mhurhangee/ep-ind-claims huggingface dataset:
Device for locking an articulated joint in a longitudinal direction between a plate of a floor duster mop and handle of the floor duster mop characterised by, a handle-holding element; a base element; and a sled element; wherein the base element comprises a lower part for attaching to the plate making a transversal articulated connection, a central part for a longitudinal articulated connection with the handle-holding element and an upper part configured as a female element; wherein the handle-holding element is bonded to the handle and is hinged with the base element joined to the plate; wherein the handle-holding element comprises a fork-shaped part whose arms in the end tract are fitted with housings for a hinge pin for the articulation with the base element; wherein the sled element is inserted into the fork-shaped part of the handle-holder element; and wherein the lower part of the sled element is configured as a male element capable of coupling the male element with the female element of the base element, thereby locking the articulation in the longitudinal direction between the handle and the plate.
A method performed by a server (100, 600) for handling cached content resources, wherein a plurality of content resources are cached in one or more caches, remotely located from said server, the method comprising: - receiving (200, 6:3) a download request from a client device (102, 602) in a downloading session, - identifying (202, 6:4) at least one content resource deemed to be potentially needed later in the downloading session, and - sending (206, 6:7) a cache map to the client device (102, 602) in a response to the received download request, wherein the cache map comprises information about where the at least one content resource can be fetched from at least one cache, the cache map further comprising a pre-fetch indication indicating that the identified at least one content resource should be pre-fetched by the client device (102, 602) from a cache containing the identified at least one content resource. - receiving (200, 6:3) a download request from a client device (102, 602) in a downloading session, - identifying (202, 6:4) at least one content resource deemed to be potentially needed later in the downloading session, and - sending (206, 6:7) a cache map to the client device (102, 602) in a response to the received download request, wherein the cache map comprises information about where the at least one content resource can be fetched from at least one cache, the cache map further comprising a pre-fetch indication indicating that the identified at least one content resource should be pre-fetched by the client device (102, 602) from a cache containing the identified at least one content resource.
A zero turning radius mower, comprising: an internal combustion engine mounted transversely on a pair of longitudinal frame members (116, 118) behind an operator seat and a pair of rear drive wheels (102, 104), the engine rotating a flywheel on a horizontal axis perpendicular to the longitudinal frame members (116, 118); a gearbox mounted to one of the longitudinal frame members (116, 118); the gearbox having a horizontal input shaft driven by the engine and a vertical output shaft engaging a rubber belt; the rubber belt driving a pair hydrostatic transmissions (108, 110) for the pair of rear drive wheels (102, 104) and driving a pulley rotating a plurality of rotary mower blades under a mower deck. an internal combustion engine mounted transversely on a pair of longitudinal frame members (116, 118) behind an operator seat and a pair of rear drive wheels (102, 104), the engine rotating a flywheel on a horizontal axis perpendicular to the longitudinal frame members (116, 118); a gearbox mounted to one of the longitudinal frame members (116, 118); the gearbox having a horizontal input shaft driven by the engine and a vertical output shaft engaging a rubber belt; the rubber belt driving a pair hydrostatic transmissions (108, 110) for the pair of rear drive wheels (102, 104) and driving a pulley rotating a plurality of rotary mower blades under a mower deck.
A non-pulsation pump comprising a cam mechanism that converts a rotational motion of a shared motor into a reciprocal motion having a prescribed phase difference, a plurality of cross heads (28,48) that make a reciprocal motion with a prescribed phase difference through the cam mechanism, and a plurality of reciprocating pumps (20,40) that are driven with a prescribed phase difference and that include plungers (26,46) connected to the cross heads, wherein a total discharge flow rate into a shared discharge pipe (32,52) is kept constant, and the non-pulsation pump includes a preliminary compression step for moving the plungers of the reciprocating pumps to a discharge side by a very small amount after a suction step but before a discharging step, and characterized in that it has a stopper which is attached to the cross head such that an axial direction position with respect to the cross head changes, and which changes a gap between the cross head and the plunger in the axial direction, and adjusts an effective stroke length of the plunger in the preliminary compression step. a cam mechanism that converts a rotational motion of a shared motor into a reciprocal motion having a prescribed phase difference, a plurality of cross heads (28,48) that make a reciprocal motion with a prescribed phase difference through the cam mechanism, and a plurality of reciprocating pumps (20,40) that are driven with a prescribed phase difference and that include plungers (26,46) connected to the cross heads, wherein a total discharge flow rate into a shared discharge pipe (32,52) is kept constant, and the non-pulsation pump includes a preliminary compression step for moving the plungers of the reciprocating pumps to a discharge side by a very small amount after a suction step but before a discharging step, and characterized in that it has a stopper which is attached to the cross head such that an axial direction position with respect to the cross head changes, and which changes a gap between the cross head and the plunger in the axial direction, and adjusts an effective stroke length of the plunger in the preliminary compression step.
