mhurhangee/ep-ind-claims huggingface dataset:
A sensor assembly for a vehicle, comprising: a sensor body; and a positioning bracket for positioning the sensor body, a first rotary shaft and a second rotary shaft are respectively provided on opposing first side and second side of the sensor body, and the first rotary shaft and the second rotary shaft are respectively rotatably accommodated in a first rotary shaft receiving portion and a second rotary shaft receiving portion provided on the positioning bracket so as to achieve the rotation of the sensor body relative to the positioning bracket; and a toothed structure is provided on a third side of the sensor body, other than the first side and the second side, and a detent structure is correspondingly provided on the positioning bracket, and when the sensor body rotates to a desired angle relative to the positioning bracket, fixing of the sensor body relative to the positioning bracket is enabled by means of the engagement between the toothed structure and the detent structure, characterized in that, the sensor body comprises a camera, a radar, or a combination thereof, and the angle of a sensor body relative to its positioning bracket is adjustable. a sensor body; and a positioning bracket for positioning the sensor body, a first rotary shaft and a second rotary shaft are respectively provided on opposing first side and second side of the sensor body, and the first rotary shaft and the second rotary shaft are respectively rotatably accommodated in a first rotary shaft receiving portion and a second rotary shaft receiving portion provided on the positioning bracket so as to achieve the rotation of the sensor body relative to the positioning bracket; and a toothed structure is provided on a third side of the sensor body, other than the first side and the second side, and a detent structure is correspondingly provided on the positioning bracket, and when the sensor body rotates to a desired angle relative to the positioning bracket, fixing of the sensor body relative to the positioning bracket is enabled by means of the engagement between the toothed structure and the detent structure, characterized in that, the sensor body comprises a camera, a radar, or a combination thereof, and the angle of a sensor body relative to its positioning bracket is adjustable.
A method for sewing blocks of signatures in a bookbinding sewing machine, for each block of signatures the method comprising: forming one or more stitchings (220,225) between the signatures of the block by corresponding sewing threads, each stitching (220.225) comprising one or more plain stitches and one or more looped stitches concatenated to each other and ending with a free loop on a last one (115 N) of the signatures of the block, characterized by bringing each sewing thread, downstream the corresponding plain stitches along a formation direction thereof, to an intermediate position aligned with the corresponding free loop along an advancement direction of the blocks of signatures during the sewing thereof, bringing a closing portion of each sewing thread from the intermediate position through the corresponding free loop along the advancement direction, the closing portion consisting of a portion of the sewing thread downstream the corresponding plain stitches along the formation direction thereof, blocking each sewing thread at a gripping point comprised in the closing portion thereof by actuating a corresponding gripping device, cutting each sewing thread downstream the gripping point thereof along the formation direction of the plain stitches, pulling each sewing thread being cut by moving the corresponding gripping device, which blocks the sewing thread being brought through the corresponding free loop, away from the corresponding free loop thereby tightening the free loop around the sewing thread being cut, and releasing each sewing thread being pulled by ceasing the actuation of the corresponding gripping device. forming one or more stitchings (220,225) between the signatures of the block by corresponding sewing threads, each stitching (220.225) comprising one or more plain stitches and one or more looped stitches concatenated to each other and ending with a free loop on a last one (115 N) of the signatures of the block, characterized by bringing each sewing thread, downstream the corresponding plain stitches along a formation direction thereof, to an intermediate position aligned with the corresponding free loop along an advancement direction of the blocks of signatures during the sewing thereof, bringing a closing portion of each sewing thread from the intermediate position through the corresponding free loop along the advancement direction, the closing portion consisting of a portion of the sewing thread downstream the corresponding plain stitches along the formation direction thereof, blocking each sewing thread at a gripping point comprised in the closing portion thereof by actuating a corresponding gripping device, cutting each sewing thread downstream the gripping point thereof along the formation direction of the plain stitches, pulling each sewing thread being cut by moving the corresponding gripping device, which blocks the sewing thread being brought through the corresponding free loop, away from the corresponding free loop thereby tightening the free loop around the sewing thread being cut, and releasing each sewing thread being pulled by ceasing the actuation of the corresponding gripping device.
