mhurhangee/ep-ind-claims huggingface dataset:
A caching method for an electronic apparatus and using dual disks, one disk being a first storage unit and the other disk being a second storage unit, wherein an access speed of the second storage unit is higher than an access speed of the first storage unit, the method comprising: monitoring a data access to the first storage unit; the method being characterized in further comprising: identifying a data category of data stored at an access address of the data access and determining whether the identified data category is a cache category, which relates to background processes; if the data category is the cache category, which relates to background processes, accumulating an access count of the data stored at the access address being accessed and determining whether the accumulated access count is over a threshold; and if the access count is over the threshold, caching the data stored at the access address to the second storage unit, wherein before the step of identifying the data category of the data stored at the access address of the data access, the method further comprises: requesting a host bus adapter to obtain the access address of the data access. monitoring a data access to the first storage unit; the method being characterized in further comprising: identifying a data category of data stored at an access address of the data access and determining whether the identified data category is a cache category, which relates to background processes; if the data category is the cache category, which relates to background processes, accumulating an access count of the data stored at the access address being accessed and determining whether the accumulated access count is over a threshold; and if the access count is over the threshold, caching the data stored at the access address to the second storage unit, wherein before the step of identifying the data category of the data stored at the access address of the data access, the method further comprises: requesting a host bus adapter to obtain the access address of the data access. identifying a data category of data stored at an access address of the data access and determining whether the identified data category is a cache category, which relates to background processes; if the data category is the cache category, which relates to background processes, accumulating an access count of the data stored at the access address being accessed and determining whether the accumulated access count is over a threshold; and if the access count is over the threshold, caching the data stored at the access address to the second storage unit, wherein before the step of identifying the data category of the data stored at the access address of the data access, the method further comprises: requesting a host bus adapter to obtain the access address of the data access.
An ethylene polymer comprising a low molecular weight component and a high molecular weight component, wherein - the ethylene polymer has a density of 955 to 977 kg/m 3 as measured according to ISO 1183/D and a viscosity value η 100 of at most 1500 Pa.s as measured according to the method described in the description and a strain hardening as determined according to ISO18488 of at least 25 MPa, for example 30 to 40 MPa, - the ethylene polymer is an ethylene homopolymer or a copolymer of ethylene and at least one C3-C20 α-olefins, preferably selected from propylene, 1-butene, 1-hexene and 1-octene, - the amount of the low molecular weight component with respect to the total ethylene polymer is at least 60 wt%, - the low molecular weight component has a Mw of 10,000 to 50,000 g/mol, a ratio of Mw/Mn of 2.5 to 4.5 and a density of 965 to 985 kg/m 3 and - the high molecular weight component has a Mw of 100,000 to 1,000,000 g/mol, a ratio of Mw/Mn of 2.5 to 4.0 and a density of 920 to 950 kg/m 3, wherein Mw and Mn are measured according the method described in the description. - the ethylene polymer has a density of 955 to 977 kg/m 3 as measured according to ISO 1183/D and a viscosity value η 100 of at most 1500 Pa.s as measured according to the method described in the description and a strain hardening as determined according to ISO18488 of at least 25 MPa, for example 30 to 40 MPa, - the ethylene polymer is an ethylene homopolymer or a copolymer of ethylene and at least one C3-C20 α-olefins, preferably selected from propylene, 1-butene, 1-hexene and 1-octene, - the amount of the low molecular weight component with respect to the total ethylene polymer is at least 60 wt%, - the low molecular weight component has a Mw of 10,000 to 50,000 g/mol, a ratio of Mw/Mn of 2.5 to 4.5 and a density of 965 to 985 kg/m 3 and - the high molecular weight component has a Mw of 100,000 to 1,000,000 g/mol, a ratio of Mw/Mn of 2.5 to 4.0 and a density of 920 to 950 kg/m 3,
A data transmission method, comprising: sending, by an access network device, a paging message to a terminal device, wherein the paging message comprises a first indication and does not comprise a temporary cell radio network temporary identity TC-RNTI; receiving, by the access network device, a random access preamble from the terminal device, wherein the random access preamble corresponds to the first indication; and sending, by the access network device in response to the random access preamble, a random access response message RAR to the terminal device, wherein the random access response message RAR comprises a first field and downlink data and a temporary cell radio network temporary identity TC-RNTI and wherein the first field indicates that the random access response message RAR carries the downlink data, and wherein the response message indicates that the access network device successfully receives the random access preamble. sending, by an access network device, a paging message to a terminal device, wherein the paging message comprises a first indication and does not comprise a temporary cell radio network temporary identity TC-RNTI; receiving, by the access network device, a random access preamble from the terminal device, wherein the random access preamble corresponds to the first indication; and sending, by the access network device in response to the random access preamble, a random access response message RAR to the terminal device, wherein the random access response message RAR comprises a first field and downlink data and a temporary cell radio network temporary identity TC-RNTI and wherein the first field indicates that the random access response message RAR carries the downlink data, and wherein the response message indicates that the access network device successfully receives the random access preamble.
