mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous metal-ion battery comprising: an aqueous electrolyte; a first electrode comprising at least one organic electrode material, the at least one organic electrode material comprises an organic carbonyl compound having a structural formula chosen from the group consisting of: , wherein the core is at least one structural formula chosen from the group consisting of: wherein the chain comprises any polymer or oligomer; L comprises a moeity chosen from the group consisting of dicarbonyl, NH, O, S, CH 2 , (CH 2 ) 2 , (CH 2 ) 3 , (CH 2 ) 4 , (CH 2 ) 6 , optionally substituted 5-6 membered aryl/heteroaryl groups, R comprises at least one of H, CH 3 or C 2 H 5 ; n is at least 2; Ar 1 comprises at least one moiety chosen from the group consisting of naphthalene, perylene, optionally substituted 5-6 membered aryl or heteroaryl groups, and biaryls consisting of two identical or different optionally substituted 5-6 membered aryl or heteroaryl groups; and a counter electrode capable of intercalation by or coordination to at least one metal-ion chosen from the group consisting of lithium (Li), sodium (Na), magnesium (Mg), calcium (Ca), and aluminum (Al), and combinations thereof; wherein the counter electrode comprises at least one organic electrode material chosen from the group consisting of carbonyl compounds, organosulfur compounds, radical compounds, non-conjugated polymers, and combinations thereof. an aqueous electrolyte; a first electrode comprising at least one organic electrode material, the at least one organic electrode material comprises an organic carbonyl compound having a structural formula chosen from the group consisting of: , wherein the core is at least one structural formula chosen from the group consisting of: wherein the chain comprises any polymer or oligomer; L comprises a moeity chosen from the group consisting of dicarbonyl, NH, O, S, CH 2 , (CH 2 ) 2 , (CH 2 ) 3 , (CH 2 ) 4 , (CH 2 ) 6 , optionally substituted 5-6 membered aryl/heteroaryl groups, R comprises at least one of H, CH 3 or C 2 H 5 ; n is at least 2; Ar 1 comprises at least one moiety chosen from the group consisting of naphthalene, perylene, optionally substituted 5-6 membered aryl or heteroaryl groups, and biaryls consisting of two identical or different optionally substituted 5-6 membered aryl or heteroaryl groups; and a counter electrode capable of intercalation by or coordination to at least one metal-ion chosen from the group consisting of lithium (Li), sodium (Na), magnesium (Mg), calcium (Ca), and aluminum (Al), and combinations thereof; wherein the counter electrode comprises at least one organic electrode material chosen from the group consisting of carbonyl compounds, organosulfur compounds, radical compounds, non-conjugated polymers, and combinations thereof.
An apparatus comprising at least one processor and at least one memory including computer program code; the at least one memory and the computer program code configured to cause the apparatus at least to perform: generating a request for positioning data and including in the request an indication that an estimate of an amount of the requested positioning data is to be provided instead of the requested positioning data , wherein the indication is in the form of a flag in the request; causing a transmission of the request ; and receiving a response including an estimate of the amount of the requested positioning data instead of the requested positioning data ; wherein the positioning data comprises at least one of: data on wireless local area network, WLAN, access points for supporting a WLAN based positioning; or data on cells or base stations of a cellular network for supporting a cell based positioning. generating a request for positioning data and including in the request an indication that an estimate of an amount of the requested positioning data is to be provided instead of the requested positioning data , wherein the indication is in the form of a flag in the request; causing a transmission of the request ; and receiving a response including an estimate of the amount of the requested positioning data instead of the requested positioning data ; wherein the positioning data comprises at least one of: data on wireless local area network, WLAN, access points for supporting a WLAN based positioning; or data on cells or base stations of a cellular network for supporting a cell based positioning. data on wireless local area network, WLAN, access points for supporting a WLAN based positioning; or data on cells or base stations of a cellular network for supporting a cell based positioning.
