mhurhangee/ep-ind-claims huggingface dataset:
Data carrier, in particular a valuable document such as a banknote or ID card, comprising a substrate in which a feature region (12; 100) is formed by a family of curves made of a plurality of curved and/or diverging cut lines (22; 102), wherein a label (30; 110) in the form of a pattern, of characters or of a code that can be detected visually and/or by machine is arranged within the feature region (12; 100), characterized in that either i) the label is formed by an uncut region of the substrate with a family of marking curves made of a plurality of marking lines, which adjoin the cut lines outside of the label, or ii) the label is formed by a family of curves made of a plurality of curved and/or diverging cut lines such that the cut lines of the label form first cut lines and the cut lines of the feature region that lie outside of the label form second cut lines, wherein the first and second cut lines (32, 22) adjoin one another and differ in terms of cut width. i) the label is formed by an uncut region of the substrate with a family of marking curves made of a plurality of marking lines, which adjoin the cut lines outside of the label, or ii) the label is formed by a family of curves made of a plurality of curved and/or diverging cut lines such that the cut lines of the label form first cut lines and the cut lines of the feature region that lie outside of the label form second cut lines, wherein the first and second cut lines (32, 22) adjoin one another and differ in terms of cut width.
A heavy-duty tire comprising: a carcass comprising a carcass ply extending between bead cores of bead portions via sidewall portions and a tread portion therebetween; a belt layer comprising at least three belt plies disposed on an outer side of the carcass in a tire radial direction and inside the tread portion; and a belt-like shaped serration extending in a tire circumferential direction on an outer surface (Ks) of a tire sidewall, the serration being formed of a plurality of radially extending ridges arranged adjacently in the tire circumferential direction, wherein the heights (hr) of the ridges from the outer surface (Ks) are in a range of from 0.2 to 1.0 mm, wherein the ridges have a triangular or a trapezoidal cross-sectional shape with angles (α) of the ridges on the side tips thereof are in a range of from 30 to 60 degrees, and wherein pitches between adjacent ridges along the same circumferential line are in a range of from 2.0 to 6.0 times the widths (w) of the ridges, and wherein, a height (Ha) from a bead base line to an outer edge of the serration in the tire radial direction is in a range of from 50% to 80% of a tire section height,wherein a height (Hb) from the bead base line to an inner edge of the serration in the tire radial direction is in a range of from 10% to 30% of the tire section height. a carcass comprising a carcass ply extending between bead cores of bead portions via sidewall portions and a tread portion therebetween; a belt layer comprising at least three belt plies disposed on an outer side of the carcass in a tire radial direction and inside the tread portion; and a belt-like shaped serration extending in a tire circumferential direction on an outer surface (Ks) of a tire sidewall, the serration being formed of a plurality of radially extending ridges arranged adjacently in the tire circumferential direction, wherein the heights (hr) of the ridges from the outer surface (Ks) are in a range of from 0.2 to 1.0 mm, wherein the ridges have a triangular or a trapezoidal cross-sectional shape with angles (α) of the ridges on the side tips thereof are in a range of from 30 to 60 degrees, and wherein pitches between adjacent ridges along the same circumferential line are in a range of from 2.0 to 6.0 times the widths (w) of the ridges, and wherein, a height (Ha) from a bead base line to an outer edge of the serration in the tire radial direction is in a range of from 50% to 80% of a tire section height,wherein a height (Hb) from the bead base line to an inner edge of the serration in the tire radial direction is in a range of from 10% to 30% of the tire section height.
