mhurhangee/ep-ind-claims huggingface dataset:
A method of transferring the output of audiovisual content between different output devices associated with a network, the method comprising: remembering, on the network, devices that have been present on the network and have subsequently been turned off; accepting user input, at a first output device that is outputting audiovisual content, to select a second output device from the output devices associated with the network, wherein the selected second output device is an output device that is turned off but is remembered and associated with the network; after the second output device has been selected, detecting when the second output device is turned on by a user (S604c); and transmitting the audiovisual content to the second output device in response to detecting the second output device being turned on. remembering, on the network, devices that have been present on the network and have subsequently been turned off; accepting user input, at a first output device that is outputting audiovisual content, to select a second output device from the output devices associated with the network, wherein the selected second output device is an output device that is turned off but is remembered and associated with the network; after the second output device has been selected, detecting when the second output device is turned on by a user (S604c); and transmitting the audiovisual content to the second output device in response to detecting the second output device being turned on.
A capsule for an electronic vapour inhaler, the capsule comprising: a shell for containing a flavour-release medium; an induction heatable element disposed inside the shell and arranged to heat the flavour-release medium; wherein: at least part of the shell comprises an air permeable material; the shell includes a base region, a sidewall region and a lid; the base region and the sidewall region are integrally formed; the base region comprises said air permeable material; and the air permeable material is electrically insulating and non-magnetic. a shell for containing a flavour-release medium; an induction heatable element disposed inside the shell and arranged to heat the flavour-release medium; wherein: at least part of the shell comprises an air permeable material; the shell includes a base region, a sidewall region and a lid; the base region and the sidewall region are integrally formed; the base region comprises said air permeable material; and the air permeable material is electrically insulating and non-magnetic. at least part of the shell comprises an air permeable material; the shell includes a base region, a sidewall region and a lid; the base region and the sidewall region are integrally formed; the base region comprises said air permeable material; and the air permeable material is electrically insulating and non-magnetic.
An upright vacuum cleaner, comprising: a brushroll; a motor assembly comprising a motor housing and a motor disposed within the motor housing, wherein a rotating axis of the motor and a rotating axis of the brushroll are disposed in a non-parallel manner, and the motor drives the brushroll to roll via a drive belt characterized in that the motor is rotatable between a first upright position wherein the drive belt is tensioned and a first oblique position wherein the drive belt is released; a body assembly comprising a body, a bridging member mounted to the body and rotatably connected with the motor housing to make the body rotatable between a second upright position and a second oblique position, and a dirt cup mounted to the body; wherein the motor is moved from the first oblique position to the first upright position by the bridging member when the body moves from the second upright position to the second oblique position. a brushroll; a motor assembly comprising a motor housing and a motor disposed within the motor housing, wherein a rotating axis of the motor and a rotating axis of the brushroll are disposed in a non-parallel manner, and the motor drives the brushroll to roll via a drive belt characterized in that the motor is rotatable between a first upright position wherein the drive belt is tensioned and a first oblique position wherein the drive belt is released; a body assembly comprising a body, a bridging member mounted to the body and rotatably connected with the motor housing to make the body rotatable between a second upright position and a second oblique position, and a dirt cup mounted to the body; wherein the motor is moved from the first oblique position to the first upright position by the bridging member when the body moves from the second upright position to the second oblique position.
Matrix detector comprising: • an array of pixels that are sensitive to a physical effect and arranged in a matrix along rows and down columns, each pixel generating a signal according to the physical effect; • row conductors, each allowing the pixels of one row to be driven; • driver modules delivering selection signals to the row conductors, the driver modules being configured to deliver signals according to two levels, one being a high level (VGon) allowing one of the rows of pixels of a row conductor to be selected and the other being a low level (VGoff) not allowing it to be selected and setting the row conductor of interest to a high impedance; characterized in that it further comprises impedance modules that are connected to each of the row conductors and configured to decrease the impedance of each row conductor and to keep the impedance of each row conductor low in a phase of reading the array of pixels as long as the corresponding selection signal is at the low level (VGoff), the impedance modules being separate from the driver modules. • an array of pixels that are sensitive to a physical effect and arranged in a matrix along rows and down columns, each pixel generating a signal according to the physical effect; • row conductors, each allowing the pixels of one row to be driven; • driver modules delivering selection signals to the row conductors, the driver modules being configured to deliver signals according to two levels, one being a high level (VGon) allowing one of the rows of pixels of a row conductor to be selected and the other being a low level (VGoff) not allowing it to be selected and setting the row conductor of interest to a high impedance;
A polyether polymer composition comprising 200 parts by weight or more of a metal-containing powder per 100 parts by weight of a polyether polymer having an oxirane monomer unit, wherein a molecular weight distribution (Mw/Mn) of the polyether polymer is 1.0 to 3.0, and wherein at least a part of the oxirane monomer unit included in the polyether polymer is an oxirane monomer unit having a cationic group.
