mhurhangee/ep-ind-claims huggingface dataset:
Support for a smartphone comprising: • a base including two horizontally arranged bars, ∘ a lower bar, and ∘ an upper bar, provided with: ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis; • a vertical leg, removably attached to the upper bar, which includes a central third, the vertical leg being attached in said central third, the vertical leg being pierced through with a first hole in an upper part, along a horizontal line perpendicular to the upper bar; • an upper part comprising: ∘ an adapter pierced with a first thread, said adapter being connected to the vertical leg by a screw element that can be hand-tightened, passing through the first hole and screwed into the first thread, the screw element defining an axis of rotation around which the adapter is pivotably mounted on the upper part of the vertical leg; ∘ a means for fixing a smartphone, mounted on the adapter. • a base including two horizontally arranged bars, ∘ a lower bar, and ∘ an upper bar, provided with: ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis; ∘ a lower bar, and ∘ an upper bar, provided with: ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis; ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis; • a vertical leg, removably attached to the upper bar, which includes a central third, the vertical leg being attached in said central third, the vertical leg being pierced through with a first hole in an upper part, along a horizontal line perpendicular to the upper bar; • an upper part comprising: ∘ an adapter pierced with a first thread, said adapter being connected to the vertical leg by a screw element that can be hand-tightened, passing through the first hole and screwed into the first thread, the screw element defining an axis of rotation around which the adapter is pivotably mounted on the upper part of the vertical leg; ∘ a means for fixing a smartphone, mounted on the adapter. ∘ an adapter pierced with a first thread, said adapter being connected to the vertical leg by a screw element that can be hand-tightened, passing through the first hole and screwed into the first thread, the screw element defining an axis of rotation around which the adapter is pivotably mounted on the upper part of the vertical leg; ∘ a means for fixing a smartphone, mounted on the adapter.
A device configured to render higher order ambisonic coefficients, the device comprising: one or more processors configured to: obtain, from a bitstream that includes an encoded version of the higher order ambisonic coefficients, sparseness information that indicates a sparseness of a matrix used to render the higher order ambisonic coefficients to generate a plurality of speaker feeds; obtain, from the bitstream, sign symmetry information indicative of sign symmetry of the matrix; obtain, from the bitstream, a reduced number of bits used to represent the matrix; and based on the sparseness information, the sign symmetry information, and the reduced number of bits, reconstruct the matrix; and a memory coupled to the one or more processors, and configured to store the sparseness information. obtain, from a bitstream that includes an encoded version of the higher order ambisonic coefficients, sparseness information that indicates a sparseness of a matrix used to render the higher order ambisonic coefficients to generate a plurality of speaker feeds; obtain, from the bitstream, sign symmetry information indicative of sign symmetry of the matrix; obtain, from the bitstream, a reduced number of bits used to represent the matrix; and based on the sparseness information, the sign symmetry information, and the reduced number of bits, reconstruct the matrix; and
A separating device for a composite workpiece, wherein the composite workpiece comprises a main body with a pipe section and an inner pipe lining, wherein the inner pipe lining is arranged in the pipe section of the main body, comprising a tool, wherein the tool has a cutting head for cutting the inner pipe lining in the composite workpiece in a working direction, comprising a manipulating arrangement for moving the tool in the pipe section relative to the composite workpiece, wherein the cutting head comprises a guiding section facing the working direction for arranging between the inner pipe lining and the main body and for guiding the cutting head and/or the tool and cutting sections arranged on both sides of the guiding section for cutting out a strip from the inner pipe lining, characterised in that the cutting sections are in the form of hook cutting sections (17 a, b).
