mhurhangee/ep-ind-claims huggingface dataset:
Supporting and stacking structure for refrigerators comprising: - a refrigerator to be supported and stacked; - a supporting base adapted to support the bottom of the refrigerator and adjustable at least in a transverse direction with respect to the bottom of the refrigerator; - a plurality of bearing and stacking elements of the refrigerator operatively connected to the supporting base; and - a plurality of substantially vertical structural elements, operatively connected to the bearing and stacking elements and in vertical extension with respect to the height of the refrigerator, wherein the bearing and stacking elements, when stacking many structures, are adapted to be placed in abutment above a corresponding structural element of another structure on which the stacking has to be performed, characterized in that said supporting base is equipped with a plurality of structural elements, mutually interconnected and adapted to compose the basement of the supporting and stacking structure, at least two structural elements of the supporting base being equipped with telescopic operation, while at least two structural elements are arranged perpendicular with such structural elements with telescopic operation, in parallel to the plane of the bottom of the refrigerator, and are connected thereto through at least one cross-member element, said cross-member element having at its ends two plane surfaces, one adapted to be connected to the internal surface, with respect to the structure, of the structural element, and the other one adapted to be connected to a hollow element of the structural element with telescopic operation, said cross-member element thereby realizing a recess adapted to insert therein an abutment end of a refrigerator. - a refrigerator to be supported and stacked; - a supporting base adapted to support the bottom of the refrigerator and adjustable at least in a transverse direction with respect to the bottom of the refrigerator; - a plurality of bearing and stacking elements of the refrigerator operatively connected to the supporting base; and - a plurality of substantially vertical structural elements, operatively connected to the bearing and stacking elements and in vertical extension with respect to the height of the refrigerator,
A pharmaceutical composition comprising as an active ingredient an isolated peptide, wherein the isolated peptide consists of an amino acid sequence selected from the group consisting of: KK 8 KK (SEQ ID NO: 1); 9 KK (SEQ ID NO:2); K 9 K (SEQ ID NO: 3); 7 K (SEQ ID NO: 4); KK 5 AKK (SEQ ID NO: 5); 6 AKK (SEQ ID NO: 6); and K 6 AK (SEQ ID NO: 7), and a pharmaceutically acceptable carrier, for use in treating an inflammatory condition in a subject. KK 8 KK (SEQ ID NO: 1); 9 KK (SEQ ID NO:2); K 9 K (SEQ ID NO: 3); 7 K (SEQ ID NO: 4); KK 5 AKK (SEQ ID NO: 5); 6 AKK (SEQ ID NO: 6); and K 6 AK (SEQ ID NO: 7), and a pharmaceutically acceptable carrier, for use in treating an inflammatory condition in a subject.
Suspension strut for a vehicle having an air spring unit and a damper unit, which damper unit has a damper tube which extends into a rolling tube of the air spring unit, whereby the damper tube having supporting geometries which are arranged distributed on its circumference and against which a radially widened end of the rolling tube is supported, characterized in that - a torsion element is provided to support the rolling tube on the supporting geometries of the damper tube, - which torsion element is arranged between the radially widened end of the rolling tube and the supporting geometries of the damper tube, and whereby - the torsion element forming a positively locking connection with the supporting geometries for the transmission of torque. - a torsion element is provided to support the rolling tube on the supporting geometries of the damper tube, - which torsion element is arranged between the radially widened end of the rolling tube and the supporting geometries of the damper tube, and whereby - the torsion element forming a positively locking connection with the supporting geometries for the transmission of torque.
A method of circumventing one or more network obstacles to provide a peer-to-peer communication channel between a first peer device and a second peer device utilizing hypertext transfer protocol (HTTP), the method comprising: after a server-side socket is opened between the first peer device and a server, receiving at the server an accept request from the first peer device, the accept request indicating that the first peer device is ready to accept connection requests from one or more peers; receiving at the server a connect request from the second peer device, the connect request indicating that the second peer device wants to establish a connection with the first peer device, in response to receiving at the server a send request from the first peer device, wherein the send request comprises data intended for the second peer device, communicating, from the server, a receive response to the second peer device, the receive response comprising the data intended for the second peer device if a receive request had already been received from the second peer device; and thereby establishing, by the server, a peer-to-peer communication channel between the first peer device and the second peer device via the server, the communication channel permitting the first peer device and the second peer device to send and receive data via HTTP traffic wherein the server does not buffer data communicated from the first peer device. after a server-side socket is opened between the first peer device and a server, receiving at the server an accept request from the first peer device, the accept request indicating that the first peer device is ready to accept connection requests from one or more peers; receiving at the server a connect request from the second peer device, the connect request indicating that the second peer device wants to establish a connection with the first peer device, in response to receiving at the server a send request from the first peer device, wherein the send request comprises data intended for the second peer device, communicating, from the server, a receive response to the second peer device, the receive response comprising the data intended for the second peer device if a receive request had already been received from the second peer device; and thereby establishing, by the server, a peer-to-peer communication channel between the first peer device and the second peer device via the server, the communication channel permitting the first peer device and the second peer device to send and receive data via HTTP traffic wherein the server does not buffer data communicated from the first peer device.