Device for the secure and fast transfer of new glass plates from the production line to a transport vehicle, with the following features: a glass plate roller conveyor with a glass rack gripping and stacking device for receiving glass plates from a production line, at least one, on tracks moving glass rack carriage , with at least one overlying glass rack , wherein the glass rack can be loaded with inclined glass plates , and a, in course of the tracks arranged rotating device for rotating the at least one glass rack carriage by 180 degrees for loading each glass rack carriage , characterized by : two parallel, at right angles on the glass plate roller conveyor centered tapered tracks , where in the area between the tracks an underfloor power supply rail is arranged, and where the glass racks can be fixed by a pivoting device in the inclined position. a glass plate roller conveyor with a glass rack gripping and stacking device for receiving glass plates from a production line, at least one, on tracks moving glass rack carriage , with at least one overlying glass rack , wherein the glass rack can be loaded with inclined glass plates , and a, in course of the tracks arranged rotating device for rotating the at least one glass rack carriage by 180 degrees for loading each glass rack carriage , characterized by : two parallel, at right angles on the glass plate roller conveyor centered tapered tracks , where in the area between the tracks an underfloor power supply rail is arranged, and where the glass racks can be fixed by a pivoting device in the inclined position. two parallel, at right angles on the glass plate roller conveyor centered tapered tracks , where in the area between the tracks an underfloor power supply rail is arranged, and where the glass racks can be fixed by a pivoting device in the inclined position.
Driving assistance method for a vehicle , comprising the following steps: obtaining (S1) road information regarding a road the vehicle is driving on; automatically detecting (S2) uneven surface regions of the road using the obtained road information; and adapting (S3) at least one driving function of the vehicle depending on the detection of an uneven surface region of the road ; characterized in that the road information is obtained using sensor data of the vehicle , the sensor data comprising at least one of camera sensor data, radar sensor data, lidar sensor data and infrared sensor data, wherein a periodic undulation of the uneven surface region of the road in a direction perpendicular to the road is determined using the road information, and wherein the driving function of the vehicle is adapted depending on the determined periodic undulation. obtaining (S1) road information regarding a road the vehicle is driving on; automatically detecting (S2) uneven surface regions of the road using the obtained road information; and adapting (S3) at least one driving function of the vehicle depending on the detection of an uneven surface region of the road ; characterized in that the road information is obtained using sensor data of the vehicle , the sensor data comprising at least one of camera sensor data, radar sensor data, lidar sensor data and infrared sensor data, wherein a periodic undulation of the uneven surface region of the road in a direction perpendicular to the road is determined using the road information, and wherein the driving function of the vehicle is adapted depending on the determined periodic undulation.
Method for operating a car operating panel in an elevator car for an elevator, the method comprising: receiving a destination selection signal generated by actuating a push button of the car operating panel indicating a passenger's request for transportation to a selected destination floor; detecting an occupation degree indicating a current occupation of the elevator car ; and outputting an audible feedback stating the selected destination floor in case the occupation degree is higher than a predetermined occupation limit. receiving a destination selection signal generated by actuating a push button of the car operating panel indicating a passenger's request for transportation to a selected destination floor; detecting an occupation degree indicating a current occupation of the elevator car ; and outputting an audible feedback stating the selected destination floor in case the occupation degree is higher than a predetermined occupation limit.
A tandem, non-contacting dry gas mechanical seal system for a compressor operating on a process gas in a process cavity at a process cavity pressure and configured to inhibit the emission of process gas between a stationary compressor housing and a rotating compressor shaft , the mechanical seal system comprising: a first stage seal including a first rotating ring operably coupled to the compressor shaft , and a first stationary ring operably biased towards the first rotating ring by a first biasing mechanism operably coupled to the compressor housing , the first rotating ring defining grooves configured to pressurize gas passing between interfacing portions of the first rotating ring and the first stationary ring to partially counteract the biasing force of the first biasing mechanism ; a second stage seal including a second rotating ring operably coupled to the compressor shaft , and a second stationary ring operably biased towards the second rotating ring by a second biasing mechanism operably coupled to the compressor housing ; and a dense barrier gas supply subsystem configured to direct a supply of dense barrier gas from an inlet through interfacing portions of the first rotating ring and the first stationary ring at a pressure below the process cavity pressure, the grooves of the first stage seal are configured to pressurize the dense barrier gas to a pressure above the process cavity pressure to promote an upstream flow of the dense barrier gas from an inner diameter of the first stage seal to an outer diameter of the first stage seal and into the process cavity to inhibit emission of the process gas. a first stage seal including a first rotating ring operably coupled to the compressor shaft , and a first stationary ring operably biased towards the first rotating ring by a first biasing mechanism operably coupled to the compressor housing , the first rotating ring defining grooves configured to pressurize gas passing between interfacing portions of the first rotating ring and the first stationary ring to partially counteract the biasing force of the first biasing mechanism ; a second stage seal including a second rotating ring operably coupled to the compressor shaft , and a second stationary ring operably biased towards the second rotating ring by a second biasing mechanism operably coupled to the compressor housing ; and a dense barrier gas supply subsystem configured to direct a supply of dense barrier gas from an inlet through interfacing portions of the first rotating ring and the first stationary ring at a pressure below the process cavity pressure, the grooves of the first stage seal are configured to pressurize the dense barrier gas to a pressure above the process cavity pressure to promote an upstream flow of the dense barrier gas from an inner diameter of the first stage seal to an outer diameter of the first stage seal and into the process cavity to inhibit emission of the process gas.