A clock recovery method, characterized by comprising: calculating a clock sampling error, a signal phase error compensation value, and a residual phase error compensation value based on data obtained after polarization demultiplexing and equalizing; adjusting a sampling clock of an analog-to-digital converter, ADC, based on the clock sampling error; sampling an received analog signal, by the ADC, to generate a sampled digital signal based on the adjusted sampling clock; after performing front-end digital signal processing on the sampled digital signal, converting data obtained after front-end digital signal processing into frequency-domain signal; performing a first phase adjustment on the frequency-domain signal based on the signal phase error compensation value; performing the polarization demultiplexing and equalizing on the first phase adjusted frequency-domain signal; and performing a second phase adjustment on the polarization demultiplexed and equalized signal based on the residual phase error compensation value. calculating a clock sampling error, a signal phase error compensation value, and a residual phase error compensation value based on data obtained after polarization demultiplexing and equalizing; adjusting a sampling clock of an analog-to-digital converter, ADC, based on the clock sampling error; sampling an received analog signal, by the ADC, to generate a sampled digital signal based on the adjusted sampling clock; after performing front-end digital signal processing on the sampled digital signal, converting data obtained after front-end digital signal processing into frequency-domain signal; performing a first phase adjustment on the frequency-domain signal based on the signal phase error compensation value; performing the polarization demultiplexing and equalizing on the first phase adjusted frequency-domain signal; and performing a second phase adjustment on the polarization demultiplexed and equalized signal based on the residual phase error compensation value.
A security element, comprising a) a substrate, which is a transparent or translucent thermoplastic polymer, b) a layer with refractive index modulation, which is a volume hologram obtained by exposing a recording material to actinic radiation and thereon, c) a coating on at least a portion of the refractive index modulated layer comprising platelet shaped transition metal particles having a longest dimension of edge length of from 15 nm to 600 nm and a thickness of from 2 to 40 nm and a binder, wherein the coating component c) comprises additionally an embossed surface relief microstructure, wherein the metal is selected from the group consisting of Cu and Ag, wherein the ratio of metal particles to binder is 10:1 to about 1:100, wherein the security element shows an angle dependent color change upon viewing. a) a substrate, which is a transparent or translucent thermoplastic polymer, b) a layer with refractive index modulation, which is a volume hologram obtained by exposing a recording material to actinic radiation and thereon, c) a coating on at least a portion of the refractive index modulated layer comprising platelet shaped transition metal particles having a longest dimension of edge length of from 15 nm to 600 nm and a thickness of from 2 to 40 nm and a binder, wherein the coating component c) comprises additionally an embossed surface relief microstructure, wherein the metal is selected from the group consisting of Cu and Ag, wherein the ratio of metal particles to binder is 10:1 to about 1:100, wherein the security element shows an angle dependent color change upon viewing.
Spacer for rolling bearing comprising an inner ring, an outer ring and at least one row of angular contact rollers (3a, 3b) disposed between raceways (5, 6, 7, 8) provided on the rings, characterized in that said spacer comprises two opposite faces (17, 18) having a concave profile adapted to the rollers, each face comprising two contact surfaces (17a, 17b, 18a, 18b) with the associated roller having the shape of coaxial cylinder segments, the axes of the cylinder segments of said contact surfaces converging, each face further comprising a concave recess extending transversally from a longitudinal edge of one of the contact surfaces to a facing longitudinal edge of the other contact surface and directed outwards towards said roller.
Method for controlling the shooting of a gas-operated weapon with electrical firing of the ammunitions, method in which the firing of the ammunitions is controlled by providing an electronic timing (δ, δ1...δn) between two successive firing commands, the method being characterized in that the timing (δ1...δn) has a decreasing duration between different successive firing commands at the beginning of a same burst.
Assembly with connectable and disconnectable elements for the reconstitution of fluid drugs and nutrients with active substances in powder, liquid or gel form, comprising a flexible bag containing a liquid solution and provided with a first valve connector with a hermetic closing valve which is openable by axial pressure and automatically hermetically reclosable when said pressure is stopped, at least one vial containing an active substance in powder, liquid or gel form and provided with a hermetic closing cap which is openable by axial pressure, a coupling and piercing device which is couplable to the closing cap of the vial for piercing said cap, and an adapter with hollow external body interposed between said first connector and said coupling and piercing device, characterized in that said hollow external body of the adapter has a first end provided with an internal thread which is fixable by screwing to said first connector and an axially bored, coaxial internal stem lacking end points which, due to said screwing, causes the opening of the closing valve of said first connector by axial pressure and a second end which is fixable to said coupling and piercing device, said second end housing a second valve connector for connection to the coupling and piercing device, said second valve connector including a hermetic closing valve which is openable by axial pressure and automatically hermetically reclosable when said pressure is stopped, said second connector being axially pressable within said second end of the hollow external body and screwable into said first end of the hollow external body so that said internal stem causes the opening of the closing valve of said second connector by axial pressure.