A method of setting a plurality of part regions (42, 44, 46) of a desired protected zone, in which a) the positions of a plurality of monitoring units (14, 16, 18), preferably laser scanners, are detected, wherein each monitoring unit (14, 16, 18) detects a detection zone (22, 24, 26); b) a maximum size of each detection zone (22, 24, 26) is determined; c) the desired protected zone is fixed in a graphical user interface; d) the part regions (42, 44, 46) to be monitored by the respective monitoring units (14, 16, 18) are fixed by a piece of software with reference to the positions of the monitoring units (14, 16, 18), to the maximum size of the detection zones (22, 24, 26) and to the desired protected zone; and e) the part regions (42, 44, 46) are assigned to the respective monitoring units (14, 16, 18), characterized in that the part regions (42, 44, 46) are fixed at least in part for overlap regions (14, 16, 18) of the protected zone which are monitorable by a plurality of monitoring units (14, 16, 18) such that only exactly that respective monitoring unit (14, 16, 18) monitors the overlap region (28, 30, 32, 34) which is closest to the respective overlap region (28, 30, 32, 34). a) the positions of a plurality of monitoring units (14, 16, 18), preferably laser scanners, are detected, wherein each monitoring unit (14, 16, 18) detects a detection zone (22, 24, 26); b) a maximum size of each detection zone (22, 24, 26) is determined; c) the desired protected zone is fixed in a graphical user interface; d) the part regions (42, 44, 46) to be monitored by the respective monitoring units (14, 16, 18) are fixed by a piece of software with reference to the positions of the monitoring units (14, 16, 18), to the maximum size of the detection zones (22, 24, 26) and to the desired protected zone; and e) the part regions (42, 44, 46) are assigned to the respective monitoring units (14, 16, 18),
A method for using a presence server, comprising a presence database, to deliver enhanced presence information regarding communications made to or from a presentity, the method comprising: obtaining, by a network node, enhanced presence information including information regarding parties involved in communications made to or from a presentity, wherein the enhanced presence information includes at least one of information identifying a party with whom the presentity has or is communicating, information regarding a duration of a call with a party with whom the presentity has or is communicating, information regarding re-direction of a call involving the presentity, and information regarding forwarding of a call involving the presentity; transmitting the obtained enhanced presence information from the network node to the presence server for storing in the presence database; receiving, by the presence server, a request from a subscriber for obtaining the enhanced presence information regarding the presentity; and in response to the request, delivering the enhanced presence information from the presence database to the subscriber; wherein obtaining the enhanced presence information includes deriving, by the network node, the enhanced presence information from signaling messages regarding a call involving the presentity. obtaining, by a network node, enhanced presence information including information regarding parties involved in communications made to or from a presentity, wherein the enhanced presence information includes at least one of information identifying a party with whom the presentity has or is communicating, information regarding a duration of a call with a party with whom the presentity has or is communicating, information regarding re-direction of a call involving the presentity, and information regarding forwarding of a call involving the presentity; transmitting the obtained enhanced presence information from the network node to the presence server for storing in the presence database; receiving, by the presence server, a request from a subscriber for obtaining the enhanced presence information regarding the presentity; and in response to the request, delivering the enhanced presence information from the presence database to the subscriber; wherein obtaining the enhanced presence information includes deriving, by the network node, the enhanced presence information from signaling messages regarding a call involving the presentity.
A method for removing from a metal plate a resist film disposed thereon, the method comprising: bringing the resist film in contact with a resist removing liquid, the resist film containing a cured resin having a phosphoester group and/or a carboxylic group, wherein: the resist removing liquid contains benzyl alcohol, water with a mass ratio to benzyl alcohol of 0.9 or more and 1.9 or less, and a surfactant, the resist removing liquid being substantially free of caustic alkali component.
