mhurhangee/ep-ind-claims huggingface dataset:
A vertical turbine system comprising: - a vertical turbine comprising a rotor, which comprises blades for capturing of a fluid flow, - a cover installed above the turbine at least partly covering it from above, - a frontal fluid flow diverter installed in the front of the turbine and partly covers it for diverting of main fluid flow, wherein the frontal fluid flow diverter diverts the main fluid flow to the sides, to uncovered blades of the turbine and above the cover, as well as underneath the turbine, wherein the vertical turbine system further comprises a rear fluid flow diverter, which is installed behind the turbine and diverts the fluid flow (X") running above the cover to the rear part of the turbine, creating a secondary fluid flow on the blades of the turbine, which generally flows parallel to the direction of the rotation of the blades and counter to the main fluid flow, characterized in that the frontal fluid flow diverter is further extended downwards from turbine, creating auxiliary lower side walls (5") and a lower cover. - a vertical turbine comprising a rotor, which comprises blades for capturing of a fluid flow, - a cover installed above the turbine at least partly covering it from above, - a frontal fluid flow diverter installed in the front of the turbine and partly covers it for diverting of main fluid flow, wherein the frontal fluid flow diverter diverts the main fluid flow to the sides, to uncovered blades of the turbine and above the cover, as well as underneath the turbine,
A method of manufacturing a semiconductor device, the method sequentially comprising: a semiconductor device structure formation process in which a semiconductor device structure is partially or wholly formed at least in a main surface side of a first conduction type silicon carbide bulk substrate having a main surface and a rear surface; and an ohmic electrode formation process in which an ohmic electrode making ohmic contact with the silicon carbide bulk substrate is formed in the rear surface side of the silicon carbide bulk substrate, wherein the ohmic electrode formation process sequentially includes a sub-process of thinning the silicon carbide bulk substrate by polishing the rear surface side of the silicon carbide bulk substrate and then forming the ohmic electrode in the rear surface, and a sub-process of performing heat treatment using an optical heating method in which after depositing a SiO 2 film having a thickness of about 1 μm on the ohmic electrode, high-power light is irradiated through the SiO 2 film from the rear surface side of the silicon carbide bulk substrate to the ohmic electrode, wherein the high-power light is excimer laser light. a semiconductor device structure formation process in which a semiconductor device structure is partially or wholly formed at least in a main surface side of a first conduction type silicon carbide bulk substrate having a main surface and a rear surface; and an ohmic electrode formation process in which an ohmic electrode making ohmic contact with the silicon carbide bulk substrate is formed in the rear surface side of the silicon carbide bulk substrate, a sub-process of thinning the silicon carbide bulk substrate by polishing the rear surface side of the silicon carbide bulk substrate and then forming the ohmic electrode in the rear surface, and a sub-process of performing heat treatment using an optical heating method in which after depositing a SiO 2 film having a thickness of about 1 μm on the ohmic electrode, high-power light is irradiated through the SiO 2 film from the rear surface side of the silicon carbide bulk substrate to the ohmic electrode,
An apparatus for detecting a composition of a sample, comprising: a first probe element configured to provide a first surface in direct contact with the sample and a second surface that is not in direct contact with the sample; a measurement system configured to measure a rate of heat transfer through the first surface; and a processing unit configured to analyse the measured rate of heat transfer in order to detect a heat transfer characteristic of the sample that is indicative of a composition of the sample, characterized by further comprising: a first surface temperature sensor configured to measure a first temperature at the first surface; and a second surface temperature sensor configured to measure a second temperature at the second surface, wherein the measurement system is configured to use the measured first and second temperatures to measure the rate of heat transfer through the first surface. a first probe element configured to provide a first surface in direct contact with the sample and a second surface that is not in direct contact with the sample; a measurement system configured to measure a rate of heat transfer through the first surface; and a processing unit configured to analyse the measured rate of heat transfer in order to detect a heat transfer characteristic of the sample that is indicative of a composition of the sample, characterized by further comprising: a first surface temperature sensor configured to measure a first temperature at the first surface; and a second surface temperature sensor configured to measure a second temperature at the second surface, wherein the measurement system is configured to use the measured first and second temperatures to measure the rate of heat transfer through the first surface. a first surface temperature sensor configured to measure a first temperature at the first surface; and a second surface temperature sensor configured to measure a second temperature at the second surface, wherein the measurement system is configured to use the measured first and second temperatures to measure the rate of heat transfer through the first surface.