Motorized line drum assembly for supplying a movable load via a fixed current connection, comprising a double line drum with a first drum body, on which a first supply line can be wound up and unwound, a second drum body which is coupled to the first drum body for rotation therewith and to which a second supply line having a diameter different from the first supply line can be wound up and unwound, and a drive motor, by means of which the drum bodies (2a, 2b) can be acted upon with a predefined torque for synchronously winding up and unwinding the first and second supply lines (4a, 4b), wherein the line drum assembly comprises a first deflecting pulley, which is assigned to the first drum body and via which the first supply line is guided during the winding up and unwinding on the first drum body, and a second deflecting pulley, which is assigned to the second drum body and via which the second supply line is guided during the winding up and unwinding, characterized in that the first deflecting pulley and the second deflecting pulley are coupled to each other via mechanical coupling means (10, 14; 110, 110a, 110b, 111; 210) which are designed to move the second deflecting pulley, during a movement of the first deflecting pulley, in a direction opposed to the direction of movement of the first deflecting pulley.
A bottom bracket device comprising a bottom bracket shell surrounding a spindle axis in a left-and-right direction to have left and right opened ends; a first down tube connected to and extending forwardly from said bottom bracket shell; a first seat tube connected to and extending upwardly from said bottom bracket shell, and having two side walls which are disposed between said left and right opened ends in the left-and-right direction, said side walls defining therebetween a receiving space which has a rear access opening that is opposite to said first down tube in a front-and-rear direction; and characterised in that a rear fork assembly having at least one front end portion which is inserted into said receiving space from said rear access opening and which is pivotably connected to said side walls of said first seat tube about a pivot axis in the left-and-right direction, said rear fork assembly has two of said front end portions, said rear fork assembly including two rear fork rods each of which has at a front end thereof a respective one of said front end portions, said front end portions of said rear fork rods being inserted into said receiving space and being spaced apart from each other in the left-and-right direction; said first seat tube being connected to said first down tube at said bottom bracket shell. a bottom bracket shell surrounding a spindle axis in a left-and-right direction to have left and right opened ends; a first down tube connected to and extending forwardly from said bottom bracket shell; a first seat tube connected to and extending upwardly from said bottom bracket shell, and having two side walls which are disposed between said left and right opened ends in the left-and-right direction, said side walls defining therebetween a receiving space which has a rear access opening that is opposite to said first down tube in a front-and-rear direction; and characterised in that a rear fork assembly having at least one front end portion which is inserted into said receiving space from said rear access opening and which is pivotably connected to said side walls of said first seat tube about a pivot axis in the left-and-right direction, said rear fork assembly has two of said front end portions, said rear fork assembly including two rear fork rods each of which has at a front end thereof a respective one of said front end portions, said front end portions of said rear fork rods being inserted into said receiving space and being spaced apart from each other in the left-and-right direction; said first seat tube being connected to said first down tube at said bottom bracket shell.
