mhurhangee/ep-ind-claims huggingface dataset:
A method to establish a wireless connection between a portable computing device with at least one first computer program application for the purpose of control, monitoring, data logging or troubleshooting of an industrial installation and a first device equipped with a member for radio communication, which first device is a device for production or associated operations in the industrial installation, or an installation for transmission or distribution of energy or electricity, wherein the method comprises: - retrieving, by means of a second application, information identifying one or more said first devices within range of wireless communication, - displaying a user-friendly name or symbol for a first said device dependent on the identity information in a list of said first devices in a graphic display member on a GUI display of a said portable computing device, - receiving a signal for selection of a said first device from the list of said first devices, - causing the radio communication member of the portable computing device to generate a wireless signal to establish a wireless connection with the selected said first device and - send messages or retrieve data wirelessly between the first application and the selected named device characterized in that the list of user-friendly names or symbols is automatically displayed only when the second application detects that the first application requires a communication channel to a first device, the second application executing to provide instructions to cause the portable computing device to display the list of user-friendly device names or symbols on top of the first application. - retrieving, by means of a second application, information identifying one or more said first devices within range of wireless communication, - displaying a user-friendly name or symbol for a first said device dependent on the identity information in a list of said first devices in a graphic display member on a GUI display of a said portable computing device, - receiving a signal for selection of a said first device from the list of said first devices, - causing the radio communication member of the portable computing device to generate a wireless signal to establish a wireless connection with the selected said first device and - send messages or retrieve data wirelessly between the first application and the selected named device characterized in that the list of user-friendly names or symbols is automatically displayed only when the second application detects that the first application requires a communication channel to a first device, the second application executing to provide instructions to cause the portable computing device to display the list of user-friendly device names or symbols on top of the first application.
A nozzle structure for a hydrogen gas burner apparatus, comprising an outer pipe, an inner pipe disposed concentrically with the outer pipe, and a stabilizer configured to throttle a space between the outer pipe and the inner pipe, wherein the inner pipe comprises an inner pipe end part with an axial opening hole and a circumferential opening hole formed therein, the axial opening hole penetrating in an axial direction of the inner pipe, the circumferential opening hole penetrating in a radial direction of the inner pipe, the nozzle structure is configured such that a hydrogen gas flows through the inner pipe, the circumferential opening hole is configured to let the hydrogen gas flow out from the inner pipe in the radial direction of the inner pipe, the axial opening hole is configured to let hydrogen gas flow out from the inner pipe in the axial direction of the inner pipe, and the nozzle structure is configured such that an oxygen-containing gas flows between the outer pipe and the stabilizer, characterized in that a ratio S2/S1 between a cross-sectional area S1 of the axial opening hole and a cross-sectional area S2 of the circumferential opening hole is equal to or lower than 50%, and a ratio S3/S4 between a cross-sectional area S4 of a space between the inner pipe and the outer pipe and a cross-sectional area S3 of a space between an outer edge of the stabilizer and the outer pipe is equal to or lower than 45%.
A device (100; 600; 700), comprising: a chassis frame (110; 610; 710) forming an outer edge of the device (100; 600; 700), the chassis frame (110; 610; 710) including a first slot (118; 618; 718) defining a first portion of a keyway (150; 650; 750); a display module (120; 620; 720) having a retention member (126; 626; 726) including a second slot (128; 628, 728) forming a second portion of the keyway (150; 650; 750) between the chassis frame (110; 610; 710) and the retention member (126; 626; 726); and a retention element (130, 132; 630; 730) removeably positionable within the keyway (150; 650; 750) to contact both the retention member (126; 626; 726) and the chassis frame (110; 610; 710), characterized by a compression gasket (140; 640, 642; 740, 742) located between the chassis frame (110; 610; 710) and the retention member (126; 626; 726), the compression gasket (140; 640; 740) having a compressed state and an uncompressed state; wherein when the compression gasket (140; 640, 642; 740, 742) is in the compressed state, the first portion and the second portion of the keyway (150; 650; 750) are aligned; and wherein the first portion and the second portion are configured to apply a shear force to the retention element (126; 626; 726) that resists movement of the retention element (130, 132; 630; 730) in response to an attempted expansion of the compression gasket (140; 640, 642; 740, 742) toward the uncompressed state. a chassis frame (110; 610; 710) forming an outer edge of the device (100; 600; 700), the chassis frame (110; 610; 710) including a first slot (118; 618; 718) defining a first portion of a keyway (150; 650; 750); a display module (120; 620; 720) having a retention member (126; 626; 726) including a second slot (128; 628, 728) forming a second portion of the keyway (150; 650; 750) between the chassis frame (110; 610; 710) and the retention member (126; 626; 726); and a retention element (130, 132; 630; 730) removeably positionable within the keyway (150; 650; 750) to contact both the retention member (126; 626; 726) and the chassis frame (110; 610; 710), characterized by a compression gasket (140; 640, 642; 740, 742) located between the chassis frame (110; 610; 710) and the retention member (126; 626; 726), the compression gasket (140; 640; 740) having a compressed state and an uncompressed state; wherein when the compression gasket (140; 640, 642; 740, 742) is in the compressed state, the first portion and the second portion of the keyway (150; 650; 750) are aligned; and wherein the first portion and the second portion are configured to apply a shear force to the retention element (126; 626; 726) that resists movement of the retention element (130, 132; 630; 730) in response to an attempted expansion of the compression gasket (140; 640, 642; 740, 742) toward the uncompressed state.
