mhurhangee/patent-ind-claim-en huggingface dataset:
A charging and control system for a robotic lawn mower comprising: a power supply , operable to produce a charging voltage signal; a signal generator , operable to produce a positioning voltage signal; a charging station , electrically connected to said power supply so as to receive said charging voltage signal, and comprising one or more terminals operable to connect to said lawnmower so as to communicate said charging voltage signal to said lawnmower when positioned at charging station; and a position locating network, operable to receive said positioning voltage signal from said signal generator and to transmit a corresponding wireless positioning signal for reception by said lawnmower, characterised in that said power supply and said signal generator are provided within a housing located remotely from said charging station , and said housing further provides an interface for remotely controlling and/or indicating the status of said lawnmower. a power supply , operable to produce a charging voltage signal; a signal generator , operable to produce a positioning voltage signal; a charging station , electrically connected to said power supply so as to receive said charging voltage signal, and comprising one or more terminals operable to connect to said lawnmower so as to communicate said charging voltage signal to said lawnmower when positioned at charging station; and a position locating network, operable to receive said positioning voltage signal from said signal generator and to transmit a corresponding wireless positioning signal for reception by said lawnmower, characterised in that said power supply and said signal generator are provided within a housing located remotely from said charging station , and said housing further provides an interface for remotely controlling and/or indicating the status of said lawnmower.
Fire protection closure comprising a plurality of layers of elastic fire-resistant material, wherein the fire protection closure has two supporting layers, between which there is an intermediate layer and to which two upper layers adhere from the outside, wherein the supporting layer of fire-resistant material, to which strip-shaped slats of fire-resistant material are attached, each of the slats being attached with one of its longitudinal edges, wherein at least one surface of the slat has a swelling coating of material that becomes thicker after heating, and wherein each slat in the swollen state of its swelling coating inclines transversely away from the supporting layer and rests with its free edge on the surface of the adjacent upper layers or intermediate layer , wherein the slats are arranged opposite one another on both sides of the supporting layers .
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station, a frame format indicator associated with a transmission opportunity for transmissions in an unlicensed radio frequency spectrum band; and determining a time-division duplexing, TDD, configuration for the transmission opportunity based at least in part on the frame format indicator. receiving , from a base station, a frame format indicator associated with a transmission opportunity for transmissions in an unlicensed radio frequency spectrum band; and determining a time-division duplexing, TDD, configuration for the transmission opportunity based at least in part on the frame format indicator.
Drainage fitting for direct connection to a drainage trap of a toilet device , the drainage fitting comprising a body which comprises a working portion that is temporarily not immersed during use, characterized in that the drainage fitting has, on the working portion , a valve having a diameter of at least 80% of that of the body of the drainage fitting , which valve is designed to open to allow air to enter in the event of negative pressure in the drainage fitting and to close when at rest, and the valve is moreover rigidly connected to the drainage fitting , thus forming a single piece.
A control method of an air conditioner, characterized by comprising the following steps: controlling a compressor of an air conditioner to be in an operating state or a shutdown state according to a superheat degree (TG) of injected vapor of the compressor and a continuous duration (tc) of the superheat degree (TG) of the injected vapor; and controlling the compressor to be in a shutdown state for maintenance according to a number of shutdown times of the compressor , so as to maintain a gas supply pipeline of the compressor , wherein: the continuous duration (tc) of the superheat degree (TG) further comprises a negative value continuous duration (t1-t0), which is defined as the duration during which the superheat degree (TG) is less than or equal to an offset value (TP) of the superheat degree; when the negative value continuous duration (t1-t0) of the superheat degree of the injected vapor reaches a second preset value (tMAX), and during the negative value continuous duration (t1-t0), an exhaust temperature (T2) of the compressor remains less than a critical value (TL) of the exhaust temperature of the compressor , then the compressor is restored automatically to the operating state after being shut down. controlling a compressor of an air conditioner to be in an operating state or a shutdown state according to a superheat degree (TG) of injected vapor of the compressor and a continuous duration (tc) of the superheat degree (TG) of the injected vapor; and controlling the compressor to be in a shutdown state for maintenance according to a number of shutdown times of the compressor , so as to maintain a gas supply pipeline of the compressor , wherein: the continuous duration (tc) of the superheat degree (TG) further comprises a negative value continuous duration (t1-t0), which is defined as the duration during which the superheat degree (TG) is less than or equal to an offset value (TP) of the superheat degree; when the negative value continuous duration (t1-t0) of the superheat degree of the injected vapor reaches a second preset value (tMAX), and during the negative value continuous duration (t1-t0), an exhaust temperature (T2) of the compressor remains less than a critical value (TL) of the exhaust temperature of the compressor , then the compressor is restored automatically to the operating state after being shut down.
