mhurhangee/ep-ind-claims huggingface dataset:
A network control apparatus comprising: a vehicle state acquisition part that acquires the state of a vehicle; a control profile acquisition part that acquires a control profile, according to the acquired vehicle state, from one or more control profiles including settings for controlling equipment connected to an in-vehicle network; and a control part that controls equipment within the in-vehicle network on the basis of the acquired control profile, characterized in that: the vehicle state acquisition part further acquires the state of a communication port (05, 06) of equipment connected to the in-vehicle network, the control profile acquisition part further acquires a control profile on the basis of the acquired communication port state, and the control part further controls the communication port (05, 06) of equipment connected to the in-vehicle network on the basis of the acquired control profile. a vehicle state acquisition part that acquires the state of a vehicle; a control profile acquisition part that acquires a control profile, according to the acquired vehicle state, from one or more control profiles including settings for controlling equipment connected to an in-vehicle network; and a control part that controls equipment within the in-vehicle network on the basis of the acquired control profile, characterized in that: the vehicle state acquisition part further acquires the state of a communication port (05, 06) of equipment connected to the in-vehicle network, the control profile acquisition part further acquires a control profile on the basis of the acquired communication port state, and the control part further controls the communication port (05, 06) of equipment connected to the in-vehicle network on the basis of the acquired control profile. the vehicle state acquisition part further acquires the state of a communication port (05, 06) of equipment connected to the in-vehicle network, the control profile acquisition part further acquires a control profile on the basis of the acquired communication port state, and the control part further controls the communication port (05, 06) of equipment connected to the in-vehicle network on the basis of the acquired control profile.
A system for displaying a mobile device screen, comprising: a head mounted display for displaying a first content to a user; a video camera mounted on the head mounted display, the video camera operable to capture a video image of a scene in front of the user; a region detection processor operable to detect a screen region of the captured video image comprising a mobile device screen; an image processor operable to replace a corresponding region of the displayed first content in the head mounted display with the detected screen region of the captured video image comprising the mobile device screen; characterized in that the system further comprises: a calibration processor arranged to record the relative position with respect to the head mounted display of light sources within video images captured by the video camera for a first predetermined period of time, and to discount these light sources as candidate screen regions within subsequently captured video images. a head mounted display for displaying a first content to a user; a video camera mounted on the head mounted display, the video camera operable to capture a video image of a scene in front of the user; a region detection processor operable to detect a screen region of the captured video image comprising a mobile device screen; an image processor operable to replace a corresponding region of the displayed first content in the head mounted display with the detected screen region of the captured video image comprising the mobile device screen; characterized in that the system further comprises: a calibration processor arranged to record the relative position with respect to the head mounted display of light sources within video images captured by the video camera for a first predetermined period of time, and to discount these light sources as candidate screen regions within subsequently captured video images.
A surgical system, comprising: a wireless communication module; a robot, comprising: a tool mount; and an energy tool releasably mounted to said tool mount; and a flex circuit positioned intermediate said tool mount and said energy tool, wherein said flex circuit is positioned to intercept a communication path between said tool mount and said energy tool, and wherein said flex circuit is coupled to a wireless transmitter configured to communicate with said wireless communication module; wherein said energy tool further comprises a first electrical contact, wherein said tool mount further comprises a second electrical contact that interfaces with said first electrical contact, wherein said flex circuit is configured to intercept signals passing between said first electrical contact and said second electrical contact. a wireless communication module; a robot, comprising: a tool mount; and an energy tool releasably mounted to said tool mount; and a tool mount; and an energy tool releasably mounted to said tool mount; and a flex circuit positioned intermediate said tool mount and said energy tool, wherein said flex circuit is positioned to intercept a communication path between said tool mount and said energy tool, and wherein said flex circuit is coupled to a wireless transmitter configured to communicate with said wireless communication module; wherein said energy tool further comprises a first electrical contact, wherein said tool mount further comprises a second electrical contact that interfaces with said first electrical contact, wherein said flex circuit is configured to intercept signals passing between said first electrical contact and said second electrical contact.
An insulating panel for a vehicle body, in particular a refrigerated vehicle body, having at least one thermally insulating core layer and at least two cover layers consisting of a fibre-reinforced plastic material, which are arranged opposite one another on the core layer, wherein the core layer has at least one connection opening, which is filled by the cover layers so that the cover layers are integrally bonded to one another through the core layer, characterised in that at least one of the cover layers has an increased layer thickness in the area of the connection opening. the core layer has at least one connection opening, which is filled by the cover layers so that the cover layers are integrally bonded to one another through the core layer, characterised in that at least one of the cover layers has an increased layer thickness in the area of the connection opening.