A pneumatic speargun for spearfishing which comprises a cylinder having a head at its front and a body with a hand grip at its back, having a continuous or discontinuous slide guide for a spear and having a reservoir for a pressurized fluid and a barrel connected with said reservoir, a piston being slidingly mounted in said barrel, for movement from one or more end loading positions in which it is retained by retaining means, to an end discharge position, triggering means being provided for releasing said retaining means and accordingly causing the piston to move from the selected end loading position to the end discharge position, said piston in the loading position being mechanically connected to said spear such that as the piston moves from the selected end loading position to the end discharge position it causes the spear to be propelled, characterized in that said piston is removably connected to the spear via a cable and return means, such that the piston is moved from the end discharge position to the selected end loading position by pulling said cable.
Zero point clamping system, comprising a) a receiving bore to receive a pull-in fitting along a pull-in axis, wherein the pull-in fitting can be mounted on an article to be clamped, b) a clamping element for securing the pull-in fitting in the receiving bore, wherein the clamping element is movable along the pull-in axis, c) a drive acting on the clamping element for displacement of the clamping element along the pull-in axis, d) wherein the drive for the clamping element is a rotational drive, characterised in that e) the rotational drive is connected by a two-stage transmission (6, 19, 27; 41) to the clamping element, comprising f) a first gear (19, 27; 41) in order to convert a rotational movement of the rotational drive into a linear movement of the clamping element along the pull-in axis, and g) a second transmission, which is arranged between the rotational drive and the first transmission (19, 27; 41), wherein the second transmission is mechanically connected to the movable clamping element and moves together with the clamping element axially along the pull-in axis. a) a receiving bore to receive a pull-in fitting along a pull-in axis, wherein the pull-in fitting can be mounted on an article to be clamped, b) a clamping element for securing the pull-in fitting in the receiving bore, wherein the clamping element is movable along the pull-in axis, c) a drive acting on the clamping element for displacement of the clamping element along the pull-in axis, d) wherein the drive for the clamping element is a rotational drive, characterised in that e) the rotational drive is connected by a two-stage transmission (6, 19, 27; 41) to the clamping element, comprising f) a first gear (19, 27; 41) in order to convert a rotational movement of the rotational drive into a linear movement of the clamping element along the pull-in axis, and g) a second transmission, which is arranged between the rotational drive and the first transmission (19, 27; 41), wherein the second transmission is mechanically connected to the movable clamping element and moves together with the clamping element axially along the pull-in axis.