A harmonic drive comprising: a first flexible gear; a second flexible gear disposed around the first flexible gear and coaxially with the first flexible gear; a first ring gear that meshes with the first flexible gear; and a second ring gear that meshes with the second flexible gear; characterised in that the first flexible gear is axially wider than the second flexible gear. a first flexible gear; a second flexible gear disposed around the first flexible gear and coaxially with the first flexible gear; a first ring gear that meshes with the first flexible gear; and a second ring gear that meshes with the second flexible gear; characterised in that the first flexible gear is axially wider than the second flexible gear.
A data encryption apparatus comprising: a divider configured to divide data into a plurality of data blocks; an encryptor configured to encrypt at least one data block from a first data block group comprising one or more data blocks, among the plurality of data blocks, and an initial value using a cryptographic key-based block encryption scheme; and an encoder configured to sequentially encode, using an encoding scheme which is not based on a cryptographic key, remaining data blocks from a second data block group comprising one or more data blocks, which are not encrypted by the cryptographic key-based block encryption scheme, among the plurality of data blocks, wherein each of the remaining data blocks is encoded using either an encrypted or encoded data block generated in the preceding encryption or encoding operation, or the encrypted or encoded data block generated in the preceding encryption or encoding operation and the data block used in the preceding encryption or encoding operation. a divider configured to divide data into a plurality of data blocks; an encryptor configured to encrypt at least one data block from a first data block group comprising one or more data blocks, among the plurality of data blocks, and an initial value using a cryptographic key-based block encryption scheme; and an encoder configured to sequentially encode, using an encoding scheme which is not based on a cryptographic key, remaining data blocks from a second data block group comprising one or more data blocks, which are not encrypted by the cryptographic key-based block encryption scheme, among the plurality of data blocks, wherein each of the remaining data blocks is encoded using either an encrypted or encoded data block generated in the preceding encryption or encoding operation, or the encrypted or encoded data block generated in the preceding encryption or encoding operation and the data block used in the preceding encryption or encoding operation.
A method for processing a network element state, comprising: obtaining a compensation running state value of a network element, wherein the network element is a cell; determining (101, 302), according to the compensation running state value, whether the network element is a compensation network element of another network element, wherein when compensation running state value indicates that the network element is in the state of compensating another network element, the network element is a compensation network element of another network element; and prohibiting (102, 303), when the network element is the compensation network element of another network element, the network element from entering an energy saving state. obtaining a compensation running state value of a network element, wherein the network element is a cell; determining (101, 302), according to the compensation running state value, whether the network element is a compensation network element of another network element, wherein when compensation running state value indicates that the network element is in the state of compensating another network element, the network element is a compensation network element of another network element; and prohibiting (102, 303), when the network element is the compensation network element of another network element, the network element from entering an energy saving state.
Linear drive system, comprising a primary part and a secondary part that is magnetically coupled to the primary part, wherein the primary part includes at least one first electrically conductive reaction rail, and the secondary part includes a number of magnets, wherein the secondary part includes a first magnetic wheel and at least one second magnetic wheel arranged parallel to the first, with the number of magnets positioned on both the first magnetic wheel and the second magnetic wheel, wherein the at least one first reaction rail is arranged between the first magnetic wheel and the second magnetic wheel and magnetically connected to them, wherein the secondary part is mechanically connected to a rotary drive, so that, upon activation of the linear drive system, eddy currents are generated in the reaction rail by the rotation of the secondary part, resulting in a driving force, wherein the secondary part is driven translationally relative to the primary part, characterized in that the secondary part, as well as the first magnetic wheel and the second magnetic wheel, are arranged horizontally, so that, upon activation of the linear drive system, in addition to the translational driving force, an additional lifting force is generated, causing the first and second wheels (3a, 3b) to lift relative to the primary part.