A drum head (3, 203, 303, 403, 503) having a striking surface configured to be tensioned over a drum shell halving an inner circumference, the drum head comprising: a ring-shaped frame part; a pair of outer head layers having an outer peripheral edge affixed to the frame part; an inner head layer located between the pair of outer head layers, within an inner circumference of the frame part, and having an outer shape, as viewed in an axial direction of the frame part, the outer shape of the inner head layer being smaller than the inner circumference of the drum shell characterized in that the pair of outer head layers is composed of a material having breath ability. a ring-shaped frame part; a pair of outer head layers having an outer peripheral edge affixed to the frame part; an inner head layer located between the pair of outer head layers, within an inner circumference of the frame part, and having an outer shape, as viewed in an axial direction of the frame part, the outer shape of the inner head layer being smaller than the inner circumference of the drum shell characterized in that the pair of outer head layers is composed of a material having breath ability.
Ultrasound cutting device having at least one ultrasound converter connected to a generator, at least one sound conductor and at least one cutting blade, the sound conductor being arranged between the ultrasound converter and the cutting blade and interconnecting the two, and the longitudinal centre axis of the sound conductor extending along a line that deviates from a straight line, characterized in that the at least one generator has means for running through a predetermined ultrasound frequency range in accordance with a sweep function.
A device for removing bodily fluids, more particularly blood, with a deformation-resistant guide sleeve and a small sampling tube which at its front end is closed with a cap, which is provided with a mandrel-like attachment and, arranged in the latter, a pierceable stopper for the attachable guide sleeve, which on the side facing the attachment has a cannula encompassed by a valve rubber, which on attaching the guide sleeve compresses in a concertinaed manner above the attachment, and on the side facing away from the attachment has a connection piece or the front end of the cannula, more particularly double cannula, wherein the attachment and the guide sleeve are made of means that supplement the locking of the guide sleeve on the attachment resisting the restoring force of the valve rubber compressed in an concertinaed manner, characterised in that distributed around the circumference of the outer sheath of the attachment are radially projecting, spaced, outer thread segments and distributed around the circumference of the inner sheath of the guide sleeve are radially projecting, overlapping, inner thread segments, wherein running over a partial length and in parallel to the inner thread segments, there are pocket-like recesses, delimited on the front side by a first and a second stop (13, 14) respectively, into which in the end position of the guide sleeve the outer thread segments of the attachment engage.
Method for renewing the braking force of a brake (1, 2) of a hoisting machine, in which method: - a brake pad of the brake (1, 2) of the hoisting machine is pressed against the a braking surface of a rotating part of the hoisting machine and - the braking surface is moved in relation to the brake pad pressed against the braking surface by resisting the friction force between the braking surface and the brake pad, characterised in that - the minimum length of the movement needed for improving the brake force is determined, and - the braking surface is moved in relation to the brake pad at least by the amount of the minimum length of the movement. - a brake pad of the brake (1, 2) of the hoisting machine is pressed against the a braking surface of a rotating part of the hoisting machine and - the braking surface is moved in relation to the brake pad pressed against the braking surface by resisting the friction force between the braking surface and the brake pad, - the minimum length of the movement needed for improving the brake force is determined, and - the braking surface is moved in relation to the brake pad at least by the amount of the minimum length of the movement.
