mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing power consumption in a mobile device, comprising: receiving movement information from one or more movement sensors; establishing movement data based on the movement information, wherein the movement data comprises stationarity data; refining the movement data using the movement information from the movement sensor and position information from a Satellite Position System, SPS, receiver; determining that the mobile device is stationary using the movement data; reducing a frequency of searching for a SPS satellite based on the determination that the mobile device is stationary; determining that the mobile device is not stationary using the movement data; and increasing the frequency of searching for the SPS satellite based on the determination that the mobile device is not stationary. receiving movement information from one or more movement sensors; establishing movement data based on the movement information, wherein the movement data comprises stationarity data; refining the movement data using the movement information from the movement sensor and position information from a Satellite Position System, SPS, receiver; determining that the mobile device is stationary using the movement data; reducing a frequency of searching for a SPS satellite based on the determination that the mobile device is stationary; determining that the mobile device is not stationary using the movement data; and increasing the frequency of searching for the SPS satellite based on the determination that the mobile device is not stationary.
Support hinge of a vehicle hood, in particular for accessing to an engine compartment of an industrial or commercial vehicle, comprising a first flange suitable to be connected to a body of said vehicle and a second flange intended to be connected to a hood of said vehicle, said hinge defining a plane of rotation of a flange with respect to the other flange between an open position and a closed position, wherein said support hinge further comprises - a pair of arms (13,14), each one of them comprising a second end (13b,14b) hinged to the second flange and a first end (13a,14a) hinged on said first flange by means of a respective first pin and second pin - a locking plate comprising a sliding guide for a guide pin - said sliding guide comprising at least an engaging portion suitable to engage said guide pin at a predetermined open position of the support hinge preventing its closing, characterized in that - said guide pin is connected to said second flange in order to emerge perpendicularly with respect to said plane of rotation, - one of the arms (13, 14) is hinged with a respective second end (13b, 14b) on said second flange by means of said guide pin - a first end of the locking plate is hinged to the first flange by means of a further pin arranged so that the second pin is, on the first flange, in an intermediate position between the first pin and said further pin. - a pair of arms (13,14), each one of them comprising a second end (13b,14b) hinged to the second flange and a first end (13a,14a) hinged on said first flange by means of a respective first pin and second pin - a locking plate comprising a sliding guide for a guide pin - said sliding guide comprising at least an engaging portion suitable to engage said guide pin at a predetermined open position of the support hinge preventing its closing, - said guide pin is connected to said second flange in order to emerge perpendicularly with respect to said plane of rotation, - one of the arms (13, 14) is hinged with a respective second end (13b, 14b) on said second flange by means of said guide pin - a first end of the locking plate is hinged to the first flange by means of a further pin arranged so that the second pin is, on the first flange, in an intermediate position between the first pin and said further pin.
A cordless mower comprising: a deck supported by front and rear wheels, the deck having a top side, a bottom side, a front end and a rear end, the bottom side defining a cutting chamber; a rechargeable battery supported on said deck; a blade for cutting grass on the bottom side of the deck; a blade motor coupled to the blade; and a drive motor connected to the rear wheels for driving said rear wheels, the drive motor located in a chamber at the rear of the mower adjacent the rear wheels, characterised by the chamber having an opening therein to allow air to flow through. a deck supported by front and rear wheels, the deck having a top side, a bottom side, a front end and a rear end, the bottom side defining a cutting chamber; a rechargeable battery supported on said deck; a blade for cutting grass on the bottom side of the deck; a blade motor coupled to the blade; and a drive motor connected to the rear wheels for driving said rear wheels, the drive motor located in a chamber at the rear of the mower adjacent the rear wheels, characterised by the chamber having an opening therein to allow air to flow through.
A high-pressure fluid discharge device comprising a nozzle; and a pipe, to which the nozzle is connected, and which is routed, a high pressure fluid in use being transferred through the pipe and being discharged from the nozzle, characterised in that the pipe is formed by alternately connecting first pipes which are formed in expandable coil shapes and second pipes having a larger flow passage area than the first pipes.