A microwave signal combiner for an electrosurgical generator having a three or more microwave channels each arranged to convey microwave energy at a different frequency, the signal combiner comprising: a band stop filter module for connection at a distal end of each of the three or more microwave channels, wherein the band stop filter module for each microwave channel is configured to block microwave energy at two or more different frequencies conveyed on the other microwave channels; and a common signal pathway extending to an output port from a junction at which the plurality of microwave channels are connected, wherein each band stop filter module comprises a three stub filter for each frequency of microwave energy to be blocked, wherein the three stub filter comprises three stubs connected to the trunk transmission line to present an open circuit in shunt to the junction at a wavelength of the microwave energy to be blocked. a band stop filter module for connection at a distal end of each of the three or more microwave channels, wherein the band stop filter module for each microwave channel is configured to block microwave energy at two or more different frequencies conveyed on the other microwave channels; and a common signal pathway extending to an output port from a junction at which the plurality of microwave channels are connected, wherein each band stop filter module comprises a three stub filter for each frequency of microwave energy to be blocked, wherein the three stub filter comprises three stubs connected to the trunk transmission line to present an open circuit in shunt to the junction at a wavelength of the microwave energy to be blocked.
A method performed by a station for enabling an Uplink, UL, transmission to an access point in a wireless communications network , the method comprising: determining a UL transmission rank for an UL transmission to the access point ; and transmitting , to the access point , a message on a contention-based transmission resource in the wireless communications network comprising information indicating the determined UL transmission rank. determining a UL transmission rank for an UL transmission to the access point ; and transmitting , to the access point , a message on a contention-based transmission resource in the wireless communications network comprising information indicating the determined UL transmission rank.
A method implemented in a wireless device configured to communicate with an Access and Mobility Management Function, AMF, entity , and a Unified Data Management, UDM, node , the method comprising: determining (S116) to initiate a switch from a first profile associated with a first profile identifier, PID, to a target profile associated with a target PID; causing transmission (S118) of a switch request message indicating the switch, the switch request message being configured to initiate the UDM node to activate the target profile; and at least one of causing transmission of and receiving (S120) signaling in accordance with the activated target profile associated with the target PID. determining (S116) to initiate a switch from a first profile associated with a first profile identifier, PID, to a target profile associated with a target PID; causing transmission (S118) of a switch request message indicating the switch, the switch request message being configured to initiate the UDM node to activate the target profile; and at least one of causing transmission of and receiving (S120) signaling in accordance with the activated target profile associated with the target PID.
A sensor transportation apparatus to convey an elongate sensor assembly through a wellbore, the sensor transportation apparatus comprising: a main body comprising at least one engagement structure adapted to connect the sensor transportation apparatus to an elongate sensor assembly, and two wheels each arranged to rotate about an axis of rotation substantially perpendicular to a longitudinal axis of the elongate sensor assembly when the transportation apparatus is connected to the elongate sensor assembly, characterised by : an orientation structure comprising the wheels and at least one laterally extending orientation projection , to define a form having a transverse outline which has a rotational centre , wherein, in use, relative rotation between the sensor transportation apparatus and the elongate sensor assembly is prevented and the rotational centre is offset from a centre of mass of the elongate sensor assembly and a rotational axis of each said wheel is above the centre of mass of the elongate sensor assembly when the sensor transportation apparatus is substantially horizontal so that in use the elongate sensor assembly is configured to naturally rotate so that the sensor transportation apparatus is oriented in a most stable position with the elongate sensor assembly centre of mass below the rotational centre of the sensor transportation apparatus and with the elongate sensor assembly carried on the wheels of the transportation apparatus in contact with the low side of the well bore. a main body comprising at least one engagement structure adapted to connect the sensor transportation apparatus to an elongate sensor assembly, and two wheels each arranged to rotate about an axis of rotation substantially perpendicular to a longitudinal axis of the elongate sensor assembly when the transportation apparatus is connected to the elongate sensor assembly, characterised by : an orientation structure comprising the wheels and at least one laterally extending orientation projection , to define a form having a transverse outline which has a rotational centre , wherein, in use, relative rotation between the sensor transportation apparatus and the elongate sensor assembly is prevented and the rotational centre is offset from a centre of mass of the elongate sensor assembly and a rotational axis of each said wheel is above the centre of mass of the elongate sensor assembly when the sensor transportation apparatus is substantially horizontal so that in use the elongate sensor assembly is configured to naturally rotate so that the sensor transportation apparatus is oriented in a most stable position with the elongate sensor assembly centre of mass below the rotational centre of the sensor transportation apparatus and with the elongate sensor assembly carried on the wheels of the transportation apparatus in contact with the low side of the well bore.
