mhurhangee/patent-ind-claim-en huggingface dataset:
Method of operating a helicopter search light as an anti-bird-collision light wherein the method includes operating the helicopter search light in a flash light mode by periodically switching the helicopter search light on and off.
Method for assisting with detection of infection of a terminal by malicious software, comprising: - receiving (E0) from the terminal a current request requesting access to a resource of a network, - detecting (E1) that the required resource is malicious, - when the header of the current request also contains (E5) a reference to an initial resource from which the resource was obtained, verifying (E7) that an access to the initial resource has been requested from the terminal in at least one prior request, said initial resource having been detected to be legitimate during the processing of the prior request, said current request then being considered to be an attempt to infect the terminal. - receiving (E0) from the terminal a current request requesting access to a resource of a network, - detecting (E1) that the required resource is malicious, - when the header of the current request also contains (E5) a reference to an initial resource from which the resource was obtained, verifying (E7) that an access to the initial resource has been requested from the terminal in at least one prior request, said initial resource having been detected to be legitimate during the processing of the prior request, said current request then being considered to be an attempt to infect the terminal.
A method for sanitizing mucilaginous edible seeds comprising the steps of, providing a sanitizing composition comprising water, peracetic acid, and at least one alcohol in an amount: (i) providing at least 15% by volume of the composition; (ii) comprising at least 13% by volume of propylene glycol; (iii) comprising at least 15% by volume of ethanol; or (iv) comprising a mixture of ethanol and propylene glycol at a minimum concentration obtained by linear interpolation of the effective amounts for ethanol and propylene glycol; wherein the effective amount for ethanol is a concentration of 15% by volume, and wherein the effective amount for propylene glycol is a concentration of 13% by volume; applying the sanitizing composition to the seeds at no more than 15% by weight of the seeds; and, drying the seeds.
A method for making an electrocompacted leather material, the method comprising: applying a solution of non-human, monomeric collagen in an aqueous buffer onto an electrocompaction surface, wherein the solution is substantially free of collagen fibers and fibril bundles; compacting the collagen into a dense network with an electrical field; inducing fibrillation of the collagen to form collagen fibrils; stabilizing the fibrillar collagen network; incorporating lubricant in the collagen network; and removing water from the stabilized network. applying a solution of non-human, monomeric collagen in an aqueous buffer onto an electrocompaction surface, wherein the solution is substantially free of collagen fibers and fibril bundles; compacting the collagen into a dense network with an electrical field; inducing fibrillation of the collagen to form collagen fibrils; stabilizing the fibrillar collagen network; incorporating lubricant in the collagen network; and removing water from the stabilized network.
Production method for a pendulum arrangement of a pendulum laser device , having at least - a first method step (S10), in which a universal joint of a pendulum of the pendulum arrangement is produced by means of plastic injection molding, by forming two orthogonal, at least partially microstructured shafts , - a second method step (S110), in which at least two bearing shells are placed on the at least partially microstructured regions of at least one shaft of the universal joint , - a third method step (S14), in which an optics carrier of the pendulum of the pendulum arrangement is produced integrally with the bearing shells by overmolding, by means of plastic injection molding, at least two bearing shells surrounding a shaft of the universal joint , and is connected to the universal joint such that it can rotate about the one shaft . - a first method step (S10), in which a universal joint of a pendulum of the pendulum arrangement is produced by means of plastic injection molding, by forming two orthogonal, at least partially microstructured shafts , - a second method step (S110), in which at least two bearing shells are placed on the at least partially microstructured regions of at least one shaft of the universal joint , - a third method step (S14), in which an optics carrier of the pendulum of the pendulum arrangement is produced integrally with the bearing shells by overmolding, by means of plastic injection molding, at least two bearing shells surrounding a shaft of the universal joint , and is connected to the universal joint such that it can rotate about the one shaft .
A mobile station (UE) configured to transmit an uplink signal to a radio base station (eNB) according to carrier aggregation by using a plurality of carriers (CC#1, CC#2) having different carrier frequencies, comprising: a timer management unit configured to manage a timing advance timer corresponding to the plurality of carriers; and a state management unit configured to consider the carriers, for which the timing advance timer has expired, as an asynchronous state, the mobile station further comprising a transmission unit configured to transmit a random access preamble on the carriers that are in the asynchronous state. a timer management unit configured to manage a timing advance timer corresponding to the plurality of carriers; and a state management unit configured to consider the carriers, for which the timing advance timer has expired, as an asynchronous state, the mobile station further comprising a transmission unit configured to transmit a random access preamble on the carriers that are in the asynchronous state.
