mhurhangee/ep-ind-claims huggingface dataset:
A decoding device, comprising: a unit configured to provide a sequence of information bits comprising context redundancy information within a content of the information bits, wherein the context redundancy information is a bit field in which at least one bit combination is invalid, wherein the sequence of information bits is encoded by a predefined channel code; a trellis generation logic configured to generate a plurality of trellis states based on the sequence of information bits and the channel code; a trellis reduction logic configured to reduce the plurality of trellis states by at least one trellis state based on the context redundancy information; and a decoder configured to decode the sequence of information bits by using a metric based on the reduced trellis states, wherein the context redundancy information comprises cross-context redundancy information, wherein the cross-context redundancy information indicates a correlation between a time division duplex uplink downlink, TDD-ULDL, configuration field and a side link synchronization sub-frame, SLSS,, such that for an SLSS in TDD mode the TDD-ULDL configuration field is restricted to indicate an uplink sub-frame. a unit configured to provide a sequence of information bits comprising context redundancy information within a content of the information bits, wherein the context redundancy information is a bit field in which at least one bit combination is invalid, wherein the sequence of information bits is encoded by a predefined channel code; a trellis generation logic configured to generate a plurality of trellis states based on the sequence of information bits and the channel code; a trellis reduction logic configured to reduce the plurality of trellis states by at least one trellis state based on the context redundancy information; and a decoder configured to decode the sequence of information bits by using a metric based on the reduced trellis states, wherein the context redundancy information comprises cross-context redundancy information, wherein the cross-context redundancy information indicates a correlation between a time division duplex uplink downlink, TDD-ULDL, configuration field and a side link synchronization sub-frame, SLSS,, such that for an SLSS in TDD mode the TDD-ULDL configuration field is restricted to indicate an uplink sub-frame.
An apparatus comprising: a surge tank (116; 216; 300) comprising a housing that defines a surge volume (118; 218; 310) configured to receive fluid from a cryocooler (100; 200); and an inertance channel (120; 220; 312) defining a passageway through which the fluid flows to and from the surge volume (118; 218; 310); characterized by at least part of the inertance channel (120; 220; 312) having an open side to the surge volume (118; 218; 310); and the apparatus further comprising an adjustable seal (122; 222; 316) configured to block at least part of the open side of the inertance channel (120; 220; 312), the adjustable seal also configured to move in order to change a functional length of the inertance channel(120; 220; 312). a surge tank (116; 216; 300) comprising a housing that defines a surge volume (118; 218; 310) configured to receive fluid from a cryocooler (100; 200); and an inertance channel (120; 220; 312) defining a passageway through which the fluid flows to and from the surge volume (118; 218; 310); characterized by at least part of the inertance channel (120; 220; 312) having an open side to the surge volume (118; 218; 310); and the apparatus further comprising an adjustable seal (122; 222; 316) configured to block at least part of the open side of the inertance channel (120; 220; 312), the adjustable seal also configured to move in order to change a functional length of the inertance channel(120; 220; 312).
A computing system comprising: a half-width computing device (102a, 102b, 148, 164, 181, 360), wherein a half-width computing device is a computing device that is one-half the width or less of a standard rack slot, comprising: a half-width chassis (126, 149, 166, 184); one or more circuit board assemblies, in a primarily horizontal orientation to have an installed width greater than an installed height, coupled to the chassis; one or more processors coupled to at least one of the circuit board assemblies; and one or more stacks of two 3.5-inch hard disk drives coupled to the chassis, wherein the half-width computing device has a height more than 1 U and not more than 1.5U, the computing system further comprising: a shelf module (147, 162, 190, 104), wherein the shelf module comprises dividers (152, 191, 192), abase shelf, and support rails (156, 194); and a rack (146, 202, 364). a half-width computing device (102a, 102b, 148, 164, 181, 360), wherein a half-width computing device is a computing device that is one-half the width or less of a standard rack slot, comprising: a half-width chassis (126, 149, 166, 184); one or more circuit board assemblies, in a primarily horizontal orientation to have an installed width greater than an installed height, coupled to the chassis; one or more processors coupled to at least one of the circuit board assemblies; and one or more stacks of two 3.5-inch hard disk drives coupled to the chassis, wherein the half-width computing device has a height more than 1 U and not more than 1.5U, the computing system further comprising: a half-width chassis (126, 149, 166, 184); one or more circuit board assemblies, in a primarily horizontal orientation to have an installed width greater than an installed height, coupled to the chassis; one or more processors coupled to at least one of the circuit board assemblies; and one or more stacks of two 3.5-inch hard disk drives coupled to the chassis, wherein the half-width computing device has a height more than 1 U and not more than 1.5U, the computing system further comprising: a shelf module (147, 162, 190, 104), wherein the shelf module comprises dividers (152, 191, 192), abase shelf, and support rails (156, 194); and a rack (146, 202, 364).
