mhurhangee/ep-ind-claims huggingface dataset:
Device for regulating light intensity in fluorescent lamps with an electromagnetic ballast and starter, comprising: - at least one fluorescent lamp comprising a fluorescent tube operatively connected in parallel with a starter and in series with an electromagnetic ballast, through terminals that said fluorescent tube has at its ends, and - a regulating module connected in series between said at least one fluorescent lamp and a voltage source, said voltage source configured in operation to supply said at least one fluorescent lamp, said regulating module being configured to regulate the light intensity and electric consumption of said at least one fluorescent lamp, characterized in that the regulating module comprises a switch comprising a plurality of discrete positions operatively associated with a plurality of longitudinal positions of an electromagnetic coil, said positions of the switch defining a plurality of light intensity states of said at least one fluorescent lamp, and the switch is configured to close one circuit before opening the next one for passing between two consecutive positions in the switch without opening the electric circuit supplying said at least one fluorescent lamp to prevent the lamp from turning off in the moment of changing the coiling. - at least one fluorescent lamp comprising a fluorescent tube operatively connected in parallel with a starter and in series with an electromagnetic ballast, through terminals that said fluorescent tube has at its ends, and - a regulating module connected in series between said at least one fluorescent lamp and a voltage source, said voltage source configured in operation to supply said at least one fluorescent lamp, said regulating module being configured to regulate the light intensity and electric consumption of said at least one fluorescent lamp,
A method for renewing a program, comprising: obtaining programs associated with a set renewed program according to the renewed program; using one or more of the obtained associated programs as successive programs to the renewed program; and renewing the successive programs automatically; wherein the step of obtaining the programs associated with the renewed program according to the renewed program comprises: searching a default renewed channel corresponding to the renewed program and/or other channels to obtain the programs associated with the renewed program according to a common program identifier of the renewed program, wherein the common program identifier is set for programs in a same category on the server and the associated programs and the renewed program are non-continuous content or non-continuous episodes. obtaining programs associated with a set renewed program according to the renewed program; using one or more of the obtained associated programs as successive programs to the renewed program; and renewing the successive programs automatically; wherein the step of obtaining the programs associated with the renewed program according to the renewed program comprises: searching a default renewed channel corresponding to the renewed program and/or other channels to obtain the programs associated with the renewed program according to a common program identifier of the renewed program, wherein the common program identifier is set for programs in a same category on the server and the associated programs and the renewed program are non-continuous content or non-continuous episodes.
An aircraft, comprising: a composite structure; a signal return network spaced from the composite structure; a first non-conductive component attached between the signal return network and the composite structure at a first attachment point; a second non-conductive component attached between the signal return network and the composite structure at a second attachment point; and a conductive component attached between the signal return network and the composite structure at a third attachment point for electrically coupling the signal return network to the composite structure to split the conductive path current into first and second signal return network currents which are routed though the signal return network in opposite directions toward at least one electrical system of the aircraft; wherein the conductive component is a sole electrical path from the composite structure to the signal return network, and wherein the remainder of the signal return network is electrically floating. a composite structure; a signal return network spaced from the composite structure; a first non-conductive component attached between the signal return network and the composite structure at a first attachment point; a second non-conductive component attached between the signal return network and the composite structure at a second attachment point; and a conductive component attached between the signal return network and the composite structure at a third attachment point for electrically coupling the signal return network to the composite structure to split the conductive path current into first and second signal return network currents which are routed though the signal return network in opposite directions toward at least one electrical system of the aircraft; wherein the conductive component is a sole electrical path from the composite structure to the signal return network, and wherein the remainder of the signal return network is electrically floating.
A medical-technical apparatus comprising at least a connecting device for the fluid connection of at least one first to a second fluid-conducting medical-technical system, wherein the connecting device comprises at least one first pipe piece of the first system which is provided to be connected to a second pipe piece of the second system, wherein the first pipe piece comprises - at least one inner pipe; and - at least one outer pipe, with a space between the inner pipe and the outer pipe; wherein the connecting device comprises a closing device for short-circuiting or connecting the inner lumen of the inner pipe to the space between the inner pipe and the outer pipe in fluid connection. - at least one inner pipe; and - at least one outer pipe,
A composite part, made from a material comprising a plurality of fiber tape strips, interlaced together so as to form a duct, or a tubular structure,, wherein each of said plurality of fiber tape strips, is made of a single layer of unidirectional fibers, said fibers being at least partially embedded in a thermoplastic matrix, characterized in that said composite part comprises a thermoplastic film, on an inside of said duct, or said tubular structure,, said film, being made of a resin selected from a group consisting of cyanate ester, polyphenylene sulfide, polyetherimide and polyamide.