Fuel filter for fuel, in particular diesel fuel, of an internal combustion engine in particular of a motor vehicle, with a housing, which features at least one fuel inlet for fuel to be cleaned, at least one fuel outlet for cleaned fuel and at least one water outlet for fuel separated from water and in which a filter element is disposed, which separates the fuel inlet tightly from the fuel outlet and which features a filter medium designed as hollow body which can be flowed through from the inside to the outside or from the outside to the inside for filtering the fuel, wherein a coalescence medium designed as hollow body is disposed in the flow path of the fuel behind the filter medium, surrounding it or in the interior area defined by it, for separating water contained in the fuel, which comprises at least one layer of a fleece suitable for the coalescence of water, and wherein in the flow path of the fuel behind the coalescence medium, surrounding it or in the interior area defined by it, a hydrophobic, fuel-permeable separating medium designed as hollow body for separating water contained in the fuel is disposed in such a way that between the coalescence medium and the separating medium a precipitation gap for separated water is realized which is connected with the water outlet of the housing, characterized in that a main orientation of fibers of the at least one fleece layer extends transversely to a main flow path for the separated water downstream of the coalescence medium, wherein the main orientation of the fibers of the at least one fleece layer extends substantially transversely to a main flow path for the fuel through the coalescence medium.
Method for producing liquid containers and in particular beverage containers, comprising the steps of: - producing a plastic container by a blow moulding process; - filling the plastic container with a flowable medium, and in particular with a liquid; - at least partially closing the container, which is filled with the liquid, with a container closure; wherein, after the at least partial closing of the container, a gaseous medium is fed to the interior of the container via at least one opening introduced into at least one portion of a wall of the plastic container or a circumferential wall of the container closure, characterised in that the opening through which the gaseous medium is fed to the container is closed after feeding of the gaseous medium, wherein the closing takes place by means of a relative rotation of the container closure relative to the container. - producing a plastic container by a blow moulding process; - filling the plastic container with a flowable medium, and in particular with a liquid; - at least partially closing the container, which is filled with the liquid, with a container closure; after the at least partial closing of the container, a gaseous medium is fed to the interior of the container via at least one opening introduced into at least one portion of a wall of the plastic container or a circumferential wall of the container closure, characterised in that the opening through which the gaseous medium is fed to the container is closed after feeding of the gaseous medium, wherein the closing takes place by means of a relative rotation of the container closure relative to the container.
A seatbelt for a motor vehicle seat, including a strap and a tongue capable of sliding along the strap and at least one stop supporting at least loop, the two ends of which are contiguous and secured to the strap, the flexible portion of the loop being able to receive the tongue at the end of travel against the stop, the flexible portion of the loop comprises at least two lobes (40, 41) obtained by locally pressing the flexible portion of the loop towards the centre thereof so as to form a fold constituted by the contiguous pressed portions of the loop being held secured together, characterized in that the loop is oriented along a principal direction of the strap, the contiguous ends of the loop being oriented in the same direction as that of the strap.