A digital data signal capture circuit for synchronization of a received high frequency digital data signal, the digital data signal capture circuit comprising: a) a transition detector (200, 315) comprising: 1) a digital data signal sampler capable of sampling and holding a received digital data signal at a first time, a second time, and a third time (215, 220, 225); and 2) an early/late transition detector in communication with the digital data signal sampler, the early/late transition detector being constructed to receive samples of the received digital data signal at the first time, the second time, and the third time and from the received samples determine if a state transition occurs between the first time and the second time and if the state transition occurs between the first time and the third time and generate increment and decrement transition signals (277, 282, 322, 324) based on the state transition occurrence; b) a strobe adjustment circuit coupled within the digital data signal capture circuit and configured so as to generate a strobe signal based on the increment and decrement transition signals (277, 282, 322, 324) from the early/late transition detector; and c) a capture circuit (140, 540) constructed to capture the digital data signal using the strobe signal. a) a transition detector (200, 315) comprising: 1) a digital data signal sampler capable of sampling and holding a received digital data signal at a first time, a second time, and a third time (215, 220, 225); and 2) an early/late transition detector in communication with the digital data signal sampler, the early/late transition detector being constructed to receive samples of the received digital data signal at the first time, the second time, and the third time and from the received samples determine if a state transition occurs between the first time and the second time and if the state transition occurs between the first time and the third time and generate increment and decrement transition signals (277, 282, 322, 324) based on the state transition occurrence; 1) a digital data signal sampler capable of sampling and holding a received digital data signal at a first time, a second time, and a third time (215, 220, 225); and 2) an early/late transition detector in communication with the digital data signal sampler, the early/late transition detector being constructed to receive samples of the received digital data signal at the first time, the second time, and the third time and from the received samples determine if a state transition occurs between the first time and the second time and if the state transition occurs between the first time and the third time and generate increment and decrement transition signals (277, 282, 322, 324) based on the state transition occurrence; b) a strobe adjustment circuit coupled within the digital data signal capture circuit and configured so as to generate a strobe signal based on the increment and decrement transition signals (277, 282, 322, 324) from the early/late transition detector; and c) a capture circuit (140, 540) constructed to capture the digital data signal using the strobe signal.
Assembly arrangement of solid oxide cells for a fuel cell system or for an electrolyzer cell system, the assembly arrangement comprising the cells arranged at least to four angled at least one cell stack formation, and at least one plain attachment side of each at least four angled stack formation, characterized in that said side comprising at least one geometrically deviating attachment surface structure in the otherwise plain side between at least two corners (120a, 120b) of the at least four angled stack formation, the geometrically deviating attachment surface structure being intruding into or extruding from the at least one plain attachment side to compensate mechanical stresses due to thermal expansions of materials, and the assembly arrangement further comprises at least one flow restriction structure for restricting air flows in the cell system to be mounted against the geometrically deviating attachment surface structure of each stack formation to attach at least one cell stack formation in the assembly arrangement, and an electrical insulation being arranged to the attachment of the flow restriction structure and the stack formation.
A composition for a photo-alignment layer, comprising a cyclic olefin-based photo-alignment polymer and a polyamic acid ester-based photo-alignment additive, wherein the cyclic olefin-based photo-alignment polymer and the polyamic acid ester-based photo-alignment additive are contained at a weight ratio of 2:1 ∼ 8:1.
An apparatus for feeding slurry to a recycling or slurry treatment process, said process being at an elevated location, said apparatus comprising a reception hopper for receiving slurry from a transport vehicle and a bucket elevator for conveying said slurry from a loading zone in communication with the reception hopper to a discharge zone at an elevated location, wherein said reception hopper comprises a trough having parallel side walls (12,14) and a bottom wall, said loading zone of said bucket elevator communicating with a first end of said trough, said trough including a movable wall moveable towards said first end of the trough to urge slurry towards the loading zone of the bucket elevator, wherein a seal assembly is provided around a peripheral edge of said moveable wall engaging the side walls (12,14) and bottom wall of the trough to form a seal thereagainst.
A low-pH automatic dishwashing detergent composition comprising an endoprotease having an isoelectric point from 4 to 8 and further comprising a dispersant polymer wherein the dispersant polymer is an alkoxylated polyalkyleneimine and wherein the composition has a pH as measured in 1% weight aqueous solution at 25°C of from 5 to 7.5.
A strain of Saccharomyces cerevisiae with improved ethanol production, improved xylose conversion and reduced xylitol production, wherein said strain is Taurus 10 with deposition number CBS128141.