A metal surface treatment method for treatment of a surface of a metal material, comprising a treatment solution contact step of contacting a metal surface treatment solution containing the metal surface treatment composition with said metal material; a water washing step of washing the metal material with water after said treatment solution contact step; and a polymer-containing solution contact step of contacting the metal material after the water washing step with a polymer-containing solution containing at least one of a water-soluble polymer compound and a water-dispersible polymer compound, wherein the metal surface treatment composition used for surface treatment of a metal contains a polyamine compound having a number average molecular weight from 150 to 500,000, wherein said polyamine compound contains from 0.1 mmol to 24 mmol of at least one selected from the group consisting a primary and secondary amino group per 1 g of solid content, and wherein said polyamine compound is a product produced by a reaction of at least one selected from the group consisting of a primary and secondary amino group-containing compound and an amine activity reducing compound A having a functional group A, which has reactivity with at least one selected from the group consisting said primary and secondary amino group and which is selected from glycidyl groups, isocyanate groups, aldehyde groups and acid anhydride groups and/or wherein said polyamine compound is a product produced by interaction of at least one selected from the group consisting of a primary and secondary amino group-containing compound and an amine activity reducing compound B containing at least one functional group B, which interacts with at least one selected from the group consisting said primary and secondary amino group, which reduces amine activity and which is selected from a carboxyl group, sulphonic group, phosphate group, silanol group and phosphorous group, wherein the metal surface treatment composition contains further a) at least one selected from the group consisting of a zirconium compound and titanium compound substantially not including fluorine and at least one selected from the group consisting of an inorganic acid and a salt thereof and having a pH from 1.5 to 6.5, wherein the zirconium compound and titanium compound, is at least one selected from the group consisting of a nitrate, nitrite, sulphate, sulfite, acetate and carbonate, and wherein the metal surface treatment composition does substantially not include fluorine and wherein its measured value of the fluorine element concentration using an ion chromatograph SERIES 2000i is less than 10 ppm.
A network slice selection method, comprising: receiving, by a first network slice selection function device of a visited public land mobile network, VPLMN, a first service request message; obtaining, by the first network slice selection function device, home public land mobile network identifier, HPLMN ID, of a user equipment, UE, according to the first service request message; selecting, by the first network slice selection function device, a first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE, the selecting comprises determining, by the first network slice selection function device, a slice type of the first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE; sending, by the first network slice selection function device, a network slice selection request to a second network slice selection function device of a home public land mobile network, HPLMN, of the UE, wherein the network slice selection request is used to request the second network slice selection function device of the HPLMN to select a second network slice instance in the HPLMN for the UE; and receiving, by the first network slice selection function device, a slice selection response message from the second network slice selection function device, wherein the slice selection response message comprises information about the second network slice instance. receiving, by a first network slice selection function device of a visited public land mobile network, VPLMN, a first service request message; obtaining, by the first network slice selection function device, home public land mobile network identifier, HPLMN ID, of a user equipment, UE, according to the first service request message; selecting, by the first network slice selection function device, a first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE, the selecting comprises determining, by the first network slice selection function device, a slice type of the first network slice instance in the VPLMN for the UE based on the HPLMN ID of the UE; sending, by the first network slice selection function device, a network slice selection request to a second network slice selection function device of a home public land mobile network, HPLMN, of the UE, wherein the network slice selection request is used to request the second network slice selection function device of the HPLMN to select a second network slice instance in the HPLMN for the UE; and receiving, by the first network slice selection function device, a slice selection response message from the second network slice selection function device, wherein the slice selection response message comprises information about the second network slice instance.
A computer-implemented method for estimating a health state of a solenoid valve comprising a solenoid for supporting a process control system, the method comprising the steps of: - monitoring a current (100, 101) passing through the solenoid; - determining a time period between an instant of initiating a state change of the solenoid valve and an instant when the time derivative of the current is discontinuous (102, 103); - comparing the time period with a reference time period indicative for the health state of the solenoid valve thereby determining the health state; wherein, the method further comprising the step of sampling the monitored current thereby obtaining an array of sampled currents, and wherein the determining and comparing is performed by the array of sampled currents, and the determining is performed by sequentially correlating a subarray of the array of sampled currents with a reference subarray representing a V-shaped or L-shaped function. - monitoring a current (100, 101) passing through the solenoid; - determining a time period between an instant of initiating a state change of the solenoid valve and an instant when the time derivative of the current is discontinuous (102, 103); - comparing the time period with a reference time period indicative for the health state of the solenoid valve thereby determining the health state; wherein,