An apparatus for generating X-ray imaging data, comprising: - an X-ray source; - a first grating; - a second grating; - a third grating; and - an X-ray detector; wherein, the X-ray source is configured to produce X-rays; wherein, the first grating is positioned between the X-ray source and the second grating; wherein, the second grating is positioned between the first grating and the third grating; wherein, the third grating is positioned between the second grating and the X-ray detector; wherein, at least part of the region between the first grating and the third grating forms an examination region for accommodating an object; wherein, either the first grating or the third grating has a pitch attribute of having a constant grating pitch; wherein, both gratings of an adjacent pair of gratings have a pitch attribute of having a varying grating pitch; wherein, both gratings of an adjacent pair of gratings are bent such that a distance between the two adjacent gratings is constant as a function of fan angle; and wherein, the X-ray detector is configured to detect at least some of the X-rays transmitted by the three gratings. - an X-ray source; - a first grating; - a second grating; - a third grating; and - an X-ray detector; wherein, the X-ray source is configured to produce X-rays; wherein, the first grating is positioned between the X-ray source and the second grating; wherein, the second grating is positioned between the first grating and the third grating; wherein, the third grating is positioned between the second grating and the X-ray detector; wherein, at least part of the region between the first grating and the third grating forms an examination region for accommodating an object; wherein, either the first grating or the third grating has a pitch attribute of having a constant grating pitch; wherein, both gratings of an adjacent pair of gratings have a pitch attribute of having a varying grating pitch; wherein, both gratings of an adjacent pair of gratings are bent such that a distance between the two adjacent gratings is constant as a function of fan angle; and wherein, the X-ray detector is configured to detect at least some of the X-rays transmitted by the three gratings. wherein, the X-ray source is configured to produce X-rays; wherein, the first grating is positioned between the X-ray source and the second grating; wherein, the second grating is positioned between the first grating and the third grating; wherein, the third grating is positioned between the second grating and the X-ray detector; wherein, at least part of the region between the first grating and the third grating forms an examination region for accommodating an object; wherein, either the first grating or the third grating has a pitch attribute of having a constant grating pitch; wherein, both gratings of an adjacent pair of gratings have a pitch attribute of having a varying grating pitch; wherein, both gratings of an adjacent pair of gratings are bent such that a distance between the two adjacent gratings is constant as a function of fan angle; and wherein, the X-ray detector is configured to detect at least some of the X-rays transmitted by the three gratings.
A plurality of waveguide display substrates, each waveguide display substrate having: a cylindrical portion having a diameter and a planar surface; a curved portion opposite the planar surface, defining a nonlinear change in thickness across the substrate and having a maximum height with respect to the cylindrical portion; and a wedge portion between the cylindrical portion and the curved portion, defining a linear change in thickness across the substrate and having a maximum height with respect to the cylindrical portion, and wherein a target maximum height (D t) of the curved portion is 10 -7 to 10 -6 times the diameter, the maximum height of the curved portion is between 70% and 130% of the target maximum height (D t), and the maximum height of the wedge portion is less than 30% of the target maximum height (D t). a cylindrical portion having a diameter and a planar surface; a curved portion opposite the planar surface, defining a nonlinear change in thickness across the substrate and having a maximum height with respect to the cylindrical portion; and a wedge portion between the cylindrical portion and the curved portion, defining a linear change in thickness across the substrate and having a maximum height with respect to the cylindrical portion, and wherein a target maximum height (D t) of the curved portion is 10 -7 to 10 -6 times the diameter, the maximum height of the curved portion is between 70% and 130% of the target maximum height (D t), and the maximum height of the wedge portion is less than 30% of the target maximum height (D t).
A processor implemented data reproduction method for reproducing data embedded in a data object, comprising the steps of: determining features of a user device, building a data object embedding said data, a data reproduction application and a biometric user recognition program, wherein the biometric user recognition program is dependent on the user device's features, executing the biometric user recognition program embedded in said data object for verifying the rights of said user to access said data, executing the data reproduction application embedded in said data object for reproducing said embedded data with said user device. determining features of a user device, building a data object embedding said data, a data reproduction application and a biometric user recognition program, wherein the biometric user recognition program is dependent on the user device's features, executing the biometric user recognition program embedded in said data object for verifying the rights of said user to access said data, executing the data reproduction application embedded in said data object for reproducing said embedded data with said user device.
