mhurhangee/ep-ind-claims huggingface dataset:
A sample injection valve for a chromatographic column comprising at least one rotor and one stator, an actuator for moving the rotor from position to position with respect to the stator; and a plurality of outlet ports (26A-26F); characterized in that said rotor has a straight smooth passageway through its center whereby outlet ports (26A-26F) that are spaced 180 degrees from each other are connected through said straight smooth passageway of the rotor, said rotor having a connecting slot with a first connecting slot end and a second connecting slot end; said first and second connecting slot ends being positioned to provide a path through said connecting slot through adjacent outlet ports, a first outlet port being suitable for communicating with a solvent system, a second outlet port suitable for communicating with the column and a third outlet port suitable for communicating with an outlet end of a sample source, a fourth outlet port suitable for communicating with an inlet end of said sample source, said second and third outlet ports (26D and 26A) being 180 degrees from each other and said fourth and third outlet ports being adjacent wherein solvent and sample may flow from said solvent system through said sample source to said third outlet port to said column through a flow from the solvent system through said connecting slot to said sample source when said rotor is in a first position.
A method of compressing multi-channel audio data comprising: performing a spatial analysis based on a plurality of spherical harmonic coefficients that describe a three-dimensional sound field to identify a spatial masking threshold; rendering the multi-channel audio data from the plurality of spherical harmonic coefficients using a transform matrix, wherein the multi-channel audio data is rendered for a dense speaker geometry such that the multi-channel audio data has a number of channels greater than a number of channels for most decoder-local speaker geometries; and compressing the multi-channel audio data based on the identified spatial masking threshold to generate a bitstream. performing a spatial analysis based on a plurality of spherical harmonic coefficients that describe a three-dimensional sound field to identify a spatial masking threshold; rendering the multi-channel audio data from the plurality of spherical harmonic coefficients using a transform matrix, wherein the multi-channel audio data is rendered for a dense speaker geometry such that the multi-channel audio data has a number of channels greater than a number of channels for most decoder-local speaker geometries; and compressing the multi-channel audio data based on the identified spatial masking threshold to generate a bitstream.
A tray conveyor comprising: a track having an array of electromagnetic drive coils extending along the length of the track and defining a conveying path; a coil driver driving the drive coils to produce an electromagnetic flux wave that travels along the length of the track; a tray (30; 30') conveying products through a process, the tray including: a top; a bottom; a permanent magnet array between the top and the bottom producing a magnetic field that interacts with the traveling electromagnetic flux wave to produce a force that propels the tray (30; 30') along the track; characterized in that the tray conveyor further comprises, an ice coating covering at least the top of the tray (30; 30'), wherein products sit atop the ice coating on the top when the products are undergoing the process; and a freezer producing an ice cover and a cover applicator on the conveying path depositing the ice cover on the top of the tray (30; 30') to form the ice coating. a track having an array of electromagnetic drive coils extending along the length of the track and defining a conveying path; a coil driver driving the drive coils to produce an electromagnetic flux wave that travels along the length of the track; a tray (30; 30') conveying products through a process, the tray including: a top; a bottom; a permanent magnet array between the top and the bottom producing a magnetic field that interacts with the traveling electromagnetic flux wave to produce a force that propels the tray (30; 30') along the track; characterized in that the tray conveyor further comprises, an ice coating covering at least the top of the tray (30; 30'), wherein products sit atop the ice coating on the top when the products are undergoing the process; and a freezer producing an ice cover and a cover applicator on the conveying path depositing the ice cover on the top of the tray (30; 30') to form the ice coating. a top; a bottom; a permanent magnet array between the top and the bottom producing a magnetic field that interacts with the traveling electromagnetic flux wave to produce a force that propels the tray (30; 30') along the track; characterized in that the tray conveyor further comprises, an ice coating covering at least the top of the tray (30; 30'), wherein products sit atop the ice coating on the top when the products are undergoing the process; and a freezer producing an ice cover and a cover applicator on the conveying path depositing the ice cover on the top of the tray (30; 30') to form the ice coating.