A blower fan comprising: a cylindrical hub; a plurality of blades (120a, 120b, 120c) disposed about the hub; and a balancer connected to the hub to balance the blades (120a, 120b, 120c), wherein the hub comprises: a circular main plate, a circumferential surface surrounding a circumference of the main plate and connected to the blades (120a, 120b, 120c), a hub axis disposed in the circumferential surface, one end of the hub axis being connected to a central part of the main plate, and a plurality of ribs radially disposed and connected to the circumferential surface, and wherein the balancer is: formed to protrude from an inner surface of the circumferential surface to a rotational axis of the hub, formed to have a half cylindrical shape, and molded with the hub in an integrated manner, wherein the balancer is disposed such that a center of mass of the blower fan is positioned at a rotational axis of the hub, characterised in that the blades are disposed to be spaced apart an asymmetric distance from one another about the hub, the balancer is disposed between two ribs among the plurality of ribs, and the plurality of blades is disposed such that the balancer is disposed to prevent interference with the plurality of ribs. a cylindrical hub; a plurality of blades (120a, 120b, 120c) disposed about the hub; and a balancer connected to the hub to balance the blades (120a, 120b, 120c), wherein the hub comprises: a circular main plate, a circumferential surface surrounding a circumference of the main plate and connected to the blades (120a, 120b, 120c), a hub axis disposed in the circumferential surface, one end of the hub axis being connected to a central part of the main plate, and a plurality of ribs radially disposed and connected to the circumferential surface, and a circular main plate, a circumferential surface surrounding a circumference of the main plate and connected to the blades (120a, 120b, 120c), a hub axis disposed in the circumferential surface, one end of the hub axis being connected to a central part of the main plate, and a plurality of ribs radially disposed and connected to the circumferential surface, and wherein the balancer is: formed to protrude from an inner surface of the circumferential surface to a rotational axis of the hub, formed to have a half cylindrical shape, and molded with the hub in an integrated manner, formed to protrude from an inner surface of the circumferential surface to a rotational axis of the hub, formed to have a half cylindrical shape, and molded with the hub in an integrated manner, wherein the balancer is disposed such that a center of mass of the blower fan is positioned at a rotational axis of the hub, characterised in that the blades are disposed to be spaced apart an asymmetric distance from one another about the hub, the balancer is disposed between two ribs among the plurality of ribs, and the plurality of blades is disposed such that the balancer is disposed to prevent interference with the plurality of ribs.
An information transmission method (200, 300, 400), comprising: sending (S210, S310, 5410), by a first network device which is a master node, first information to a terminal device (130, 131), wherein the first information is used to indicate the terminal device (130, 131) to be handed over from a first cell to a second cell, the first cell is a cell served by a second network device, the second cell is a cell served by a third network device, and the second network device and the third network device are different network devices, wherein the second network device or the third network device is a secondary node; receiving (S220, S330, S420), by the first network device, second information sent by the terminal device (130, 131), wherein the second information comprises information about a radio link failure that occurs between the terminal device (130, 131) and the second cell; and the second information further comprises any one or more of an identifier of a beam used when the terminal device encounters the radio link failure, random access information of the terminal device on the beam, a physical cell identifier, and cell frequency information; and determining, by the first network device, a cause for the radio link failure based on the second information. sending (S210, S310, 5410), by a first network device which is a master node, first information to a terminal device (130, 131), wherein the first information is used to indicate the terminal device (130, 131) to be handed over from a first cell to a second cell, the first cell is a cell served by a second network device, the second cell is a cell served by a third network device, and the second network device and the third network device are different network devices, wherein the second network device or the third network device is a secondary node; receiving (S220, S330, S420), by the first network device, second information sent by the terminal device (130, 131), wherein the second information comprises information about a radio link failure that occurs between the terminal device (130, 131) and the second cell; and the second information further comprises any one or more of an identifier of a beam used when the terminal device encounters the radio link failure, random access information of the terminal device on the beam, a physical cell identifier, and cell frequency information; and determining, by the first network device, a cause for the radio link failure based on the second information.
A device for manually picking articles from pallets, wherein a picking person removes the articles for an order from one of the pallets located on a roller track, wherein the device comprises a supplying rack for replenishing new full pallets, and a picking front, wherein the picking front is formed of a plurality of the roller tracks (2, 2', 2", 2"', 2 IV, 2 V) arranged adjacent to the supplying rack, wherein the roller tracks (2, 2', 2", 2"', 2 IV, 2 V) are perpendicularly connected directly to the supplying rack, wherein the roller tracks comprise a slope of 1° to 6°, wherein picking aisles are provided between the perpendicular roller tracks, wherein each of the roller tracks is formed of 2 to 10 preparation locations, wherein each of the preparation locations serves for providing respectively one of the pallets from which the picking person retrieves the corresponding articles, for which purpose the picking person walks into the picking aisles, and wherein each of the preparation locations comprises a separating device at a draining side thereof, on which separating device one of the pallets abuts if the respective separating device is in its locking position.
