mhurhangee/patent-ind-claim-en huggingface dataset:
A method of recommending whether or not a subject monitoring system should use a wireless communication mode to communicate data between at least one sensor and a communications module of the subject monitoring system, the method comprising: determining , at the communications module, a first noise value for each of a plurality of channels (CH 1 , CH 2 , CH 3 , CH 4 , CH 5 ) in which the at least one sensor and the communications module, when the subject monitoring system operates in a wireless communication mode, are able to communicate; determining a number of eligible channels for wireless communication having the first noise value below a first predetermined threshold (T 1 ); and recommending whether or not a wireless communication mode should be used based on the determined number of eligible channels. determining , at the communications module, a first noise value for each of a plurality of channels (CH 1 , CH 2 , CH 3 , CH 4 , CH 5 ) in which the at least one sensor and the communications module, when the subject monitoring system operates in a wireless communication mode, are able to communicate; determining a number of eligible channels for wireless communication having the first noise value below a first predetermined threshold (T 1 ); and recommending whether or not a wireless communication mode should be used based on the determined number of eligible channels.
A method comprising: detecting , based on sensor data from a sensor on a mobile device, an environmental brightness measurement, wherein the mobile device comprises a display screen configured to adjust display brightness based on environmental brightness; determining , based on image data from a camera on the mobile device, an extent to which the detected environmental brightness measurement is caused by reflected light from the display screen; and setting a rate of exposure change for the camera based on the determined extent to which the detected environmental brightness measurement is caused by reflected light from the display screen. detecting , based on sensor data from a sensor on a mobile device, an environmental brightness measurement, wherein the mobile device comprises a display screen configured to adjust display brightness based on environmental brightness; determining , based on image data from a camera on the mobile device, an extent to which the detected environmental brightness measurement is caused by reflected light from the display screen; and setting a rate of exposure change for the camera based on the determined extent to which the detected environmental brightness measurement is caused by reflected light from the display screen.
A PglB oligosaccharyltransferase polypeptide comprising an amino acid sequence that is at least 80%, 85%, 90%, 95%, 96%, 97%, 98%, or 99% identical to the amino acid sequence set out in SEQ ID NO:1 or 2 or a functional fragment thereof, wherein the PglB oligosaccharyltransferase polypeptide amino acid sequence includes the feature that: at least one residue selected from the group consisting of amino acid X57, X63, X94, X101, X172, X176, X191, X193, X233, X234, X255, X286, X295, X301, X319, X397, X402, X425, X435, X446, X462, X479, X523, X532, X601, X605, X606, X610, X645, X676 and X695 is substituted to a different amino acid to that found at that position in SEQ ID NO:1 or functional fragment thereof, wherein the residue corresponding to amino acid 57 of SEQ ID NO:1 is mutated to R or K or T, preferably to R or T, more preferably to R_and where the PglB oligosaccharyltransferase polypeptide is capable of increasing the yield of glycosylation of the protein with the saccharide to produce a glycosylated protein by at least 1.5 fold compared to a corresponding PglB oligosaccharyltransferase which has the sequence of SEQ ID NO:1.
Electrical connector assembly including: - a socket comprising at least two first electrical contacts that are linked to an electrical power supply circuit, a first magnetic portion that is constrained to move with the two first electrical contacts, said first magnetic portion being arranged to move by magnetic effect between a first position in which the first electrical contacts are retracted inside the socket and a second position in which the first electrical contacts are outside the socket ; - a plug that is intended to be coupled to the socket and comprises two second electrical contacts that are intended to be electrically connected to the two 8first electrical contacts when the latter are outside the socket and a second magnetic portion that is arranged to face the first magnetic portion when the plug is coupled to the socket in order to move, by magnetic effect, the first magnetic portion toward its second position, driving the first electrical contacts toward the outside of the socket, characterized in that : - the assembly includes detection means comprising a magnetic flux measurement sensor that is arranged to measure the magnetic flux flowing between the two magnetic portions, a processing unit that is arranged to receive magnetic flux data arising from the magnetic flux sensor and to generate a control signal (SIG) when the plug is separated from the socket; - disconnection means cooperating with the detection means and arranged to disconnect the power supply circuit when the control signal (SIG) arising from the processing unit is received. - a socket comprising at least two first electrical contacts that are linked to an electrical power supply circuit, a first magnetic portion that is constrained to move with the two first electrical contacts, said first magnetic portion being arranged to move by magnetic effect between a first position in which the first electrical contacts are retracted inside the socket and a second position in which the first electrical contacts are outside the socket ; - a plug that is intended to be coupled to the socket and comprises two second electrical contacts that are intended to be electrically connected to the two 8first electrical contacts when the latter are outside the socket and a second magnetic portion that is arranged to face the first magnetic portion when the plug is coupled to the socket in order to move, by magnetic effect, the first magnetic portion toward its second position, driving the first electrical contacts toward the outside of the socket, - the assembly includes detection means comprising a magnetic flux measurement sensor that is arranged to measure the magnetic flux flowing between the two magnetic portions, a processing unit that is arranged to receive magnetic flux data arising from the magnetic flux sensor and to generate a control signal (SIG) when the plug is separated from the socket; - disconnection means cooperating with the detection means and arranged to disconnect the power supply circuit when the control signal (SIG) arising from the processing unit is received.
