mhurhangee/ep-ind-claims huggingface dataset:
Method for filling a storage device, with fluid under pressure comprising a bottle or set of bottles comprising at least one valve, the valve comprising a filling connection comprising a body housing an internal circuit for fluid under pressure, with a first end of the circuit opening onto the body on a connection end of the body, the connection end comprising a cavity, the first end of the circuit opening at the bottom of said cavity, with the edge delimiting the first end of the circuit comprising a peripheral edge protruding with respect to the bottom of the cavity, with the edge being located at the bottom of the cavity and delimiting the first end of the circuit, i.e. delimits the inlet orifice of the circuit which opens onto the body, with the cavity comprising a tapered portion converging towards the first end of the circuit, with the edge being located on the converging end of the tapered portion, with the edge protruding in the bottom of the cavity with respect to the converging end of the tapered portion, with the filling being carried out via a filling tool (7, 8) that is connected in a sealed manner to the connection end, the method comprising a step of creating a seal between the filling tool (7, 8) and the connection end in and/or at the inlet of the cavity then a step of transferring fluid into the storage device by the filling tool (7, 8) via the connection end and the circuit, with the junction between the edge and the converging end of the tapered portion forming a gorge surrounding the first end of the circuit, with the diverging end of the tapered portion of the cavity being connected to a cylindrical portion delimiting the edge of the inlet of the cavity, during the step of creating a seal between the filling tool (7, 8) and the connection end, with the filling tool comprising a zone coming into sealed contact with at least one among: the tapered portion, the edge, the cylindrical portion, the inlet cavity, characterised in that the end of the filling tool (7, 8) is housed at least partially in the cavity during the step of creating a seal between the filling tool (7, 8) and the connection end comprises a first conjugated tapered zone of the tapered portion of the cavity, said first tapered first zone of the filling tool (7, 8) being connected to a second complementary zone of the edge, and in that during the step of creating a seal between the filling tool (7, 8) and the connection end, said first tapered first zone of the filling tool (7, 8) bears against the tapered portion of the cavity and the second zone of the filling tool (7, 8) bears against the edge.
Turbogenerator comprising a support, a rotor able to pivot about a principal axis with respect to said support and provided with at least two blades each mounted so as to pivot about a secondary axis on at least one base coupled to said rotor, said turbogenerator comprising a means for adjusting the incidence of said blades, comprising at least one cam and at least one follower member secured to each of said blades and disposed in line with the trailing edge at the bottom end of each of said blades, the follower member being able to cooperate with said cam in order to orient each of said blades independently, the form of said cam being such that it allows an adaptation of the optimum incidence chosen of each of said blades with respect to the apparent wind ( Va), at each point (P1-P18) on the circle travelled by said secondary axis of each blade when said rotor is rotated about its principal axis, for a defined ratio between the values of the real wind ( Vr) and the linear wind ( Vd) generated by the movement of said blades, said cam having a form determined by the curve described by the bottom end of the trailing edge of a blade when it is at the optimum incidence chosen with respect to the apparent wind ( Va) at each point on said circle, and said cam being able to move with respect to said support and said base on an axis parallel to the direction of the real wind ( Vr) in order to vary the incidence of the blades imposed by said cam.
A guide wire comprising: a wire body having a core wire; a resin coating layer covering an outer periphery of a distal section of said wire body; and an annular member provided on the proximal side of said resin coating layer so as to fill up a step space present between a proximal section of said resin coating layer and said wire body, wherein the outer diameter of the distal end of said annular member and the outer diameter of the proximal end of said resin coating layer are substantially equal, and a distal end face of said annular member is joined to a proximal end face of said resin coating layer, characterized in that the hardness of said annular member is higher than the hardness of said resin coating layer. a wire body having a core wire; a resin coating layer covering an outer periphery of a distal section of said wire body; and an annular member provided on the proximal side of said resin coating layer so as to fill up a step space present between a proximal section of said resin coating layer and said wire body,
Method for producing a moulded brick (16; 80; 88; 130; 150; 160; 180; 192), which comprises body which includes two substantially parallel large surfaces aligned with each other at a distance, and lateral surfaces substantially extending at right angles thereto as well as passages (14; 82, 84, 86; 92; 132; 152; 162; 184; 194) substantially running parallel to said lateral surfaces and substantially at right angles to said large surfaces, into which passages is introduced, at least partially, a fill from a mineral fiber insulating material which is compressible at least to a limited extent, said fill being constructed as a moulded body (12; 188; 196; 198; 202) at least for a part of the passages (14; 82, 84, 86; 92; 132; 152; 162; 184; 194), characterized in that said moulded bodies are fed into the passages (14; 82, 84, 86; 92; 132; 152; 162; 184; 194), wherein grab shells (42, 44) are first guided through a passage (14; 82, 84, 86; 92; 132; 152; 162; 184; 194) of said moulded brick (16; 80; 88; 130; 150; 160; 180; 192), whereafter the moulded body (12; 188; 196; 198; 202) is received between said grab shells (42, 44) and said grab shells (42, 44) are then returned through the passage (14; 82, 84, 86; 92; 132; 152; 162; 184; 194) in the opposite direction, wherein said moulded body (12; 188; 196; 198; 202) remains inside the passage (14; 82, 84, 86; 92; 132; 152; 162; 184; 194) and the grab shells (42, 44) are withdrawn from the passage (14; 82, 84, 86; 92; 132; 152; 162; 184; 194) of the moulded brick (16; 80; 88; 130; 150; 160; 180; 192), and wherein the molded bodies (12; 188; 196; 198; 202) are compressed prior to being fed into the passages (82, 84, 86; 152; 164; 181, 188).