A thin film transistor , comprising a gate electrode , a gate insulating layer , a metal oxide semiconductor active layer , , a source electrode and a drain electrode that are provided on a substrate; wherein, the metal oxide semiconductor active layer is disposed between a layer where the substrate is located and a layer where the source electrode and the drain electrode are located, and corresponds to a gap between the source electrode and the drain electrode , which gap is located above the metal oxide semiconductor active layer ; the thin film transistor further includes a first pattern and a second pattern that are disposed in the same layer with the metal oxide semiconductor active layer and directly contacted with a left side and a right side of the metal oxide semiconductor active layer , respectively; the first pattern corresponds to and contacts directly with the source electrode which is located above the first pattern , and the second pattern corresponds to and contacts directly with the drain electrode which is located above the second pattern ; wherein, the first pattern and the second pattern each include a zinc oxide-based binary oxide conductor, the metal oxide semiconductor active layer includes a zinc oxide-based multi-element oxide transformed into the metal oxide semiconductor active layer by doping with metal ions.
An optical transmission system comprising: a wavelength selective switch (11; 101); a light source (12; 102) configured to generate a dummy signal light with a known spectrum; a multiplexer (13; 103) configured to multiplex a main signal in which optical signals having a plurality of wavelengths are multiplexed with the dummy signal light, and output the main signal into which the dummy signal light is inserted to the wavelength selective switch (11; 101); a light intensity monitor configured to acquire the intensity of the light of each wavelength of a light output from the wavelength selective switch (11; 101); light source control means for controlling the insertion of the dummy signal light into the main signal and release of the insertion; characterised in that the optical transmission system comprises: difference calculation means for calculating the difference, for each wavelength, between a first light intensity that the light intensity monitor has acquired in a state in which the dummy signal light is inserted into the main signal and a second light intensity that the light intensity monitor has acquired in a state in which the dummy signal light is not inserted into the main signal; insertion loss calculation means for calculating an insertion loss in the wavelength selective switch (11; 101) for each wavelength based on the result of the calculation in the difference calculation means ; and insertion loss control means for controlling the insertion loss in the wavelength selective switch (11; 101) for each wavelength based on the insertion loss that has been calculated. a wavelength selective switch (11; 101); a light source (12; 102) configured to generate a dummy signal light with a known spectrum; a multiplexer (13; 103) configured to multiplex a main signal in which optical signals having a plurality of wavelengths are multiplexed with the dummy signal light, and output the main signal into which the dummy signal light is inserted to the wavelength selective switch (11; 101); a light intensity monitor configured to acquire the intensity of the light of each wavelength of a light output from the wavelength selective switch (11; 101); light source control means for controlling the insertion of the dummy signal light into the main signal and release of the insertion; difference calculation means for calculating the difference, for each wavelength, between a first light intensity that the light intensity monitor has acquired in a state in which the dummy signal light is inserted into the main signal and a second light intensity that the light intensity monitor has acquired in a state in which the dummy signal light is not inserted into the main signal; insertion loss calculation means for calculating an insertion loss in the wavelength selective switch (11; 101) for each wavelength based on the result of the calculation in the difference calculation means ; and insertion loss control means for controlling the insertion loss in the wavelength selective switch (11; 101) for each wavelength based on the insertion loss that has been calculated.