A blood clot removal device , comprising: - a capture member having a tubular body of prevailing longitudinal extension and provided with a lumen longitudinally extending in said tubular body , said tubular body having at least one proximal portion , at least one distal portion , an apical end of said distal portion , and a tip ; - said at least one distal portion of said capture member having at least one helical length provided with coils wrapped in an helical manner forming a pitch (p) one relative to the other in the longitudinal direction, and adapted to the capture of blood clots ; - an inner cable received in said longitudinal lumen of said tubular body so as to remain within said helical length of the tubular body , said inner cable comprising a proximal length having a proximal manoeuvring end and a distal length provided with a tip ; characterized in that - at least one securing portion of said distal length of said inner cable is secured to said apical end of said tubular body of the capture member , said securing portion being firmly secured to said apical end so that, when said inner cable is subjected to a relative movement relative to the capture member in the proximal direction, said inner cable brings the apical end of the tubular body closer to the proximal portion thereof shortening the pitch (p) of said coils of the helical length of the capture member of the blood clot . - a capture member having a tubular body of prevailing longitudinal extension and provided with a lumen longitudinally extending in said tubular body , said tubular body having at least one proximal portion , at least one distal portion , an apical end of said distal portion , and a tip ; - said at least one distal portion of said capture member having at least one helical length provided with coils wrapped in an helical manner forming a pitch (p) one relative to the other in the longitudinal direction, and adapted to the capture of blood clots ; - an inner cable received in said longitudinal lumen of said tubular body so as to remain within said helical length of the tubular body , said inner cable comprising a proximal length having a proximal manoeuvring end and a distal length provided with a tip ; - at least one securing portion of said distal length of said inner cable is secured to said apical end of said tubular body of the capture member , said securing portion being firmly secured to said apical end so that, when said inner cable is subjected to a relative movement relative to the capture member in the proximal direction, said inner cable brings the apical end of the tubular body closer to the proximal portion thereof shortening the pitch (p) of said coils of the helical length of the capture member of the blood clot .
A crystalline salt of 1-(4-(2-((1-(3,4-difluorophenyl)-1H-pyrazol-3-yl)methoxy)ethyl)piperazin-1-yl)ethanone, wherein said salt is selected from hydrochloride, maleate, succinate, oxalate and/or hydrobromide.
A high-pressure fuel pump comprising: two first and second valve chests formed in a pump body ; a discharge valve placed in the first valve chest; a pressure relief valve placed in the second valve chest and arranged in a discharge joint that partially stores the pressure relief valve mechanism and is connected to a high-pressure pipe; and springs that bias the discharge valve and the pressure relief valve toward valve seats, respectively. two first and second valve chests formed in a pump body ; a discharge valve placed in the first valve chest; a pressure relief valve placed in the second valve chest and arranged in a discharge joint that partially stores the pressure relief valve mechanism and is connected to a high-pressure pipe; and springs that bias the discharge valve and the pressure relief valve toward valve seats, respectively.
Motor vehicle body base structure , comprising: - a floor ; - bottom body section , on each side of the floor ; - at least one transverse bulkhead in at least one of the two lower body sections ; the or at least one of the transverse partitions having an inner edge (13.1) and an outer edge (13.2), the outer edge (13.2) having a minimum height greater than a minimum height of the inner edge (13.1), so as to generate, at the level of the floor , in the event of a lateral impact, a bending torque about a longitudinal direction, characterized in that the or each of the transverse partitions has one or more horizontal ribs - a floor ; - bottom body section , on each side of the floor ; - at least one transverse bulkhead in at least one of the two lower body sections ;
Multistage pump , comprising a body , at a lower end of which a base element is arranged, and at an upper end of which a head element is arranged, at least the base element being made from sheet steel and having an inlet port and an outlet port , which are mechanically connected to each other by an elongate carrier running through the base element , characterized in that the elongate carrier is a pipe .
An optical fingerprint apparatus , wherein the optical fingerprint apparatus is configured to be disposed under a display screen of an electronic device , and the optical fingerprint apparatus comprises: an optical fingerprint chip configured to receive a fingerprint detecting signal, wherein the fingerprint detecting signal is used to detect fingerprint information of a finger; a filter structure , wherein the filter structure is deposited or sputtered on the optical fingerprint chip , the optical fingerprint chip serving as a support structure of the filter structure , and a thickness of the filter structure being less than or equal to 20μm; and a light directing component and a light shielding layer prepared on the filter structure , wherein the light directing component comprises a micro-lens array. an optical fingerprint chip configured to receive a fingerprint detecting signal, wherein the fingerprint detecting signal is used to detect fingerprint information of a finger; a filter structure , wherein the filter structure is deposited or sputtered on the optical fingerprint chip , the optical fingerprint chip serving as a support structure of the filter structure , and a thickness of the filter structure being less than or equal to 20μm; and a light directing component and a light shielding layer prepared on the filter structure , wherein the light directing component comprises a micro-lens array.