Method for analysing hydrocarbons, comprising: - the implementation of a gas chromatography separation according to a first controlled temperature profile, to separate a sample into a plurality of analytes; - the detection of at least one of said analytes by measurement of a variation of the resonance frequency of at least one resonator of nano-electromechanical system (NEMS) type covered with a functional layer made to vibrate at the resonance frequency thereof, under the effect of an adsorption or desorption of the analyte by the functional layer, said method being characterised in that the resonator is subjected to a second controlled temperature profile, lower than the first profile so that at any time, the temperature applied to the resonator is lower than the temperature applied to the chromatography column within which separation is performed, each temperature profile being applied by respective temperature regulated chambers thermally decoupled from each other. - the implementation of a gas chromatography separation according to a first controlled temperature profile, to separate a sample into a plurality of analytes; - the detection of at least one of said analytes by measurement of a variation of the resonance frequency of at least one resonator of nano-electromechanical system (NEMS) type covered with a functional layer made to vibrate at the resonance frequency thereof, under the effect of an adsorption or desorption of the analyte by the functional layer,
Method for frequency-dependent noise suppression in an input signal, wherein the input signal is distributed to a main signal path and an ancillary signal path, wherein the presence of a useful signal component and, if a useful signal component is present, a parameter for a frequency of the useful signal component are assessed in the ancillary signal path, and wherein a noise in the input signal is suppressed in the main signal path by at least one infinite impulse response filter whose frequency response is implemented with a maximum absolute value in the region of that frequency of the useful signal component that is assessed using the parameter, characterized in that the frequency response of the filter is implemented by determining a complex pole of the transfer function, the complex pole of the transfer function being determined by using the assessed parameter for the frequency of the useful signal component, wherein, when a presence of a useful signal component is ascertained by assessment, a width parameter for the useful signal component is assessed using an assumed reliability of the assessment of the parameter for the frequency of the useful signal component, and wherein the width parameter is used to stipulate a spectral width of the filter such that when the reliability of the assessment of the parameter is assumed to be high, the filter is provided with a smaller spectral width than when the reliability of the assessment of the parameter is assumed to be lower.
A video system comprising: - a first channel selection device arranged to receive a first plurality of channels and output a first output video corresponding to one of the first plurality of channels; - a second channel selection device arranged to receive a second plurality of channels and output a second output video corresponding to one of the second plurality of channels; - a display module arranged to provide simultaneously to a screen said first output video in a first part of said screen, and said second output video in a second part of said screen; - a control system arranged to receive input signals from a command input device, said control system further being arranged to control respective selections of said first and said second channel selection device, wherein after receiving an input signal indicative of a channel change from a first channel to a second channel, said control system will cause said channel selection devices and said display module to display said first channel in said first part of said.screen and said second channel in said second part of said screen, characterized in that said control system is arranged to define said first channel as being an original channel depending on a predetermined criterion, said control system after receiving yet another input signal indicative of a channel change from said second channel to a third channel, will if said first channel is defined as being the original channel, cause said channel selection devices and said display module to display said first channel in said first part of said screen and said third channel in said second part of said screen. - a first channel selection device arranged to receive a first plurality of channels and output a first output video corresponding to one of the first plurality of channels; - a second channel selection device arranged to receive a second plurality of channels and output a second output video corresponding to one of the second plurality of channels; - a display module arranged to provide simultaneously to a screen said first output video in a first part of said screen, and said second output video in a second part of said screen; - a control system arranged to receive input signals from a command input device, said control system further being arranged to control respective selections of said first and said second channel selection device,
An adhesive protective film for protecting pipework, the film comprising: a protection layer; a release layer; and an adhesive between the protection layer and the release layer, wherein: the release layer comprises a first plurality of uniformly spaced failure initiation locations provided along a first edge of the release layer for initiating tearing of the protective film; the release layer is at least 50 μm thick; the adhesive covers substantially all of the protection layer; and the release layer extends beyond the protection layer such that the first edge of the release layer is spaced from a first edge of the protection layer for initiating tear in the release layer before the protection layer; the protection layer has a thickness of between 100 and 1000 μm; and the adhesive has a thickness of between 500 and 1500 μm. a protection layer; a release layer; and an adhesive between the protection layer and the release layer, wherein: the release layer comprises a first plurality of uniformly spaced failure initiation locations provided along a first edge of the release layer for initiating tearing of the protective film; the release layer is at least 50 μm thick; the adhesive covers substantially all of the protection layer; and the release layer extends beyond the protection layer such that the first edge of the release layer is spaced from a first edge of the protection layer for initiating tear in the release layer before the protection layer; the protection layer has a thickness of between 100 and 1000 μm; and the adhesive has a thickness of between 500 and 1500 μm. the release layer comprises a first plurality of uniformly spaced failure initiation locations provided along a first edge of the release layer for initiating tearing of the protective film; the release layer is at least 50 μm thick; the adhesive covers substantially all of the protection layer; and the release layer extends beyond the protection layer such that the first edge of the release layer is spaced from a first edge of the protection layer for initiating tear in the release layer before the protection layer; the protection layer has a thickness of between 100 and 1000 μm; and the adhesive has a thickness of between 500 and 1500 μm.
