mhurhangee/ep-ind-claims huggingface dataset:
Method for making measurement data available by an electrical meter, said data coming from electrical energy quantity measurements carried out by said electrical meter on an energy consumption of an electrical installation monitored by said electrical meter, the electrical meter retrieving the measurement data to be made available, characterized in that the electrical meter further carries out the following steps: - classifying (S405, S407) each retrieved datum according to a minimum number of bits to represent said datum; - determining (S404, S406), for each class of a predefined plurality of classes, a number of bits allocated to represent each datum classified in said class equal to the maximum of the minimum numbers of bits determined for the data classified in said class; - compressing (S306; S408) each retrieved measurement datum, by representing said retrieved measurement datum on a number of bits equal to the number of bits allocated to the class of said measurement datum and by inserting, in front of the compressed datum, a predefined prefix associated with said class; and - including, in a header associated with the compressed data, for each class, information representative of the number of bits allocated to represent each datum classified in said class, and characterized in that the electrical meter carries out the following steps: - determining the most recurring value among the retrieved measurement data; and - replacing the measurement data, having a value equal to the determined most recurring value, with a single bit. - classifying (S405, S407) each retrieved datum according to a minimum number of bits to represent said datum; - determining (S404, S406), for each class of a predefined plurality of classes, a number of bits allocated to represent each datum classified in said class equal to the maximum of the minimum numbers of bits determined for the data classified in said class; - compressing (S306; S408) each retrieved measurement datum, by representing said retrieved measurement datum on a number of bits equal to the number of bits allocated to the class of said measurement datum and by inserting, in front of the compressed datum, a predefined prefix associated with said class; and - including, in a header associated with the compressed data, for each class, information representative of the number of bits allocated to represent each datum classified in said class, - determining the most recurring value among the retrieved measurement data; and - replacing the measurement data, having a value equal to the determined most recurring value, with a single bit.
An apparatus for intrusion detection, comprising: means for generating a random sequence based in part on random physical hardware artifacts; means for generating a transmit, Tx power pattern (218, 406) by an intrusion detection system of a vehicle based on the random sequence; means for sending one or more control signals to a radar transmitter to cause the radar transmitter to transmit a radar signal based on the Tx power pattern; means for receiving at least one radar signal at a radar receiver; means for identifying a signal to noise ratio, SNR, and a range associated with the at least one radar signal; means for determining whether the SNR and range of the at least one radar signal deviates from an expected SNR and range based on the Tx power pattern; and means for tagging a target associated with the at least one radar signal as a ghost target based on a determination that the SNR and range of the at least one radar signal deviates from the expected SNR and range based on the Tx power pattern. means for generating a random sequence based in part on random physical hardware artifacts; means for generating a transmit, Tx power pattern (218, 406) by an intrusion detection system of a vehicle based on the random sequence; means for sending one or more control signals to a radar transmitter to cause the radar transmitter to transmit a radar signal based on the Tx power pattern; means for receiving at least one radar signal at a radar receiver; means for identifying a signal to noise ratio, SNR, and a range associated with the at least one radar signal; means for determining whether the SNR and range of the at least one radar signal deviates from an expected SNR and range based on the Tx power pattern; and means for tagging a target associated with the at least one radar signal as a ghost target based on a determination that the SNR and range of the at least one radar signal deviates from the expected SNR and range based on the Tx power pattern.
A packing ring having at least three ring segments each having a first segment end and a second segment end in the circumferential direction, wherein a first tangential contact surface of the first segment end of a ring segment abuts a second tangential contact surface of the second segment end of a ring segment adjoining it in the circumferential direction to create a radial seal of the packing ring and a first axial contact surface, facing toward a first axial ring end of the packing ring, of the first segment end of a ring segment abuts a second axial contact surface, facing toward a second axial ring end of the packing ring, of the second segment end of a ring segment adjoining it in the circumferential direction to create an axial seal of the packing ring, wherein at least three relief openings are provided on at least one ring segment, preferably on each ring segment, which extend from a radially inside inner circumferential surface of the ring segment to a radially outside outer circumferential surface and/or to the second axial ring end of the ring segment, wherein the relief openings each have a first relief opening end opening into the radially inside inner circumferential surface of the ring segment, wherein the first relief opening ends of two relief openings arranged adjacent to one another in the circumferential direction are spaced apart from one another at a relief opening circumferential distance (z), characterized in that the first relief opening ends are closer in the axial direction to the first axial ring end than to the second axial ring end and are spaced apart at a relief opening axial distance (x) from the first axial ring end, which is 4% to 20% of the axial ring width of the ring segment.