A navigation system for a human-propelled cart , the navigation system comprising: a magnetometer configured to determine a heading of the human-propelled cart; a vibration sensor configured to measure vibration data of the human-propelled cart; a communication system configured to communicate with a wheel of the human-propelled cart, the wheel comprising a brake configured to inhibit rotation of the wheel in response to receipt of a locking signal; and a hardware processor programmed to: estimate a speed of the human-propelled cart based at least in part on the vibration data from the vibration sensor, wherein to estimate the speed, the hardware processor is programmed to analyze a spectrum of the vibration data, and wherein to analyze the spectrum of the vibration data, the hardware processor is programmed to identify a first peak in the spectrum of the vibration data, the first peak associated with vibration data for vibrations associated with forward or rearward movement of the human-propelled cart; and estimate a position of the human-propelled cart based at least in part on the estimated speed and the heading of the human-propelled cart. a magnetometer configured to determine a heading of the human-propelled cart; a vibration sensor configured to measure vibration data of the human-propelled cart; a communication system configured to communicate with a wheel of the human-propelled cart, the wheel comprising a brake configured to inhibit rotation of the wheel in response to receipt of a locking signal; and a hardware processor programmed to: estimate a speed of the human-propelled cart based at least in part on the vibration data from the vibration sensor, wherein to estimate the speed, the hardware processor is programmed to analyze a spectrum of the vibration data, and wherein to analyze the spectrum of the vibration data, the hardware processor is programmed to identify a first peak in the spectrum of the vibration data, the first peak associated with vibration data for vibrations associated with forward or rearward movement of the human-propelled cart; and estimate a position of the human-propelled cart based at least in part on the estimated speed and the heading of the human-propelled cart. estimate a speed of the human-propelled cart based at least in part on the vibration data from the vibration sensor, wherein to estimate the speed, the hardware processor is programmed to analyze a spectrum of the vibration data, and wherein to analyze the spectrum of the vibration data, the hardware processor is programmed to identify a first peak in the spectrum of the vibration data, the first peak associated with vibration data for vibrations associated with forward or rearward movement of the human-propelled cart; and estimate a position of the human-propelled cart based at least in part on the estimated speed and the heading of the human-propelled cart.
A method of operating a heat exchanger system in which a compressor , which is drivable by a motor , is fluidly interposed between an evaporator and a condenser following receipt of a shutdown command, the method comprising: positioning inlet guide vanes of the compressor in a first position in the event of at least one of: a first precondition being in effect; and the first and a second precondition both not being in effect; positioning the inlet guide vanes in a second position in an event the first precondition is not in effect but the second precondition is in effect; ramping a speed of the compressor down until a third precondition takes effect; removing power from the motor ; and positioning the inlet guide vanes in the first position once power is removed from the motor , wherein: the first precondition comprises a variable frequency drive fault being declared, the second precondition comprises an operating point being below a variable frequency drive surge prevention line, the third precondition comprises a pressure difference between the compressor and the condenser being less than a predefined amount, and the first position comprises a fully closed position of the inlet guide vanes. a first precondition being in effect; and the first and a second precondition both not being in effect; positioning the inlet guide vanes in a second position in an event the first precondition is not in effect but the second precondition is in effect; ramping a speed of the compressor down until a third precondition takes effect; removing power from the motor ; and positioning the inlet guide vanes in the first position once power is removed from the motor , wherein: the first precondition comprises a variable frequency drive fault being declared, the second precondition comprises an operating point being below a variable frequency drive surge prevention line, the third precondition comprises a pressure difference between the compressor and the condenser being less than a predefined amount, and the first position comprises a fully closed position of the inlet guide vanes. the first precondition comprises a variable frequency drive fault being declared, the second precondition comprises an operating point being below a variable frequency drive surge prevention line, the third precondition comprises a pressure difference between the compressor and the condenser being less than a predefined amount, and the first position comprises a fully closed position of the inlet guide vanes.
