mhurhangee/ep-ind-claims huggingface dataset:
A method for satellite navigation for use by a mobile station in obtaining navigation assistance from a navigation assistance server of a wireless network or for use by the navigation assistance server, comprising: generating at an apparatus, wherein the apparatus is comprised in the mobile station or in the navigation assistance server, a time indication value for a navigation signal as an identifier of ephemeris information included in the navigation signal, wherein the navigation signal is either a CNAV-1 message which does not include a time indication value or a CNAV-2 message which includes a time indication value; and using the identifier as a basis for determining whether the ephemeris information is more recent compared to other ephemeris information provided at the mobile station or the navigation assistance server; wherein the generating of a time indication value includes deriving the value for the time indication based on a value for the time of receipt of the navigation signal and a value for the time of the beginning of the week if the navigation signal is a CNAV-1 message, and obtaining the time indication value from the received navigation signal if the navigation signal is a CNAV-2 message. generating at an apparatus, wherein the apparatus is comprised in the mobile station or in the navigation assistance server, a time indication value for a navigation signal as an identifier of ephemeris information included in the navigation signal, wherein the navigation signal is either a CNAV-1 message which does not include a time indication value or a CNAV-2 message which includes a time indication value; and using the identifier as a basis for determining whether the ephemeris information is more recent compared to other ephemeris information provided at the mobile station or the navigation assistance server; wherein the generating of a time indication value includes deriving the value for the time indication based on a value for the time of receipt of the navigation signal and a value for the time of the beginning of the week if the navigation signal is a CNAV-1 message, and obtaining the time indication value from the received navigation signal if the navigation signal is a CNAV-2 message.
A normally-closed valve for dispensing a fluid comprising a dry portion and a wet portion, only the wet portion being arranged to be contacted by the fluid, the wet portion comprising - a fluid dispenser unit having a fluid inlet opening, a capillary nozzle providing a fluid outlet, a cavity, the capillary nozzle having an end within the cavity, and a plunger, the plunger being movable within the cavity into an opening position by an actuation unit allowing an inflow of the fluid through the fluid inlet opening through the cavity and an outflow of the fluid through the capillary nozzle, the plunger further having a sealing surface at its side directed towards the end of the capillary nozzle, the plunger being movable into a closing position closing the end of the capillary nozzle by means of the sealing surface, the dry portion comprising - a closing component for exercising a magnetic closing force onto the plunger for moving the plunger into the closing position, at least one of the closing component and the plunger comprising a permanent magnet for keeping the valve in its normally-closed state. - a fluid dispenser unit having a fluid inlet opening, a capillary nozzle providing a fluid outlet, a cavity, the capillary nozzle having an end within the cavity, and a plunger, the plunger being movable within the cavity into an opening position by an actuation unit allowing an inflow of the fluid through the fluid inlet opening through the cavity and an outflow of the fluid through the capillary nozzle, the plunger further having a sealing surface at its side directed towards the end of the capillary nozzle, the plunger being movable into a closing position closing the end of the capillary nozzle by means of the sealing surface, the dry portion comprising - a closing component for exercising a magnetic closing force onto the plunger for moving the plunger into the closing position, at least one of the closing component and the plunger comprising a permanent magnet for keeping the valve in its normally-closed state.
A method for generating a stretchable electronic system for applying to freeform surfaces comprising the following steps: - providing a stretchable interposer having a stretchable substrate, a stretchable contact structure which comprises conductor tracks, fans out and has contact points and peripheral contact surfaces, which are located at the margin of the substrate, wherein the conductor tracks are arranged between the contact points and the contact surfaces; - applying at least one electronic component to the interposer and connecting the electronic component to the contact points; and - encapsulating with a stretchable material; wherein the conductor tracks are arranged such that a distance between the conductor tracks close to the contact points is significantly smaller than a distance between the conductor trances close to the contact surfaces. - providing a stretchable interposer having a stretchable substrate, a stretchable contact structure which comprises conductor tracks, fans out and has contact points and peripheral contact surfaces, which are located at the margin of the substrate, wherein the conductor tracks are arranged between the contact points and the contact surfaces; - applying at least one electronic component to the interposer and connecting the electronic component to the contact points; and - encapsulating with a stretchable material;
A device for cleaning exhaust gases, especially in chimney systems, comprising: a first electrode, which is formed as a spray electrode, a second electrode, which is formed as a collection electrode, and coupling means, which is connected to an electrical voltage source or is connectable to an electrical voltage source, respectively, and is designed for supplying voltage to the first electrode, so as to build up electrical potential between the first electrode and the second electrode, characterized in that the first electrode is formed as a flexible rod-like or tube-like conductor, wherein the first electrode is releasable from the coupling means. a first electrode, which is formed as a spray electrode, a second electrode, which is formed as a collection electrode, and coupling means, which is connected to an electrical voltage source or is connectable to an electrical voltage source, respectively, and is designed for supplying voltage to the first electrode, so as to build up electrical potential between the first electrode and the second electrode, characterized in that the first electrode is formed as a flexible rod-like or tube-like conductor, wherein the first electrode is releasable from the coupling means.
