mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus comprising: a driving roller; an endless belt for transporting a recording medium using rotation of the driving roller; a roller correction table acquisition unit configured to acquire a roller correction table, which represents a relationship between a point of origin position of the driving roller and a movement error of the endless belt; a belt correction table acquisition unit configured to acquire a belt correction table, which represents a relationship between a point of origin position of the endless belt and a movement error of the endless belt; and characterized by a control section configured to control driving of the driving roller by calculating a rotation amount of the driving roller on the basis of the roller correction table and the belt correction table. a driving roller; an endless belt for transporting a recording medium using rotation of the driving roller; a roller correction table acquisition unit configured to acquire a roller correction table, which represents a relationship between a point of origin position of the driving roller and a movement error of the endless belt; a belt correction table acquisition unit configured to acquire a belt correction table, which represents a relationship between a point of origin position of the endless belt and a movement error of the endless belt; and characterized by a control section configured to control driving of the driving roller by calculating a rotation amount of the driving roller on the basis of the roller correction table and the belt correction table.
Angled electrical plug-in connector for attachment to an assembly housing, comprising an angled plug housing and a flange base, wherein the plug housing has a connection limb for an electrical plug-in connector and also a connecting limb for the flange base, and the flange base has a fastening flange for the assembly housing and also a receiving sleeve for the connecting limb, and the connecting limb which passes through at least the receiving sleeve, by way of a free end-side limb portion, projects beyond the fastening flange and is fixed to the flange base rotatably in the circumferential direction, and wherein at least one annular seal is arranged between the receiving sleeve and the connecting limb and also an annular sealing element is attached at the end side to the fastening flange on a contact side associated with the assembly housing, characterized in that the annular sealing element is designed as a moulded seal with an axial pressing portion and a radial pressing portion, wherein the axial pressing portion creates a sealing effect between the fastening flange and the assembly housing and the radial pressing portion creates a sealing effect between the fastening flange and the end-side limb portion of the connecting limb.
Piston for a two-stroke engine working with forward scavenging, wherein the piston has a piston crown and a piston skirt, wherein the central axis of the piston skirt forms a longitudinal central axis of the piston, wherein the piston has two piston bosses, in which piston pin receptacles are formed, wherein the central axis of the piston pin receptacles forms a transverse axis of the piston, wherein the piston has a central plane, which contains the longitudinal central axis of the piston and extends perpendicularly to the transverse axis of the piston, wherein the piston has at least one piston pocket, wherein at least one piston boss is joined to the piston skirt by way of at least one connecting rib (55, 55'), wherein the connecting rib (55, 55') extends on the side of the piston pocket which is averted from the piston crown, characterised in that a recess (56, 56') is formed between the connecting rib (55, 55') and the piston skirt.
A pump assembly for use in pumping a viscous material through a pumping tube which can be engaged by the pump assembly, the pump assembly comprising; a pump body; a rotor rotatably retained on the pump body, the rotor having a pair of plates (25, 27) for operatively retaining a plurality of rollers therebetween; a stator pivotably retained on the pump body; a lever arm operatively retained on the pump body; a cam assembly associated with the lever arm and the stator for use in engaging and disengaging the stator relative to the pumping tube positionable between the rotor and the stator; and the stator being pivotably retained on the pump body at a single pivot point and pivoting at that pivot point spaced from a rotation point of the rotor, the lever arm being movable relative to a fixed rotation axis on the pump body and spaced from the pivot point and the rotation point for engaging and disengaging the stator, characterized in that the plates (25, 27) have non-circular shape and extend sufficiently to cover the ends of the corresponding rollers retained between the plates (25, 27) and to support the roller assembly, wherein there is no additional material on the plates (25, 27) extending beyond the tangent points of the rollers.
A compound comprising an oligonucleotide consisting of 15 to 30 linked nucleosides, wherein the oligonucleotide has a nucleobase sequence comprising at least 15 contiguous nucleobases of a nucleobase sequence selected from among the nucleobase sequences recited in SEQ ID NOs 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, and 30, and wherein the oligonucleotide is a modified oligonucleotide which comprises at least one modified internucleoside linkage, at least one modified sugar, and/or at least one modified nucleobase, for use in treating liver cancer.