A bending machine for bending workpieces made of thermoplastic material, comprising a bending device which has a heating device (18, 19) for plasticizing a bending line on the workpiece and a swivel drive that can be connected to a pneumatic pressure source for swivelling a part of the workpiece about the bending line, which swivel drive has at least one drive pressure cylinder (25, 30, 31) with a piston rod (27, 34, 35) that can be retracted and extended and a piston (36, 37, 38) that is fastened to the latter, which piston divides the interior of the drive pressure cylinder (25, 30, 31) into a first pressure chamber (39, 40, 41) in which, when said first pressure chamber is pressurised, the piston rod (27, 34, 35) is moved in a direction that can bring about a bending process, and a second pressure chamber (42, 43, 44), the pressurisation of the first pressure chamber (39, 40, 41) being able to be brought about by means of pneumatic pressure, and a re-set device for moving the piston rod (27, 34, 35) in the opposite direction being assigned to the drive pressure cylinder (25, 30, 31), characterised in that the drive pressure cylinder or the drive pressure cylinders (25, 30, 31) is or are respectively in the form of a hydropneumatic drive pressure cylinder (25, 30, 31) with the first pressure chamber (39, 40, 41) as a pneumatic pressure chamber and the second pressure chamber (42, 43, 44) as a hydraulic pressure chamber, and that the pneumatic pressure chamber can respectively be connected to the pneumatic pressure source and a hydraulic part adjoins the hydraulic pressure chamber or the hydraulic pressure chambers, which hydraulic part acts as a hydraulic throttle (65, 66, 67) during the bending process due to the pressurisation of the pneumatic pressure chamber or the pneumatic pressure chambers, the hydraulic part having at least one switchable check valve (62, 63, 64) with which the outflow of hydraulic fluid from the hydraulic pressure chamber or the hydraulic pressure chambers can be blocked.
A method for manufacturing a milk powder-like product, the method comprising the following steps: a. adding at least one amino acid to a milk source, wherein the at least one amino acid is selected from phenylalanine, leucine, isoleucine, valine and mixtures thereof, b. adding at least one micro-organism to the milk source wh erein the micro-organism produces under fermentation conditions at least one enzyme capable of converting the amino acid, c. fermenting the milk source, wherein additional enzymes lipase and lactase are added at the start of the fermentation or at a later stage, wherein the enzyme(s) produced by the micro-organism convert(s) the amino acid(s) into further components; and d. drying the fermented milk source, in order to produce a milk powder-like product. a. adding at least one amino acid to a milk source, wherein the at least one amino acid is selected from phenylalanine, leucine, isoleucine, valine and mixtures thereof, b. adding at least one micro-organism to the milk source wh erein the micro-organism produces under fermentation conditions at least one enzyme capable of converting the amino acid, c. fermenting the milk source, wherein additional enzymes lipase and lactase are added at the start of the fermentation or at a later stage, wherein the enzyme(s) produced by the micro-organism convert(s) the amino acid(s) into further components; and d. drying the fermented milk source, in order to produce a milk powder-like product.
A method of manufacturing an item of jewellery comprising a passive tag, the method comprising the steps of: a) selecting a bead (211, 411) of desired size, the bead having an inner passageway (212, 412); b) selecting a passive tag (216, 416) sized such that a surface area of the passive tag (216, 416) is smaller than a surface area of the bead (211, 411); c) positioning the passive tag (218, 416) on an outer surface of the bead (211, 411); d) positioning a reticulated mesh (218, 418) over the bead (211, 411) and passive tag (216, 416), the reticulated mesh (218, 418) having a passive tag indicator (220, 422); e) checking the passive tag's (216, 416) readability with a reader, the reader being positioned in the region of the passive tag indicator (222, 422); f) coating the mesh (218, 418) in enamel or resin heated to less than 100°C to fill the gaps in the mesh; g) filing and polishing the enamel or resin (220, 420); h) checking a readability of the passive tag (216, 416) with a reader in the region of the passive tag indicator (222, 422). a) selecting a bead (211, 411) of desired size, the bead having an inner passageway (212, 412); b) selecting a passive tag (216, 416) sized such that a surface area of the passive tag (216, 416) is smaller than a surface area of the bead (211, 411); c) positioning the passive tag (218, 416) on an outer surface of the bead (211, 411); d) positioning a reticulated mesh (218, 418) over the bead (211, 411) and passive tag (216, 416), the reticulated mesh (218, 418) having a passive tag indicator (220, 422); e) checking the passive tag's (216, 416) readability with a reader, the reader being positioned in the region of the passive tag indicator (222, 422); f) coating the mesh (218, 418) in enamel or resin heated to less than 100°C to fill the gaps in the mesh; g) filing and polishing the enamel or resin (220, 420); h) checking a readability of the passive tag (216, 416) with a reader in the region of the passive tag indicator (222, 422).