A turbine to operate at part-load, comprising: a compressor to intake a fluid and to compress the fluid; a combustion chamber to heat the fluid from the compressor; a turbine section to rotate a shaft with the heated fluid from the combustion chamber, the turbine section comprising a plurality of nozzles and each nozzle having a nozzle opening defined by a first airfoil, a second airfoil, an inner airfoil support and an outer airfoil support; a bypass circuit to generate a bypass flow by removing a portion of the fluid from the compressor, and to inject the bypass flow to the turbine section to correct a stage pressure ratio and exit flow angle of air in the turbine section during part-load operation, wherein the bypass circuit comprises a heating unit to heat the bypass flow; a cooling circuit to provide a purge flow to the turbine section, wherein a casing of the turbine section includes a purge flow inlet to receive the purge flow and a separate bypass flow inlet to receive the bypass flow; and a cavity within the outer airfoil support and one of the first and second airfoils, the cavity extending between the outer and inner airfoil supports and circumferentially spanning respective portions of the one of the first and second airfoils and the adjacent nozzle. a compressor to intake a fluid and to compress the fluid; a combustion chamber to heat the fluid from the compressor; a turbine section to rotate a shaft with the heated fluid from the combustion chamber, the turbine section comprising a plurality of nozzles and each nozzle having a nozzle opening defined by a first airfoil, a second airfoil, an inner airfoil support and an outer airfoil support; a bypass circuit to generate a bypass flow by removing a portion of the fluid from the compressor, and to inject the bypass flow to the turbine section to correct a stage pressure ratio and exit flow angle of air in the turbine section during part-load operation, wherein the bypass circuit comprises a heating unit to heat the bypass flow; a cooling circuit to provide a purge flow to the turbine section, wherein a casing of the turbine section includes a purge flow inlet to receive the purge flow and a separate bypass flow inlet to receive the bypass flow; and a cavity within the outer airfoil support and one of the first and second airfoils, the cavity extending between the outer and inner airfoil supports and circumferentially spanning respective portions of the one of the first and second airfoils and the adjacent nozzle.
Method for unpacking objects produced by means of additive manufacturing from a granular material in a job box, the objects being unpacked from a non-solidified granular material by means of the method once they are produced, starting from the arrangement of said objects and said non-solidified granular material on a platform of the job box, the platform comprising a plurality of holes to discharge through same the non-solidified granular material from the job box, said holes being opened in a controlled manner for said discharge and for thereby separating the objects from the non-solidified granular material, the objects being unpacked, to perform the unpacking, a controlled inclination of the job box in different directions being caused, with the holes of the platform of the job box being open, for shifting the non-solidified granular material present in said job box around and making the discharge thereof through said holes easier, characterized in that to perform the unpacking, in the method the job box is moved to an unpacking station comprising a support supported on a plurality of support areas that are movable in height, the job box is coupled to the support of the unpacking station, and the opening of the holes of the platform of the job box is caused after the coupling, the inclination of said support being caused by means of the controlled vertical movement of the support areas on which the support is supported for causing the inclination of the job box.
Spiral pump, comprising: - a housing provided with an inlet for water; and - a pump body which is accommodated in the housing and rotatable around an axis, wherein the pump body comprises spiral channels (4a, 4b, 4c), - wherein the pump body comprises a number of sheet-like walls which are wound into a spiral and which define the spiral channels, whereby the sheet-like walls are provided at a distance (d1, d2, d3, d4, d5) from each other so that a plurality of spiral channels are formed between the walls, wherein a first outer end of each channel is located on an outer side of the pump body and forms an entrance opening for alternately taking in water and air through rotation of the pump body in the housing, and a second outer end of each channel debouches into the outlet close to the axis, wherein the entrance openings are preferably distributed uniformly over the outer side of the pump body and the walls more preferably have substantially the same form and are rotated in each case through the same predetermined angle relative to each other; whereby the housing is embodied as pressure chamber; wherein the channels have a diameter increasing from the entrance opening in the direction of the axis. - a housing provided with an inlet for water; and - a pump body which is accommodated in the housing and rotatable around an axis, - wherein the pump body comprises a number of sheet-like walls which are wound into a spiral and which define the spiral channels, whereby the sheet-like walls are provided at a distance (d1, d2, d3, d4, d5) from each other so that a plurality of spiral channels are formed between the walls, wherein a first outer end of each channel is located on an outer side of the pump body and forms an entrance opening for alternately taking in water and air through rotation of the pump body in the housing, and a second outer end of each channel debouches into the outlet close to the axis, wherein the entrance openings are preferably distributed uniformly over the outer side of the pump body and the walls more preferably have substantially the same form and are rotated in each case through the same predetermined angle relative to each other; whereby the housing is embodied as pressure chamber; wherein the channels have a diameter increasing from the entrance opening in the direction of the axis.