A method for adjusting a scanning frequency of a touch screen, comprising: acquiring an ambient brightness when receiving an instruction to light up the touch screen, wherein the process of lighting up the touch screen comprises the process of enabling a display of the touch screen; determining whether the ambient brightness is beyond a predefined ambient brightness range; and reducing the scanning frequency of the touch screen, which is part of a process during which data is acquired through the touch screen, when the ambient brightness is beyond the predefined ambient brightness range, wherein the step of acquiring the ambient brightness further comprises: acquiring, a first brightness value by a first brightness sensor arranged on a fist side of a mobile terminal where the touch screen is arranged; acquiring a second brightness value by a second brightness sensor arranged on a second side of the mobile terminal different from the first side; and determining the ambient brightness based on the acquired first and second brightness values; and wherein the method further comprises: reducing the scanning frequency of the touch screen when a brightness value acquired by the first brightness sensor is above an upper limit value of the predefined ambient brightness range. acquiring an ambient brightness when receiving an instruction to light up the touch screen, wherein the process of lighting up the touch screen comprises the process of enabling a display of the touch screen; determining whether the ambient brightness is beyond a predefined ambient brightness range; and reducing the scanning frequency of the touch screen, which is part of a process during which data is acquired through the touch screen, when the ambient brightness is beyond the predefined ambient brightness range, wherein the step of acquiring the ambient brightness further comprises: acquiring, a first brightness value by a first brightness sensor arranged on a fist side of a mobile terminal where the touch screen is arranged; acquiring a second brightness value by a second brightness sensor arranged on a second side of the mobile terminal different from the first side; and determining the ambient brightness based on the acquired first and second brightness values; and wherein the method further comprises: reducing the scanning frequency of the touch screen when a brightness value acquired by the first brightness sensor is above an upper limit value of the predefined ambient brightness range. acquiring, a first brightness value by a first brightness sensor arranged on a fist side of a mobile terminal where the touch screen is arranged; acquiring a second brightness value by a second brightness sensor arranged on a second side of the mobile terminal different from the first side; and determining the ambient brightness based on the acquired first and second brightness values; and wherein the method further comprises: reducing the scanning frequency of the touch screen when a brightness value acquired by the first brightness sensor is above an upper limit value of the predefined ambient brightness range.
A soup base comprising a frozen filling-wrapping dough sheet food, and a frozen soup layer attached to at least a part of a surface of the frozen filling-wrapping dough sheet food, wherein the weight of the frozen soup layer is not less than 5 wt% and less than 120 wt% relative to that of the frozen filling-wrapping dough sheet food, and the salt concentration of the frozen soup layer is not less than 0.5 wt% and less than 15 wt%.
A device for the control and management of the printing parameters of a printing machine, particularly with a plurality of consecutive printing processes, the device comprising one video camera associable with each printing and conversion assembly and movable along a motorized guide in order to acquire a print medium, image processing means being further comprised which are functionally associated with said one video camera to search, recognize and measure on the image of the print medium acquired by the at least one video camera the printing values of at least one reference register mark reproduced on the print medium, said image processing means being functionally connected to means for actuation of the printing and conversion assembly to correct and restabilize said printing values according to the difference between the printing values measured by the image processing means and the desired theoretical printing values, said printing values comprising density and printing register both measured on the same reference register mark, said device being characterized in that said printing values further comprise pressure, wherein the image processing means detect the print pressure by measuring the size of said same reference register mark which is used for detecting the density and the printing register and by comparing its size with a theoretical value in order to establish whether the print pressure exerted on the print medium is insufficient or excessive.
Rubber patch for mounting an active electronic component comprising a base with a substantially planar connecting face and intended to be fixed to an internal surface of a tire and an opposed bearing face serving as a support for the active electronic component, characterized in that it comprises a passive tag for identifying the corresponding tire, provided with a memory for storing a unique identification data item of this tire, the passive tag being integrated into the patch between the connecting face and the bearing face in a manner such that, when the rubber patch and the active electronic component are mounted in an operating position, there is no contact therebetween.
A wind power dispatch system comprising: a wind farm controller for controlling operation of wind turbines in a wind farm and regulating real time power output of the wind farm; and a wind power dispatch management system including a transient wind farm reserve management system, the transient wind farm reserve management system being configured to estimate a transient wind farm reserve based on a forecast of the wind speed for a predefined interval and estimated powers generated by using the kinetic energy of a rotor of one of the wind turbines using an inertia control mechanism in an under-frequency event, the wind power dispatch management system being configured for computing a difference between a predefined power output and the real time power output and dispatching the transient wind farm reserve to reduce the difference or, if the transient wind farm reserve is insufficient to reduce the difference, additionally or alternatively dispatching a storage reserve to reduce the difference. a wind farm controller for controlling operation of wind turbines in a wind farm and regulating real time power output of the wind farm; and a wind power dispatch management system including a transient wind farm reserve management system, the transient wind farm reserve management system being configured to estimate a transient wind farm reserve based on a forecast of the wind speed for a predefined interval and estimated powers generated by using the kinetic energy of a rotor of one of the wind turbines using an inertia control mechanism in an under-frequency event, the wind power dispatch management system being configured for computing a difference between a predefined power output and the real time power output and dispatching the transient wind farm reserve to reduce the difference or, if the transient wind farm reserve is insufficient to reduce the difference, additionally or alternatively dispatching a storage reserve to reduce the difference.