An arrangement, comprising at least two parallel kinematic robots (12A, 12B) located in spatial vicinity to each other, the working ranges of which two parallel kinematic robots (12A, 12B) overlap and form an overall total working range, which covers a larger area and/or a larger volume than the individual working ranges of each of the parallel kinematic robots (12A, 12B), wherein the movement controls of manipulators or tool carriers, as applicable, which are movably suspended in each instance on positioning arms of the at least two parallel kinematic robots (12A, 12B), are coordinated with each other and/or are coupled with each other in mutual consideration of the control commands for the movements of the in each instance other manipulator or tool carrier, as applicable, in order to form a movement profile and/or handling profile, which is coordinated within the total working range, and/or in order to prevent collisions of the particular positioning arms, manipulators, and/or tool carriers, wherein each of the at least two parallel kinematic robots (12A, 12B) has an own manipulator movably suspended on the particular positioning arms or, as applicable, a tool carrier, with a gripping device located thereon, movably arranged on the particular positioning arms, in order to interact with the in each instance at least one further manipulator or tool carrier, as applicable, of the at least one further parallel kinematic robot (12B or 12A, as applicable), and in order to carry out common manipulation tasks, and wherein the interacting manipulators or, as applicable, the interacting tool carriers with the particular gripping devices located thereon, form a common gripper in order to handle, receive, shift, rotate, and/or deposit articles, piece goods, bundles, bundle layers, and/or groups of articles or, as applicable, groups of piece goods or the like within the total working range.
A shoe upper (100, 102) including an upper main body configured by a sole cover corresponding to a portion of a sole of a wearer, and an instep cover corresponding to a portion on an instep side of the wearer, the shoe upper (100, 102) comprising: a right side additional knitted fabric (4R, 6R) which is connected to a part of an edge portion of a shoe opening in the instep cover by knitting, which part is on a right side of a center line dividing the shoe opening to right and left; and a left side additional knitted fabric (4L, 6L) which is connected to a part of the edge portion on a left side of the center line by knitting; wherein the sole cover and the instep cover are integrally knitted in a seamless manner; and at least one part of the right side additional knitted fabric (4R, 6R) and at least one part of the left side additional knitted fabric (4L, 6L) are fixed to the upper main body, and the additional knitted fabrics (4R, 6R; 4L, 6L) are provided for suppressing a partial stretch of the upper main body, wherein the right side additional knitted fabric (4R, 6R) and the left side additional knitted fabric (4L, 6L) are turned back toward an outer side direction or an inner side direction of the upper main body at a position of the edge portion. a right side additional knitted fabric (4R, 6R) which is connected to a part of an edge portion of a shoe opening in the instep cover by knitting, which part is on a right side of a center line dividing the shoe opening to right and left; and a left side additional knitted fabric (4L, 6L) which is connected to a part of the edge portion on a left side of the center line by knitting; wherein the sole cover and the instep cover are integrally knitted in a seamless manner; and at least one part of the right side additional knitted fabric (4R, 6R) and at least one part of the left side additional knitted fabric (4L, 6L) are fixed to the upper main body, and the additional knitted fabrics (4R, 6R; 4L, 6L) are provided for suppressing a partial stretch of the upper main body, wherein the right side additional knitted fabric (4R, 6R) and the left side additional knitted fabric (4L, 6L) are turned back toward an outer side direction or an inner side direction of the upper main body at a position of the edge portion.
Arrangement having a sensor, an electric conductor, a housing of a sensor module or control module, a movable component and a stationary component, comprising a flexible electrical connection of the sensor to the housing of the sensor module or control module by using at least one electric conductor extending in an axial length between the movable component and the stationary component, wherein the at least one electric conductor has first sections which are free of encapsulation or are encapsulated with a film-hinge-like thickness, and second sections with encapsulation, wherein the first sections and the second sections extend in each case over a predefined length in relation to the axial length of the electric conductor and follow each other in an alternating manner over the axial length of the electric conductor, and the first sections have a thickness which is lower than the thickness of the second sections with encapsulation, and wherein the first and second sections have a deformability that differs from each other, wherein a first section of the at least one electric conductor is fixed to a sensor housing of the sensor via a rigid coupling, and a second section is coupled to the housing of the sensor module and control module via a movable coupling, which is rotatably designed, and wherein a second section provided with the rotatably designed coupling is arranged between the movable component and the circumference of the stationary component, and the first sections and the second sections define a predefined deflection travel of the at least one electric conductor in such a way that, in a bent installation position, a bend of the electric conductor of 90° or more can be set within a first section, by which means contact between the electric conductor and the stationary component and the movable component in the bent installation position is avoided.