Timepiece device comprising a flexible pivot mechanical component (1; 1'; 1"; 1'") of the type with separate crossed strips, said component comprising a fixing part and a movable part which are connected by first and second elastic strips (5, 6) crossing without contact at a crossing point, said timepiece device being characterised in that it comprises adjusting means (16-21; 30, 31; 32) for adjusting the position of the crossing point.
A method of designing a probe panel for a flow cytometer, the method comprising: determining a distortion factor that quantifies spillover effect caused by fluorescence emission of a first label, intended to be measured in a first channel, into a second channel; characterized by inputting a maximum expected signal of a first probe-label combination including the first label and a first probe; calculating an increase in detection limit in the second channel, wherein calculating an increase in detection limit comprises multiplying the distortion factor by the maximum expected signal of the first probe-label combination; and selecting a probe-label combination to include in the probe panel based on the calculated increase in detection limit. determining a distortion factor that quantifies spillover effect caused by fluorescence emission of a first label, intended to be measured in a first channel, into a second channel; characterized by inputting a maximum expected signal of a first probe-label combination including the first label and a first probe; calculating an increase in detection limit in the second channel, wherein calculating an increase in detection limit comprises multiplying the distortion factor by the maximum expected signal of the first probe-label combination; and selecting a probe-label combination to include in the probe panel based on the calculated increase in detection limit.
A method, comprising: storing, in a register, an encoded pointer (206; 610; 810) to a memory location, wherein first context information (602; 802) is stored in first bits of the encoded pointer and an encrypted slice (604; 804) of a memory address of the memory location is stored in second bits of the encoded pointer; decoding the encoded pointer to obtain the memory address of the memory location, comprising decrypting the encrypted slice of the memory address in the encoded pointer based on an address key (116; 818) and an address tweak (208; 812); using the memory address obtained by decoding the encoded pointer to access encrypted data at the memory location; and decrypting the encrypted data based on a data key (116) and a data tweak, the data tweak including one or more bits derived, at least in part, from the encoded pointer. storing, in a register, an encoded pointer (206; 610; 810) to a memory location, wherein first context information (602; 802) is stored in first bits of the encoded pointer and an encrypted slice (604; 804) of a memory address of the memory location is stored in second bits of the encoded pointer; decoding the encoded pointer to obtain the memory address of the memory location, comprising decrypting the encrypted slice of the memory address in the encoded pointer based on an address key (116; 818) and an address tweak (208; 812); using the memory address obtained by decoding the encoded pointer to access encrypted data at the memory location; and decrypting the encrypted data based on a data key (116) and a data tweak, the data tweak including one or more bits derived, at least in part, from the encoded pointer.
A compound of formula: or a pharmaceutically acceptable salt thereof, wherein: R 1 is selected from CH 2 D, CHD 2, and CD 3; and R 2 is selected from CH 2 D, CHD 2, and CD 3, wherein any atom not designated as deuterium in the compound is present at its natural isotopic abundance, for use in a method for treating a subject suffering from or susceptible to Parkinson's Disease. R 1 is selected from CH 2 D, CHD 2, and CD 3; and R 2 is selected from CH 2 D, CHD 2, and CD 3, wherein any atom not designated as deuterium in the compound is present at its natural isotopic abundance, for use in a method for treating a subject suffering from or susceptible to Parkinson's Disease.