Lyophilizing or sterilizing machine, comprising a lyophilizing or sterilizing chamber, a plurality of loading planes, having a loading surface, disposed inside said chamber and overlapping each other, a movement apparatus to load onto, and unload from, the loading surface of said loading planes, containers the content of which is to be treated in said chamber, wherein said movement apparatus comprises horizontal guides (20, 22), vertical guides and at least one loading/unloading slider mobile on said horizontal guides, wherein said horizontal guides comprise first horizontal guides outside said chamber and second horizontal guides inside said chamber, wherein said loading planes are associated with said vertical guides for movement of said loading planes, wherein each of said loading planes comprises at least two opposite lateral flanks, a plurality of through holes being present on at least one of said lateral flanks in order to house said vertical guides, characterized in that the through holes define at least one lateral guide solid with the loading plane, at least one through seating having a shape and size mating with that of said horizontal guides being present between said lateral guide and the loading surface to freely house a respective horizontal guide, each of said loading planes having a loading position cooperating directly with the upper surface of said horizontal guide.
An electric motor comprising: a casing; a stator housed in the casing; a cover which closes the casing; a rotor which revolves inside the casing and which is equipped with a commutator, a commutator power circuit comprising at least one brush in sliding contact with the commutator; at least one brush holder sleeve in which the brush slides; at least one spring operating between the brush holder sleeve and the respective brush in such a way as to push the brush towards the commutator; the motor being characterized in that the power circuit comprises the sleeve and the spring for powering the brush the spring defining an electrical connection between each brush and the respective holder sleeve which can in turn be connected to an external power source. a casing; a stator housed in the casing; a cover which closes the casing; a rotor which revolves inside the casing and which is equipped with a commutator, a commutator power circuit comprising at least one brush in sliding contact with the commutator; at least one brush holder sleeve in which the brush slides; at least one spring operating between the brush holder sleeve and the respective brush in such a way as to push the brush towards the commutator; the motor being characterized in that the power circuit comprises the sleeve and the spring for powering the brush the spring defining an electrical connection between each brush and the respective holder sleeve which can in turn be connected to an external power source.
A computer implemented method of identifying calls initiated by fraudulent callers comprising: recording speech from a plurality of incoming calls and associating a claimed speaker identity with each call; matching said recordings to one another; and identifying calls as being initiated by fraudulent callers; characterised in that the step of matching said recordings to one another comprises: - a speech transcription server transcribing at least a portion of the recordings in order to obtain transcripts thereof; - an analysis module processing said transcripts to find the degree to which they include similar distinctive phrases or words, and determining if said degree of similarity exceeds a predetermined threshold; and - a matching module matching recordings from the plurality of calls whose degree of similarity exceeds the threshold; and in that the step of identifying calls as being initiated by fraudulent callers comprises identifying calls as being initiated by fraudulent callers when the claimed speaker identities in respect of the calls are different but the degree to which the transcripts of the recordings of the respective calls include similar distinctive phrases or words indicates that the calls match. recording speech from a plurality of incoming calls and associating a claimed speaker identity with each call; matching said recordings to one another; and identifying calls as being initiated by fraudulent callers; - a speech transcription server transcribing at least a portion of the recordings in order to obtain transcripts thereof; - an analysis module processing said transcripts to find the degree to which they include similar distinctive phrases or words, and determining if said degree of similarity exceeds a predetermined threshold; and - a matching module matching recordings from the plurality of calls whose degree of similarity exceeds the threshold;
A stretchable electrode conductor arrangement (10; 20; 30; 52; 62) for a medical implant (50; 60; 70), this stretchable electrode conductor arrangement having at least one zigzag or meandering conductor track (11; 71) on an insulating support (13; 73) and an insulating cover (15; 75) that is tightly connected with the support, embedding the conductor track, the support comprises an essentially non-stretchable material, the cover (15; 75) also comprises an essentially non-stretchable material, the composite (30; 52; 62) consisting of support, conductor track(s) and cover being put on an elastically deformable, especially stretchable planar base (40; 50; 60) or being embedded in such a base, characterized in that the support and also the cover are cut to size in a zigzag or meandering shape to adapt them to the contour of the conductor track(s), making them stretchable as a whole.