A rotator for a jib-carried hydraulic tool, said rotator comprising: engagement means (120, 122) for engagement with corresponding engagement means located on the jib-carried tool or on a crane tip; a stator; a rotor rotatably arranged relative to said stator; characterised in that further comprising a generator; and transfer means mechanically coupled to said generator, wherein said transfer means is arranged to mechanically transfer the relative rotation between said stator and said rotor to said generator so as to drive said generator. engagement means (120, 122) for engagement with corresponding engagement means located on the jib-carried tool or on a crane tip; a stator; a rotor rotatably arranged relative to said stator; characterised in that further comprising a generator; and transfer means mechanically coupled to said generator, wherein said transfer means is arranged to mechanically transfer the relative rotation between said stator and said rotor to said generator so as to drive said generator.
An apparatus having at least one hose roller pump, wherein the hose roller pump comprises at least one pump bed and at least one hose or hose part inserted or insertable into the pump bed, and having at least one pressure detection means which is arranged downstream of the hose roller pump and which is configured such that it determines the time profile of the pressure of a fluid conveyed by means of the hose roller pump, and having at least one monitoring means which is configured in such a way that is monitors the occlusion of the hose or hose part inserted or insertable into the pump bed based upon the time difference and/or to the angular difference between at least one maximum and at least one minimum of the determined time profile of the pressure and/or based upon a local minimum of the determined time profile of the pressure, characterized in that the apparatus comprises at least one control and/or regulation means and the control and/or regulation means is configured in such a way that, in a case in which a reduced occlusion is recognized, it automatically or semi-automatically reduces the conveying rate for or up to the restoration of a complete occlusion.
An earth-boring bit comprising: a body having a rotational axis; a blade (10, 48) extending axially and radially from the body, the blade having a leading face and an edge; a cavity formed in the blade, the cavity leading to a first opening in the edge of the blade, the cavity leading to a second opening in the leading face of the blade; the cavity being configured to receive a cutting element and a retainer (44, 46) through the first opening, the cutting element having a cylindrical lateral surface and a flared lateral surface that points inwards in a direction toward a cutting face of the cutting element, a portion of a wall of the cavity being complementary to a shape of the flared lateral surface of the cutting element; wherein the cutting element is prevented from rotating inside the cavity after the flared lateral surface of the cutting element is engaged with the portion of the wall of the cavity; wherein the cavity is configured to receive the retainer after the cutting element is engaged with the portion of the wall of the cavity such that the retainer is capable of abutting the cutting element and a back wall of the cavity; and wherein the retainer is releasably attached to the blade. a body having a rotational axis; a blade (10, 48) extending axially and radially from the body, the blade having a leading face and an edge; a cavity formed in the blade, the cavity leading to a first opening in the edge of the blade, the cavity leading to a second opening in the leading face of the blade; the cavity being configured to receive a cutting element and a retainer (44, 46) through the first opening, the cutting element having a cylindrical lateral surface and a flared lateral surface that points inwards in a direction toward a cutting face of the cutting element, a portion of a wall of the cavity being complementary to a shape of the flared lateral surface of the cutting element; wherein the cutting element is prevented from rotating inside the cavity after the flared lateral surface of the cutting element is engaged with the portion of the wall of the cavity; wherein the cavity is configured to receive the retainer after the cutting element is engaged with the portion of the wall of the cavity such that the retainer is capable of abutting the cutting element and a back wall of the cavity; and wherein the retainer is releasably attached to the blade.
Bicycle handlebar, in particular a racing bicycle handlebar, comprising a transverse support connected to a handlebar stem, two lower handle elements arranged laterally at the transverse support and formed to be arcuate in side view, and two upper handle elements arranged at the transverse support such that they are arranged substantially parallel thereto, the upper handle elements each being connected to the transverse support by a connecting element, characterized in that the lower handle elements steplessly transition into the connecting elements. a transverse support connected to a handlebar stem, two lower handle elements arranged laterally at the transverse support and formed to be arcuate in side view, and two upper handle elements arranged at the transverse support such that they are arranged substantially parallel thereto, the upper handle elements each being connected to the transverse support by a connecting element, characterized in that the lower handle elements steplessly transition into the connecting elements.