Non-stick coating comprising at least one layer of functional decoration, characterized in that the decorative layer comprises a pigment composition having a reversible change of optical properties and/or colour when the coating is subjected, in part or in whole, to a temperature variation between a cold temperature and a hot temperature, the cold temperature being between 0°C and 40°C and the hot temperature being between 80°C and 400°C, and in that the pigment composition comprises at least one compound of formula in the form of particles: Y (3-x) M x Fe (5-y) Q y O 12 wherein: M is selected from the group consisting of lanthanides, alkali metals, alkaline earth metals and metalloids in oxidation state +3; Q is selected from the group consisting of lanthanides, non-metals in the oxidation state +4, metals in the oxidation state +3 or +4, transition metals in the oxidation state +2 or +4, alkaline earth metals and alkali metals; x is between 0 and 0.3; and y is between 0 and 3. M is selected from the group consisting of lanthanides, alkali metals, alkaline earth metals and metalloids in oxidation state +3; Q is selected from the group consisting of lanthanides, non-metals in the oxidation state +4, metals in the oxidation state +3 or +4, transition metals in the oxidation state +2 or +4, alkaline earth metals and alkali metals; x is between 0 and 0.3; and y is between 0 and 3.
Dismountable façade scaffold which extends over a base level and at least one work level, and these levels are arranged between lateral vertical supports, wherein the façade scaffold comprises the following scaffold elements: - a base frame in the base level consisting of two closed vertical frames (3a, 3b, 3c) arranged parallel to one another; - preferably height-adjustable foot supports arranged on the base frame; - at least one diagonal strut (5a, 5b, 5c) and a horizontal connecting strut on the base frame; - a floor element (7a-7f) which is arranged in the upper end region of the base frame and intended for forming the first work level; - at least one railing strut (9a-9f) which is arranged on the scaffold side facing away from the façade surface, wherein - the constituent parts of the vertical supports after the base frame are formed from different scaffold elements which have a U shape (8a-8c), L shape (14a-14f) and T shape (11a-11f) and can be combined substantially to form closed vertical frames (3a, 3b, 3c); - the T-shaped scaffold element (11a-11f) has a crossbar (13a-13d) for supporting a floor element (7a-7f) and an articulation for a railing strut (9a-9f), and the railing strut (9a-9f) of the following work level can be fitted to the articulation when mounting the T-shaped scaffold element (11a-11f); - the L-shaped scaffold element (14a-14f) comprises a crossbar (23a-23f) for securing the upper side of the floor element (7a-7f) in a newly formed work level (15, 17, 19). - a base frame in the base level consisting of two closed vertical frames (3a, 3b, 3c) arranged parallel to one another; - preferably height-adjustable foot supports arranged on the base frame; - at least one diagonal strut (5a, 5b, 5c) and a horizontal connecting strut on the base frame; - a floor element (7a-7f) which is arranged in the upper end region of the base frame and intended for forming the first work level; - at least one railing strut (9a-9f) which is arranged on the scaffold side facing away from the façade surface, - the constituent parts of the vertical supports after the base frame are formed from different scaffold elements which have a U shape (8a-8c), L shape (14a-14f) and T shape (11a-11f) and can be combined substantially to form closed vertical frames (3a, 3b, 3c); - the T-shaped scaffold element (11a-11f) has a crossbar (13a-13d) for supporting a floor element (7a-7f) and an articulation for a railing strut (9a-9f), and the railing strut (9a-9f) of the following work level can be fitted to the articulation when mounting the T-shaped scaffold element (11a-11f); - the L-shaped scaffold element (14a-14f) comprises a crossbar (23a-23f) for securing the upper side of the floor element (7a-7f) in a newly formed work level (15, 17, 19).
A substantially purified or isolated nucleic acid or nucleic acid fragment, the nucleic acid or nucleic acid fragment encoding a MYB protein, or complementary or antisense to a sequence encoding a MYB protein, and including a nucleotide sequence selected from the group consisting of: (a) sequences shown in Figures 41, 43 and 45 hereto (Sequence ID Nos: 60, 62, 63 and 64); (b) complements of the sequences recited in (a); (c) functionally active fragments of the sequences recited in (a) and (b) having a size of at least 60 nucleotides; and (d) functionally active variants having at least approximately 95% identity to the sequences recited in (a), (b) and (c). (a) sequences shown in Figures 41, 43 and 45 hereto (Sequence ID Nos: 60, 62, 63 and 64); (b) complements of the sequences recited in (a); (c) functionally active fragments of the sequences recited in (a) and (b) having a size of at least 60 nucleotides; and (d) functionally active variants having at least approximately 95% identity to the sequences recited in (a), (b) and (c).
A method for concatenating a first frame of samples and a subsequent second frame of samples in a signal, the method comprising - initializing an all pass filter based on concealment samples generated from the second frame, wherein the concealment samples are placed in the signal such that the second frame follows the concealment samples, and - applying the all pass filter to at least part of samples in at least two consecutive frames (900,950,960), so as to minimize a discontinuity at a boundary between the first and second frames of samples (900,950). - initializing an all pass filter based on concealment samples generated from the second frame, wherein the concealment samples are placed in the signal such that the second frame follows the concealment samples, and - applying the all pass filter to at least part of samples in at least two consecutive frames (900,950,960), so as to minimize a discontinuity at a boundary between the first and second frames of samples (900,950).