A blade for a rotor of a wind turbine having a substantially horizontal rotor shaft, said rotor comprising a hub, from which the blade extends substantially in a radial direction when mounted to the hub, the blade having a longitudinal direction (r) with a tip end and a root end and a transverse direction, the blade further comprising: - a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length (c) extending there between, the profiled contour, when being impacted by an incident airflow, generating a lift, wherein the profiled contour is divided into: - a root region having a substantially circular or elliptical profile closest to the hub, - an airfoil region having a lift-generating profile furthest away from the hub, and - a transition region between the root region and the airfoil region, the transition region having a profile gradually changing in the radial direction from the circular or elliptical profile of the root region to the lift-generating profile of the airfoil region, and with - a shoulder having a shoulder width and located at the boundary between the transition region and the airfoil region, wherein - the blade has a blade length, and - the profiled contour comprises a local relative thickness defined as the local ratio between a maximum profile thickness (t) and the chord length (c), - the ratio between the shoulder width and the blade length being less than or equal to 0.075, and characterised in that - the relative thickness (t/c) in a blade length interval of 0-0.8L is at least 22%. - a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length (c) extending there between, the profiled contour, when being impacted by an incident airflow, generating a lift, wherein the profiled contour is divided into: - a root region having a substantially circular or elliptical profile closest to the hub, - an airfoil region having a lift-generating profile furthest away from the hub, and - a transition region between the root region and the airfoil region, the transition region having a profile gradually changing in the radial direction from the circular or elliptical profile of the root region to the lift-generating profile of the airfoil region, and with - a shoulder having a shoulder width and located at the boundary between the transition region and the airfoil region, wherein - the blade has a blade length, and - the profiled contour comprises a local relative thickness defined as the local ratio between a maximum profile thickness (t) and the chord length (c), - the ratio between the shoulder width and the blade length being less than or equal to 0.075, and - the relative thickness (t/c) in a blade length interval of 0-0.8L is at least 22%.
Method for securing a document, characterized in that it comprises: - a step of statistically determining the average magnitude of an unpredictable print variation dot by dot of at least one geometric characteristic among the size, shape and/or position of the dot, - a step of printing a distribution of dots on said document, said printing, as a result of unanticipated unknowns in printing, causing an unpredictable variation, dot by dot, of at least one geometric characteristic of the printed dots among the size, shape and/or position, and - prior to said print step, a step of generating said distribution of dots so that dots of said generated distribution have at least one geometric characteristic, among the size, shape and/or position, that can vary from one dot to the next, the geometric amplitude of the generated variation being of the order of magnitude of the average magnitude of said statistically determined unpredictable print variation; the printed dot distribution therefore representing two variations, one generated and one unpredictable dot by dot. - a step of statistically determining the average magnitude of an unpredictable print variation dot by dot of at least one geometric characteristic among the size, shape and/or position of the dot, - a step of printing a distribution of dots on said document, said printing, as a result of unanticipated unknowns in printing, causing an unpredictable variation, dot by dot, of at least one geometric characteristic of the printed dots among the size, shape and/or position, and - prior to said print step, a step of generating said distribution of dots so that dots of said generated distribution have at least one geometric characteristic, among the size, shape and/or position, that can vary from one dot to the next, the geometric amplitude of the generated variation being of the order of magnitude of the average magnitude of said statistically determined unpredictable print variation;
Bistable automatic cable wrap for being wrapped around a cable or wire, the bistable automatic cable wrap having a stable extended state in which it extends essentially along a longitudinal direction, wherein the bistable automatic cable wrap automatically adopts a stable wound state, if deformed in the extended state, wherein the bistable automatic cable wrap comprises a front side and a backside and wherein the back side of the cable wrap is located inside a circle/ a cylinder, which is formed by the cable wrap, wherein an adhesive material is provided at the back side of the bistable automatic cable wrap, and wherein the adhesive material is an adhesive repair material, which is configured to bond chemically and/or physically with cable insulation.
Impeller for a pump, the impeller comprising a hub, an upper cover disc connected to the hub, a lower cover disc and at least one vane extending between and connecting the upper cover disc and the lower cover disc, wherein the impeller comprises a lower seal member that is located in a circumferential lower seat of the lower cover disc, characterized in that the lower seat has an envelope surface, wherein the inner diameter of the lower seal member is greater than the diameter of the envelope surface of the lower seat, and that the impeller comprises a retainer ring that is in press fit connection with the envelope surface of the lower seat, wherein the retainer ring is configured to retain the lower seal member in the lower seat.
Pharmaceutical or nutraceutical composition, comprising a) a core, comprising a pharmaceutical or a nutraceutical active ingredient and b) an inner coating layer comprising at least 30 % by weight of one or more salts of alginic acid and c) an outer coating layer comprising at least 30 % by weight of one or more polymers or copolymers comprising anionic side groups, wherein the anionic polymer or copolymer in the outer coating layer is selected from (meth)acrylate copolymers or hydroxypropylmethyl cellulose acetate succinate. a) a core, comprising a pharmaceutical or a nutraceutical active ingredient and b) an inner coating layer comprising at least 30 % by weight of one or more salts of alginic acid and c) an outer coating layer comprising at least 30 % by weight of one or more polymers or copolymers comprising anionic side groups, wherein the anionic polymer or copolymer in the outer coating layer is selected from (meth)acrylate copolymers or hydroxypropylmethyl cellulose acetate succinate.