A method for producing a confectionery shell comprising the steps of: (i) depositing into a mould cavity an edible liquid and one or more pieces of solidified or solid edible material having a different composition to that of the edible liquid; (ii) pressing the edible liquid against the wall of the mould cavity using a stamp having a surface temperature below the solidification temperature of the edible liquid so as to shape and at least partially solidify the edible liquid in the mould cavity and cause part of the edible liquid to be ejected from the mould cavity wherein at least part of the ejected edible liquid is contiguous with the edible liquid inside the mould cavity; (iii) removing the stamp from the mould cavity; and (iv) removing edible liquid ejected from the mould cavity or material formed from ejected edible liquid by passing scraping means outwardly over the boundary of the mould cavity in two or more different outward directions; wherein the edible liquid is liquid chocolate and the one or more pieces of solidified or solid edible material are pieces of caramel, toffee, fruit, nut or candy. (i) depositing into a mould cavity an edible liquid and one or more pieces of solidified or solid edible material having a different composition to that of the edible liquid; (ii) pressing the edible liquid against the wall of the mould cavity using a stamp having a surface temperature below the solidification temperature of the edible liquid so as to shape and at least partially solidify the edible liquid in the mould cavity and cause part of the edible liquid to be ejected from the mould cavity wherein at least part of the ejected edible liquid is contiguous with the edible liquid inside the mould cavity; (iii) removing the stamp from the mould cavity; and (iv) removing edible liquid ejected from the mould cavity or material formed from ejected edible liquid by passing scraping means outwardly over the boundary of the mould cavity in two or more different outward directions;
A case for maintaining biomaterials at predetermined cryogenic temperatures, comprising: a top and a bottom adapted for forming an enclosure; an inner core contained inside the enclosure containing a liquid coolant; an outer core surrounding the inner core, being in coolant flow communication with the inner core; a vacuum core around the inner core and outer core providing a thermal barrier between the inner and outer cores and the bottom of the enclosure; a partially pressurized overflow tank in the enclosure in coolant communication with the outer core; and a solenoid valve between the outer core and the overflow tank for regulating coolant flow into the overflow tank. a top and a bottom adapted for forming an enclosure; an inner core contained inside the enclosure containing a liquid coolant; an outer core surrounding the inner core, being in coolant flow communication with the inner core; a vacuum core around the inner core and outer core providing a thermal barrier between the inner and outer cores and the bottom of the enclosure; a partially pressurized overflow tank in the enclosure in coolant communication with the outer core; and a solenoid valve between the outer core and the overflow tank for regulating coolant flow into the overflow tank.
Process for straightening and dyeing the hair, characterized in that it comprises the following steps in this order: (a) application of a first composition (Straightening Composition) having a pH of 4 or lower and comprising glyoxylic acid and/or a hydrate thereof and/or a salt thereof onto the hair; (b) leaving the composition on the hair for 1 to 120 minutes, (c) drying the hair (d) optionally rinsing off the hair with water and drying the hair, (e) treating the hair with an iron having a surface temperature of 130 to 250°C, preferably 180 ± 50°C, (f) optionally rinsing and/or shampooing and drying the hair, (g) application of a second composition (dye composition) comprising at least one hair dye, optionally at least one alkalizing agent and optionally at least one oxidizing agent onto the hair, (h) leaving the composition on the hair for 5 to 45 minutes, rinsing off the composition and optionally shampooing and drying the hair, wherein steps (g) to (h) are carried out directly after steps (a) to (f). (a) application of a first composition (Straightening Composition) having a pH of 4 or lower and comprising glyoxylic acid and/or a hydrate thereof and/or a salt thereof onto the hair; (b) leaving the composition on the hair for 1 to 120 minutes, (c) drying the hair (d) optionally rinsing off the hair with water and drying the hair, (e) treating the hair with an iron having a surface temperature of 130 to 250°C, preferably 180 ± 50°C, (f) optionally rinsing and/or shampooing and drying the hair, (g) application of a second composition (dye composition) comprising at least one hair dye, optionally at least one alkalizing agent and optionally at least one oxidizing agent onto the hair, (h) leaving the composition on the hair for 5 to 45 minutes, rinsing off the composition and optionally shampooing and drying the hair,