A method for detecting a motion state associated with a device, comprising: receiving information on WiFi connectivity of the device from periodic scans to detect WiFi access points, AP, within range of the device, the scans performed when the device is not connected to a WiFi AP; processing the information on WiFi connectivity of the device to set a probability that the device is in a first motion state based in part on whether common APs are found in consecutive scans when the device is not connected to a WiFi AP; receiving one or more sensor signals from one or more sensor devices, wherein characteristics of the one or more sensor signals reflect motion of the device; and processing by a motion classifier the one or more sensor signals aided by the probability that the device is in the first motion state to generate a final motion state for the device, wherein the probability is used to bias an outcome of the motion classifier. receiving information on WiFi connectivity of the device from periodic scans to detect WiFi access points, AP, within range of the device, the scans performed when the device is not connected to a WiFi AP; processing the information on WiFi connectivity of the device to set a probability that the device is in a first motion state based in part on whether common APs are found in consecutive scans when the device is not connected to a WiFi AP; receiving one or more sensor signals from one or more sensor devices, wherein characteristics of the one or more sensor signals reflect motion of the device; and processing by a motion classifier the one or more sensor signals aided by the probability that the device is in the first motion state to generate a final motion state for the device, wherein the probability is used to bias an outcome of the motion classifier.
Device for detecting the direction of fluid flow through a dialyser that comprises a blood chamber, through which blood flows, and a dialysate chamber, through which dialysate flows, which are separated from one another by a semi-permeable membrane, the device for detecting the direction of fluid flow comprising a measuring unit for measuring the clearance or a value characteristic of the clearance, characterised in that an arithmetic and evaluation unit is provided, which is configured such that the measured clearance or a value characteristic of the clearance is compared to a specified limit value, the direction of blood flow through the blood chamber and dialysate flow through the dialysate chamber being concluded in countercurrent flow if the clearance or a value characteristic of the clearance is greater than the specified limit value.
A cleaner head for a cleaning appliance, comprising a housing, a moveable agitator located within the housing, and a detachable unit extending about the agitator, characterised in that the detachable unit comprises a sole plate having a suction opening through which dirt-bearing air enters the cleaner head, a chassis detachably connected to the housing such that the detachable unit can be separated from the housing and the moveable agitator, and a flexible annular seal for allowing relative movement between the housing and the sole plate, wherein one end of the flexible annular seal is connected to the chassis and the other end of the flexible annular seal is connected to the sole plate.
A method for measuring damage below a surface of a substrate caused by an electron beam, the method comprising - using an atomic force microscope to provide a measurement of material properties below the surface of the substrate at an exposure area of the electron beam, wherein the measurement is at least one of: a measurement of a force-distance curve at an exposure area of the electron beam, and a measurement of a contact stiffness of the atomic force microscope at the exposure area of the electron beam; and - calculating a damage parameter (Sd) indicative for the damage based on the measurement of the material properties at the exposure area. - using an atomic force microscope to provide a measurement of material properties below the surface of the substrate at an exposure area of the electron beam, wherein the measurement is at least one of: a measurement of a force-distance curve at an exposure area of the electron beam, and a measurement of a contact stiffness of the atomic force microscope at the exposure area of the electron beam; and a measurement of a force-distance curve at an exposure area of the electron beam, and a measurement of a contact stiffness of the atomic force microscope at the exposure area of the electron beam; and - calculating a damage parameter (Sd) indicative for the damage based on the measurement of the material properties at the exposure area.
Method for controlling an industrial truck when picking, wherein the industrial truck has at least one surroundings sensor for sensing the relative position of an operator in the surroundings of the industrial truck, characterized in that the industrial truck is moved along by a controller when the position of the operator changes, wherein the position of the operator is freely selectable, and a movement speed of the operator is determined by the controller, and a closed-loop control process of the velocity of the industrial truck is carried out in accordance with the movement speed of the operator by the controller.