mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a synthetic quartz glass substrate, comprising: subjecting the substrate to high-precision measurement of surface shape, and polishing the substrate by putting a polishing part of a rotary small-sized processing tool in contact with a surface of the synthetic quartz glass substrate and scanningly moving said polishing part and substrate surface relatively while rotating the polishing part, wherein the contact area between the polishing part and substrate surface is from 1 to 500 mm 2; wherein the rotary small-sized processing tool has a rotational axis set in a direction inclined relative to a normal to the substrate surface, and the processing tool is put into reciprocating motion in a fixed direction on the substrate surface, parallel to the direction of a projected line obtained by projecting the rotational axis of the processing tool onto the substrate, and as the polishing proceeds is advanced at a predetermined pitch in a direction perpendicular to the direction of the reciprocating motion and in a plane parallel to the substrate surface, while controlling one or more of the moving speed, the rotational speed and the contact pressure of said tool according to the measured degree of protuberance of the substrate surface, to improve the flatness thereof. subjecting the substrate to high-precision measurement of surface shape, and polishing the substrate by putting a polishing part of a rotary small-sized processing tool in contact with a surface of the synthetic quartz glass substrate and scanningly moving said polishing part and substrate surface relatively while rotating the polishing part, wherein the contact area between the polishing part and substrate surface is from 1 to 500 mm 2; wherein the rotary small-sized processing tool has a rotational axis set in a direction inclined relative to a normal to the substrate surface, and the processing tool is put into reciprocating motion in a fixed direction on the substrate surface, parallel to the direction of a projected line obtained by projecting the rotational axis of the processing tool onto the substrate, and as the polishing proceeds is advanced at a predetermined pitch in a direction perpendicular to the direction of the reciprocating motion and in a plane parallel to the substrate surface, while controlling one or more of the moving speed, the rotational speed and the contact pressure of said tool according to the measured degree of protuberance of the substrate surface, to improve the flatness thereof.
A method for controlling access to content broadcast to a receiver, said receiver being part of a geographical access control system, said receiver comprising verification means and security means, the method comprising the steps: - receiving a verification invitation message by the receiver, - generating a single-use code by the receiver, - transmitting said single-use code to said verification means of the receiver, - transmitting said single-use code to a portable device, - acquiring a current location by the portable device, - transferring the current location and said single-use code from the portable device to the verification means of said receiver, - verifying the single-use code received by the verification means, and if the code is correct, - extracting in a memory of the verification means, a set of location data defining at least one zone, - verifying by the verification means that the current location is included in said zone, and if so, transmitting, by the verification means, an authorisation message for receiving the audiovisual content to the security means of said receiver - authorising or prohibiting, by the security means, the access to the content broadcast to the receiver based on the verification result. - receiving a verification invitation message by the receiver, - generating a single-use code by the receiver, - transmitting said single-use code to said verification means of the receiver, - transmitting said single-use code to a portable device, - acquiring a current location by the portable device, - transferring the current location and said single-use code from the portable device to the verification means of said receiver, - verifying the single-use code received by the verification means, and if the code is correct, - extracting in a memory of the verification means, a set of location data defining at least one zone, - verifying by the verification means that the current location is included in said zone, and if so, transmitting, by the verification means, an authorisation message for receiving the audiovisual content to the security means of said receiver - authorising or prohibiting, by the security means, the access to the content broadcast to the receiver based on the verification result.
Backflow inhibitor (1, 100) which has a jet nozzle connectable to a flow entrance, which jet nozzle has a flow guide which narrows in funnel-shaped form in the direction of a nozzle opening of the jet nozzle and is designed as a nipple-like or stud-like projection in the region of the nozzle opening, and has a capture part which has the task of capturing the liquid jet that passes over a free jet path from the jet nozzle, which capture part is connectable or connected to a flow exit (7; 57) and to an outlet arranged below the free jet path, which outlet has the task of discharging a partial amount of liquid that is not captured by the capture part, wherein, in the free jet path, at a distance from the jet nozzle and from the capture part, there is arranged at least one spray wall or partition, which spray wall or partition has a jet passage opening, wherein the jet passage opening provided in the spray wall or partition has a clear opening cross section larger than the jet cross section of the liquid jet, and wherein the clear opening cross section of the jet passage opening is dimensioned such that the liquid jet passes through said jet passage opening without being focused by the latter and without making contact, characterized in that the capture part projects in nipple-like or stud-like form in the region of the capture opening.