An ozone water production apparatus comprising an electrolytic cell comprising a membrane-electrode assembly, said membrane-electrode assembly comprising: a solid polymer electrolyte membrane comprising a cation exchange membrane, an anode and a cathode tightly adhered to the respective surfaces of the solid polymer electrolyte membrane, wherein a plurality of through-holes with 0.1 mm or more in diameter is provided over the entire surfaces of the anode, the solid polymer electrolyte membrane and the cathode, passing through these members, said electrolytic cell comprising a current-carrying member that is provided to the anode and the cathode of the membrane-electrode assembly; wherein a means to supply raw material water in right angle direction or oblique direction to the surfaces of the anode, the solid polymer electrolyte membrane and the cathode is provided on one of the anode and the cathode of said electrolytic cell; and a means to discharge ozone water produced by the electrolytic cell in right angle direction or oblique direction to the surfaces of the anode, the solid polymer electrolyte membrane and the cathode is provided to the other of the anode and the cathode.
A method for operating an automatically movable surface treatment device, in particular a robotic vacuum cleaner and/or a cleaning robot, wherein the surface treatment device can move in a room (3, 4) and possibly carries out surface treatment tasks in this case, and wherein the surface treatment device shows a ultrasonic sensor, wherein the ultrasonic sensor detecting ultrasonic waves reflected on obstacles, characterized in that the ultrasonic sensor detects glass breakage noises, wherein frequencies of sound detected by means of the ultrasonic sensor are compared with reference frequencies typically occurring in the event of a glass breakage, and wherein, in the event of a match, a glass breakage, in particular a break-in through a pane of glass of a window or of a door, is determined.
A single-upright-column type wellhead production operation platform, the platform comprising: an upright column body of a hollow structure; a positioning and mounting assembly arranged at a bottom of the upright column body; at least one inner well slot arranged in the upright column body, characterized in further comprising an oil extraction operation platform arranged on the top of the upright column body, the oil extraction operation platform includes a wellhead deck, the oil extraction operation platform being provided with an oil extraction operation assembly, and the oil extraction operation assembly includes at least one selected from an oil extraction tree, a manifold terminal and a production auxiliary system; the inner well slots being capable of being connected to the oil extraction operation platform. an upright column body of a hollow structure; a positioning and mounting assembly arranged at a bottom of the upright column body; at least one inner well slot arranged in the upright column body, characterized in further comprising an oil extraction operation platform arranged on the top of the upright column body, the oil extraction operation platform includes a wellhead deck, the oil extraction operation platform being provided with an oil extraction operation assembly, and the oil extraction operation assembly includes at least one selected from an oil extraction tree, a manifold terminal and a production auxiliary system; the inner well slots being capable of being connected to the oil extraction operation platform.
An all-solid-state secondary battery comprising a positive electrode having a positive electrode active material layer, a negative electrode having a negative electrode active material layer, and a solid electrolyte layer between the positive electrode active material layer and the negative electrode active material layer, wherein the solid electrolyte layer has a thickness of 2 to 20 μm, the solid electrolyte layer includes a binder containing a particulate polymer having an average particle diameter measured in accordance with JIS Z8825-1:2001 of 0.1 to 1 μm, the particulate polymer is obtained by copolymerizing monomers including a crosslinking agent, the use amount of the crosslinking agent is 0.01 to 8 parts by mass with respect to 100 parts by mass of the total amount of monomers, and the particulate polymer has a gel structure and a gel fraction measured as described in the description of 50 to 95 weight-%.