A method of provisioning routing instructions between a customer entry point and a termination destination, comprising the steps of: receiving one or more routing instructions from a central computerized database; incorporating customer-specific information into the one or more routing instructions, wherein the customer-specific information is contained in a session initiation protocol invite message, the customer specific information including at least one attribute associated with one or more of an ingress trunk group, an ingress gateway or an ingress gateway port; translating the one or more routing instructions into routing instructions operable on at least a Softswitch network; outputting the translated routing instructions into a network provisioning service; and issuing a command to disable hop-by-hop routing in the softswitch network. receiving one or more routing instructions from a central computerized database; incorporating customer-specific information into the one or more routing instructions, wherein the customer-specific information is contained in a session initiation protocol invite message, the customer specific information including at least one attribute associated with one or more of an ingress trunk group, an ingress gateway or an ingress gateway port; translating the one or more routing instructions into routing instructions operable on at least a Softswitch network; outputting the translated routing instructions into a network provisioning service; and issuing a command to disable hop-by-hop routing in the softswitch network.
Use of a formulation for improving the abrasion resistance of textile materials, wherein said formulation includes the following components: a) 10 to 90 % by weight of a wax-containing aqueous dispersion, b) 90 to 10% by weight of an aqueous polymer dispersion wherein the water content of the dispersions is respectively from 20 to 95%, and the waxes of said wax-containing aqueous dispersions have melting points of 20-120 °C, especially of 20-100 °C, and even more preferably of 20-80 °C, characterized in that said aqueous polymer dispersion is selected from a polyurethane or polyacrylate dispersion. a) 10 to 90 % by weight of a wax-containing aqueous dispersion, b) 90 to 10% by weight of an aqueous polymer dispersion
Method of embossing an artifact (11,11') into a wall of a can, wherein (a) a flat sheet or blank of metal (s) is transported (v s) along a transport bed by several spaced apart groups of rollers (20,22,24), each having a top and a bottom roller (20a,20b;...); (b) a rotating embossing roller pair (30;31a;31b), provided between two of the groups of transport rollers (22,24), and driven by a servo drive or motor, embosses (32a,32b) the artifact (11,11') into the flat, transported sheet or blank (s); (c) whereby the transport rollers at their surfaces, the embossing rollers at their surfaces, and the sheet or blank have the same speed (v s) during embossing the artifact (11,11') into the blank or sheet, and a length position (y 11,y 12) of the artifact in the sheet or blank is determined, adjusted or corrected by a speed and position control of the servo drive, driving the embossing roller pair; (d) shaping a cylindrical base shape (s*) of the can wall. (a) a flat sheet or blank of metal (s) is transported (v s) along a transport bed by several spaced apart groups of rollers (20,22,24), each having a top and a bottom roller (20a,20b;...); (b) a rotating embossing roller pair (30;31a;31b), provided between two of the groups of transport rollers (22,24), and driven by a servo drive or motor, embosses (32a,32b) the artifact (11,11') into the flat, transported sheet or blank (s); (c) whereby the transport rollers at their surfaces, the embossing rollers at their surfaces, and the sheet or blank have the same speed (v s) during embossing the artifact (11,11') into the blank or sheet, and a length position (y 11,y 12) of the artifact in the sheet or blank is determined, adjusted or corrected by a speed and position control of the servo drive, driving the embossing roller pair; (d) shaping a cylindrical base shape (s*) of the can wall.
A drive mechanism for a drug delivery device, comprising: - a lead screw, a lead screw nut and a drive member, aligned with an axis defining an axial direction and an opposite axial direction, - a coupling between the lead screw and the lead screw nut allowing a helical movement of the lead screw with respect to the lead screw nut at least in the axial direction, - the drive member being rotationally locked with the lead screw nut, - the lead screw being coupled with the drive member, the coupling generating a helical movement of the lead screw with respect to the drive member when the drive member is moved in the axial direction with respect to the lead screw, and the coupling being overridden to prevent a helical movement of the lead screw with respect to the drive member when the drive member is moved in the opposite axial direction with respect to the lead screw, the drive mechanism being characterised by - spline features of the lead screw, the spline features being arranged in at least one row parallel to the axis with alternatingly small and large gaps between succeeding spline features, and - a stop feature of the drive member, the stop feature facing the lead screw, a dimension of the stop feature in the direction of the axis being larger than the small gaps and at most as large as the large gaps. - a lead screw, a lead screw nut and a drive member, aligned with an axis defining an axial direction and an opposite axial direction, - a coupling between the lead screw and the lead screw nut allowing a helical movement of the lead screw with respect to the lead screw nut at least in the axial direction, - the drive member being rotationally locked with the lead screw nut, - the lead screw being coupled with the drive member, the coupling generating a helical movement of the lead screw with respect to the drive member when the drive member is moved in the axial direction with respect to the lead screw, and the coupling being overridden to prevent a helical movement of the lead screw with respect to the drive member when the drive member is moved in the opposite axial direction with respect to the lead screw, the drive mechanism being characterised by - spline features of the lead screw, the spline features being arranged in at least one row parallel to the axis with alternatingly small and large gaps between succeeding spline features, and - a stop feature of the drive member, the stop feature facing the lead screw, a dimension of the stop feature in the direction of the axis being larger than the small gaps and at most as large as the large gaps.