A set of floor panels which are mechanically connectable to each other at a first and a second edge of a first and a second floor panel (1b, 1c) respectively, wherein upper edges of said first and second edge in a connected state define a vertical plane, the first edge is provided with a protruding tongue formed in one piece with the core of the first floor panel, said protruding tongue extends beyond the vertical plane, the second edge is provided with a separate flexible tongue the first edge comprises a strip with a locking element, the second edge comprises a locking groove, which is open towards a rear side of the second floor panel that faces a subfloor, and a locking surface of the locking element is configured to cooperate, in the connected state, with a locking surface of the locking groove for locking the first and the second floor panel to each other in a horizontal direction, which is at right angles to the first and second edge characterized in that the flexible tongue comprises an inner part, which is connected to a holding groove at the second edge, and an outer flexible snap tab that extends upwardly and in the connected state into a cavity under the protruding tongue for locking the first and the second floor panel to each other in a vertical direction, wherein an upper contact point between the protruding tongue and an upper part of the second floor panel that overlaps the protruding tongue and a lower contact point between the protruding tongue and the flexible snap tab are configured to provide vertical locking, wherein the first and the second floor panel are mechanically connectable by a vertical displacement towards each other, wherein the flexible snap tab and the protruding tongue are configured to cooperate during said displacement such that at least a part of the flexible snap tab is, in a first stage, resiliently displaced inwardly towards the holding groove of the second edge by the protruding tongue, and that the flexible snap tab is, in a second stage, displaced towards the first edge, to obtain the connected state, and wherein a space is provided between the upper part of the strip and the lower edge of the second edge, so that there is no vertical locking between the upper part of the strip and the lower edge of the second edge.
Connecting device for releasably connecting electrical connections, for example between a storage battery and an electric machine tool or a storage battery and a charging device, wherein the connecting device contains a carrier unit and at least one connection socket which is connectable to the carrier unit, wherein at least one second connection socket which is connectable to the carrier unit is provided, wherein the at least first and second connection sockets are positioned consecutively in series along the carrier unit in such a manner that a contact element is connected to the at least first and second connection sockets when the contact element is attached to the connecting device, characterized in that the carrier unit substantially contains a U profile with at least two holding elements for positioning and holding the connection socket on the carrier unit, and in that each connection socket contains a first end, a second end, a base element, a first wall element, a second wall element and a spring unit with a first spring element and a second spring element for receiving and holding a contact element, wherein the first spring element is connected to the first wall element and the second spring element is connected to the second wall element, wherein the base element of each connection socket contains a protrusion and a recess, wherein the protrusion is arranged opposite the recess and the configuration of the protrusion corresponds to the configuration of the recess, and therefore the protrusion of a first connection socket can be fitted into the recess of a second connection socket.
A wireless communication method comprising: sending (11, 21), by a base station, configuration notification information to a terminal, wherein the configuration notification information is used for notifying the terminal of setting a first radio frame to meet a first subframe configuration, and the first radio frame that meets the first subframe configuration comprises N-1 downlink subframes, one special subframe, and zero uplink subframe, wherein N is a total quantity of subframes comprised in one radio frame and N is a natural number greater than 1; and communicating (12, 23), by the base station, with the terminal in the first radio frame by using the first subframe configuration. sending (11, 21), by a base station, configuration notification information to a terminal, wherein the configuration notification information is used for notifying the terminal of setting a first radio frame to meet a first subframe configuration, and the first radio frame that meets the first subframe configuration comprises N-1 downlink subframes, one special subframe, and zero uplink subframe, wherein N is a total quantity of subframes comprised in one radio frame and N is a natural number greater than 1; and communicating (12, 23), by the base station, with the terminal in the first radio frame by using the first subframe configuration.
A method of reconstituting a concentrated product comprising: providing a flexible container (20, 220) holding a concentrate (40, 240), said container comprising: a flexible body holding said concentrate, a spout (30, 230), a filter element (60, 260) disposed in said spout, said filter element comprising a filter and an attachment element configured to attach to a water source; attaching a water source to the attachment element of the flexible container; and forcing water through the filter element of the container and into the container to form a reconstituted concentrate; wherein said flexible container is in the form of a pouch; and wherein said water source is a hand held water bottle and said forcing step comprises squeezing said water bottle by hand to push water through the filter element and into said flexible container to reconstitute the concentrate. providing a flexible container (20, 220) holding a concentrate (40, 240), said container comprising: a flexible body holding said concentrate, a spout (30, 230), a filter element (60, 260) disposed in said spout, said filter element comprising a filter and an attachment element configured to attach to a water source; attaching a water source to the attachment element of the flexible container; and forcing water through the filter element of the container and into the container to form a reconstituted concentrate; wherein said flexible container is in the form of a pouch; and wherein said water source is a hand held water bottle and said forcing step comprises squeezing said water bottle by hand to push water through the filter element and into said flexible container to reconstitute the concentrate.