Insertion device for inserting at least one packing section for a gas/liquid separation column into a cylindrical casing, wherein a deployment module has a main member, centred around a main axis of the insertion device, and a plurality of peripheral members arranged circumferentially and evenly around the main axis, each of the peripheral members contributing to forming the support of a gripping device which has a support forming a chassis and retaining means connected to this support and distributed angularly so as to surround the packing section that is to be gripped, at least one of the retaining means having movable shoes respectively intended to be in contact with a peripheral edge of the packing section and a plurality of platforms disposed in at least two stages, each platform bearing articulation means able to interact with a platform of a different stage or one of the movable shoes, by bearing a respective one of the retaining means configured to grip a packing section, the deployment module being able to modify the dimension of the insertion device in order to adjust the position of the retaining means around the packing section that is to be gripped by modifying a radial distance between the main member and each of the peripheral members.
A wiredrawing line for wiredrawing at least one metal wire, wire rod or strip, the wiredrawing line comprising: - a plurality of rotary organs (6, 13, 14, 19) acting upon said metal wire, wire rod or strip during the working process of the wiredrawing line; - a plurality of induction motors (8, 15, 20), each being designed to cause the rotation of one or more of said rotary organs (6, 13, 14, 19); - a plurality of drives, each being designed to control a respective one of said motors (8, 15, 20) and comprising at least one DC/AC inverter; and - power supply means designed to generate a direct current intermediate-volt voltage (Udc) to supply said drives with power; the wiredrawing line being characterized in that said drives are mounted on board the respective motor (8, 15, 20) and in that it comprises a single direct current voltage bus, which is connected to the output of said power supply means and is mounted along the wiredrawing line so as to supply all the drives with said intermediate-volt voltage. - a plurality of rotary organs (6, 13, 14, 19) acting upon said metal wire, wire rod or strip during the working process of the wiredrawing line; - a plurality of induction motors (8, 15, 20), each being designed to cause the rotation of one or more of said rotary organs (6, 13, 14, 19); - a plurality of drives, each being designed to control a respective one of said motors (8, 15, 20) and comprising at least one DC/AC inverter; and - power supply means designed to generate a direct current intermediate-volt voltage (Udc) to supply said drives with power; the wiredrawing line being characterized in that said drives are mounted on board the respective motor (8, 15, 20) and in that it comprises a single direct current voltage bus, which is connected to the output of said power supply means and is mounted along the wiredrawing line so as to supply all the drives with said intermediate-volt voltage.
An operating system for a motor vehicle, comprising - an interface unit with an operating surface, and - a projection unit, which is configured to project a display content onto the operating surface of the interface unit from the outside, wherein - the interface unit is designed as a portable object freely movable in the motor vehicle, characterized in that a capturing device is configured to ascertain an inclination vector of a relative inclination of the operating surface with respect to the projection unit, and an image processing device is configured to generate the display content in that it graphically distorts an original display content by means of a predetermined predistortion function depending on the ascertained inclination vector, wherein the predistortion function is adjusted inversely to an optical distortion, which results on the operating surface upon projecting the display content due to the inclination. - an interface unit with an operating surface, and - a projection unit, which is configured to project a display content onto the operating surface of the interface unit from the outside, wherein - the interface unit is designed as a portable object freely movable in the motor vehicle, a capturing device is configured to ascertain an inclination vector of a relative inclination of the operating surface with respect to the projection unit, and an image processing device is configured to generate the display content in that it graphically distorts an original display content by means of a predetermined predistortion function depending on the ascertained inclination vector, wherein the predistortion function is adjusted inversely to an optical distortion, which results on the operating surface upon projecting the display content due to the inclination.
