mhurhangee/ep-ind-claims huggingface dataset:
An abrading operation monitoring system comprising: a particle tracking system that receives, from a particle position retriever, a position of an abrasive particle on an abrasive article surface, an abrasive operation parameter retriever that retrieves, using a communication component, a current set of operation parameters for an abrading machine; an abrasive volume calculator that calculates an abrading volume for a worksurface contacted by the abrasive article surface based on a path of the tracked abrasive particle and the current set of operation parameters; and an abrasive parameters adjuster that is configured to provide a new set of operation parameters for the abrading system based on the calculated abrading volume; and wherein the abrading system is configured to implement the new set of operation parameters. a particle tracking system that receives, from a particle position retriever, a position of an abrasive particle on an abrasive article surface, an abrasive operation parameter retriever that retrieves, using a communication component, a current set of operation parameters for an abrading machine; an abrasive volume calculator that calculates an abrading volume for a worksurface contacted by the abrasive article surface based on a path of the tracked abrasive particle and the current set of operation parameters; and an abrasive parameters adjuster that is configured to provide a new set of operation parameters for the abrading system based on the calculated abrading volume; and wherein the abrading system is configured to implement the new set of operation parameters.
Oscillator (1, 101) comprising a resonator (5, 105) of the inertia - elasticity type cooperating with a detent escapement comprising a detent (7, 107) cooperating with an escape wheel (9, 109), in which the resonator (5, 105) is in one-piece and comprises an inertia member (11, 111) and a first flexible structure (13, 113) providing the elasticity and forming a virtual pivot axis (A 1, A 3) of the resonator, in which the detent (7, 107) is in one-piece and comprises a body (33, 133) forming a locking-stone (34, 134) cooperating with the escape wheel (9, 109), a second flexible structure (35, 135) forming a virtual pivot axis (A 2, A 4) of the detent and an unlocking spring (37, 137) cooperating with a stop member (36, 136) formed at one end of the body (33, 133) of the detent (7, 107) and in which the inertia member (11, 111) forms an impulse-pallet (12, 112) cooperating with the escape wheel (9, 109) and a discharging-pallet (14, 114) cooperating with the unlocking spring (37, 137).
An aptamer-probe sensor array for detecting the presence of vascular endothelial growth factor (VEGF), said sensor array comprising: an aptamer which is configured to bind to VEGF; and an array of electrodes, wherein the electrodes are coded with the aptamer, and wherein the electrodes form capacitive plates; wherein the electrodes are designed in an interdigitated fingers pattern in order to maximize the sensor surface area in a small volume; wherein the electrodes are coded with a p-Si substrate to enhance the affinity between VEGF and the aptamers, and wherein an insulation layer of silicon dioxide protects the positively charged p-Si substrate; and wherein the insulation layer is bonded with a linker of succinic anhydride via an amino-silanization hybridization substance, and wherein the aptamer is bonded to the linker. an aptamer which is configured to bind to VEGF; and an array of electrodes, wherein the electrodes are coded with the aptamer, and wherein the electrodes form capacitive plates; wherein the electrodes are designed in an interdigitated fingers pattern in order to maximize the sensor surface area in a small volume; wherein the electrodes are coded with a p-Si substrate to enhance the affinity between VEGF and the aptamers, and wherein an insulation layer of silicon dioxide protects the positively charged p-Si substrate; and wherein the insulation layer is bonded with a linker of succinic anhydride via an amino-silanization hybridization substance, and wherein the aptamer is bonded to the linker.
A method of additive manufacturing of a three-dimensional object, comprising sequentially forming a plurality of layers (70, 72, 74) in a configured pattern corresponding to the shape of the object, said forming comprising, for each layer, dispensing at least one modeling material to form an uncured layer, and curing said uncured layer by radiation, wherein the method comprises, for at least one layer, forming a stack (82, 84) of sacrificial radiation-protective layers to cover an exposed portion of said layer, such that an upper layer of said stack remains exposed during formation of any subsequent layer of said plurality of layers, and wherein the method comprises calculating at least one of a thickness and a number of layers in said stack based on a type of a radiation-protective material used for forming said stack.