Method for testing electrically conductive articles, such as wafers or microchips for example, comprising the steps - periodically detecting electrical properties of the articles by an electrochemical route, - storing features of the electrical properties thus detected, - using statistical methods to compare the detected features of electrical properties of different articles with one another, a comparison being carried out on features of electrical properties of successively produced articles, - ascertaining a trend in changes of the features of the electrical properties, and - evaluating the trend in order to detect changes in electrical properties of the articles. - periodically detecting electrical properties of the articles by an electrochemical route, - storing features of the electrical properties thus detected, - using statistical methods to compare the detected features of electrical properties of different articles with one another, a comparison being carried out on features of electrical properties of successively produced articles, - ascertaining a trend in changes of the features of the electrical properties, and - evaluating the trend in order to detect changes in electrical properties of the articles.
Handling apparatus for products, comprising a robotic arm movable in a controlled manner to transfer at least one product at a time from a first operating station to a second operating station, a gripping assembly carried by said robotic arm and comprising at least one gripping device which can be selectively positioned on said gripping assembly, suitable for gripping and retaining the aforementioned product in correspondence of a respective portion, said gripping assembly comprising a support frame bearing said at least one gripping device and comprising at least one adjustment guide along which said at least one gripping device is selectably lockable, said gripping assembly comprising locking means that can be activated automatically upon command of a control unit associated with said apparatus, for locking and unlocking the selective positioning of said gripping device along said adjustment guide, characterized in that said gripping assembly comprises an abutment member (46, 460) suitable for blocking, by means of an abutment, a respective portion of said product to be handled, thus cooperating to pick up said product safely.
An enteral feeding syringe, comprising an engagement surface, a projecting connector portion extending from the engagement surface, a shroud extending around the projecting connector portion, and an interior chamber disposed within the syringe, the projecting connector portion including an exterior circumferential wall and a fluid passage extending through the projecting connector portion, the fluid passage being in fluid communication with the interior chamber of the syringe, characterized in that the shroud comprises a threaded outer surface for mating with threads on an inner surface of a connector and a beveled inner surface for receiving a male connector portion having a frustoconical outer surface.
A flexible pipe comprising a tubular layer comprising a polymer that is crosslinked to a greater degree at an outer region of the tubular layer than at an inner region of the tubular layer, wherein the outer region is defined by the outer surface of the tubular layer to a depth of 5% of the total thickness of the tubular layer and the inner region is defined by the inner surface of the tubular layer to a depth of 5% of the total thickness of the tubular layer, wherein the degree of crosslinking in the outer region is at least 50% gel content and the degree of crosslinking in the inner region is less than 40% gel content.
A method for photographing a panoramic image in portable terminal, the method comprising the steps of: sequentially capturing a plurality of images through an imaging device; checking a Motion Vector of an image with respect to a previous image among the plurality of images captured through the imaging device; selecting the images (110, 120, 130) moving a predetermined distance among the plurality of images based on the checked MV; detecting regions (113, 115, 125, 133, 135) to be included in the panoramic image from the selected images (110, 120, 130); and generating the panoramic image including the detected regions (113, 115, 125, 133, 135); generating a User interface displaying the regions (113, 115, 125, 133, 135) to be included in the panoramic image, wherein the UI includes a window initially having a predetermined size around a central region of the image, setting a reference line (401, 402, 403, 404) for configuring the panoramic image with respect to each side of the window; the UI enlarging and displaying the window toward a moving direction of the photographing apparatus by using the MV; and if the MV reaches a predetermined threshold value for checking a moving direction of the photographing apparatus determining a photographing direction of the panoramic image and the UI including a direction indicator indicating the determined photographing direction of the panoramic image. sequentially capturing a plurality of images through an imaging device; checking a Motion Vector of an image with respect to a previous image among the plurality of images captured through the imaging device; selecting the images (110, 120, 130) moving a predetermined distance among the plurality of images based on the checked MV; detecting regions (113, 115, 125, 133, 135) to be included in the panoramic image from the selected images (110, 120, 130); and generating the panoramic image including the detected regions (113, 115, 125, 133, 135); generating a User interface displaying the regions (113, 115, 125, 133, 135) to be included in the panoramic image, wherein the UI includes a window initially having a predetermined size around a central region of the image, setting a reference line (401, 402, 403, 404) for configuring the panoramic image with respect to each side of the window; the UI enlarging and displaying the window toward a moving direction of the photographing apparatus by using the MV; and if the MV reaches a predetermined threshold value for checking a moving direction of the photographing apparatus determining a photographing direction of the panoramic image and the UI including a direction indicator indicating the determined photographing direction of the panoramic image.