A training apparatus, the apparatus including a base frame configured to be placed on a floor, a roller belt frame suspended in said base frame, the roller belt frame including an endless roller belt with a tread surface for stepping, running and walking thereon, motorized means for moving said roller belt, actuators (26, 26'; 72, 73, 72', 73'; 32) for controlling the position of the roller belt frame relative to the base frame, a computer unit (50, 51, 52, 53, 54, 55) for controlling the motorized means and actuators according to a stored training session and displaying a corresponding track or terrain on a display screen, wherein the position of the roller belt frame is controlled in both longitudinal and transversal directions, and the roller belt frame includes a support structure beneath the roller belt, characterized in that the support structure including a number of elongated ribs that are independently suspended in the base frame and arranged perpendicular to the direction of the motion of the belt, wherein the ribs are suspended in springs or elastic elements.
A display device in which a display is received in a display cover, produced from a transparent material, to provide a clear view of the display, wherein the display cover formed in one piece covers the display, the display cover is provided with at least one guide groove (102, 102') for insertion of the display, and the display in the inserted position is held in a sprung manner by at least one spring arm (101, 101') latching behind the end of the display, characterised in that there is provision for a light-guiding plate to be received in the display cover, wherein grooves (301', 301", 302', 302") and holding devices (303', 303") are arranged on the display cover and are used to guide and receive a light-guiding plate.
Water injection device for a bypass steam system of a power plant, comprising a flow duct for steam having a steam inlet and a steam outlet, and an injection nozzle arranged between the steam inlet and outlet (8, 10), wherein the injection nozzle is arranged on a partition which extends substantially in the direction of the gas stream and is arranged at a distance from an internal wall of the flow duct, characterized in that the partition has a flat profile on its side facing the internal wall.
Method for manufacturing a fire closure by installing a prefabricated fire closure member in a brickwork wherein the fire closure member includes a frame jamb in fire protection design formed by light metal profiles (28, 30) dissipating heat energy by melting in the case of fire, wherein the installing includes the steps of: - fastening the frame jamb on the brickwork by fasteners wherein a structural joint gap remains between the brickwork and the frame jamb; - filling the structural joint gap with an insulating material for thermal insulation and for avoiding a passing through of hot gases in the case of fire; characterized in that solely a fire protection additive free assembly foam is used as insulating material such that the assembly foam is in direct contact with the light metal profiles (28, 30) in the area of the frame jambs and the assembly foam is inserted directly between the frame jamb and the brickwork without fire protection material therein between. - fastening the frame jamb on the brickwork by fasteners wherein a structural joint gap remains between the brickwork and the frame jamb; - filling the structural joint gap with an insulating material for thermal insulation and for avoiding a passing through of hot gases in the case of fire;
Control panel for controlling a video/audio processing apparatus, wherein the panel comprises a plurality of hard key control elements which are arranged in different groups, wherein a first group (1-A,B) of control elements is assigned to select a predefined story for being broadcasted; wherein a second group (2-A,B) of control elements is assigned to select signals and scenes for a currently broadcasted story, the scenes being composed of several input signals including camera signals; wherein a third group (3-A,B) of control elements is assigned to select signals and scenes for a next story which is selectable for being broadcasted by operating a control element (211 VII) of the first group (1-A,B); characterized in that when the next story is put on-air by the activation of a control element of the first group (1-A,B) the current settings of the third group (3-A,B) replace the settings of the second group (2-A,B).