A needle-based medical device comprising: a needle having a proximal end and a distal end; a tube having a first lumen; a needle guide having a cylindrical body including an outer surface, dimensioned to be inserted at least partially into the first lumen, and a glue well for receiving glue to secure the needle guide to the tube, the needle guide including a second lumen into which the proximal end of the needle is inserted; and glue to secure the needle guide to the tube, said device being characterized in that the needle guide includes at least one rib extending distally from the body and a flange coupled to the at least one rib at a distal end of the needle guide, the flange is positioned to engage with an outer wall of the tube when the body is inserted into the first lumen, the flange acts as a mechanical stop, limiting the depth to which the body of the needle guide can be inserted into the first lumen, and a hermetic seal is provided between the needle guide and the tube. a needle having a proximal end and a distal end; a tube having a first lumen; a needle guide having a cylindrical body including an outer surface, dimensioned to be inserted at least partially into the first lumen, and a glue well for receiving glue to secure the needle guide to the tube, the needle guide including a second lumen into which the proximal end of the needle is inserted; and glue to secure the needle guide to the tube, said device being characterized in that the needle guide includes at least one rib extending distally from the body and a flange coupled to the at least one rib at a distal end of the needle guide, the flange is positioned to engage with an outer wall of the tube when the body is inserted into the first lumen, the flange acts as a mechanical stop, limiting the depth to which the body of the needle guide can be inserted into the first lumen, and a hermetic seal is provided between the needle guide and the tube.
Method for ejecting a coolant, comprising: a) providing the coolant within a storage tank, wherein the coolant comprises a liquid phase, b) determining a filling level of the liquid phase of the coolant within the storage tank, c1) ejecting the coolant from the storage tank via a first ejection installation if the filling level determined in step b) is above a predetermined threshold, and c2) ejecting the coolant from the storage tank via a second ejection installation if the filling level determined in step b) is below the predetermined threshold, characterized in that the coolant is ejected at a first flow rate in step c1), in that the coolant is ejected at a second flow rate in step c2), and in that the first flow rate is lower than the second flow rate. a) providing the coolant within a storage tank, wherein the coolant comprises a liquid phase, b) determining a filling level of the liquid phase of the coolant within the storage tank, c1) ejecting the coolant from the storage tank via a first ejection installation if the filling level determined in step b) is above a predetermined threshold, and c2) ejecting the coolant from the storage tank via a second ejection installation if the filling level determined in step b) is below the predetermined threshold,
A system (200, 201, 208, 212, 214) comprising: a receiver configured to receive wireless power transmissions from a wireless power transmitter and convert the wireless power transmissions into electrical energy; a photovoltaic power supply configured to generate additional electrical energy; and an electrochromic window (125, 204, 205, 206, 218, 220) including an electrochromic device configured to receive and be powered by the electrical energy from the receiver and the additional electrical energy from the photovoltaic power supply; wherein the electrochromic device is configured to be controlled to transition between a clear state and a darkened state. a receiver configured to receive wireless power transmissions from a wireless power transmitter and convert the wireless power transmissions into electrical energy; a photovoltaic power supply configured to generate additional electrical energy; and an electrochromic window (125, 204, 205, 206, 218, 220) including an electrochromic device configured to receive and be powered by the electrical energy from the receiver and the additional electrical energy from the photovoltaic power supply; wherein the electrochromic device is configured to be controlled to transition between a clear state and a darkened state.
An optical transmission device, comprising: a transmission unit configured to superimpose frequency modulated superimposition signals on a plurality of optical signals that have identical destinations and that have adjacent wavelengths and to transmit resultant signals as one communication signal; characterized by a filter unit configured to filter part of two optical signals having adjacent wavelengths from among the plurality of optical signals included in the communication signal; a detection unit configured to generate an electric signal of a detection level representing an optical intensity of the two optical signals that were filtered by the filter unit; and a control unit configured to cause the transmission unit to superimpose identical superimposition signals on the plurality of respective optical signals so as to adjust timings of superimposing the superimposition signals on the two optical signals respectively so that variation in the detection level becomes smaller. a transmission unit configured to superimpose frequency modulated superimposition signals on a plurality of optical signals that have identical destinations and that have adjacent wavelengths and to transmit resultant signals as one communication signal; characterized by a filter unit configured to filter part of two optical signals having adjacent wavelengths from among the plurality of optical signals included in the communication signal; a detection unit configured to generate an electric signal of a detection level representing an optical intensity of the two optical signals that were filtered by the filter unit; and a control unit configured to cause the transmission unit to superimpose identical superimposition signals on the plurality of respective optical signals so as to adjust timings of superimposing the superimposition signals on the two optical signals respectively so that variation in the detection level becomes smaller.