A method of controlling a robotic mower to move according to a selected path map, the mower comprising a path planning module, said method comprising: moving the robotic mower along the selected path map; obtaining current position information of the robotic mower; determining a deviation between the current position and a predetermined position of the selected path map; determining that a missing mowing area occurs when the deviation is greater than a preset threshold value; moving the robotic mower to cut the missing mowing area, characterized in that the path map is randomly selected from a pre-stored path map set stored in the path planning module. moving the robotic mower along the selected path map; obtaining current position information of the robotic mower; determining a deviation between the current position and a predetermined position of the selected path map; determining that a missing mowing area occurs when the deviation is greater than a preset threshold value; moving the robotic mower to cut the missing mowing area, characterized in that the path map is randomly selected from a pre-stored path map set stored in the path planning module.
A grain-oriented electrical steel sheet having linear strains formed for magnetic domain refining in a direction intersecting a rolling direction of the steel sheet repeatedly with intervals in the rolling direction, wherein the ratio h/d of h to d is 0.0025 or more and 0.015 or less, and wherein a repeating interval of the strains in the rolling direction is the d (mm) and, when the steel sheet is placed on a flat surface, a mean value of difference between a height from the flat surface in linear strain-introduced areas of a steel sheet surface and a height from the flat surface in intermediate points between adjacent linear strain-introduced areas is the h (mm), and wherein the d is 3 mm or more and 8 mm or less.
A wireless communication system comprising: a transmitter configured to transmit an OFDM-modulated signal; and a receiver configured to receive signals by a first antenna and a second antenna, wherein the transmitter discretely inserts a plurality of null subcarriers into a transmission signal in time and frequency domains and transmits the transmission signal, and wherein the receiver calculates a complex coefficient, wherein a result of multiplying the complex coefficient by a first reception vector for each of the null subcarriers received by the first antenna is equal to an amplitude of a second reception vector of a corresponding null subcarrier received by the second antenna and is opposite in phase to the second reception vector, and wherein the receiver calculates a fourth reception vector by multiplying a third reception vector of any data subcarrier received by the first antenna by a coefficient that is obtained by interpolating the complex coefficient, and adds the fourth reception vector to a fifth reception vector of the any data subcarrier received by the second antenna. a transmitter configured to transmit an OFDM-modulated signal; and a receiver configured to receive signals by a first antenna and a second antenna, wherein the transmitter discretely inserts a plurality of null subcarriers into a transmission signal in time and frequency domains and transmits the transmission signal, and wherein the receiver calculates a complex coefficient, wherein a result of multiplying the complex coefficient by a first reception vector for each of the null subcarriers received by the first antenna is equal to an amplitude of a second reception vector of a corresponding null subcarrier received by the second antenna and is opposite in phase to the second reception vector, and wherein the receiver calculates a fourth reception vector by multiplying a third reception vector of any data subcarrier received by the first antenna by a coefficient that is obtained by interpolating the complex coefficient, and adds the fourth reception vector to a fifth reception vector of the any data subcarrier received by the second antenna.
A video coding method for deriving motion vectors for a bi-predictive block in direct mode, the method comprising: determining motion vectors of the bi-predictive block; and decoding the bi-predictive block based on the determined motion vectors; characterized in that the method further comprises determining a kind of a reference picture pointed to by a motion vector of a co-located block, the kind of the reference picture including a long-term reference picture and a short-term reference picture, in determining motion vectors of the bi-predictive block a backward motion vector of the bi-predictive block is set equal to zero, if the kind of the reference picture is the long-term reference picture. determining motion vectors of the bi-predictive block; and decoding the bi-predictive block based on the determined motion vectors; characterized in that the method further comprises determining a kind of a reference picture pointed to by a motion vector of a co-located block, the kind of the reference picture including a long-term reference picture and a short-term reference picture, in determining motion vectors of the bi-predictive block a backward motion vector of the bi-predictive block is set equal to zero, if the kind of the reference picture is the long-term reference picture.