Single or multi-part weather protection cape intended for the leg region of a user, in particular a bicyclist, having means for the connection to an item of outer clothing of the user in the form of a jacket or coat, characterised in that the weather protection cape (1, 33, 38, 54, 61) consists of several sector parts (24-29; 57), which are connected to one another along their edges thus running radially from a centre of the outer clothing or away from the user forming a ridge-like fold, wherein this fold is a component of a flexible brace (20-23; 39, 55, 56) of the weather protection cape.
A fiber Bragg grating hydrophone comprising a fluid cavity, and an optical fiber in which a Bragg grating is integrated, wherein said optical fiber extends through said fluid cavity along a longitudinal axis and in such a manner that said Bragg grating is positioned inside the latter, said fluid cavity is filled with a compressible fluid and is delimited by a casing comprising two ends (5a, 5b) integral with the optical fiber, characterized in that: - said casing comprises two parts formed by an extensible and compressible tube (6a, 6b) extending along the longitudinal axis, and a rigid intermediate part separating said parts formed by an extensible and compressible tube (6a, 6b), wherein each of the outer ends of the parts formed by an extensible and compressible tube (6a, 6b) comprises an outer end coinciding with one of the two ends (5a, 5b) of the casing, respectively, and is capable of being longitudinally deformed by a difference in the pressures applied to its walls, causing a length variation of the optical fiber measured by a variation of wavelength of a luminous flux extracted from the optical fiber. - said casing comprises two parts formed by an extensible and compressible tube (6a, 6b) extending along the longitudinal axis, and a rigid intermediate part separating said parts formed by an extensible and compressible tube (6a, 6b), wherein each of the outer ends of the parts formed by an extensible and compressible tube (6a, 6b) comprises an outer end coinciding with one of the two ends (5a, 5b) of the casing, respectively, and is capable of being longitudinally deformed by a difference in the pressures applied to its walls, causing a length variation of the optical fiber measured by a variation of wavelength of a luminous flux extracted from the optical fiber.
Method for determining a distribution of fertilizer grains, in particular transverse to the travelling direction of a fertilizer spreader, comprising the steps of: a) laying down at least one fixing mat/plate for collecting and holding scattered fertilizer grains; b) scattering the fertilizer grains while a fertilizer spreader is being driven over a ground region which is covered by the fixing mat/plate; c) displaying the fixing mat/plate on which the said fertilizer grains have been scattered in at least one digital camera image; d) locating the fertilizer grains in the camera image and calculating an actual distribution of the fertilizer grains on the fixing mat/plate and/or along a plurality of fixing mats/plates. a) laying down at least one fixing mat/plate for collecting and holding scattered fertilizer grains; b) scattering the fertilizer grains while a fertilizer spreader is being driven over a ground region which is covered by the fixing mat/plate; c) displaying the fixing mat/plate on which the said fertilizer grains have been scattered in at least one digital camera image; d) locating the fertilizer grains in the camera image and calculating an actual distribution of the fertilizer grains on the fixing mat/plate and/or along a plurality of fixing mats/plates.
A computer-implemented method for constructing a digital representation of a physical scene, comprising: selecting an unknown object from the physical scene; determining at least one physical attribute associated with the unknown object; selecting an object template from a plurality of object templates representing an object different from the unknown object based on the at least one physical attribute associated with the unknown object, wherein each object template is associated with at least one physical attribute and at least one display object property; rendering a display object in the digital representation of the physical scene at a position of the unknown object from the physical scene using at least one display property associated with the selected object template; wherein the at least one display property associated with the object template comprises one or more of graphical properties, characterised in that a display property is associated with the object template, based on the relative position of the object template with respect to an image target; and in that the relative placement of the unknown object with respect to the image target is used as a qualifier for associating the object template with the unknown object. selecting an unknown object from the physical scene; determining at least one physical attribute associated with the unknown object; selecting an object template from a plurality of object templates representing an object different from the unknown object based on the at least one physical attribute associated with the unknown object, wherein each object template is associated with at least one physical attribute and at least one display object property; rendering a display object in the digital representation of the physical scene at a position of the unknown object from the physical scene using at least one display property associated with the selected object template; wherein the at least one display property associated with the object template comprises one or more of graphical properties, characterised in that a display property is associated with the object template, based on the relative position of the object template with respect to an image target; and in that the relative placement of the unknown object with respect to the image target is used as a qualifier for associating the object template with the unknown object.