A fluid interface device for delivering fluid to and/or withdrawing fluid from a patient, the device comprising: - a peripheral base element ; - a fluid transmission element sealingly connected to the base element and forming a central portion of the device, the fluid transmission element comprising a front platelet with a primary face and a secondary face opposed thereto; characterized in that - the primary face is in contact with a patient's body fluid region when the device is implanted in the patient, - the fluid transmission element further comprising a counterplate sealingly stacked against the secondary face of the front platelet and forming a buffer volume therebetween; the front platelet comprising at least one array of microchannels defining a fluid passage between the buffer volume and the primary face, the microchannels having an opening (D i ) of 0.2 to 10 μm; - the fluid transmission element having at least one fluid port (20; 20a, 20b, 20b) for fluid delivery to and/or fluid withdrawal from the buffer volume. - a peripheral base element ; - a fluid transmission element sealingly connected to the base element and forming a central portion of the device, the fluid transmission element comprising a front platelet with a primary face and a secondary face opposed thereto; - the primary face is in contact with a patient's body fluid region when the device is implanted in the patient, - the fluid transmission element further comprising a counterplate sealingly stacked against the secondary face of the front platelet and forming a buffer volume therebetween; the front platelet comprising at least one array of microchannels defining a fluid passage between the buffer volume and the primary face, the microchannels having an opening (D i ) of 0.2 to 10 μm; - the fluid transmission element having at least one fluid port (20; 20a, 20b, 20b) for fluid delivery to and/or fluid withdrawal from the buffer volume.
An endoscopic camera for minimally invasive surgery, comprising a camera having an optical system , the optical system being attached to a transparent film and the film being removable, characterized in that the film comprises a plurality of sections , wherein an upper side of the section attached to an immediately preceding section and a lower side of the section is attached to an immediately succeeding section, wherein the individual sections are folded upon each other in such a manner that they are arranged in a meandering shape.
Use of a crosslinkable bonding rubber mixture for cold retreading of vehicle tyres, wherein the bonding rubber mixture contains at least one vulcanization accelerator having a melt temperature >130°C and wherein the bonding rubber mixture is produced by a process comprising at least the following steps of: - preparing a base mixture of the bonding rubber mixture without vulcanization chemicals and - preparing a ready-to-use mixture of the bonding rubber mixture by addition of the vulcanization chemicals at temperatures of less than 110°C in an internal mixer at a mixing duration of less than 5 min. - preparing a base mixture of the bonding rubber mixture without vulcanization chemicals and - preparing a ready-to-use mixture of the bonding rubber mixture by addition of the vulcanization chemicals at temperatures of less than 110°C in an internal mixer at a mixing duration of less than 5 min.
A method for preparing a graft copolymer powder, comprising: performing emulsion polymerization of a conjugated diene polymer, an aromatic vinyl monomer and an alkyl (meth)acrylate monomer to prepare a graft copolymer latex; coagulating the graft copolymer latex; aging the coagulated graft copolymer; dehydrating the aged graft copolymer to prepare a wet powder of the graft copolymer; and adding poly(oxyalkylene)diglycolic acid to the wet powder of the graft copolymer. performing emulsion polymerization of a conjugated diene polymer, an aromatic vinyl monomer and an alkyl (meth)acrylate monomer to prepare a graft copolymer latex; coagulating the graft copolymer latex; aging the coagulated graft copolymer; dehydrating the aged graft copolymer to prepare a wet powder of the graft copolymer; and adding poly(oxyalkylene)diglycolic acid to the wet powder of the graft copolymer.