A video coding method for coding a current video block of a current video unit, the method comprising: generating one or more sets of hypotheses for template-matching predictive video coding, wherein each of the hypotheses in the one or more sets of hypotheses is based on a predictive video block in a video unit different from the current video unit and wherein each of the hypotheses in the one or more sets of hypotheses is generated based on video data in a template having a shape that corresponds to a shape of a template (66, 74) associated with the current video block (64, 76); generating a reference hypothesis based on the one or more sets of hypotheses, wherein the reference hypothesis comprises an average of pixel values for each pixel location of a plurality of hypotheses in the one or more sets of hypotheses; removing, from the one or more sets of hypotheses, each hypothesis for which a measure of difference with respect to the reference hypothesis is greater than a threshold value; selecting one or more hypotheses from the remaining hypotheses in the one or more sets of hypotheses based on a number of hypotheses to use for coding the current video block, wherein the number of hypotheses is identified as a first number of hypotheses or a second number of hypotheses; generating a syntax element that indicates the identified number of hypotheses; and coding, via a video coder, the current video block based on the selected one or more hypotheses to produce a coded video block. generating one or more sets of hypotheses for template-matching predictive video coding, wherein each of the hypotheses in the one or more sets of hypotheses is based on a predictive video block in a video unit different from the current video unit and wherein each of the hypotheses in the one or more sets of hypotheses is generated based on video data in a template having a shape that corresponds to a shape of a template (66, 74) associated with the current video block (64, 76); generating a reference hypothesis based on the one or more sets of hypotheses, wherein the reference hypothesis comprises an average of pixel values for each pixel location of a plurality of hypotheses in the one or more sets of hypotheses; removing, from the one or more sets of hypotheses, each hypothesis for which a measure of difference with respect to the reference hypothesis is greater than a threshold value; selecting one or more hypotheses from the remaining hypotheses in the one or more sets of hypotheses based on a number of hypotheses to use for coding the current video block, wherein the number of hypotheses is identified as a first number of hypotheses or a second number of hypotheses; generating a syntax element that indicates the identified number of hypotheses; and
An applicator for a cosmetic product, in particular a mascara, comprising a twisted core and fibres which extend from the core while being held by said core, said core having a main direction of longitudinal extension, known as the principal axis, said core being straight along said principal axis, said fibres forming a shell with their free end, the shell comprising four faces (F1-F4), said faces (F1-F4) each comprising a plane of symmetry comprising the principal axis, each of said four faces (F1-F4) being generated by a straight line, known as generatrix straight line, orthogonal to the principal axis and orthogonal to the plane of symmetry of said face (F1-F4), at least two consecutive faces (F1, F2) of said four faces (F1-F4) having a curved profile along said principal axis, and at least one of said four faces having a substantially convex curved profile along said principal axis, the four faces (F1-F4) are symmetrical in pairs with respect to the principal axis, a pair of said symmetrical faces (F1, F3) have a substantially concave profile along the principal axis and a pair (F2, F4) of said symmetrical faces have a substantially convex profile along the principal axis.
A method for excising a nucleic acid sequence from the genome of a plant or of a plant cell, comprising: a) transforming a plant cell with a construct encoding a DNA double strand break inducing enzyme, b) generating a transgenic plant line from the cell of step a), c) performing a transient assay with the plant line of step b) or cells or parts thereof to analyze the functionality of the transgenic DNA double strand break inducing enzyme, wherein the transient assay is an intrachromosomal homologous recombination assay and wherein the method further comprises the identification of a single copy transgenic line following step b) or c); d) crossing the plant line of step b) with a plant line containing a nucleic acid sequence to be excised, wherein the nucleic acid sequence to be excised comprises at least one recognition sequence which is specific for the enzyme of step a) for the site-directed induction of DNA double strand breaks, and wherein the nucleic acid sequence to be excised is bordered at both sides by a repeated sequence which allows for a DNA repair mechanism, and e) performing a tissue culture regeneration through callus formation of F1 immature embryos, wherein the seeds and/or seedlings obtained by step e) are analyzed for DNA double strand break mediated repair mechanisms including homologous recombination and lines in which double strand break-induced homologous recombination has occurred are identified. a) transforming a plant cell with a construct encoding a DNA double strand break inducing enzyme, b) generating a transgenic plant line from the cell of step a), c) performing a transient assay with the plant line of step b) or cells or parts thereof to analyze the functionality of the transgenic DNA double strand break inducing enzyme, wherein the transient assay is an intrachromosomal homologous recombination assay and wherein the method further comprises the identification of a single copy transgenic line following step b) or c); d) crossing the plant line of step b) with a plant line containing a nucleic acid sequence to be excised, wherein the nucleic acid sequence to be excised comprises at least one recognition sequence which is specific for the enzyme of step a) for the site-directed induction of DNA double strand breaks, and wherein the nucleic acid sequence to be excised is bordered at both sides by a repeated sequence which allows for a DNA repair mechanism, and e) performing a tissue culture regeneration through callus formation of F1 immature embryos, wherein the seeds and/or seedlings obtained by step e) are analyzed for DNA double strand break mediated repair mechanisms including homologous recombination and lines in which double strand break-induced homologous recombination has occurred are identified.