A method operational on a first mobile wireless terminal, comprising: obtaining a channel gain for a peer-to-peer communication channel between the first mobile wireless terminal and a second wireless terminal; determining a transmit power as a function of the channel gain; transmitting a data traffic signal to the second wireless terminal at the determined transmit power; increasing or decreasing the determined transmit power to be used in a time interval; measuring the total throughput of the data traffic signal to the second wireless terminal in the time interval; determining whether the total throughput of the data traffic signal to the second wireless terminal in the time interval is increased; and further increasing or, respectively, further decreasing the determined transmit power a subsequent time interval if it is determined that the total throughput of the data traffic signal to the second wireless terminal in the time interval is increased; decreasing or, respectively, increasing the determined transmit power in the subsequent time interval if it is determined that the total throughput of the data traffic signal to the second wireless terminal in the time interval is decreased. obtaining a channel gain for a peer-to-peer communication channel between the first mobile wireless terminal and a second wireless terminal; determining a transmit power as a function of the channel gain; transmitting a data traffic signal to the second wireless terminal at the determined transmit power; increasing or decreasing the determined transmit power to be used in a time interval; measuring the total throughput of the data traffic signal to the second wireless terminal in the time interval; determining whether the total throughput of the data traffic signal to the second wireless terminal in the time interval is increased; and further increasing or, respectively, further decreasing the determined transmit power a subsequent time interval if it is determined that the total throughput of the data traffic signal to the second wireless terminal in the time interval is increased; decreasing or, respectively, increasing the determined transmit power in the subsequent time interval if it is determined that the total throughput of the data traffic signal to the second wireless terminal in the time interval is decreased.
A product image processor comprising: a receiver for receiving product images, each representing one product of a group of products with a common composition; a calculator for calculating a degree of scattering of pixel values at each position in the common composition from a pixel value at each of the positions in each of the received product images; a generator for generating a filter with a degree of transmittance defined at each of the positions in the common composition on the basis of a degree of scattering calculated at each of the positions; and an applicator for applying the generated filter to each of the received product images, thereby obtaining feature images, each representing a feature of each of the products; wherein the product image processor is characterized in that the generator disposes a predetermined size of a rectangular region in the common composition so that a sum of degrees of scattering in the rectangular region is maximized, and the filter clips the rectangular region. a receiver for receiving product images, each representing one product of a group of products with a common composition; a calculator for calculating a degree of scattering of pixel values at each position in the common composition from a pixel value at each of the positions in each of the received product images; a generator for generating a filter with a degree of transmittance defined at each of the positions in the common composition on the basis of a degree of scattering calculated at each of the positions; and an applicator for applying the generated filter to each of the received product images, thereby obtaining feature images, each representing a feature of each of the products; wherein the product image processor is characterized in that the generator disposes a predetermined size of a rectangular region in the common composition so that a sum of degrees of scattering in the rectangular region is maximized, and the filter clips the rectangular region.
Casing for a frame screw wherein the casing comprises a cylindrical unit having an at least partially threaded outer casing and an outer flange comprising an end face having a spread in the radial direction greater than the outer casing, wherein the outer flange comprises an edge part which delimits the outer flange in the radial direction, wherein the cylindrical unit comprises a duct passing through it in the axial direction, said duct comprising a first portion configured with a cross section in the radial direction which is suitable for the fitting-in of a tool which will rotate the cylindrical unit, as well as an inner flange comprising an inner section, wherein the outer flange comprises a machining surface having an extent from the edge part to the outer casing, the machining surface being arranged at an angle Φ relative to a normal to the outer casing, wherein the outer flange comprises through holes extending from the end face through the outer flange to the machining surface, the end face comprising first openings for the respective holes, and wherein the machining surface comprises corresponding second openings, each second opening being delimited by a front edge and a rear edge comprising a cutting edge arranged to machine a surface of a workpiece into which the casing is intended to be screwed, wherein the hole is arranged to evacuate material machined by the cutting edge away from the workpiece, characterized in that the angle Φ is greater than zero and that the through holes are delimited by the edge part.