A medical imaging system , wherein the medical imaging system comprises: a memory storing machine executable instructions ; a processor for controlling the medical imaging system , wherein execution of the machine executable instructions causes the processor to control the medical imaging system to: receive magnetic resonance data, wherein the magnetic resonance data comprises B0 field data of a reference scan for a plurality of voxels and water saturation data of a WAter Saturation Shift Referencing (WASSR) scan for a subset of voxels of the plurality of voxels, the water saturation data comprising data of a predefined limited number of sample points per voxel of the subset of voxels so as to have a very low, i.e. close to zero, resonance offset; determine a local absolute water saturation frequency for each voxel of the subset of voxels using the water saturation data of the WASSR scan; and reconstruct a field map comprising a local absolute water saturation frequency for each voxel of the plurality of voxels, wherein the reconstruction of the field map comprises determining relative frequency differences between the voxels using the B0 field data of the reference scan and adding a frequency offset to the relative frequency differences based on the determined local absolute water saturation frequencies of the subset of voxels. a memory storing machine executable instructions ; a processor for controlling the medical imaging system , wherein execution of the machine executable instructions causes the processor to control the medical imaging system to: receive magnetic resonance data, wherein the magnetic resonance data comprises B0 field data of a reference scan for a plurality of voxels and water saturation data of a WAter Saturation Shift Referencing (WASSR) scan for a subset of voxels of the plurality of voxels, the water saturation data comprising data of a predefined limited number of sample points per voxel of the subset of voxels so as to have a very low, i.e. close to zero, resonance offset; determine a local absolute water saturation frequency for each voxel of the subset of voxels using the water saturation data of the WASSR scan; and reconstruct a field map comprising a local absolute water saturation frequency for each voxel of the plurality of voxels, wherein the reconstruction of the field map comprises determining relative frequency differences between the voxels using the B0 field data of the reference scan and adding a frequency offset to the relative frequency differences based on the determined local absolute water saturation frequencies of the subset of voxels.
A nickel beryllium alloy composition having improved corrosion and hardness characteristics, comprising: from 1.5% to 5.0% by weight of beryllium (Be); from 0.4% to 6.0% by weight of niobium (Nb); optionally, up to 5% by weight of chromium (Cr); and optionally, up to 0.7% by weight of titanium (Ti); with the balance being nickel (Ni) and unavoidable impurities, wherein the nickel beryllium alloy composition has at least 88% by weight of nickel (Ni). from 1.5% to 5.0% by weight of beryllium (Be); from 0.4% to 6.0% by weight of niobium (Nb); optionally, up to 5% by weight of chromium (Cr); and optionally, up to 0.7% by weight of titanium (Ti); with the balance being nickel (Ni) and unavoidable impurities,
A control information reception method performed by a terminal, wherein the method comprises the steps of: • receiving (S 102) first control information from a network device, wherein the first control information comprises M fields, wherein N fields are effective fields, o ≤ N < M, and both, M and N are integers, wherein information carried in the N effective fields is effective information; and the method characterised in that it comprises: • sequentially determining (S103) statuses of the M fields, and if a field of the M fields is determined to be a redundant field, determining that fields before or after the field are the N effective fields, wherein the status of each field indicates that the field is an effective field or a redundant field; and • determining (S104) the information carried in the N effective fields. • receiving (S 102) first control information from a network device, wherein the first control information comprises M fields, wherein N fields are effective fields, o ≤ N < M, and both, M and N are integers, wherein information carried in the N effective fields is effective information; and • sequentially determining (S103) statuses of the M fields, and if a field of the M fields is determined to be a redundant field, determining that fields before or after the field are the N effective fields, wherein the status of each field indicates that the field is an effective field or a redundant field; and • determining (S104) the information carried in the N effective fields.