A method for correcting a Channel Quality Indicator, used in High Speed Downlink Packet Access (HSDPA) services or High Speed Packet Access Plus (HSPA+) services, characterized by comprising: acquiring a CQI reported by a User Equipment; according to a relation between a user ability level and a preset Block Error Rate (BLER), setting a target BLER corresponding to the CQI; adjusting an outer loop processing value according to the target BLER; and correcting the CQI according to the adjusted outer loop processing value, wherein the step of correcting the CQI according to the adjusted outer loop processing value comprises setting CQI= CQI - outer loop processing value/N, wherein N is a processing weight value preset by users; characterized in that the method further comprises: respectively calculating transport blocks under modulations supported by the user ability level, according to the adjusted CQI; and choosing a modulation for a largest transport block as a preferred modulation. acquiring a CQI reported by a User Equipment; according to a relation between a user ability level and a preset Block Error Rate (BLER), setting a target BLER corresponding to the CQI; adjusting an outer loop processing value according to the target BLER; and correcting the CQI according to the adjusted outer loop processing value, wherein the step of correcting the CQI according to the adjusted outer loop processing value comprises setting CQI= CQI - outer loop processing value/N, wherein N is a processing weight value preset by users; characterized in that the method further comprises: respectively calculating transport blocks under modulations supported by the user ability level, according to the adjusted CQI; and choosing a modulation for a largest transport block as a preferred modulation.
A medical device comprising: a catheter shaft extending from a proximal end to a distal end, the catheter shaft including a plurality of lumens (31, 33, 35) extending through at least a portion of the catheter shaft; and a balloon member disposed proximate the distal end of the catheter shaft, wherein the catheter shaft comprises a frangible portion disposed proximate the distal end of the catheter shaft for detaching the balloon member from the catheter shaft characterised in that at least two of the plurality of lumens (31, 33, 35) merge into a single lumen which opens into the balloon member. a catheter shaft extending from a proximal end to a distal end, the catheter shaft including a plurality of lumens (31, 33, 35) extending through at least a portion of the catheter shaft; and a balloon member disposed proximate the distal end of the catheter shaft, wherein the catheter shaft comprises a frangible portion disposed proximate the distal end of the catheter shaft for detaching the balloon member from the catheter shaft characterised in that at least two of the plurality of lumens (31, 33, 35) merge into a single lumen which opens into the balloon member.
A compound having the formula: or a pharmaceutically acceptable salt, tautomer or stereoisomer thereof, wherein: R 2 is or R 3 is H or and R 4 is n-C 4 H 9, or R 2 is or R 3 is H or and R 4 is n-C 4 H 9, or
A cooking zone element for a cooking hob covered by a transparent panel, wherein: - the cooking zone element comprises a heating element, - the cooking zone element comprises a central cutout in a central portion of said cooking zone element and heating element, - the cooking zone element comprises an illumination device arranged inside and below the central cutout, and - the illumination device includes at least one light source element arranged below the central cutout of the cooking zone element, characterized in, that the illumination device includes at least one diffuser screen arranged in an upper portion of the central cutout of the cooking zone element and parallel to the transparent panel of the cooking hob, and the illumination device includes an optical lens enclosing an upper portion of the light source element. - the cooking zone element comprises a heating element, - the cooking zone element comprises a central cutout in a central portion of said cooking zone element and heating element, - the cooking zone element comprises an illumination device arranged inside and below the central cutout, and - the illumination device includes at least one light source element arranged below the central cutout of the cooking zone element,
A method comprising: analyzing a plurality of perturbations of a printing system over a period of time, wherein analyzing the plurality of perturbations comprises identifying the plurality of perturbations based on a comparison of expected images to be printed by the printing system and actual printed images printed by the printing system; calculating statistics corresponding to each of the plurality of the perturbations of the printing system; after the duration of the period of time, executing, via a processor, an enhancement process for the printing system based on the calculated statistics of each of the perturbations; and adjusting settings of the printing system based on results of the enhancement process. analyzing a plurality of perturbations of a printing system over a period of time, wherein analyzing the plurality of perturbations comprises identifying the plurality of perturbations based on a comparison of expected images to be printed by the printing system and actual printed images printed by the printing system; calculating statistics corresponding to each of the plurality of the perturbations of the printing system; after the duration of the period of time, executing, via a processor, an enhancement process for the printing system based on the calculated statistics of each of the perturbations; and adjusting settings of the printing system based on results of the enhancement process.
A thermally assisted- writing magnetic device including: - a first magnetic layer known as "reference layer"; - a second magnetic layer known as "storage layer" which has a variable magnetization direction; - a spacer located between the reference layer and the storage layer; - a first antiferromagnetic pinning layer in contact with the storage layer, the first antiferromagnetic layer being able to pin the magnetization direction of the storage layer; - heating means of said pinning layer so that, upon heating, the temperature of said pinning layer exceeds its blocking temperature so that the magnetization direction of said storage layer is no longer pinned; - a stabilization layer made of a ferromagnetic material, the stabilization layer being in contact with the first antiferromagnetic layer by its side opposite the storage layer. - a first magnetic layer known as "reference layer"; - a second magnetic layer known as "storage layer" which has a variable magnetization direction; - a spacer located between the reference layer and the storage layer; - a first antiferromagnetic pinning layer in contact with the storage layer, the first antiferromagnetic layer being able to pin the magnetization direction of the storage layer; - heating means of said pinning layer so that, upon heating, the temperature of said pinning layer exceeds its blocking temperature so that the magnetization direction of said storage layer is no longer pinned; - a stabilization layer made of a ferromagnetic material, the stabilization layer being in contact with the first antiferromagnetic layer by its side opposite the storage layer.