A catheter pump assembly, comprising: a proximal portion; a distal portion; a catheter body having a lumen extending along a longitudinal axis between the proximal and distal portions; an impeller disposed at the distal portion and comprising a plurality of impeller blades; and a stator disposed proximal of the impeller to straighten flow downstream from the impeller, the stator being collapsible from a deployed configuration to a collapsed configuration and comprising a plurality of stator blades which convert at least a radial component of flow generated by the impeller to a flow that is substantially entirely axial, characterized in that the stator blades are oriented in an opposite direction to the orientation of the impeller blades. a proximal portion; a distal portion; a catheter body having a lumen extending along a longitudinal axis between the proximal and distal portions; an impeller disposed at the distal portion and comprising a plurality of impeller blades; and a stator disposed proximal of the impeller to straighten flow downstream from the impeller, the stator being collapsible from a deployed configuration to a collapsed configuration and comprising a plurality of stator blades which convert at least a radial component of flow generated by the impeller to a flow that is substantially entirely axial, characterized in that the stator blades are oriented in an opposite direction to the orientation of the impeller blades.
Method for placing and attaching a strip inside a tire, the length of the strip being substantially equal to the inner circumference of the tire, according to which method: - the tire is positioned on a support in relation to centering means, - an adhesive device is arranged inside the tire, - the tire is driven to rotate, - the strip, to which a pressure force is applied, is moved inside the tire, - said strip is driven at a linear speed greater than the rotation speed of the tire, thus producing an effect of compressing said strip, the length of which becomes less than the nominal length thereof, thus creating a space between both ends of the strip such that, after release, the strip scrapes the adhesive device, which is repositioned on said ends, thus simultaneously causing said ends to be attached end to end. - the tire is positioned on a support in relation to centering means, - an adhesive device is arranged inside the tire, - the tire is driven to rotate, - the strip, to which a pressure force is applied, is moved inside the tire, - said strip is driven at a linear speed greater than the rotation speed of the tire, thus producing an effect of compressing said strip, the length of which becomes less than the nominal length thereof, thus creating a space between both ends of the strip such that, after release, the strip scrapes the adhesive device, which is repositioned on said ends, thus simultaneously causing said ends to be attached end to end.
Fixing arrangement for a light curtain in an elevator, said elevator comprising an elevator car with a door construction (50, 50A) comprising at least one door panel (51, 52, 51A, 52A) opening and closing a passage to the elevator car, said at least one door panel (51, 52, 51A, 52A) being a sliding door panel (51, 52, 51A, 52A), whereby an upper end of the at least one door panel (51, 52, 51A, 52A) is supported on a horizontally extending railing and a lower end of the at least one door panel (51, 52, 51A, 52A) is supported on a horizontally extending sill, said light curtain comprising a longitudinal transmitter and a longitudinal receiver facing towards each other, characterized in that the fixing arrangement comprises at least one longitudinal support device (110, 120) comprising a longitudinal first support member and a longitudinal second support member being attached to each other, said first support member having a cross section in the form of a letter U, said letter U forming a slot for receiving the transmitter or the receiver of the light curtain, said transmitter or receiver of the light curtain being shape locked in the slot in the first support member, whereby an upper end of the longitudinal support device (110, 120) is supported at the railing and a lower end of the longitudinal support device (110, 120) is supported at the sill.