An apparatus (300, 400) for molding or casting an article of manufacture having a mold cavity (326, 426) and a feed system for filling the mold cavity (326, 426) with a fluid material, said feed system comprising: structural members (314, 316, 414, 416) that define a series of voids including a waste reservoir (318, 418), a runner (320, 420), a passage (328, 428) that connects the waste reservoir (318, 418) to the runner (320, 420), allowing fluid communication between the waste reservoir (318, 418) and the runner (320, 420), an injection point (336, 436) for introducing fluid into the waste reservoir (318, 418), and a gate (324, 424) that provides fluid communication between the runner (320, 420) and the mold cavity (326, 426), characterized in that said feed system further comprises an upper member (314, 414), a lower member (316, 416) and a valve assembly, the waste reservoir (318, 418) is concentric with the runner (320, 420) and the gate (324, 424) and is found radially inside the runner (320, 420) and the gate (324, 424) and does not extend completely around the circular perimeter of the upper member (314, 414), the injection point (336, 436) is capable of initially introducing fluid into the waste reservoir (318, 418) and subsequently through the passage (328, 428) into the runner (320, 420), and fluid is capable of flowing through the runner (320, 420) and entering the mold cavity (326, 426) via the gate (324, 424). structural members (314, 316, 414, 416) that define a series of voids including a waste reservoir (318, 418), a runner (320, 420), a passage (328, 428) that connects the waste reservoir (318, 418) to the runner (320, 420), allowing fluid communication between the waste reservoir (318, 418) and the runner (320, 420), an injection point (336, 436) for introducing fluid into the waste reservoir (318, 418), and a gate (324, 424) that provides fluid communication between the runner (320, 420) and the mold cavity (326, 426), characterized in that said feed system further comprises an upper member (314, 414), a lower member (316, 416) and a valve assembly, the waste reservoir (318, 418) is concentric with the runner (320, 420) and the gate (324, 424) and is found radially inside the runner (320, 420) and the gate (324, 424) and does not extend completely around the circular perimeter of the upper member (314, 414), the injection point (336, 436) is capable of initially introducing fluid into the waste reservoir (318, 418) and subsequently through the passage (328, 428) into the runner (320, 420), and fluid is capable of flowing through the runner (320, 420) and entering the mold cavity (326, 426) via the gate (324, 424).
Bracelet clasp of the type with a deployant buckle including a substantially rectangular base element whose first and second long sides are respectively formed of first and second side bars, and first and second pivoting folding parts hinged respectively on the first and second small sides of said base element, said folding parts (3, 4) being arranged to be folded down onto said base element and held there in response to an elastic device associated with a locking and unlocking mechanism acting on said base element and said folding parts (3, 4) to respectively allow said first and second folding parts to be locked onto said base element and then disengaged therefrom, characterized in that the first and second side bars are each formed of at least two leaf springs (5, 6, 7, 8) which form said elastic device, a pressure simultaneously exerted on each of the side bars (1, 2) causing the unlocking of said folding parts (3, 4) from said base element.
A method for screening mobile application part, MAP, messages, the method comprising: in a transit network: (a) receiving, from a first network, a first signaling message containing MAP protocol information and signaling connection control part, SCCP, information; (b) determining whether the first signaling message matches at least one of first SCCP screening criteria and MAP screening criteria for a first destination network; and (c) in response to determining that the first signaling message matches the first SCCP and MAP screening criteria for the first destination network, performing a screening action; characterized in that: the transit network is connected to at least the first network and the first destination network, both separate from the transit network and through which traffic passes that is not destined for the transit network; and in that the SCCP screening criteria includes called party information. in a transit network: (a) receiving, from a first network, a first signaling message containing MAP protocol information and signaling connection control part, SCCP, information; (b) determining whether the first signaling message matches at least one of first SCCP screening criteria and MAP screening criteria for a first destination network; and (c) in response to determining that the first signaling message matches the first SCCP and MAP screening criteria for the first destination network, performing a screening action; (a) receiving, from a first network, a first signaling message containing MAP protocol information and signaling connection control part, SCCP, information; (b) determining whether the first signaling message matches at least one of first SCCP screening criteria and MAP screening criteria for a first destination network; and (c) in response to determining that the first signaling message matches the first SCCP and MAP screening criteria for the first destination network, performing a screening action; characterized in that: the transit network is connected to at least the first network and the first destination network, both separate from the transit network and through which traffic passes that is not destined for the transit network; and in that the SCCP screening criteria includes called party information. the transit network is connected to at least the first network and the first destination network, both separate from the transit network and through which traffic passes that is not destined for the transit network; and in that the SCCP screening criteria includes called party information.