A method comprising: in a controller of a data storage device, performing: receiving data including a data block and main error correction coding data, hereinafter referred to as ECC data, for the data block, the data block including a first sub-block of data and a second sub-block of data, the main ECC data suitable for correcting errors in the data block; initiating an ECC operation to process the data block using the main ECC data; and in response to the ECC operation indicating uncorrectable errors in the data block, retrieving first additional ECC data that is external to the data block, the first additional ECC data corresponding to the first sub-block of data and initiating a second ECC operation to process the first sub-block of data using the first additional ECC data. receiving data including a data block and main error correction coding data, hereinafter referred to as ECC data, for the data block, the data block including a first sub-block of data and a second sub-block of data, the main ECC data suitable for correcting errors in the data block; initiating an ECC operation to process the data block using the main ECC data; and in response to the ECC operation indicating uncorrectable errors in the data block, retrieving first additional ECC data that is external to the data block, the first additional ECC data corresponding to the first sub-block of data and initiating a second ECC operation to process the first sub-block of data using the first additional ECC data.
An article of footwear, the article of footwear comprising: an upper and a sole structure; an automated tensioning system that is configured to adjust a tension level of the article of footwear from a first tension level to a second tension level, wherein the first tension level is greater than the second tension level; a charging assembly, the charging assembly comprising an internal charging device and a housing; a sensor, characterized in that the sensor providing information to the automated tensioning system when the charging assembly is connected to an external charging device; and the automated tensioning system being configured to loosen the article of footwear from the first tension level to the second tension level when the automated tensioning system receives information from the sensor indicating that the charging assembly is connected to the external charging device. an upper and a sole structure; an automated tensioning system that is configured to adjust a tension level of the article of footwear from a first tension level to a second tension level, wherein the first tension level is greater than the second tension level; a charging assembly, the charging assembly comprising an internal charging device and a housing; a sensor, characterized in that the sensor providing information to the automated tensioning system when the charging assembly is connected to an external charging device; and the automated tensioning system being configured to loosen the article of footwear from the first tension level to the second tension level when the automated tensioning system receives information from the sensor indicating that the charging assembly is connected to the external charging device.
A muffle base for dental technology, having a muffle mandrel as a base for attaching dental restoration precursors, especially positive models (52, 54, 56), especially via sprue channels, for the use in a muffle to be able to be filled with curable material, the muffle mandrel substantially extending cylindrically and having an end face, and wherein connecting elements are mounted or formed in the region of the end face or in the end face which detachably mount at least one mandrel attachment, which mandrel attachment (30, 40, 80, 90) is formed for receiving or forming at least one sprue channel for the dental restoration precursor, characterized in that the mandrel attachment (30, 40, 80, 90) comprises connecting elements for mounting a circular disc-shaped or flat cylindrical bottom part, which is supported by a plurality of positive models (52, 54, 56) via associated sprue channels, in order to secure the bottom part against unintentional tilting or tilting at or against the bottom part. on the mandrel attachment (30, 40, 80, 90), wherein the sprue channels, corresponding to the number of positive models (52, 54, 56) to be fastened together on the mandrel attachment (30, 40, 80, 90), are each connected to a circular disc segment (72, 74, 76), wherein the individual circular disc segments (72, 74, 76) together form the flat cylindrical bottom part, and the flat cylindrical bottom part being accommodated in the mandrel attachment (30, 40, 80, 90) which, at its upper end facing away from the muffle mandrel, forms an upwardly extending skirt at its circumference in a cup-like manner, in which the flat cylindrical bottom part is mounted substantially without play.