A leak detector comprising a pre-vacuum feed pump, a gas detector and a flow sensor, characterized in the flow sensor is isolated from the feed pump by a low pass arranged between the feed pump and the flow sensor and comprising a buffer volume and a restrictor connected in series.
Electrode suitable for oxygen evolution in electrolytic processes comprising a valve metal substrate provided with a coating, said coating comprising a catalytic layer and at least one protective layer external to said catalytic layer, said protective layer consisting of a mixture of oxides having a weight composition referred to the metals containing 89-97% of tin, 2-10% of at least one doping element selected from the group consisting of bismuth, antimony and tantalum and 1-9% of ruthenium.
A system comprising: a controller configured to publish process information associated with an industrial process, the controller comprising means for: receiving a first tag request from a first interface for a first set of tags to be provided at a first set of update rates; receiving a second tag request from a second interface for a second set of tags to be provided at a second set of update rates; determining whether any of the tags received in the first tag request have the same update rate as the tags received in the second tag request; pooling the tags having common update rates by their common update rate; and generating (1350, 1360), for each update rate, a single tagset comprising all requested tags for the respective update rate, the controller further comprising a tagset publication component configured to publish the generated tagsets to the first interface and to the second interface. receiving a first tag request from a first interface for a first set of tags to be provided at a first set of update rates; receiving a second tag request from a second interface for a second set of tags to be provided at a second set of update rates; determining whether any of the tags received in the first tag request have the same update rate as the tags received in the second tag request; pooling the tags having common update rates by their common update rate; and generating (1350, 1360), for each update rate, a single tagset comprising all requested tags for the respective update rate, the controller further comprising a tagset publication component configured to publish the generated tagsets to the first interface and to the second interface.
A fluid management layer comprising an integrated, carded, nonwoven having a basis weight of between about 115 grams per square meter (gsm) and about 250 gsm, the fluid management layer comprising a plurality of absorbent fibers, a plurality of stiffening fibers and a plurality of resilient fibers, wherein the absorbent fibers comprise from about 20 percent to about 60 percent by weight as determined by the Material Composition Analysis Method disclosed herein, wherein the stiffening fibers have a dtex of between 4 and 10, the resilient fibers having a dtex of between 3 and 12, as measured by the Fiber Decitex method disclosed herein; wherein a first carded nonwoven, an optional second carded nonwoven, and a third carded nonwoven are integrated, each forming a stratum in the overall fluid management layer; wherein the first carded nonwoven comprises from about 5 percent to about 35 percent by weight of absorbent fibers, wherein the third stratum comprises from about 40 percent to about 100 percent by weight of absorbent fibers. wherein a first carded nonwoven, an optional second carded nonwoven, and a third carded nonwoven are integrated, each forming a stratum in the overall fluid management layer; wherein the first carded nonwoven comprises from about 5 percent to about 35 percent by weight of absorbent fibers, wherein the third stratum comprises from about 40 percent to about 100 percent by weight of absorbent fibers.
Sliding element for a mounting and latching mechanism for securing a device, in particular an electric device, on a rail, wherein the mounting and latching mechanism is attached to a device rear wall and has at least one upper, immobile catch (19a, 19b) and at least one lower, mobile catch (4a, 4b), wherein the at least one mobile catch (4a, 4b) is attached to the sliding element, wherein the sliding element comprises a locking element made from metal with at least one mobile catch (4a, 4b), which further has at least one elongated hole, and that the sliding element further comprises a spring element (3, 3') made from an elastic material for a translational movement of the locking element relative to the device rear wall, characterised in that the spring element (3, 3') is fitted into the locking element in a form-fit manner so that a flange bushing, integrated in a web (6, 6') of the spring element (3, 3'), for securing the sliding element to the device rear wall comes to rest in the elongated hole of the locking element.