A composition comprising: an electrolyte; a solvent; and an anion component, wherein the electrolyte contains a sulfonylimide salt, the anion component contains an acid component having an acid-dissociation constant pKa (an acid-dissociation constant pKa1 in a first stage for a plurality of ionized acids) of 0 or more and 6.5 or less at a concentration of 50 ppm or more and 10000 ppm or less relative to the electrolyte, the anion component being at least one selected from the group consisting of an amidosulfuric acid component, a carbonic acid component, and a phosphoric acid component, and a concentration of fluoride ion is 100 ppm or less relative to the electrolyte, and a concentration of sulfate ion is 100 ppm or less relative to the electrolyte. an electrolyte; a solvent; and an anion component, wherein the electrolyte contains a sulfonylimide salt, the anion component contains an acid component having an acid-dissociation constant pKa (an acid-dissociation constant pKa1 in a first stage for a plurality of ionized acids) of 0 or more and 6.5 or less at a concentration of 50 ppm or more and 10000 ppm or less relative to the electrolyte, the anion component being at least one selected from the group consisting of an amidosulfuric acid component, a carbonic acid component, and a phosphoric acid component, and a concentration of fluoride ion is 100 ppm or less relative to the electrolyte, and a concentration of sulfate ion is 100 ppm or less relative to the electrolyte.
Clamping anchor for anchoring in a drill hole , comprising a) a shank having a shank longitudinal axis and having a shank recess ; b) a clamping element that is at least in regions disposed in the shank recess ; wherein the clamping element is fastened so as to be movable on the shank , characterized in that the clamping element for improved anchoring in a material surrounding the drill hole is composed of a heat-treated material and has a minimum hardness of 400 HV. a) a shank having a shank longitudinal axis and having a shank recess ; b) a clamping element that is at least in regions disposed in the shank recess ;
A method in a portable terminal, the portable terminal including a camera , a display unit and an acceleration sensor , the method comprising: displaying, using the display unit , a preview image obtained by the camera ; determining using the acceleration sensor whether the portable terminal is moved backward or forward with respect to the direction which the camera faces over a threshold distance; and when the portable terminal is moved backward or forward over the threshold distance, adjusting a zoom level of the camera based on a distance change due to the movement of the portable terminal; characterized in that the method further comprises: determining whether the portable terminal moves over a maximum threshold distance, and if the portable terminal moves over the maximum threshold distance, not adjusting the zoom level of the camera . displaying, using the display unit , a preview image obtained by the camera ; determining using the acceleration sensor whether the portable terminal is moved backward or forward with respect to the direction which the camera faces over a threshold distance; and when the portable terminal is moved backward or forward over the threshold distance, adjusting a zoom level of the camera based on a distance change due to the movement of the portable terminal; characterized in that the method further comprises: determining whether the portable terminal moves over a maximum threshold distance, and if the portable terminal moves over the maximum threshold distance, not adjusting the zoom level of the camera . determining whether the portable terminal moves over a maximum threshold distance, and if the portable terminal moves over the maximum threshold distance, not adjusting the zoom level of the camera .
A vehicle comprising: a control device mounted to a vehicle body ; an additional device removably mountable to the vehicle body ; and an existing device mounted to the vehicle body and electrically connected to the control device , the existing device being different from the additional device , wherein the control device includes: an additional control section which performs a control to realize an additional function obtained by use of the additional device , when the control device determines that the additional device is connected to the control device ; and a change control section which performs a control in such a manner that an existing function obtained by use of the existing device is changeable from the existing function in a state in which the additional device is not connected to the control device , when the control device determines that the additional device is connected to the control device , wherein the additional device required to obtain the additional function functions as a switching device for changing the existing function, characterized in that the additional device outputs a signal used in calculation or the control to realize the additional function, the signal being irrelevant to the existing function. a control device mounted to a vehicle body ; an additional device removably mountable to the vehicle body ; and an existing device mounted to the vehicle body and electrically connected to the control device , the existing device being different from the additional device , wherein the control device includes: an additional control section which performs a control to realize an additional function obtained by use of the additional device , when the control device determines that the additional device is connected to the control device ; and a change control section which performs a control in such a manner that an existing function obtained by use of the existing device is changeable from the existing function in a state in which the additional device is not connected to the control device , when the control device determines that the additional device is connected to the control device , an additional control section which performs a control to realize an additional function obtained by use of the additional device , when the control device determines that the additional device is connected to the control device ; and a change control section which performs a control in such a manner that an existing function obtained by use of the existing device is changeable from the existing function in a state in which the additional device is not connected to the control device , when the control device determines that the additional device is connected to the control device , wherein the additional device required to obtain the additional function functions as a switching device for changing the existing function, characterized in that the additional device outputs a signal used in calculation or the control to realize the additional function, the signal being irrelevant to the existing function.