A system for controlling the body temperature of a mammal, said system comprising: a conductor adapted to interface with a heat transfer surface of a body portion of the mammal; a controller adapted to vary a temperature of the conductor; and a sensor element for sensing a characteristic associated with vasoconstriction or vasodilation of the body portion, the system being characterised in that the controller is adapted to adjust the temperature of the conductor to an optimal heat transfer temperature or temperature range to maintain vasodilation in the portion of the body portion based upon a predetermined schedule that relates the characteristic to vasodilation, and the system is adapted to determine the optimal heat transfer temperature or temperature range of the conductor interfaced with the heat transfer surface of the body portion by determining a temperature at which vasoconstriction of the body portion occurs by detecting vasoconstriction with the sensor element while the controller decreases the temperature of the conductor from a temperature above the vasoconstriction temperature to a temperature below the vasoconstriction temperature. a conductor adapted to interface with a heat transfer surface of a body portion of the mammal; a controller adapted to vary a temperature of the conductor; and a sensor element for sensing a characteristic associated with vasoconstriction or vasodilation of the body portion,
Method for generating dynamic information about a change to a route plan, comprising: generating original navigation directions, by way of one or more processors, along an original route (212, 412, 512, 612) between a starting point (204, 404, 504, 604) and a destination (206, 406, 506, 606); determining an alternative route (210, 410, 510, 610) to the destination, by way of one or more processors, including a location of the deviation (208, 408, 508, 608) between the original route and the alternative route; and generating acoustic information about a change to the route plan, characterized in that the generating is effected depending on the location of the deviation in relation to a map section displayed on a display, wherein the information about a change to the route plan is generated when the location of the deviation is situated at a predefined distance outside the edge of the displayed map section. generating original navigation directions, by way of one or more processors, along an original route (212, 412, 512, 612) between a starting point (204, 404, 504, 604) and a destination (206, 406, 506, 606); determining an alternative route (210, 410, 510, 610) to the destination, by way of one or more processors, including a location of the deviation (208, 408, 508, 608) between the original route and the alternative route; and generating acoustic information about a change to the route plan, characterized in that the generating is effected depending on the location of the deviation in relation to a map section displayed on a display, wherein the information about a change to the route plan is generated when the location of the deviation is situated at a predefined distance outside the edge of the displayed map section.
An assembly for cutting a coating of a frozen confection comprising a coating cutting tool comprising a frame defining a product void for receiving a frozen confection at least partly coated and comprising a stick, a product funnel to direct the product to a central position in the product void, a set of side knives comprising at least 2 knives statically fixed on opposite sides of the product void and at least one gripper to hold the product by the stick during the cutting of the coating, said gripper comprising a blocking member that limits the distance by which the stick can be pushed into the gripper and prevents the frozen confection's edible portion from touching the gripper when pressure is applied onto the product by the static knives.
A manufacturing method of a breathable and waterproof non-woven fabric, characterized by comprising: performing a kneading process on 87 to 91 parts by weight of a polyester, 5 to 7 parts by weight of a water repellent, and 3 to 6 parts by weight of a flow promoter, such that a mixture is formed, wherein the flow promoter comprises 0.1 to 6.0 parts by weight of a slip agent and 0.1 to 6.0 parts by weight of a polyol, the polyol comprises ethylene glycol, propylene glycol, butylene glycol, polyethylene glycol, or combinations thereof, the polyester has a melt index between 350 g/10min and 1310 g/10min at a temperature of 270°C, and the mixture has a melt index between 530 g/10min and 1540 g/10min at a temperature of 270°C; and performing a melt-blowing process on the mixture, such that the flow promoter is volatilized and a plurality of melt-blown fibers having an average fiber diameter between 600 nm and 1700 nm are formed to obtain the breathable and waterproof non-woven fabric having an average pore diameter between 1.5 μm and 2.0 μm, wherein each of the melt-blown fibers has a fiber body and the water repellent, the water repellent is disposed on the fiber body, the average pore diameter is measured by a porosimeter. performing a kneading process on 87 to 91 parts by weight of a polyester, 5 to 7 parts by weight of a water repellent, and 3 to 6 parts by weight of a flow promoter, such that a mixture is formed, wherein the flow promoter comprises 0.1 to 6.0 parts by weight of a slip agent and 0.1 to 6.0 parts by weight of a polyol, the polyol comprises ethylene glycol, propylene glycol, butylene glycol, polyethylene glycol, or combinations thereof, the polyester has a melt index between 350 g/10min and 1310 g/10min at a temperature of 270°C, and the mixture has a melt index between 530 g/10min and 1540 g/10min at a temperature of 270°C; and performing a melt-blowing process on the mixture, such that the flow promoter is volatilized and a plurality of melt-blown fibers having an average fiber diameter between 600 nm and 1700 nm are formed to obtain the breathable and waterproof non-woven fabric having an average pore diameter between 1.5 μm and 2.0 μm, wherein each of the melt-blown fibers has a fiber body and the water repellent, the water repellent is disposed on the fiber body, the average pore diameter is measured by a porosimeter.