A method of processing High Efficiency Video Coding, HEVC, video data, the method comprising: receiving (500, 600, 806) an external indication at a video decoder to indicate a switching operation, wherein the external indication indicates whether a value of a flag should be set by the video decoder to a default value or to a set value; receiving a video bitstream at the video decoder, wherein the video bitstream comprises compressed video data and is received separately from the external indication; setting (602, 808), by the video decoder, based on the external indication, the value of the flag to the set value; checking (604, 810), by the video decoder, the value of the flag; and treating (502, 604, 810), by the video decoder, a clean random access, CRA, picture as a broken link access, BLA, picture based on the flag being set to the set value, wherein a picture that follows a CRA or BLA picture in decoding order but precedes the respective CRA or BLA picture in output order is a leading picture associated with the respective CRA or BLA picture, wherein, for a CRA picture, associated leading pictures are correctly decodable based on decoding beginning from a random access picture, RAP, picture positioned prior to the CRA picture in decoding order, and wherein, for a BLA picture, associated leading pictures are one of non-correctly-decodable or correctly decodable based on decoding beginning from a RAP picture positioned prior to the BLA picture in decoding order. receiving (500, 600, 806) an external indication at a video decoder to indicate a switching operation, wherein the external indication indicates whether a value of a flag should be set by the video decoder to a default value or to a set value; receiving a video bitstream at the video decoder, wherein the video bitstream comprises compressed video data and is received separately from the external indication; setting (602, 808), by the video decoder, based on the external indication, the value of the flag to the set value; checking (604, 810), by the video decoder, the value of the flag; and treating (502, 604, 810), by the video decoder, a clean random access, CRA, picture as a broken link access, BLA, picture based on the flag being set to the set value, wherein a picture that follows a CRA or BLA picture in decoding order but precedes the respective CRA or BLA picture in output order is a leading picture associated with the respective CRA or BLA picture, wherein, for a CRA picture, associated leading pictures are correctly decodable based on decoding beginning from a random access picture, RAP, picture positioned prior to the CRA picture in decoding order, and wherein, for a BLA picture, associated leading pictures are one of non-correctly-decodable or correctly decodable based on decoding beginning from a RAP picture positioned prior to the BLA picture in decoding order.
A method for monitoring impairment indicators, the method comprising: during a first time window, measuring a first movement signal related to movement of a worker with a movement sensor associated with the worker, and measuring a first environmental signal with an environmental sensor; electronically storing at least one numerical descriptor derived from the first movement signal and the first environmental signal as reference data for the worker; during a second time window, measuring a second movement signal related to movement of the worker with the movement sensor and measuring a second environmental signal with the environmental sensor, wherein the movement sensor is housed in a housing which is a vest or hard hat that are personal protection equipment, worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second movement signal and the second environmental signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations. during a first time window, measuring a first movement signal related to movement of a worker with a movement sensor associated with the worker, and measuring a first environmental signal with an environmental sensor; electronically storing at least one numerical descriptor derived from the first movement signal and the first environmental signal as reference data for the worker; during a second time window, measuring a second movement signal related to movement of the worker with the movement sensor and measuring a second environmental signal with the environmental sensor, wherein the movement sensor is housed in a housing which is a vest or hard hat that are personal protection equipment, worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second movement signal and the second environmental signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations.
A manhole cover lifting tool, the tool comprising an elongate body and a shaft which is arranged to slide relative to the body, the tool further comprising coupling means for slidably coupling the shaft with the body and means disposed on the shaft for detachably coupling the shaft with a manhole cover, wherein the shaft is restricted to slide through a pre-defined range along the body; characterised in that the coupling means comprises a pin, which extends substantially transverse to the shaft, in that a first and a second elongate channel (17a,17b) are formed within the body, in that the pin is arranged to extend through an aperture formed within a proximal region of the shaft and the first and second channels (17a,17b), such that the shaft is permitted to slide relative to the body through a distance corresponding to a length of the channels (17a, 17b), and in that the pre-defined range comprises the length of the channels (17a,17b).