Ball valve for containers for transporting and/or storing in particular liquids, with a valve housing with an outlet arranged at a first end of the housing and a second end arranged opposing the first end for arrangement on the container, further comprising a plug valve for actuating a plug having an operative connection to the plug valve and configured in the manner of a spherical shell, wherein the plug, arranged on an outside, comprises at least one first projection for engagement in a bore of the housing as well as in a bore of the plug valve, wherein arranged on the outside of the plug is a peripheral groove to receive a sealing ring, which acts in a sealing manner against an inner face of the housing, the groove having a first wall portion running approximately parallel to a main axis of the valve, characterised in that the groove has an arcuate second wall portion, which is adapted to an outer contour of the sealing ring, and has a tangent T, which runs approximately perpendicular to the main axis of the valve.
Process for the recovery of hydrochloric acid from a lignin composition, comprising - providing a particulate lignin composition that comprises lignin, water and hydrochloric acid; - contacting the particulate lignin composition with a stream of stripping gas comprising an aprotic gas to obtain an acidified vapor stream that comprises water vapor, hydrochloric acid and aprotic gas; and - recovering hydrochloric acid from the acidified vapor stream, wherein the aprotic gas is a combustion gas, and wherein the acidified vapor stream is subjected to absorption with an aqueous absorbent, to yield acid-loaded absorbent, and wherein the aqueous absorbent substantially consists of water. - providing a particulate lignin composition that comprises lignin, water and hydrochloric acid; - contacting the particulate lignin composition with a stream of stripping gas comprising an aprotic gas to obtain an acidified vapor stream that comprises water vapor, hydrochloric acid and aprotic gas; and - recovering hydrochloric acid from the acidified vapor stream, wherein the aprotic gas is a combustion gas, and wherein the acidified vapor stream is subjected to absorption with an aqueous absorbent, to yield acid-loaded absorbent, and wherein the aqueous absorbent substantially consists of water.
A method programmed for execution in a computing environment for labeling two or more digital image views (101a, 101b, 101c) of a spine including a plurality of vertebrae (C1, C2,...) and a plurality of inter-vertebrae (C1/C2, C2/C3,...), the method comprising: detecting a center line of the spine; providing volumetric labels (203, 205, 209, 211) for at least one of the vertebrae (C1, C2,...) or inter-vertebrae (C1/C2, C2/C3,...) visible in any of the two or more digital image views by having a user manipulate a pointing device, wherein said pointing device is dynamically linked to a labeling cursor, and wherein said labeling cursor is restricted to predetermined positions along said detected center line of the spine; locating said volumetric labels (203, 205, 209, 211) to the center line of the spine; and utilizing said volumetric labels (203, 205, 209, 211) to identify and label the at least one of the vertebrae (C1, C2,...) or inter-vertebrae (C1/C2, C2/C3,...) in all spatially related digital image views that intersect with said volumetric labels (203, 205, 209, 211); wherein providing volumetric labels (203, 205) for two adjacent vertebrae (C1, C2,...) results in an automated volumetric labeling of the intervening inter-vertebra (C1/C2, C2/C3,...) by determining the intervening volumetric label and location utilizing said adjacent volumetric labels (203, 205) for the adjacent vertebrae (C1, C2,...). detecting a center line of the spine; providing volumetric labels (203, 205, 209, 211) for at least one of the vertebrae (C1, C2,...) or inter-vertebrae (C1/C2, C2/C3,...) visible in any of the two or more digital image views by having a user manipulate a pointing device, wherein said pointing device is dynamically linked to a labeling cursor, and wherein said labeling cursor is restricted to predetermined positions along said detected center line of the spine; locating said volumetric labels (203, 205, 209, 211) to the center line of the spine; and utilizing said volumetric labels (203, 205, 209, 211) to identify and label the at least one of the vertebrae (C1, C2,...) or inter-vertebrae (C1/C2, C2/C3,...) in all spatially related digital image views that intersect with said volumetric labels (203, 205, 209, 211); wherein providing volumetric labels (203, 205) for two adjacent vertebrae (C1, C2,...) results in an automated volumetric labeling of the intervening inter-vertebra (C1/C2, C2/C3,...) by determining the intervening volumetric label and location utilizing said adjacent volumetric labels (203, 205) for the adjacent vertebrae (C1, C2,...).