A sprinkler comprising: a sprinkler body; a nozzle (14, 114) associated with one end of the sprinkler body; a cap (18, 118) secured to or integral with an opposite end of the sprinkler body, the cap (18, 118) including a central opening; and a deflector plate assembly (22, 122) supported by the cap (18, 118) and including: a deflector plate (28, 128, 328) at an upstream end facing the nozzle (14, 114), a spool assembly (32, 132, 332) supported in the central opening of the cap (18, 118), and a counterbalance weight (50, 150, 250) at a downstream end, wherein the deflector plate assembly (22, 122) is pitched at an angle relative to the sprinkler body, wherein the cap (18, 118) comprises traction surfaces (60, 62) surrounding the central opening on both sides thereof, and wherein the spool assembly (32, 132, 332) comprises a pair of flanges (36, 42) positioned on opposite sides of the cap (18, 118), the pair of flanges (36, 42) engaging the traction surfaces (60, 62) of the cap, respectively; and characterized in that the traction surfaces (60, 62) comprise traction bars and debris pockets between the traction bars, the traction bars and the debris pockets being positioned circumferentially around the central opening of the cap (18, 118). a sprinkler body; a nozzle (14, 114) associated with one end of the sprinkler body; a cap (18, 118) secured to or integral with an opposite end of the sprinkler body, the cap (18, 118) including a central opening; and a deflector plate assembly (22, 122) supported by the cap (18, 118) and including: a deflector plate (28, 128, 328) at an upstream end facing the nozzle (14, 114), a spool assembly (32, 132, 332) supported in the central opening of the cap (18, 118), and a counterbalance weight (50, 150, 250) at a downstream end, wherein the deflector plate assembly (22, 122) is pitched at an angle relative to the sprinkler body, a deflector plate (28, 128, 328) at an upstream end facing the nozzle (14, 114), a spool assembly (32, 132, 332) supported in the central opening of the cap (18, 118), and a counterbalance weight (50, 150, 250) at a downstream end, wherein the deflector plate assembly (22, 122) is pitched at an angle relative to the sprinkler body, wherein the cap (18, 118) comprises traction surfaces (60, 62) surrounding the central opening on both sides thereof, and wherein the spool assembly (32, 132, 332) comprises a pair of flanges (36, 42) positioned on opposite sides of the cap (18, 118), the pair of flanges (36, 42) engaging the traction surfaces (60, 62) of the cap, respectively; and characterized in that the traction surfaces (60, 62) comprise traction bars and debris pockets between the traction bars, the traction bars and the debris pockets being positioned circumferentially around the central opening of the cap (18, 118).
Process for the preparation of a substituted benzene derivative, which comprises reacting a furan derivative of formula: wherein R is an alkyl group, with an olefin of formula: R 1 -CH=CH-R 2 wherein R 1 and R 2 are the same or different and independently are selected from the group consisting of hydrogen, -CN, -CHO and -COOR 3, wherein R 3 is selected from hydrogen or an alkyl group, or R 1 and R 2 together form a -C -O- C- group, with the proviso that R 1 and R 2 are not both hydrogen, to produce a bicyclic ether; and dehydrating the bicyclic ether to obtain a benzene derivative that contains at least two or three substituents in a 1,2-, 1,3- or 1,2,3-substitution.
A solder alloy of a tin-silver-copper solder alloy consisting of: tin, silver, antimony, bismuth, copper, and nickel, and optionally comprising indium and/or cobalt and comprising no germanium except for a trace amount thereof contained as an unavoidable impurity, wherein relative to the total amount of the solder alloy, the silver content is more than 1.0 mass% and less than 1.2 mass%, the antimony content is 0.01 mass% or more and 10 mass% or less, the bismuth content is 0.01 mass% or more and 3.0 mass% or less, the copper content is 0.1 mass% or more and 1 mass% or less, the nickel content is 0.01 mass% or more and 0.2 mass% or less, the optional indium content is 0.01 mass% or more and 0.1 mass% or less, the optional cobalt content is 0.001 mass% or more and 0.005 mass% or less, the tin content is the remaining content, and a mass ratio of the copper content to the nickel content (Cu/Ni) is less than 12.5. tin, silver, antimony, bismuth, copper, and nickel, and optionally comprising indium and/or cobalt and comprising no germanium except for a trace amount thereof contained as an unavoidable impurity, wherein relative to the total amount of the solder alloy, the silver content is more than 1.0 mass% and less than 1.2 mass%, the antimony content is 0.01 mass% or more and 10 mass% or less, the bismuth content is 0.01 mass% or more and 3.0 mass% or less, the copper content is 0.1 mass% or more and 1 mass% or less, the nickel content is 0.01 mass% or more and 0.2 mass% or less, the optional indium content is 0.01 mass% or more and 0.1 mass% or less, the optional cobalt content is 0.001 mass% or more and 0.005 mass% or less, the tin content is the remaining content, and a mass ratio of the copper content to the nickel content (Cu/Ni) is less than 12.5.