A wall-mounted attaching apparatus for attaching a given display apparatus on a wall surface, said wall-mounted attaching apparatus comprising: a frame body including, an installation surface being opposed to and being fixable to the wall surface, an opening for hanging said apparatus, said opening being formed at the installation surface and said opening being engageable with a given mounting hardware provided on the wall surface, a plurality of fixing screw holes (11a, 11b, 11c, 11d) provided to fix said frame body by screwing on the wall surface, the plurality of fixing screw holes (11a, 11b, 11c, 11d) including a plurality of first fixing screw holes (11a, 11b) being formed at an upper part of the installation surface and a plurality of second fixing screw holes (11c, 11d) being formed at a lower part of the installation surface, and a plurality of positioning holes (12a, 12b) being formed adjacent to the first fixing screw holes (11a, 11b), characterized in that the regions of the positioning holes (12a, 12b) have smaller opening areas than the regions of the fixing screw holes (11a, 11b, 11c, 11d) so that said first and second fixing screw holes (11a, 11b, 11c, 11d) have given screwing position freedom. a frame body including, an installation surface being opposed to and being fixable to the wall surface, an opening for hanging said apparatus, said opening being formed at the installation surface and said opening being engageable with a given mounting hardware provided on the wall surface, a plurality of fixing screw holes (11a, 11b, 11c, 11d) provided to fix said frame body by screwing on the wall surface, the plurality of fixing screw holes (11a, 11b, 11c, 11d) including a plurality of first fixing screw holes (11a, 11b) being formed at an upper part of the installation surface and a plurality of second fixing screw holes (11c, 11d) being formed at a lower part of the installation surface, and a plurality of positioning holes (12a, 12b) being formed adjacent to the first fixing screw holes (11a, 11b), characterized in that the regions of the positioning holes (12a, 12b) have smaller opening areas than the regions of the fixing screw holes (11a, 11b, 11c, 11d) so that said first and second fixing screw holes (11a, 11b, 11c, 11d) have given screwing position freedom.
A fluorescence sensor (10, 10A, 10C, 10F) comprising: a detection substrate section, on a first principal plane of which a concave portion having a bottom surface parallel to the first principal plane is present and, wherein in the concave portion a photoelectric conversion element (13, 13A) configured to receive fluorescent light and output a detection signal is formed; a light-emitting element disposed in the concave portion of the detection substrate section and configured to generate excitation light; and an indicator layer disposed on an inside of the concave portion and configured to generate the fluorescent light corresponding to the excitation light and an analyte amount; a light blocking layer, which covers the indicator layer, configured to let the analyte pass and penetrate into the indicator layer; characterized in that said photoelectric conversion element (13, 13A) is formed in at least a part of a side surface of the concave portion; said light-emitting element is disposed on the bottom surface of the concave portion; said indicator layer is disposed on an upper side of the light-emitting element; the detection substrate section includes a wiring substrate and a frame-like substrate bonded to the wiring substrate, the frame-like substrate forming a through-hole to be the concave portion, and a surface of the wiring substrate is the bottom surface of the concave portion, and a wall surface of the through-hole in the frame-like substrate is the side surface of the concave portion. a detection substrate section, on a first principal plane of which a concave portion having a bottom surface parallel to the first principal plane is present and, wherein in the concave portion a photoelectric conversion element (13, 13A) configured to receive fluorescent light and output a detection signal is formed; a light-emitting element disposed in the concave portion of the detection substrate section and configured to generate excitation light; and an indicator layer disposed on an inside of the concave portion and configured to generate the fluorescent light corresponding to the excitation light and an analyte amount; a light blocking layer, which covers the indicator layer, configured to let the analyte pass and penetrate into the indicator layer; characterized in that said photoelectric conversion element (13, 13A) is formed in at least a part of a side surface of the concave portion; said light-emitting element is disposed on the bottom surface of the concave portion; said indicator layer is disposed on an upper side of the light-emitting element; the detection substrate section includes a wiring substrate and a frame-like substrate bonded to the wiring substrate, the frame-like substrate forming a through-hole to be the concave portion, and a surface of the wiring substrate is the bottom surface of the concave portion, and a wall surface of the through-hole in the frame-like substrate is the side surface of the concave portion.