A goods lift for a goods transfer device of an automatic goods storage system for receiving goods from a conveying device of the goods transfer device and transferring them to handling device of the goods transfer device, the handling device preferably being arranged above the conveying device, comprising a lift cage having a lift cage bottom for transport of the goods, and a lift cage guide, wherein a pusher is arranged at an opening in the lift cage guide, said pusher being adapted to push goods arranged on the conveyor device into the lift cage positioned in a first end position, characterized in that, in a closed position of the pusher, the pusher at least partially closes the opening in the lift cage guide comprising a lift cage having a lift cage bottom for transport of the goods, and a lift cage guide, wherein a pusher is arranged at an opening in the lift cage guide, said pusher being adapted to push goods arranged on the conveyor device into the lift cage positioned in a first end position, characterized in that, in a closed position of the pusher, the pusher at least partially closes the opening in the lift cage guide
Timepiece comprising a striking-work comprising a striking gear train, at least two strike-hammers arranged to produce sounds of different tones, an hour lift and a first quarter lift to actuate one of the hammers, a minute-lift and a second quarter-lift to actuate the other hammer, an hour-part comprising a toothed sector arranged to cooperate with the striking gear train, an hour-rack arranged to actuate the hour-lift and an hour feeler-spindle arranged to cooperate with an hour-cam, a quarter-part comprising a quarter-rack having a first toothing arranged to actuate the first quarter-lift and a second toothing arranged to actuate the second quarter-lift, and a quarter feeler-spindle arranged to cooperate with a quarter-cam, and a minute-part comprising a minute-rack arranged to actuate the minute-lift and a minute feeler-spindle arranged to cooperate with a minute-cam, the said hour, quarter and minute parts being pivotally mounted around a same axis, the quarter part and the minute part being kinematically connected by means of a first driving organ cooperating with a first driving toothing, characterised in that one of the hour-part and the quarter-part comprises a second driving toothing gear and the other of the hour-part and the quarter-part comprises a second driving organ arranged to be able to cooperate with the said second driving toothing and to kinematically connect the hour-part and the quarter-part, by eliminating the dead time between the striking of hours and quarters, or between the striking of hours and minutes when there is no quarter to strike.
A slave cell being established by a slave base station (6a, 6b) and being connected to an anchor base station (3a, 3b) in a mobile telecommunications system, the slave cell being configured to: communicate with at least one user equipment; receive a service requirement from the at least one user equipment; activate or deactivate an extant carrier, based on the received service requirement, wherein the extant carrier is a carrier segment, wherein the activated carrier segment is located within a primary carrier; and send a carrier segment activation command or deactivation command to the at least one user equipment. communicate with at least one user equipment; receive a service requirement from the at least one user equipment; activate or deactivate an extant carrier, based on the received service requirement, wherein the extant carrier is a carrier segment, wherein the activated carrier segment is located within a primary carrier; and send a carrier segment activation command or deactivation command to the at least one user equipment.
A water pressure reducer, comprising: a housing defining an at least partially hollow interior, wherein the housing comprises a base and a cover having a threaded connection; a membrane, which divides the interior of the housing into a first chamber within the cover and a second chamber within the base and which is movable responsive to changes in water pressure against the membrane wherein the second chamber comprises an air valve drain plug configured to allow air within the second chamber to be drained from the second chamber; an inlet opening and an outlet opening defined in the second chamber of the housing; a valve seat situated within the second chamber; a plunger situated at least partially within the second chamber, coupled to the membrane, and extending at least partially through the valve seat; a driver coupled to the plunger and configured to releasably engage with the valve seat; and a spring situated within the first chamber, wherein the spring is in compression and biases the plunger such that the driver is not engaged with the valve seat. a housing defining an at least partially hollow interior, wherein the housing comprises a base and a cover having a threaded connection; a membrane, which divides the interior of the housing into a first chamber within the cover and a second chamber within the base and which is movable responsive to changes in water pressure against the membrane wherein the second chamber comprises an air valve drain plug configured to allow air within the second chamber to be drained from the second chamber; an inlet opening and an outlet opening defined in the second chamber of the housing; a valve seat situated within the second chamber; a plunger situated at least partially within the second chamber, coupled to the membrane, and extending at least partially through the valve seat; a driver coupled to the plunger and configured to releasably engage with the valve seat; and a spring situated within the first chamber, wherein the spring is in compression and biases the plunger such that the driver is not engaged with the valve seat.