An image decoding apparatus which decodes encoded data obtained by performing hierarchical coding on a moving image including one or more images using a plurality of temporal layers, the image decoding apparatus comprising: a first acquisition unit configured to acquire information regarding a number of tiles included in a region of interest that is a partial region in the moving image; a second acquisition unit configured to acquire information regarding frame rates of the moving image corresponding to the plurality of temporal layers used in the hierarchical coding; a third acquisition unit configured to acquire information regarding a number of tiles that the image decoding apparatus is capable of processing within a unit time period; a determination unit configured to determine, among the frame rates corresponding to the plurality of temporal layers, a frame rate lower than or equal to a frame rate calculated from the number of tiles included in the region of interest and the number of tiles that the image decoding apparatus is capable of processing within the unit time period, as a frame rate for the region of interest; and a decoding unit configured to acquire encoded data corresponding to the region of interest and decode the encoded data corresponding to the region of interest, in accordance with the frame rate determined by the determination unit. a first acquisition unit configured to acquire information regarding a number of tiles included in a region of interest that is a partial region in the moving image; a second acquisition unit configured to acquire information regarding frame rates of the moving image corresponding to the plurality of temporal layers used in the hierarchical coding; a third acquisition unit configured to acquire information regarding a number of tiles that the image decoding apparatus is capable of processing within a unit time period; a determination unit configured to determine, among the frame rates corresponding to the plurality of temporal layers, a frame rate lower than or equal to a frame rate calculated from the number of tiles included in the region of interest and the number of tiles that the image decoding apparatus is capable of processing within the unit time period, as a frame rate for the region of interest; and a decoding unit configured to acquire encoded data corresponding to the region of interest and decode the encoded data corresponding to the region of interest, in accordance with the frame rate determined by the determination unit.
A pressure-sensitive adhesive composition for a foldable display comprising: a first pressure-sensitive adhesive comprising a first silicone gum and having a peel force on a glass substrate of 0.00386 N/mm (10 gf/in) or less, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the first pressure-sensitive adhesive is included in the composition in an amount 5 to 50 wt% with respect to the total solid content of the composition; a second pressure-sensitive adhesive comprising a second silicone gum and a second MQ resin and having a peel force on a glass substrate of 0.0772 N/mm (200 gf/in) to 0.1544 N/mm (400 gf/in), as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the second pressure-sensitive adhesive is comprised in an amount from 50 to 95 wt% based on the total solid content of the composition; and any one additive selected from the group consisting of a borane compound, a borate compound and a mixture thereof; wherein the peel force is measured as set forth in the written description. a first pressure-sensitive adhesive comprising a first silicone gum and having a peel force on a glass substrate of 0.00386 N/mm (10 gf/in) or less, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the first pressure-sensitive adhesive is included in the composition in an amount 5 to 50 wt% with respect to the total solid content of the composition; a second pressure-sensitive adhesive comprising a second silicone gum and a second MQ resin and having a peel force on a glass substrate of 0.0772 N/mm (200 gf/in) to 0.1544 N/mm (400 gf/in), as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, wherein the second pressure-sensitive adhesive is comprised in an amount from 50 to 95 wt% based on the total solid content of the composition; and any one additive selected from the group consisting of a borane compound, a borate compound and a mixture thereof; wherein the peel force is measured as set forth in the written description.
Circular saw with a carrier, which forms a workpiece support surface, a mounting arranged on the carrier and a sawing aggregate arranged on the mounting above the carrier, which can be pivoted around a lateral axle, whereby the sawing aggregate is pivotable around the lateral axle from a raised inoperative position into a lowered sawing position and vice versa, and whereby the sawing aggregate is supported on the mounting to allow displacement in the direction of sawing by means of a cable guide whereby the lowest position of the sawing aggregate is defined by a fixed stop and a slightly higher position of the sawing aggregate is defined by a manually activated stop element of a cutting depth stop, which, when activated lies in the path of movement of the saw and when de-activated lies outside the path of movement of a counter-stop on the sawing aggregate, characterised in that the cutting depth stop is positioned on the lateral axle and the stop element of the cutting depth stop can be activated or de-activated by a movement in the direction of the lateral axle.