Fitting for a slidable leaf which can be moved away from a fixed frame, the fitting in the mounted state comprising the following: a. a carriage (22, 22a, 24) having a carriage housing and a roller (26a-26d); b. a slide rail on which the carriage (22, 22a, 24) can be moved, the slide rail having a vertical part, a rail part for supporting the roller (26a-26d) and a portion which at least partially overlaps the carriage (22, 22a, 24) and which has a downward-pointing slide rail projection, the slide rail projection being provided at the free end of the overlapping portion and extending vertically ±30° downward, the carriage (22, 22a, 24) having an upward-pointing carriage projection which engages behind the slide rail projection when the carriage (22, 22a, 24) is raised vertically in order to prevent the carriage (22, 22a, 24) from derailing, the carriage projection being designed to be rigid and stationary relative to the carriage housing, characterized in that the carriage projection defines a pivoting radius as a result of the pivoting movement of the carriage (22, 22a, 24) under the overlapping portion when the roller (26a - 26d) is placed on the rail part, which pivoting radius intersects the lowermost tip of the slide rail projection or runs less than 2 mm below the lowermost tip of the slide rail projection, the flank of the carriage projection that faces away from the vertical part of the slide rail pointing toward the slide rail projection at an angle α to the horizontal between 60° and 90°, and the carriage projection having an inclination on the upper side thereof which, straight or rounded, follows the pivoting radius. a. a carriage (22, 22a, 24) having a carriage housing and a roller (26a-26d); b. a slide rail on which the carriage (22, 22a, 24) can be moved, the slide rail having a vertical part, a rail part for supporting the roller (26a-26d) and a portion which at least partially overlaps the carriage (22, 22a, 24) and which has a downward-pointing slide rail projection, the slide rail projection being provided at the free end of the overlapping portion and extending vertically ±30° downward, the carriage (22, 22a, 24) having an upward-pointing carriage projection which engages behind the slide rail projection when the carriage (22, 22a, 24) is raised vertically in order to prevent the carriage (22, 22a, 24) from derailing, the carriage projection being designed to be rigid and stationary relative to the carriage housing, characterized in that the carriage projection defines a pivoting radius as a result of the pivoting movement of the carriage (22, 22a, 24) under the overlapping portion when the roller (26a - 26d) is placed on the rail part, which pivoting radius intersects the lowermost tip of the slide rail projection or runs less than 2 mm below the lowermost tip of the slide rail projection, the flank of the carriage projection that faces away from the vertical part of the slide rail pointing toward the slide rail projection at an angle α to the horizontal between 60° and 90°, and the carriage projection having an inclination on the upper side thereof which, straight or rounded, follows the pivoting radius.
Non-therapeutic method for the controlled movement of motile cells in liquid or gaseous media, in which method one or more motile cells are introduced into or attached to one or more magnetic particles in the form of a tube, a rod, an irregularly shaped hollow body or a network, and the magnetic particles with the motile cells introduced therein or attached thereto are subsequently moved in a directed manner by means of application of an external magnetic field.
A shredder-aspirator integrated device comprising shredding means suitable for shredding organic garden material, comprising: - an aspirating mouth suitable for aspirating said organic garden material; - a fan rotational about an axis, which can be actuated to generate an air flow suitable for conveying said organic garden material from said aspirating mouth towards said shredding means; and - a drive, which can be connected, in use, to a motor; said shredding means and said fan being operatively connected to said drive; characterised in that it comprises: - an adjustable blower, suitable for conveying said organic material towards said aspirating mouth; and - a body, which houses said fan and said shredding means, and defines said drive and aspirating mouth. - an aspirating mouth suitable for aspirating said organic garden material; - a fan rotational about an axis, which can be actuated to generate an air flow suitable for conveying said organic garden material from said aspirating mouth towards said shredding means; and - a drive, which can be connected, in use, to a motor; - an adjustable blower, suitable for conveying said organic material towards said aspirating mouth; and - a body, which houses said fan and said shredding means, and defines said drive and aspirating mouth.
Method for preparation of compounds with isomeric position purity of at least 95% according to formula (Ic) chosen from the group including 2',7'-bis(2-carboxyethyl)-5-carboxyfluoresceine of formula: 2',7'-bis(2-carboxyethyl)-6-carboxyfluoresceine of formula: 2',7'-bis(2-carboxy-1,2-dihydroethyl)-5-carboxy-fluoresceine of formula: and, and 2',7'-bis(2-carboxy-1,2-dihydroethyl)-6-carboxy-fluoresceine of formula: characterised in that said method comprises a specific step for esterification of non-aromatic carboxylic acid functions of a compound according to formula (Ic) by which an ester derivative of said compound of formula (Ic) can be obtained in which the non-aromatic carboxylic acid functions are esterified with an isomeric position purity of less than 95%, followed by a separation step of said ester derivative, and then possibly a saponification step of said ester derivative.