Parting agent, in particular release agent, preferably for use in the processing of plastics, in particular thermoplastics, characterized in that the parting agent comprises as component one or more polyol(s) having more than 4 hydroxyl groups and as component one or more additives, wherein the parting agent is a completely homogeneous water-soluble liquid at room temperature (25°C) and wherein the components and are contained in the following percentage by weight ratio, Component Component 2 - 5 98 - 95 or 7.5 - 45 92.5 - 55 or 15 - 92 85 - 8 wherein the sum of the mixing ratio of components and is always 100% by weight.
A method of identifying a monoclonal antibody, or antigen-binding fragment thereof, that specifically binds at least two different lyssaviruses, comprising: screening a naive antibody phage display library with: a recombinant rabies virus expressing glycoprotein from rabies virus (RABV), Mokola virus (MOKV) and West Caucasian bat virus (WCBV); and at least two different recombinant lyssavirus glycoproteins selected from the RABV glycoprotein, the MOKV glycoprotein, the WCBV glycoprotein, the Lagos bat virus glycoprotein and the Duvenhage virus (DUVV) glycoprotein; or at least two different cell lines expressing a lyssavirus glycoprotein selected from the RABV glycoprotein, the MOKV glycoprotein, the WCBV glycoprotein, the LBV glycoprotein and the DUVV glycoprotein, wherein the phage display library is screened sequentially on the at least two different cell lines; and selecting a phage display clone that specifically binds to at least two different lyssaviruses, at least two different lyssavirus glycoproteins, or both, thereby identifying a monoclonal antibody, or antigen-binding fragment thereof, that specifically binds at least two different lyssaviruses or lyssavirus glycoproteins. screening a naive antibody phage display library with: a recombinant rabies virus expressing glycoprotein from rabies virus (RABV), Mokola virus (MOKV) and West Caucasian bat virus (WCBV); and at least two different recombinant lyssavirus glycoproteins selected from the RABV glycoprotein, the MOKV glycoprotein, the WCBV glycoprotein, the Lagos bat virus glycoprotein and the Duvenhage virus (DUVV) glycoprotein; or at least two different cell lines expressing a lyssavirus glycoprotein selected from the RABV glycoprotein, the MOKV glycoprotein, the WCBV glycoprotein, the LBV glycoprotein and the DUVV glycoprotein, wherein the phage display library is screened sequentially on the at least two different cell lines; and a recombinant rabies virus expressing glycoprotein from rabies virus (RABV), Mokola virus (MOKV) and West Caucasian bat virus (WCBV); and at least two different recombinant lyssavirus glycoproteins selected from the RABV glycoprotein, the MOKV glycoprotein, the WCBV glycoprotein, the Lagos bat virus glycoprotein and the Duvenhage virus (DUVV) glycoprotein; or at least two different cell lines expressing a lyssavirus glycoprotein selected from the RABV glycoprotein, the MOKV glycoprotein, the WCBV glycoprotein, the LBV glycoprotein and the DUVV glycoprotein, wherein the phage display library is screened sequentially on the at least two different cell lines; and selecting a phage display clone that specifically binds to at least two different lyssaviruses, at least two different lyssavirus glycoproteins, or both, thereby identifying a monoclonal antibody, or antigen-binding fragment thereof, that specifically binds at least two different lyssaviruses or lyssavirus glycoproteins.
Seal arrangement for connecting to a movable or stationary stiffening member of a tarpaulin structure, comprising a sealing strip, wherein the sealing strip has first and second projections which run at least along an extent of the sealing strip and first and second depressions which run at least along the extent of the sealing strip, wherein the projections and the depressions are of complementary configuration such that each of the first and second depressions respectively is configured as a negative form of one of the projections and, fitting into one another, make a seal possible, wherein the sealing strip comprises a casing region and a receptacle on the side of the seal arrangement facing away from the projections, characterized in that the receptacle is of circular shape, that the casing region has mostly a circular shape which is breached by way of an opening, and that adjacent to the opening, the casing region has a curvature, which curvature folds an extension of the casing region into the circular receptacle of the seal arrangement.