A computer-implemented method for certificate generation for an electronic device, the method comprising the following steps: obtaining one or more identifiers from the electronic device; validating the electronic device by an enrolment device based on the one or more identifiers; when validation of the electronic device by the enrolment device is successful: obtaining a public key from the electronic device; and enrolling the electronic device into a chain of trust provided by a public key infrastructure, wherein in the chain of trust, a child certificate is attested as valid by an attestor associated with a parent certificate in the chain of trust, and the enrolling comprises generating an electronic device certificate for the chain of trust using the public key obtained from the electronic device; wherein the enrolling is performed by the enrolment device, the enrolment device being separate from the electronic device; and in said chain of trust, the electronic device certificate is a descendant certificate of an enrolment device certificate associated with the enrolment device. obtaining one or more identifiers from the electronic device; validating the electronic device by an enrolment device based on the one or more identifiers; when validation of the electronic device by the enrolment device is successful: obtaining a public key from the electronic device; and enrolling the electronic device into a chain of trust provided by a public key infrastructure, wherein in the chain of trust, a child certificate is attested as valid by an attestor associated with a parent certificate in the chain of trust, and the enrolling comprises generating an electronic device certificate for the chain of trust using the public key obtained from the electronic device; wherein the enrolling is performed by the enrolment device, the enrolment device being separate from the electronic device; and in said chain of trust, the electronic device certificate is a descendant certificate of an enrolment device certificate associated with the enrolment device. obtaining a public key from the electronic device; and enrolling the electronic device into a chain of trust provided by a public key infrastructure, wherein in the chain of trust, a child certificate is attested as valid by an attestor associated with a parent certificate in the chain of trust, and the enrolling comprises generating an electronic device certificate for the chain of trust using the public key obtained from the electronic device; wherein the enrolling is performed by the enrolment device, the enrolment device being separate from the electronic device; and in said chain of trust, the electronic device certificate is a descendant certificate of an enrolment device certificate associated with the enrolment device.
A furniture drive for moving a furniture part movably-supported relative to a furniture carcass, comprising: - a housing having a first housing wall to be fixed to the furniture carcass, and a second housing wall at least partially spaced apart from the first housing wall, - wherein at least the first housing wall includes at least one guide device for guiding a fastening means, - wherein at least one supporting body is provided which is separate from the at least one guide device for guiding the fastening means, which at least partly surrounds the at least one guide device, and which is firmly connected to both the first housing wall and the second housing wall so that a movement of the second housing wall relative to the first housing wall is restrained, - wherein the at least one supporting body includes at least two limbs (20a, 20b) connected to each other, the limbs (20a, 20b) forming an acute angle to each other, characterized in that the at least one supporting body is configured to be V-shaped or U-shaped and consists of a metallic material. - a housing having a first housing wall to be fixed to the furniture carcass, and a second housing wall at least partially spaced apart from the first housing wall, - wherein at least the first housing wall includes at least one guide device for guiding a fastening means, - wherein at least one supporting body is provided which is separate from the at least one guide device for guiding the fastening means, which at least partly surrounds the at least one guide device, and which is firmly connected to both the first housing wall and the second housing wall so that a movement of the second housing wall relative to the first housing wall is restrained, - wherein the at least one supporting body includes at least two limbs (20a, 20b) connected to each other, the limbs (20a, 20b) forming an acute angle to each other,
End link of a wristband for a watch or item of jewellery for removable fitting of a watch case or jewel setting, which to receive such a link comprises at least one secondary transverse slot, wherein said case comprises at least one main longitudinal slot delimited by two main support surfaces (21, 22) parallel to a main plane and said link comprises an end piece, which itself comprises for its fixture to said case at least one complementary stud arranged to cooperate in a complementary manner and with minimal play with one said secondary slot, and said link comprises at least one lock, wherein said lock comprises a slide catch arranged to cooperate in a complementary manner and with minimal play with said main slot in a locking position, towards which said slide catch is moved by elastic restoring means belonging to said lock, this comprising intrinsic unlocking means arranged to be operated directly by a finger of a user to move said slide catch away from said main slot of said case, characterised in that said lock comprises a pushbutton, which is arranged to be operated by a finger of a user to control an unlocking of said lock by retraction of the slide catch by an application of pressure to said pushbutton.
An AAV9 vector containing a polynucleotide of interest for use in a method of treatment of a peripheral demyelinating disease in a subject in need thereof wherein the method comprises a step of transducing myelinating Schwann cells of the subject with said AAV9 vector containing the polynucleotide of interest wherein the polynucleotide of interest is operatively linked to a promoter sequence and wherein the administration of the vector is done by direct injection into the nerve.