A marine loading arm to be installed on a harbor pier from which / to which a fluid must be transferred to/from a ship, said marine loading arm comprising a support column, anchored to the pier, and supporting a fluid duct, at a bottom of which a flange for connecting to a harbor system is arranged, a rotary joint at a top end portion of the fluid duct to allow an inner arm to turn about a vertical axis of said column, a first electric motor coupled to a transmission assembly for rotatively driving said inner arm about said vertical axis of said column, said fluid duct comprising, above said joint, a right angle bent portion, at an end portion of which a further joint is arranged, said further joint allowing the inner arm to turn with respect to said bent portion about a horizontal axis, perpendicular to a plane formed by said column and arm, a second electric motor, coupled to a transmission for driving said inner arm and related inner duct about said horizontal axis, said inner duct being coupled to an outer duct, forming an outer arm, by a third rotary joint and being driven by a driving rod coupled to a parallelogram assembly adapted to be relatively driven in its laying plane about pivot pins (44, 46), by a third electric motor, coupled to a transmission thereby as the parallelogram assembly is rotatively driven said outer duct will be adapted to freely turn with respect to the inner duct, according to a horizontal axis, with a fulcrum pivot at said third rotary joint.
A radio system for relaying radio signals in a cell of a mobile network, the radio system comprising - a base band unit for generating a plurality of grouped payload signals (30-1, 30-2,..., 30-M) from a payload signal; - a beam forming unit for providing a beam shape based on a plurality of beam forming vectors for yielding a beam shape characterized by a specific shape, an azimuth angle and an inclination angle identifying a direction of the beam shape; - an active antenna system comprising a plurality of antenna elements (160-1, 160-2,..., 160-N) for relaying a grouped payload signal selected from the plurality of grouped payload signals (30-1,...30-M) according to an associated beam forming vector selected from the plurality of beam forming vectors (40-1, 40-2,..., 40-M), wherein the grouped payload signals (30-1,..., 30-M) are grouped according to a service criterion, wherein the base band unit comprises a transmit combining unit for combining individual ones of the plurality of grouped payload signals (30-1, 30-2,..., 30-M). characterised in that the associated beam forming vector (40-1, 40-2,..., 40-M) comprises factors (c-1, c-2,..., c-N) for the plurality of antenna elements (160-1, 160-2,..., 160-N); and wherein the factors (c-1, c-2,..., c-j) are independently selectable, wherein the base band unit comprises a trigger unit for providing a trigger signal to the transmit combining unit, wherein the trigger signal is used for a change of the combining in the transmit combining unit and wherein the trigger unit may use a time slot, the time slot corresponding to a transmission time interval as present within a communication protocol, and wherein the trigger signal is further provided to the beam forming unit, the trigger signal comprising an indication of which one of the plurality of beam forming vectors is used. - a base band unit for generating a plurality of grouped payload signals (30-1, 30-2,..., 30-M) from a payload signal; - a beam forming unit for providing a beam shape based on a plurality of beam forming vectors for yielding a beam shape characterized by a specific shape, an azimuth angle and an inclination angle identifying a direction of the beam shape; - an active antenna system comprising a plurality of antenna elements (160-1, 160-2,..., 160-N) for relaying a grouped payload signal selected from the plurality of grouped payload signals (30-1,...30-M) according to an associated beam forming vector selected from the plurality of beam forming vectors (40-1, 40-2,..., 40-M), wherein the grouped payload signals (30-1,..., 30-M) are grouped according to a service criterion,