Housing for an electrical device, comprising: - a housing bottom which has a connecting section to connect the housing to a machine, a technical system, or a building wall, and - at least one fastening element provided on an outer face of the connecting section, wherein the fastening element is designed such that it is connectable in a form-fitting manner to a corresponding retaining element of the machine, the technical system, or the building wall, and wherein the housing is closeable by means of a housing cover, wherein the connecting section is elastically deformable and has, on an inner face, an unlocking element being actuatable by a user, which is operatively connected to the fastening element and which is designed to be only actuatable from the inside when the housing is open in order to release the form-fitting connection of the fastening element to the retaining element of the machine, the technical system, or the building wall, characterised in that the connecting section has a concentric, elastically deformable undulating structure extending around the fastening element and/or the unlocking element. - a housing bottom which has a connecting section to connect the housing to a machine, a technical system, or a building wall, and - at least one fastening element provided on an outer face of the connecting section, wherein the fastening element is designed such that it is connectable in a form-fitting manner to a corresponding retaining element of the machine, the technical system, or the building wall, and wherein the housing is closeable by means of a housing cover, wherein the connecting section is elastically deformable and has, on an inner face, an unlocking element being actuatable by a user, which is operatively connected to the fastening element and which is designed to be only actuatable from the inside when the housing is open in order to release the form-fitting connection of the fastening element to the retaining element of the machine, the technical system, or the building wall, characterised in that the connecting section has a concentric, elastically deformable undulating structure extending around the fastening element and/or the unlocking element.
A cooling device for a smelting furnace, particularly for the cooling of a liquid slag in a reduction furnace, comprising: a lining for lateral screening of a liquid metal melt bath and a liquid slag present thereon; a metal plate arranged on a side of the lining opposite the metal melt bath and the slag; and a plurality of copper plates for cooling the lining, wherein the metal plate has a plurality of substantially vertically oriented slots arranged adjacent to one another, wherein a respective copper plate extends through at least some of the slots substantially perpendicularly to the metal plate into the lining, characterised in that the device further comprises cooling channels, which can be flowed through by coolant and which are respectively arranged between two mutually adjacent slots and the copper plates, which extend through these slots, on the side of the metal plate remote from the metal melt bath and the slag. a lining for lateral screening of a liquid metal melt bath and a liquid slag present thereon; a metal plate arranged on a side of the lining opposite the metal melt bath and the slag; and a plurality of copper plates for cooling the lining, wherein the metal plate has a plurality of substantially vertically oriented slots arranged adjacent to one another, wherein a respective copper plate extends through at least some of the slots substantially perpendicularly to the metal plate into the lining, characterised in that the device further comprises cooling channels, which can be flowed through by coolant and which are respectively arranged between two mutually adjacent slots and the copper plates, which extend through these slots, on the side of the metal plate remote from the metal melt bath and the slag.
Polypeptide capable of generating IgG responses against at least one wild-type allergen and capable of inducing production of IL- 10 and IFN-gamma, wherein the IgG so generated is focused on the IgE epitopes of the wild-type allergen and can block IgE binding to the said wild-type allergen, said polypeptide comprising at least 4 and up to 6 hypoallergenic peptide fragments consisting of 20 to 50 consecutive amino acid residues of at least one wild-type allergen, fused to the N- and C-terminus of a Hepatitis B PreS protein (SEQ ID No. 21) which acts as a carrier, wherein the said fragments exhibit no or reduced IgE-binding capacity compared to the wild-type allergen, are B cell-binding peptides and exhibits no or substantially no T-cell reactivity, wherein the Hepatitis B PreS protein comprises at least two peptide fragments derived from at least one wild-type allergen fused to its N-terminus and at least two peptide fragments derived from at least one wild-type allergen fused to its C-terminus.
On a computing device, a method of providing a buffer ordering for a digital content item, the method comprising: tracking content access information for each user of a plurality of users, the content access information for each user comprising information regarding how memory locations of content portions of each of one or more digital content items were accessed by the user; grouping the plurality of users into groups of similar users based upon similarities in content access patterns; and for a selected digital content item, providing a different buffer ordering to one or more users in a first group of similar users than to one or more users in a second group of similar users based upon how the memory locations were accessed. tracking content access information for each user of a plurality of users, the content access information for each user comprising information regarding how memory locations of content portions of each of one or more digital content items were accessed by the user; grouping the plurality of users into groups of similar users based upon similarities in content access patterns; and for a selected digital content item, providing a different buffer ordering to one or more users in a first group of similar users than to one or more users in a second group of similar users based upon how the memory locations were accessed.