cells and at least one second configuration parameter applicable to one of the plurality of secondary cells, wherein the at least one second configuration parameter conflicts with the at least one configuration parameter; and configuring the user equipment for the plurality of secondary cells based on the at least one configuration parameter and the at least one second configuration parameter, wherein the at least one second configuration parameter is used, by the user equipment, for the one of the plurality of secondary cells instead of the at least one configuration parameter.
An automated system using tidal waters and weights suitable to provide electricity 24 hours a day, said system comprising: a specific layer of tidal water; a series of separate individual docks built into an enclosure with a sea wall separating said docks from outer tidal waters; each dock comprising a water valve built into said sea wall;a plurality of time-released round weights uniform weight and size; a series of hydraulic hinged-decked barges (9A, 9B, 9C) with flaps each within a separate dock; such separate docks to lie at right angles to a platform; said platform to have an upper unloading point at which the round weights are offloaded from the barges (9A, 9B, 9C) using said hinged decks; said platform leading said round weights onto a downward slope with a first set of automated guiding barriers; said slope to end in an upper aperture; said upper aperture to lie above a ladle wheel; said ladle wheel being driven by the round weights and connected to a generator by a drive shaft and to lie above a lower aperture through which the round weights exit said lower aperture lying at the top of a second downward slope; said slope ending in a second set of automated guiding barriers configured to guide the round weights to the waiting hinged-deck barges at a lower collecting point. a specific layer of tidal water; a series of separate individual docks built into an enclosure with a sea wall separating said docks from outer tidal waters; each dock comprising a water valve built into said sea wall;a plurality of time-released round weights uniform weight and size; a series of hydraulic hinged-decked barges (9A, 9B, 9C) with flaps each within a separate dock; such separate docks to lie at right angles to a platform; said platform to have an upper unloading point at which the round weights are offloaded from the barges (9A, 9B, 9C) using said hinged decks; said platform leading said round weights onto a downward slope with a first set of automated guiding barriers; said slope to end in an upper aperture; said upper aperture to lie above a ladle wheel; said ladle wheel being driven by the round weights and connected to a generator by a drive shaft and to lie above a lower aperture through which the round weights exit said lower aperture lying at the top of a second downward slope; said slope ending in a second set of automated guiding barriers configured to guide the round weights to the waiting hinged-deck barges at a lower collecting point.
A high-strength and high-toughness steel plate, the chemical composition of the steel plate in weight percentage being: C: 0.15-0.25%, Si: 1.0-2.0%, Mn: 1.2-2.0%, P ≤ 0.015%, S ≤ 0.005%, Al: 0.5-1.0%, N ≤ 0.006%, Nb: 0.02-0.06%, O ≤ 0.003%, and the balance being Fe and other inevitable impurities, with 1.5% ≤ Si + Al ≤ 2.5% being satisfied; and wherein the high-strength and high-toughness steel plate has a yield strength of ≥ 390 MPa, a tensile strength of ≥800 MPa, an elongation of >20%, and an impact work at -20°C of >100J.
Device for balancing a prosthetic implant for a patient comprising: a plate-shaped central body having an upper side and a lower side (2"), a base element having an upper surface removably couplable with said lower side (2") of said central body, and a flat lower surface (3"), a plurality of upper elements having a lower surface (4") removably couplable with said upper side of said central body, and an flat upper surface, and coupling means for coupling said central body, said base element and said upper element, characterized in that the whole arrangement of said device being such that said upper surface of said upper element is tilted with respect to said flat lower surface (3") of said base element to a preset adjustment angle (a), wherein each of the plurality of upper elements has said flat upper surface tilted to a respective preset adjustment angle (a) with respect to said flat lower surface (3") of said base element, and in that the device comprises a plurality of base elements each one having a different thickness. a plate-shaped central body having an upper side and a lower side (2"), a base element having an upper surface removably couplable with said lower side (2") of said central body, and a flat lower surface (3"), a plurality of upper elements having a lower surface (4") removably couplable with said upper side of said central body, and an flat upper surface, and coupling means for coupling said central body, said base element and said upper element,
Insulated packaging, in particular for packing portable objects, wherein the insulated packaging comprises a base part which has at least four side walls (24a, 24b, 24c, 24d) connected to each other via first folding points (22a, 22b, 22c) and a first base section which is closable by folding, wherein this first base section is arranged via a second folding point at the first side wall, and on at least two side walls in each case a further foldable section (170a, 170b, 170c, 170d) is arranged, wherein this further foldable section has at least first and second subsection (172a, 176a, 172b, 176b, 172c, 176c, 172d, 176d) foldable with respect to each other and the first foldable subsections (172a, 172b, 172c, 172d) serve as further side wall layers and the second foldable subsections (176a, 176b, 176c,176d) serve as further base layer, characterized in that the second subsections (176a, 176b, 176c, 176b) are foldable with respect to the first subsections (172a, 172b 172c, 172d) with folding points (175a, 175b, 175c, 175d) and folding points (173b, 173d) in first subsections between an upper subsection (172a, 172b, 172c, 172d) and a lower subsection (174b, 174d) are provided which folding points facilitate the folding of the subsections (172b, 174b, 172d, 174b) to each other.