An array connector harness system for optical network testing of a multi-fiber optical link comprising plural optical paths, comprising: a first loop-back connector connectable to said multi-fiber optical link when under test at a first end thereof; and a second loop-back connector connectable to the multi-fiber optical link under test at a second end thereof, and wherein said first and second loop-back connectors (30, 32) cooperate, in use, to interlink individual fibers of said multi-fiber optical link under test to form a single optical path therethrough, characterized in that: each of said first loop-back connector and second loop-back connector comprises a respective loop-back interface, each loop-back interface comprising a plurality of loop-backs to interconnect ones of said individual fibers to form the single optical path, wherein at least one of said loop-back interfaces comprises: unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, and in that the first loop-back connector comprises a lead-in fiber and a tail-cord. a first loop-back connector connectable to said multi-fiber optical link when under test at a first end thereof; and a second loop-back connector connectable to the multi-fiber optical link under test at a second end thereof, and wherein said first and second loop-back connectors (30, 32) cooperate, in use, to interlink individual fibers of said multi-fiber optical link under test to form a single optical path therethrough, characterized in that: each of said first loop-back connector and second loop-back connector comprises a respective loop-back interface, each loop-back interface comprising a plurality of loop-backs to interconnect ones of said individual fibers to form the single optical path, wherein at least one of said loop-back interfaces comprises: unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, and in that the first loop-back connector comprises a lead-in fiber and a tail-cord. each of said first loop-back connector and second loop-back connector comprises a respective loop-back interface, each loop-back interface comprising a plurality of loop-backs to interconnect ones of said individual fibers to form the single optical path, wherein at least one of said loop-back interfaces comprises: unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, and in that the first loop-back connector comprises a lead-in fiber and a tail-cord.
An in vitro method of diagnosing a subject as having Sjögren's syndrome, or susceptible to developing Sjögren's syndrome, comprising: detecting the presence of hepatitis delta virus nucleic acid or HDV antigen in a sample obtained from the subject; and diagnosing the subject as having Sjögren's syndrome, or susceptible to developing Sjögren's syndrome, if HDV nucleic acid or HDV antigen is detected in the sample. detecting the presence of hepatitis delta virus nucleic acid or HDV antigen in a sample obtained from the subject; and diagnosing the subject as having Sjögren's syndrome, or susceptible to developing Sjögren's syndrome, if HDV nucleic acid or HDV antigen is detected in the sample.
A system for performing brake testing during flight of an aircraft, comprising: a landing gear having at least one wheel assembly (132, 134); a brake configured to apply a braking force to the at least one wheel assembly; and a brake controller configured to: determine a landing event indicating that the aircraft is approaching a landing, control the brake to apply a testing brake force to the at least one wheel assembly in response to determining the landing event, and determine an operational status of the brake based on the testing brake force. a landing gear having at least one wheel assembly (132, 134); a brake configured to apply a braking force to the at least one wheel assembly; and a brake controller configured to: determine a landing event indicating that the aircraft is approaching a landing, control the brake to apply a testing brake force to the at least one wheel assembly in response to determining the landing event, and determine an operational status of the brake based on the testing brake force. determine a landing event indicating that the aircraft is approaching a landing, control the brake to apply a testing brake force to the at least one wheel assembly in response to determining the landing event, and determine an operational status of the brake based on the testing brake force.
A nuclear fusion method for producing nuclear fusion reactions, comprising irradiating a main laser pulse onto a nuclear fusion target, characterized in that said method comprises the steps of: providing a solid target comprising first and second particles; irradiating a laser pre-pulse onto said nuclear fusion target; creating at least a first plasma via the laser pre-pulse; irradiating a main laser pulse onto the nuclear fusion target through the at least one first plasma, with the at least one first plasma focusing the main laser pulse onto the target; accelerating first particles of the nuclear fusion target with the focused main laser pulse; and producing fusion reactions of the accelerated first particles with second particles of the nuclear fusion target, wherein said laser pre-pulse and said main laser pulse are temporally shaped. providing a solid target comprising first and second particles; irradiating a laser pre-pulse onto said nuclear fusion target; creating at least a first plasma via the laser pre-pulse; irradiating a main laser pulse onto the nuclear fusion target through the at least one first plasma, with the at least one first plasma focusing the main laser pulse onto the target; accelerating first particles of the nuclear fusion target with the focused main laser pulse; and producing fusion reactions of the accelerated first particles with second particles of the nuclear fusion target,
Module intended to be included onboard the equipment of a telecommunication network and comprising: a database storing at least search field values including URL addresses, at least some of said URL addresses being stored in an encrypted form, encryption means capable of breaking down a search field value (add_ex) received in a request message received by the module into elementary portions (P1,...Pn), generating a set of combinations (Comb (i)) of elementary portions, encrypting pieces of information, each combination of the set constituting a piece of information to be encrypted, in order to allow at least one piece of information search in the database by comparison with the encrypted search field values. a database storing at least search field values including URL addresses, at least some of said URL addresses being stored in an encrypted form, encryption means capable of breaking down a search field value (add_ex) received in a request message received by the module into elementary portions (P1,...Pn), generating a set of combinations (Comb (i)) of elementary portions, encrypting pieces of information, each combination of the set constituting a piece of information to be encrypted, in order to allow at least one piece of information search in the database by comparison with the encrypted search field values.