A multi-layered pipe comprising a wall having a polyolefin inner layer and a barrier layer being an outer layer relative to the polyolefin inner layer , the barrier layer being formed of a non-metallic barrier material, which barrier material has relative to polyolefin an enhanced resistance to permeation therethrough of hydrocarbon molecules, the pipe further comprising a protective layer being an outer layer relative to the barrier layer , the pipe further comprising a peelable layer between the polyolefin inner layer and the barrier layer , the peelable layer being formable around the polyolefin inner layer by means of extrusion.
A flexible display apparatus , comprising: a flexible display ; a sensor configured to sense deformation of the flexible display; a storage configured to store information regarding a deformation shape of the flexible display apparatus and information on a function corresponding to the deformation shape; and a controller configured to, display a first screen provided by an application on the flexible display, in response to deformation of the flexible display being sensed by the sensor , divide the flexible display into a first area and a second area, control the flexible display to display the first screen provided by the application on the first area and display a second screen provided by the application on the second area, wherein the controller is configured to, in response to the flexible display being deformed according to the stored information regarding the deformation shape, display the first screen to the first area and display the second screen related to the function corresponding to the deformation shape to the second area. a flexible display ; a sensor configured to sense deformation of the flexible display; a storage configured to store information regarding a deformation shape of the flexible display apparatus and information on a function corresponding to the deformation shape; and a controller configured to, display a first screen provided by an application on the flexible display, in response to deformation of the flexible display being sensed by the sensor , divide the flexible display into a first area and a second area, control the flexible display to display the first screen provided by the application on the first area and display a second screen provided by the application on the second area, wherein the controller is configured to, in response to the flexible display being deformed according to the stored information regarding the deformation shape, display the first screen to the first area and display the second screen related to the function corresponding to the deformation shape to the second area.
A device for pouring concrete articles such as tiles or the like, said device comprising a reservoir for concrete with an open base which forms an exit through which the concrete can leave the reservoir , wherein the reservoir comprises at least two spaces (7a, 7b; for concrete separated from each other, whereby the spaces are separated by a fixed wall which extends with a protruding section downward beyond or outside the exit and divides said exit into an exit for each space on either side of the wall , whereby the device is provided with at least one supporting platform with at least one mould adjoining thereto or therein with an upperside which when pouring the article is located in the same plane as the supporting platform and which is provided with one or more cavities , whereby each cavity has the negative form of an article to be moulded, and whereby the reservoir is movable in relation to the supporting platform and the mould between a filling position, whereby the reservoir rests with its open base on the supporting platform and a pouring position, whereby the reservoir with said exits (7a and 7b) of the at least two spaces is located above at least one cavity of the mould , characterised in that in the supporting platform a continuous groove is provided for guiding the bottom edge of the fixed wall with a sharp downward pointing tip while moving the reservoir , said groove continuing into the one or more moulds to form a separation in the upper surface of the poured article in the mould between the concrete coming from two adjacent spaces (7a and 7b) of the reservoir .
A system (20; 100) for eliminating or reducing aerosol emitted from a heater/cooler unit (22; 102), the system comprising: a heater/cooler unit (22; 102) including a heater, an internal space comprising a fluid tank , and an overflow port (30; 116) fluidly coupled to the internal space tubing (24; 104) including a first tube (24a; 104a) and a second tube (24b; 104b); a vacuum source (28; 110); and a filter (26; 106) fluidly coupled to the vacuum source (28; 110) by the first tube (24a; 104a) and fluidly coupled to the overflow port (30; 116) of the heater/cooler unit (22; 102) by the second tube (24b; 104b), wherein the vacuum source (28; 110) provides negative air pressure to the filter (26; 106) to suction aerosol from the internal space of the heater/cooler unit (22; 102) to the filter (26; 106). a heater/cooler unit (22; 102) including a heater, an internal space comprising a fluid tank , and an overflow port (30; 116) fluidly coupled to the internal space tubing (24; 104) including a first tube (24a; 104a) and a second tube (24b; 104b); a vacuum source (28; 110); and a filter (26; 106) fluidly coupled to the vacuum source (28; 110) by the first tube (24a; 104a) and fluidly coupled to the overflow port (30; 116) of the heater/cooler unit (22; 102) by the second tube (24b; 104b), wherein the vacuum source (28; 110) provides negative air pressure to the filter (26; 106) to suction aerosol from the internal space of the heater/cooler unit (22; 102) to the filter (26; 106).
Pressurised container with an outer casing , which has a cylinder-like central region and two end regions attached thereto, wherein a hollow-cylindrical extension is formed, in each case, at both axial ends of the cylinder-like central region of the outer casing , which extension projects beyond the respective end region , characterised in that each hollow-cylindrical extension transitions at the open end thereof into a plurality of fastening elements , each of which has a planar connection face arranged radially externally.