A method of performing a sample enrichment procedure, the method comprising: adding a sample fluid that comprises at least one phospholipid and at least one target analyte to an ammonium-modified sorbent comprising a hydrophobic component and a cation exchange component, wherein the cation of the cation exchange component is an ammonium cation, thereby resulting in the ammonium-modified sorbent adsorbed with phospholipid and adsorbed with target analyte; optionally, adding an aqueous solution comprising an acidic compound selected from an organic acid, phosphoric acid, hydrochloric acid, and carbonic acid to the ammonium-modified sorbent; adding an organic solution comprising a first organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the phospholipid from the ammonium-modified sorbent; and adding an elution solution that comprises: (i) a basic compound or salt species; and (ii) a second organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the target analyte from the ammonium-modified sorbent and forming a solution of the target analyte in the elution solution, wherein the second organic solvent species may be the same or different from the first organic solvent species. adding a sample fluid that comprises at least one phospholipid and at least one target analyte to an ammonium-modified sorbent comprising a hydrophobic component and a cation exchange component, wherein the cation of the cation exchange component is an ammonium cation, thereby resulting in the ammonium-modified sorbent adsorbed with phospholipid and adsorbed with target analyte; optionally, adding an aqueous solution comprising an acidic compound selected from an organic acid, phosphoric acid, hydrochloric acid, and carbonic acid to the ammonium-modified sorbent; adding an organic solution comprising a first organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the phospholipid from the ammonium-modified sorbent; and adding an elution solution that comprises: (i) a basic compound or salt species; and (ii) a second organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the target analyte from the ammonium-modified sorbent and forming a solution of the target analyte in the elution solution, wherein the second organic solvent species may be the same or different from the first organic solvent species.
A filter package comprising: a pair of spaced circuit boards (22, 28), a filter including an inductor having a magnetic core disposed in between said circuit boards; the inductor having a plurality of windings (14, 16) on said core which extend to and are electrically connected to at least one of said circuit boards; and a plurality of structural conductor bars (60, 62, 64, 66) each mechanically fastened to both of said circuit boards and electrically interconnecting said circuit boards. a pair of spaced circuit boards (22, 28), a filter including an inductor having a magnetic core disposed in between said circuit boards; the inductor having a plurality of windings (14, 16) on said core which extend to and are electrically connected to at least one of said circuit boards; and a plurality of structural conductor bars (60, 62, 64, 66) each mechanically fastened to both of said circuit boards and electrically interconnecting said circuit boards.
A tyre comprising: a tread portion being provided with at least one longitudinal groove extending in a tyre circumferential direction and at least one land portion being adjacent to the at least one longitudinal groove, the at least one land portion having a ground contact surface defined between a first circumferential edge located on the at least one longitudinal groove side and a second circumferential edge located on an opposite side to the first circumferential edge, the at least one land portion being provided with first lateral grooves and sipes, the first lateral grooves extending in a tyre axial direction from the first circumferential edge and having inner ends thereof terminating within the at least one land portion, the first lateral grooves being provided with tie-bars, the tie-bars having lengths (La) smaller than lengths of the respective first lateral grooves, and the sipes comprising first sipe elements extending form the second circumferential edge to the respective first lateral grooves, characterized in that the tie bars are provided on the respective inner end side of the first lateral grooves, and the sipes further comprise second sipe elements extending on the respective tie-bars. a tread portion being provided with at least one longitudinal groove extending in a tyre circumferential direction and at least one land portion being adjacent to the at least one longitudinal groove, the at least one land portion having a ground contact surface defined between a first circumferential edge located on the at least one longitudinal groove side and a second circumferential edge located on an opposite side to the first circumferential edge, the at least one land portion being provided with first lateral grooves and sipes, the first lateral grooves extending in a tyre axial direction from the first circumferential edge and having inner ends thereof terminating within the at least one land portion, the first lateral grooves being provided with tie-bars, the tie-bars having lengths (La) smaller than lengths of the respective first lateral grooves, and the sipes comprising first sipe elements extending form the second circumferential edge to the respective first lateral grooves, the tie bars are provided on the respective inner end side of the first lateral grooves, and the sipes further comprise second sipe elements extending on the respective tie-bars.
Resistance alloy having a low thermo-electrive force with regard to copper at 20°C of less than ±1 μV/K, for a low-resistance current sense resistor, with the following mass proportions of the constituents: a) copper component: 65%, nickel component: 10% and manganese component: 25%; or b) nickel component: 10%, manganese component: 25%, tin component: 1%, copper component: remainder, or c) copper component: 62%, nickel component: 11%, manganese component: 27%, or d) nickel component: 11%, manganese component: 27%, tin component: up to 1%, copper component: remainder. a) copper component: 65%, nickel component: 10% and manganese component: 25%; or b) nickel component: 10%, manganese component: 25%, tin component: 1%, copper component: remainder, or c) copper component: 62%, nickel component: 11%, manganese component: 27%, or d) nickel component: 11%, manganese component: 27%, tin component: up to 1%, copper component: remainder.