An apparatus for evaporating water to generate pressurized steam comprising: a duct having a heating arrangement for heating an interior of the duct; the duct including a duct wall surrounding an axis of the duct with the duct wall extending continuously in the longitudinal direction from the feed end at one longitudinal end of the duct to the discharge end at the other end of the longitudinal duct; a peripheral wall surrounding the duct at a position on the duct between the feed end and the discharge end defining a chamber between the peripheral wall and the duct wall; a plurality of nozzles (214, 215) arranged for injecting the water as a water spray into the chamber from the peripheral wall toward an outside surface of the duct wall; and a plurality of outlet ports for collecting the steam from the chamber; CHARACTERIZED IN THAT there is provided a plurality of hollow tubes (207, 208) each extending through the duct wall having an open end of each tube in the chamber and extending to a closed end within the duct. a duct having a heating arrangement for heating an interior of the duct; the duct including a duct wall surrounding an axis of the duct with the duct wall extending continuously in the longitudinal direction from the feed end at one longitudinal end of the duct to the discharge end at the other end of the longitudinal duct; a peripheral wall surrounding the duct at a position on the duct between the feed end and the discharge end defining a chamber between the peripheral wall and the duct wall; a plurality of nozzles (214, 215) arranged for injecting the water as a water spray into the chamber from the peripheral wall toward an outside surface of the duct wall; and a plurality of outlet ports for collecting the steam from the chamber; CHARACTERIZED IN THAT there is provided a plurality of hollow tubes (207, 208) each extending through the duct wall having an open end of each tube in the chamber and extending to a closed end within the duct.
A pre-chamber body for a gaseous fuel internal combustion engine, the pre-chamber body comprising: a pre-chamber; a plurality of flow transfer channels fluidly connecting the pre-chamber and an exterior of the pre-chamber body, wherein: each flow transfer channel extends along a flow transfer channel axis from an inner opening via a throat section to an outer opening; a cross-section of the flow transfer channels converges from a first cross section (A 1) of the inner opening to a second cross-section (A 2) of the throat section and diverges from the second cross-section (A 2) to a third cross-section of the outer opening along the flow transfer channel axis; wherein at least one of the inner opening and the outer opening has an oval shape with a maximum diameter (a 1, a 3) and a minimum diameter (b 1, b 3), the maximum diameter (a 1, a 3) being greater than the minimum diameter (b 1, b 3); and wherein the inner openings have an orientation different from the throat section and/or the outer openings. a pre-chamber; a plurality of flow transfer channels fluidly connecting the pre-chamber and an exterior of the pre-chamber body, wherein: each flow transfer channel extends along a flow transfer channel axis from an inner opening via a throat section to an outer opening; a cross-section of the flow transfer channels converges from a first cross section (A 1) of the inner opening to a second cross-section (A 2) of the throat section and diverges from the second cross-section (A 2) to a third cross-section of the outer opening along the flow transfer channel axis; wherein at least one of the inner opening and the outer opening has an oval shape with a maximum diameter (a 1, a 3) and a minimum diameter (b 1, b 3), the maximum diameter (a 1, a 3) being greater than the minimum diameter (b 1, b 3); and wherein the inner openings have an orientation different from the throat section and/or the outer openings. each flow transfer channel extends along a flow transfer channel axis from an inner opening via a throat section to an outer opening; a cross-section of the flow transfer channels converges from a first cross section (A 1) of the inner opening to a second cross-section (A 2) of the throat section and diverges from the second cross-section (A 2) to a third cross-section of the outer opening along the flow transfer channel axis; wherein at least one of the inner opening and the outer opening has an oval shape with a maximum diameter (a 1, a 3) and a minimum diameter (b 1, b 3), the maximum diameter (a 1, a 3) being greater than the minimum diameter (b 1, b 3); and wherein the inner openings have an orientation different from the throat section and/or the outer openings.