A system comprising: a surveillance system that receives compressed video from a plurality of network video cameras; and a traffic control subsystem of the surveillance system further comprising: a first processor of the subsystem that monitors for and detects the number of I-frames per time period received from each of the plurality of video cameras; a second processor of the subsystem that compares the number of received I-frames with a threshold value and detects that one of the plurality of network cameras has exceeded the threshold value; and a third processor that sends a control message to the one of the plurality of network cameras adjusting a time interval of I-frames from the one camera based upon the comparison wherein exceeding the threshold includes detecting the concurrent arrival of I-frames and responding includes either resetting the I-frame transmission time of one or more of the video cameras or by adjusting a time interval of the I-frames from the camera. a surveillance system that receives compressed video from a plurality of network video cameras; and a traffic control subsystem of the surveillance system further comprising: a first processor of the subsystem that monitors for and detects the number of I-frames per time period received from each of the plurality of video cameras; a second processor of the subsystem that compares the number of received I-frames with a threshold value and detects that one of the plurality of network cameras has exceeded the threshold value; and a third processor that sends a control message to the one of the plurality of network cameras adjusting a time interval of I-frames from the one camera based upon the comparison wherein exceeding the threshold includes detecting the concurrent arrival of I-frames and responding includes either resetting the I-frame transmission time of one or more of the video cameras or by adjusting a time interval of the I-frames from the camera. a first processor of the subsystem that monitors for and detects the number of I-frames per time period received from each of the plurality of video cameras; a second processor of the subsystem that compares the number of received I-frames with a threshold value and detects that one of the plurality of network cameras has exceeded the threshold value; and a third processor that sends a control message to the one of the plurality of network cameras adjusting a time interval of I-frames from the one camera based upon the comparison wherein exceeding the threshold includes detecting the concurrent arrival of I-frames and responding includes either resetting the I-frame transmission time of one or more of the video cameras or by adjusting a time interval of the I-frames from the camera.
A tool for chamfering and rounding off an edge of a fret on a fretboard (22, 92) of a stringed instrument having the fret, comprising a main body, the main body comprising: - a portion (81, 82) for engaging with a finger or a hand, - two side portions, each side portion directly formed on opposite sides of the portion for engaging with a finger or a hand and having one bottom surface (106, 151), said bottom surfaces (106, 151) configured to simultaneously slide on the fretboard (22, 92) with the side portions sandwiching the fret therebetween, and - a groove formed between the bottom surfaces (106, 151) of the side portions, wherein the groove has a first tapered file surface and a second tapered file surface opposed to the first tapered file surface; the tool being characterized in that the first and the second tapered file surfaces have different angles of inclination; and the groove is configured such that, when the bottom surfaces (106, 151) of the side portions are simultaneously sliding on the fretboard and one of the tapered file surfaces is pushed to one of the side surfaces of the fret, there always exists a gap between an upper part of the groove and a top portion of the fret, and the other of the opposed tapered file surfaces is not in contact with the other of the side surfaces of the fret. - a portion (81, 82) for engaging with a finger or a hand, - two side portions, each side portion directly formed on opposite sides of the portion for engaging with a finger or a hand and having one bottom surface (106, 151), said bottom surfaces (106, 151) configured to simultaneously slide on the fretboard (22, 92) with the side portions sandwiching the fret therebetween, and - a groove formed between the bottom surfaces (106, 151) of the side portions, wherein the groove has a first tapered file surface and a second tapered file surface opposed to the first tapered file surface; the tool being characterized in that the first and the second tapered file surfaces have different angles of inclination; and the groove is configured such that, when the bottom surfaces (106, 151) of the side portions are simultaneously sliding on the fretboard and one of the tapered file surfaces is pushed to one of the side surfaces of the fret, there always exists a gap between an upper part of the groove and a top portion of the fret, and the other of the opposed tapered file surfaces is not in contact with the other of the side surfaces of the fret.
A shoe cleaner comprising: an ozone generating body capable of being inserted into a shoe from a wearing opening of the shoe; and a case body capable of being inserted into the shoe integrally with the ozone generating body, the shoe cleaner being characterized in that: the case body is attached to a front surface of the ozone generating body, the ozone generating body is formed of a sheet-like substrate having the front surface attached to a bottom portion of the case body, and an electrode sheet having a front surface stuck to a back surface of the substrate, and including a pair of electrodes (51, 52), at least one of the pair of electrodes (51, 52) being covered by a dielectric and at least the dielectric being formed of a polymeric resin, and a voltage supply portion capable of supplying a voltage necessary to generate ozone to the pair of electrodes (51, 52) of the electrode sheet is housed inside the case body. the case body is attached to a front surface of the ozone generating body, the ozone generating body is formed of a sheet-like substrate having the front surface attached to a bottom portion of the case body, and an electrode sheet having a front surface stuck to a back surface of the substrate, and including a pair of electrodes (51, 52), at least one of the pair of electrodes (51, 52) being covered by a dielectric and at least the dielectric being formed of a polymeric resin, and a voltage supply portion capable of supplying a voltage necessary to generate ozone to the pair of electrodes (51, 52) of the electrode sheet is housed inside the case body.