Starting sheet material adapted for forming a reflector for a lighting device, the starting sheet material comprising: a flat reflective sheet material shaped as a sector of an annulus bendable into a parabolic reflector or a truncated cone reflector, the flat reflective sheet material comprising a first surface , a second surface , a first edge shaped as a segment of a circle with a first radius and a second edge shaped as a segment of a circle with a second radius, the second radius being smaller than the first radius, a third edge and a fourth edge , the third edge and the fourth edge extending between said first edge and said second edge, wherein optical structures are provided on at least a part of at least one of the first surface and the second surface, said optical structures enabling collimation and/or beam shaping of incident light, said optical structures being applied to the flat reflective sheet material along a direction perpendicular to the radial direction of the flat reflective sheet material, characterised in that said optical structures are optical structures enabling reflection of at least a portion of the incident light at the flat reflective sheet material after two refractions on the optical structures. a flat reflective sheet material shaped as a sector of an annulus bendable into a parabolic reflector or a truncated cone reflector, the flat reflective sheet material comprising a first surface , a second surface , a first edge shaped as a segment of a circle with a first radius and a second edge shaped as a segment of a circle with a second radius, the second radius being smaller than the first radius, a third edge and a fourth edge , the third edge and the fourth edge extending between said first edge and said second edge, wherein optical structures are provided on at least a part of at least one of the first surface and the second surface, said optical structures enabling collimation and/or beam shaping of incident light, said optical structures being applied to the flat reflective sheet material along a direction perpendicular to the radial direction of the flat reflective sheet material, characterised in that said optical structures are optical structures enabling reflection of at least a portion of the incident light at the flat reflective sheet material after two refractions on the optical structures.
A battery device comprising: a battery cell pack including a plurality of battery cells ; a layered structure disposed on top of the battery cell pack, said structure including an electrically conductive layer , an insulating material , and a cover layer or coating forming an upper surface of the layered structure; and a housing , in which said battery cell pack and said structure are arranged; wherein said electrically conductive layer is arranged in contact with the battery cell pack to electrically connect the plurality of battery cells, and said electrically conductive layer comprises a plurality of openings ; said insulating material includes a plurality of weakened portions or cuts extending through the insulating material; said cover layer or coating includes a heat- and fire-resistant material comprising mica or a ceramic, and further comprises a plurality of weakened portions or pre-cuts forming flaps , a flap being openable by an increase in pressure resulting from burn-out of a battery cell; and said structure is arranged such that, in case of burnout of a cell of said plurality of battery cells, a ventilation passage is formed over said cell through: an opening of said plurality of openings in said electrically conductive layer, a weakened portion or cut in said insulating material, and an opened flap of said flaps in the cover layer or coating. a battery cell pack including a plurality of battery cells ; a layered structure disposed on top of the battery cell pack, said structure including an electrically conductive layer , an insulating material , and a cover layer or coating forming an upper surface of the layered structure; and a housing , in which said battery cell pack and said structure are arranged; wherein said electrically conductive layer is arranged in contact with the battery cell pack to electrically connect the plurality of battery cells, and said electrically conductive layer comprises a plurality of openings ; said insulating material includes a plurality of weakened portions or cuts extending through the insulating material; said cover layer or coating includes a heat- and fire-resistant material comprising mica or a ceramic, and further comprises a plurality of weakened portions or pre-cuts forming flaps , a flap being openable by an increase in pressure resulting from burn-out of a battery cell; and said structure is arranged such that, in case of burnout of a cell of said plurality of battery cells, a ventilation passage is formed over said cell through: an opening of said plurality of openings in said electrically conductive layer, a weakened portion or cut in said insulating material, and an opened flap of said flaps in the cover layer or coating. an opening of said plurality of openings in said electrically conductive layer, a weakened portion or cut in said insulating material, and an opened flap of said flaps in the cover layer or coating.
An eccentric oscillating planetary reduction gear including a planetary gear , and an internal gear with which the planetary gear is engaged, the planetary reduction gear comprising: a carrier member that synchronizes with a rotating component or a revolving component of the planetary gear and is disposed on a side portion of the planetary gear in an axial direction, wherein the planetary gear is supported on a shaft member through a bearing and includes a main body that includes teeth and a protrusion that protrudes from only one side of an inner peripheral edge of a bearing hole , in which the bearing is disposed, in the axial direction, wherein the protrusion protrudes toward said one side with respect to the teeth of the planetary gear , wherein the protrusion and the carrier member overlap each other when seen from a diametral direction of the planetary gear , and wherein the bearing and the carrier member overlap each other when seen from the diametral direction of the planetary gear . a carrier member that synchronizes with a rotating component or a revolving component of the planetary gear and is disposed on a side portion of the planetary gear in an axial direction, wherein the planetary gear is supported on a shaft member through a bearing and includes a main body that includes teeth and a protrusion that protrudes from only one side of an inner peripheral edge of a bearing hole , in which the bearing is disposed, in the axial direction, wherein the protrusion protrudes toward said one side with respect to the teeth of the planetary gear , wherein the protrusion and the carrier member overlap each other when seen from a diametral direction of the planetary gear , and wherein the bearing and the carrier member overlap each other when seen from the diametral direction of the planetary gear .