A method for catalytic oxidation of cellulose in fibrous cellulosic material, using a heterocyclic nitroxyl radical as catalyst and main oxidant acting as oxygen source, characterized in that the method comprises, before the catalytic oxidation of the cellulose, pretreatment of the cellulose - in an alkaline pretreatment step, where the fibrous cellulosic material is treated in alkaline solution having hydroxide concentration of 0.3-2.4 M, and - in a washing step, where the fibrous cellulosic material treated in the alkaline solution is washed to lower the pH. - in an alkaline pretreatment step, where the fibrous cellulosic material is treated in alkaline solution having hydroxide concentration of 0.3-2.4 M, and - in a washing step, where the fibrous cellulosic material treated in the alkaline solution is washed to lower the pH.
A method of controlling an external input of a broadcast receiving apparatus, the method comprising: setting a call word of an external input apparatus connected to the broadcast receiving apparatus through an external input terminal; associating the call word with the external input terminal and storing the call word and information regarding the associated external input terminal; if a user voice is input, recognizing the user voice to determine whether the user voice comprises the call word; and if the user voice comprises the call word, enabling the broadcast receiving apparatus to control the external input apparatus connected to the external input terminal associated with the call word; characterised by the method further comprising: if a new external input apparatus is connected through the external input terminal, determining whether the new external input apparatus is the same as a previous external input apparatus connected through the external input terminal; if the new external input apparatus is different from the previous external input apparatus, setting a call word of the new external input apparatus; and associating the call word of the new external input apparatus with the external input terminal and storing the call word and information regarding the new external input terminal. setting a call word of an external input apparatus connected to the broadcast receiving apparatus through an external input terminal; associating the call word with the external input terminal and storing the call word and information regarding the associated external input terminal; if a user voice is input, recognizing the user voice to determine whether the user voice comprises the call word; and if the user voice comprises the call word, enabling the broadcast receiving apparatus to control the external input apparatus connected to the external input terminal associated with the call word; characterised by the method further comprising: if a new external input apparatus is connected through the external input terminal, determining whether the new external input apparatus is the same as a previous external input apparatus connected through the external input terminal; if the new external input apparatus is different from the previous external input apparatus, setting a call word of the new external input apparatus; and associating the call word of the new external input apparatus with the external input terminal and storing the call word and information regarding the new external input terminal. if a new external input apparatus is connected through the external input terminal, determining whether the new external input apparatus is the same as a previous external input apparatus connected through the external input terminal; if the new external input apparatus is different from the previous external input apparatus, setting a call word of the new external input apparatus; and associating the call word of the new external input apparatus with the external input terminal and storing the call word and information regarding the new external input terminal.
Method for discharging a high-voltage power supply system, in particular a DC voltage intermediate circuit, which can be connected to an energy source by means of at least one resistor (R precharge), wherein the at least one resistor (R precharge)is used as a joint resistor both for the charging or precharging process and for the discharging process of the intermediate circuit capacitances (C Zk,n) of the DC voltage intermediate circuit, wherein, to isolate the energy source from the intermediate circuit capacitances (C Zk,n), at least one switch is actuated and an auxiliary switch serves to actuate or to not carry out the discharging of the intermediate circuit capacitances (C Zk,n) in the DC voltage intermediate circuit, characterized in that the auxiliary switch is used such that the discharging is not carried out in an emergency operation, wherein the emergency operation is characterized in such a way that the high-voltage loads in the high-voltage power supply system continue to be supplied with power by means of an electric drive after load shedding of the energy source.
A method of optimizing one or more starting parameters of a solar power generator system, wherein the solar power generator system comprises a solar panel array and a converter for converting power obtained from the panel array, comprising measuring an output voltage of the panel array, comparing the output voltage with a starting voltage (V dc), starting the solar power generator system when the output voltage of the panel array exceeds the starting voltage (V dc) and after a predetermined adjustable time delay (T start) expires after crossing the starting voltage (V dc), measuring the obtained power from the solar panel array after a morning start, comparing the obtained power with known upper and lower limits, and changing the one or more starting parameters on the basis of the comparison of power, wherein one of the starting parameters is the starting voltage (V dc) level, and the step of changing the one or more starting parameters comprises the steps of decreasing the starting voltage (V dc) when the obtained power is higher than the upper limit, and increasing the starting voltage (V dc) when the obtained power is lower than the lower limit, one of the starting parameters is the time delay (T start) used in the starting of the generating system after the output voltage of the panel array exceeds the starting voltage (V dc), and changing the one or more starting parameters comprises the steps of decreasing the time delay (T start) when the obtained power is higher than the upper limit, and increasing the time delay (T start) when the obtained power is lower than the lower limit.