A start controller that is employed in a hybrid system including an engine serving as a driving source of a vehicle and a motor generator drivably connected to the engine , the start controller comprising: a drive control section that automatically stops the engine by stopping fuel injection in the engine and limits an intake air amount into the engine when a predetermined specified condition is satisfied; and a stopping-angle detection section that detects a crank angle of a crankshaft when the engine is automatically stopped as a stopping angle, wherein the drive control section is configured such that, if the stopping angle is outside a stopping-angle range of the crank angle in which it is possible to restart the engine by cranking the engine by means of the motor generator , the drive control section cranks the engine by means of the motor generator before an in-cylinder negative pressure period, which is defined as a period of time in which pressure in a cylinder of the engine is negative pressure relative to an atmospheric pressure, elapses after starting to automatically stop the engine . a drive control section that automatically stops the engine by stopping fuel injection in the engine and limits an intake air amount into the engine when a predetermined specified condition is satisfied; and a stopping-angle detection section that detects a crank angle of a crankshaft when the engine is automatically stopped as a stopping angle, wherein the drive control section is configured such that, if the stopping angle is outside a stopping-angle range of the crank angle in which it is possible to restart the engine by cranking the engine by means of the motor generator , the drive control section cranks the engine by means of the motor generator before an in-cylinder negative pressure period, which is defined as a period of time in which pressure in a cylinder of the engine is negative pressure relative to an atmospheric pressure, elapses after starting to automatically stop the engine .
A screw having a screw drive in which - two screw drives are incorporated in a screw head, wherein one drive is an internal polygonal drive, and - the second drive is an internal multilobular drive, wherein the internal multilobular drive is a screw drive in the form of a multi-ray star, in which the rays are formed in the shape of rounded points or other shapes of the points, characterised in that - the screw drive comprises an integrated torque protection, and - when a torque adapted to the design of the screw is exceeded, the points enabling the drive break off, shear or are pressed flat to prevent damage to the thread and the screw shaft or the tearing off of the screw head. - two screw drives are incorporated in a screw head, wherein one drive is an internal polygonal drive, and - the second drive is an internal multilobular drive, wherein the internal multilobular drive is a screw drive in the form of a multi-ray star, in which the rays are formed in the shape of rounded points or other shapes of the points, - the screw drive comprises an integrated torque protection, and - when a torque adapted to the design of the screw is exceeded, the points enabling the drive break off, shear or are pressed flat to prevent damage to the thread and the screw shaft or the tearing off of the screw head.
An outlet valve for an ostomy appliance comprising: a valve base for attachment to a face of the ostomy appliance, the valve base defining a base opening for receiving a liquid output from the ostomy appliance; and an outlet element configured to be rotatable relative to the valve base from a closed configuration in which discharge of the liquid received through the base opening is prevented, to an open configuration in which discharge of the liquid received through the base opening is enabled; wherein the outlet element comprises a relatively rigid component rotatably attached to the valve base and a relatively flexible outlet tube portion affixed to the relatively rigid component, and, in the open configuration, the relatively rigid component defines a fluid pathway between the base opening and the relatively flexible outlet tube portion and is configured to receive liquid directly from the base opening and then deliver it to the relatively flexible outlet tube portion , characterized in that the relatively flexible outlet tube portion is over-moulded onto the relatively rigid component.
A fiber pulse generator for emitting a train of pulses each with a desired spectral width, duration and energy, comprising a plurality of fiber chains connected to one another to define a ring cavity configured to unidirectionally guide a signal therealong, the fiber chains each being configured with: a fiber amplifier operative to increase an intensity of the signal to a desired intensity, an optical fiber configured to receive the signal with an intensity sufficient to broaden a spectral width of the signal to a desired spectral width at an output of the optical fiber, and a spectral filter coupled to the output of the optical fiber and having a bandpass, wherein the bandpasses of the respective optical filters of the fiber chains are centered on respective central frequencies spectrally spaced from one another, so that the bandpass (BP1, BP2) of one spectral filter overlaps the bandpass (BP2, BP1) of the other filter defining an overlapped spectral region , at least one of the fiber chains including an output coupler which is directly coupled to the output of the optical fiber and configured to guide the pulses with the desired spectral width, duration and energy outside the ring cavity . a fiber amplifier operative to increase an intensity of the signal to a desired intensity, an optical fiber configured to receive the signal with an intensity sufficient to broaden a spectral width of the signal to a desired spectral width at an output of the optical fiber, and a spectral filter coupled to the output of the optical fiber and having a bandpass, wherein the bandpasses of the respective optical filters of the fiber chains are centered on respective central frequencies spectrally spaced from one another, so that the bandpass (BP1, BP2) of one spectral filter overlaps the bandpass (BP2, BP1) of the other filter defining an overlapped spectral region , at least one of the fiber chains including an output coupler which is directly coupled to the output of the optical fiber and configured to guide the pulses with the desired spectral width, duration and energy outside the ring cavity .