A digital Map stored in a memory device , the digital Map numerically representing a physical space for the purpose of computational navigation for facilitating the planning of a route from current location to a desired destination and the transmission of radio signals, said digital Map comprises Data Structures corresponding to a plurality of Cells , each said Cell corresponding to a particular location within said physical space , each said Cell further having a Boundary, said Boundary being defined by a data set of numerical values within corresponding Cell Data Structure, said data set further comprising at least a numerical value for at least a Permeability attribute recorded in said Data Structure, said Permeability attribute numerically representing the ability of said Boundary to be traversed, characterized in that said numerical Permeability attribute pertains to transmission of radio signals, so that upon transmission of electronic messages between two devices located in various locations corresponding to specific cells on the map and which are not in direct transmission range of each other, by evaluating signal Permeability values for the cell boundaries which lie between said two devices, and knowing the locations of candidate relay devices, an optimized relay chain of intermediary devices can be computed to ensure most efficient transmission of the message.
A method of heat treatment of semiconductor substrates , using a heat-treatment furnace comprising a cylindrical core tube which is provided at opposite ends with openings having sufficient size to allow a boat having semiconductor substrates rested thereon to be moved into and out of the core tube, lids each of which is detachably mounted to the core tube to block the respective opening to substantially seal the core tube, and a thin center gas inlet conduit disposed near the longitudinal centre of the core tube for introducing gas into the core tube; the method comprising: (i) moving a said boat having semiconductor substrates resting thereon into the core tube ; (ii) heat treating the semiconductor substrates on the boat in the core tube; and (iii) moving the boat having the heat-treated substrates out of the core tube; characterized in that said boat having the heat-treated substrates is moved out of the core tube at the same time as another boat having fresh semiconductor substrates is moved into the core tube at the opposite end, and during movement of the boats into and out of the core tube a high-purity gas is fed from said thin centre gas inlet conduit into the core tube to keep the furnace interior clean. (i) moving a said boat having semiconductor substrates resting thereon into the core tube ; (ii) heat treating the semiconductor substrates on the boat in the core tube; and (iii) moving the boat having the heat-treated substrates out of the core tube;
Ink composition based on silver nanoparticles comprising: 1. a compound "a" consisting of silver nanoparticles of spheroidal and/or spherical shape and having diameters between 1 and 50 nm, 2. a compound "e" consisting of a solvent, and 3. at least one compound "f" and/or "g" selected from a. a compound "f" consisting of a rheology modifier of polyurea type the content of which is between 0.1 and 2% by weight, and b. a compound "g" consisting of a rheology modifier of cellulose type, 4. an optional compound "c" consisting of a dispersant, 5. an optional compound "d" consisting of a dispersant different from compound "c", 6. an optional compound "b" consisting of a cyclooctane solvent and/or a solvent of fatty acid methyl ester type and/or a terpene solvent, and/or a mixture of two or more of said solvents, and 7. an additional optional solvent "X" preferably selected from alkanes and/or mixtures thereof, characterized in that the compounds "a", "b", "c", "d", "e", "f", "g" and "X" constitute at least 95% by weight of the ink composition, in that it comprises a water content of less than 2% by weight and in that the viscosity at 20°C of the ink is between 100 and 1000 mPa.s. 1. a compound "a" consisting of silver nanoparticles of spheroidal and/or spherical shape and having diameters between 1 and 50 nm, 2. a compound "e" consisting of a solvent, and 3. at least one compound "f" and/or "g" selected from a. a compound "f" consisting of a rheology modifier of polyurea type the content of which is between 0.1 and 2% by weight, and b. a compound "g" consisting of a rheology modifier of cellulose type, a. a compound "f" consisting of a rheology modifier of polyurea type the content of which is between 0.1 and 2% by weight, and b. a compound "g" consisting of a rheology modifier of cellulose type, 4. an optional compound "c" consisting of a dispersant, 5. an optional compound "d" consisting of a dispersant different from compound "c", 6. an optional compound "b" consisting of a cyclooctane solvent and/or a solvent of fatty acid methyl ester type and/or a terpene solvent, and/or a mixture of two or more of said solvents, and 7. an additional optional solvent "X" preferably selected from alkanes and/or mixtures thereof, characterized in that the compounds "a", "b", "c", "d", "e", "f", "g" and "X" constitute at least 95% by weight of the ink composition, in that it comprises a water content of less than 2% by weight and in that the viscosity at 20°C of the ink is between 100 and 1000 mPa.s.