An impact-protection canopy suitable for use with an operator work area of a plant vehicle wherein the impact-protection canopy comprises a shelf mounted on a support assembly which is in turn mountable on the plant vehicle, the shelf being mounted on the support assembly such that the shelf is movable to and from an extended working position over the operator work area and a retracted stowed position clear of the operator work area, characterised by a hydraulic impact Energy Absorption Assembly (IEAA) itself comprising a hydraulic lift cylinder connected to, and suitable for raising and lowering, the support assembly, the hydraulic lift cylinder having a head side, wherein the hydraulic impact energy absorption assembly further comprises an energy absorbing means connected to the hydraulic lift cylinder.
Multi-barrel weapon with at least one ammunition feed (30, 40) by means of a sectional belt strip (13, 20) or interconnected belt sections (13.1, 20.1), wherein the multi-barrel weapon features at least two oppositely rotating sprockets (5, 6, 24) with symmetrically arranged half chambers and one sprocket is functionally linked to a barrel cluster of the multi-barrel weapon, characterized by at least one guide, which is rigidly held on the weapon, for transporting the sectional belt strip (13, 20) or the belt sections (13.1, 20.1), wherein radial slots (14, 15, 25) are provided in the circumference of the sprockets (5, 6, 24) in order to receive the at least one belt guide, and wherein the geometry of the guide in the region of the firing position (18, 23) is aligned such that it approximately follows the radius of the barrel cluster
A method for correcting vignetting distortion in an imaging sensor of a multi-camera flat panel X-Ray detector, the method comprising: taking a first partial X-Ray image by the imaging sensor; creating relative displacement between the X-Ray detector and an X-Ray source at a plane parallel to a plane of a scintillator of the detector; taking a second partial X-Ray image by the imaging sensor; obtaining the relative displacement between the first partial X-Ray image and the second partial X-Ray image; and calculating coefficients of a preliminary inverse vignetting function based on differences between corresponding pixels of the two partial images. taking a first partial X-Ray image by the imaging sensor; creating relative displacement between the X-Ray detector and an X-Ray source at a plane parallel to a plane of a scintillator of the detector; taking a second partial X-Ray image by the imaging sensor; obtaining the relative displacement between the first partial X-Ray image and the second partial X-Ray image; and calculating coefficients of a preliminary inverse vignetting function based on differences between corresponding pixels of the two partial images.
Container for preparing liquid yoghurt in a yoghurt maker, comprising a base connected to a lateral wall narrowing in the direction of an upper opening, the lateral wall presenting an annular supporting edge disposed between the base and a peripheral bulge, the annular supporting edge being disposed in the lower half of the container, characterised in that the peripheral bulge is disposed in the lower half of the container and in that the lateral wall narrows in the direction of the upper opening in the upper half of the container.
Method for handling containers of collapsible type in a filling machine comprising consecutively arranged stations (S1, S2, S3, S4, S5, S6) comprising a filling station and a gas filling station, each container comprising two flexible opposing side walls defining a product compartment communicating with the environment via a filling duct and a separate handle compartment communicating with the environment via a inlet arranged in one of the two side walls, the method comprising intermittently moving the containers to the consecutively arranged stations (S1, S2, S3, S4, S5, S6), supplying, at the filling station, liquid product into the product compartment by means of a filling tube inserted in the filling duct of the container and supplying, at the gas filling station, gas into the handle compartment, comprising applying a nozzle over the inlet by relative motion of the nozzle and an abutment towards each other thereby clamping the container with the inlet facing the nozzle and subsequently supplying the gas through the nozzle, wherein the filling station and the gas filling station are operated such that liquid product is supplied to the product compartment of one of the containers situated at the filling station while gas is supplied to the handle compartment of another of the containers situated at the gas filling station, characterized in that the step of supplying gas at the gas filling station comprises providing a first gas flow (Q 1) at a first pressure (P 1) and delivering said first gas flow (Q 1) from the nozzle to the handle compartment via said inlet, and subsequently providing a second gas flow (Q 2) at a second pressure (P 2), lower than said first pressure (P 1), and delivering said second gas flow (Q 2) from the nozzle to the handle compartment via said inlet for establishing a target pressure (P T) inside said handle compartment corresponding to said second pressure (P 2).