A device for archiving a plurality of samples contained in sample vessels (PG1, PG2), in particular medical and/or biological samples, with an archiving room accessible via a lock for automatic inlet and outlet of sample vessels (PG1, PG2) therethrough and a storage and rearranging system provided in the archiving room for sample vessels (PG1, PG2), sample trays (9, 90, 91), whereas the sample trays (9, 90, 91) contain stacking devices (13, 16, 17), on which to form a sample tray stack (10, 11) respectively an additional sample tray (9, 90, 91) can be removed by leaving a space with respect to the support surface of the underlying sample tray (9, 90, 91), whereas in the storage and rearranging system a receiving chamber is provided for at least two adjoining sample tray stacks (10, 11) and two adjoining sample tray stacks (10, 11) are present, whereas the storage and rearranging system comprises moreover lifting means for raising vertically from a selected sample tray (9, 90, 91), one or several additional sample tray(s) (9, 90, 91) stacked on a selected sample tray (9, 90, 91), as well as transfer means for horizontal transfer of a sample tray (9, 90, 91) from one to the other stack (10, 11) and/or from one of the stacks to the lock and/or from the lock into one of the stacks, whereas the transfer means contain at least one rail, rollers (13, 17) arranged on the sample trays (9, 90, 91) and means for displacing a sample tray (9, 90, 91) resting with rollers (13, 17) on the rail, along said rail, characterised in that the sample trays (9, 90, 91) present respectively a plurality of receptacles for sample vessels (PG1, PG2), receptacles provided on a receiving surface, in particular for one sample vessel (PG1, PG2) respectively, and that the sample trays (9, 90, 91) have struts pointing upwards, substantially vertically to the receiving surface, at which upper ends respectively one pair of rollers is arranged, by leaving an intermediate space with respect to each other, with parallel rotational axes, which have respectively the same distance with respect to the receiving surface, and that the sample trays (9, 90, 91) contain rollers provided on a lower side, which are positioned and sized in such a way that said rollers provided on the lower side come to rest on the pairs of rollers arranged on the struts, when laying a sample tray (9, 90, 91) on another sample tray (9, 90, 91) to form a stack in such a way that respectively one of the rollers arranged on the lower side, of an upper sample tray (9, 90, 91) rests in the intermediate space between the rollers of a pair of rollers on the strut of a lower sample tray (9, 90, 91) and is maintained securely in place against any horizontal shift of the upper sample tray (9, 90, 91).
Guide system comprising: - a railway rail extending along an axis and having: - an upper element having a rolling surface; - a lower element having a bearing surface; - a connecting element between the lower and upper elements, at least one lateral recess being provided between the lower and upper elements on the side of the connecting element; the guide system also comprising: - at least first and second attitude sensors (31, 32) fastened to the rail by an adhesive bond in offset respective positions along said axis of the rail, said attitude sensors being housed at least partially in the lateral recess; - a processing circuit configured to collect attitude measurements provided by the first and second attitude sensors (31, 32) and configured to calculate a deformed shape of said railway rail with respect to said axis depending on the attitude measurements collected. - a railway rail extending along an axis and having: - an upper element having a rolling surface; - a lower element having a bearing surface; - a connecting element between the lower and upper elements, at least one lateral recess being provided between the lower and upper elements on the side of the connecting element; - an upper element having a rolling surface; - a lower element having a bearing surface; - a connecting element between the lower and upper elements, at least one lateral recess being provided between the lower and upper elements on the side of the connecting element; - at least first and second attitude sensors (31, 32) fastened to the rail by an adhesive bond in offset respective positions along said axis of the rail, said attitude sensors being housed at least partially in the lateral recess; - a processing circuit configured to collect attitude measurements provided by the first and second attitude sensors (31, 32) and configured to calculate a deformed shape of said railway rail with respect to said axis depending on the attitude measurements collected.