An installation for the preparation of an explosive composition comprising: - a first hopper intended to contain ammonium nitrate in the form of prills and connected to an inlet end of a screw metering device, - a means for injecting an inverse emulsion comprising nitrate, disposed in the vicinity of an outlet end of the screw metering device, - a vertical tubular element whose inlet end is connected to the outlet end of the screw metering device and an outlet end is connected to an inlet end of a screw mixer, and - a second hopper intended to contain small hollow bodies connected to the vertical tubular element via a means for injecting the small hollow bodies, disposed in the vicinity of the outlet end of said vertical element. - a first hopper intended to contain ammonium nitrate in the form of prills and connected to an inlet end of a screw metering device, - a means for injecting an inverse emulsion comprising nitrate, disposed in the vicinity of an outlet end of the screw metering device, - a vertical tubular element whose inlet end is connected to the outlet end of the screw metering device and an outlet end is connected to an inlet end of a screw mixer, and - a second hopper intended to contain small hollow bodies connected to the vertical tubular element via a means for injecting the small hollow bodies, disposed in the vicinity of the outlet end of said vertical element.
A kit for making holes of controlled depth and different diameters on chondral and osteochondral surfaces, wherein it comprises an apparatus having: - a reamer member having a cutting head for removing tissue from said chondral and osteochondral surface, said member being mobile approaching the chondral and osteochondral surface for arranging the head at said tissue; - guide means for guiding the reamer member that can be firmly associated with the chondral or osteochondral surface, said reamer member being slidable along said guide means; said guide means comprising a pin partially insertable in the chondral and osteochondral surface; said reamer member being configured to be fitted onto the free end of the pin projecting from the chondral or osteochondral surface for sliding axially along the longitudinal extension of the pin itself during the removal of the tissue from the chondral or osteochondral surface; and - mechanical means for controlling the depth of the hole interposed between the reamer member and the guide means for defining an end stop of the reamer member in the respective movement towards said chondral and osteochondral surface, characterised in that the kit further comprises: - an application element for applying the pin, having a body equipped with a through cavity for the hole of the pin; and - an incision member, having at least one cutting tool for making an incision on the chondral or osteochondral reference surface for positioning the cutting head; and - a plurality of cylindrical inserts having different thicknesses of the respective central walls corresponding to different hole depths, said cylindrical inserts defining the mechanical means for controlling the depth of the hole. - a reamer member having a cutting head for removing tissue from said chondral and osteochondral surface, said member being mobile approaching the chondral and osteochondral surface for arranging the head at said tissue; - guide means for guiding the reamer member that can be firmly associated with the chondral or osteochondral surface, said reamer member being slidable along said guide means; said guide means comprising a pin partially insertable in the chondral and osteochondral surface; said reamer member being configured to be fitted onto the free end of the pin projecting from the chondral or osteochondral surface for sliding axially along the longitudinal extension of the pin itself during the removal of the tissue from the chondral or osteochondral surface; and - mechanical means for controlling the depth of the hole interposed between the reamer member and the guide means for defining an end stop of the reamer member in the respective movement towards said chondral and osteochondral surface, - an application element for applying the pin, having a body equipped with a through cavity for the hole of the pin; and - an incision member, having at least one cutting tool for making an incision on the chondral or osteochondral reference surface for positioning the cutting head; and - a plurality of cylindrical inserts having different thicknesses of the respective central walls corresponding to different hole depths,
A rotary valve 00 comprising: a. a stator 50 comprising a stator face 52 and a plurality of passages 54, each passage comprising a port 53 at the stator face; b. a rotor 10 operably connected to the stator and comprising a rotational axis 16, a rotor valving face 12, and a flow channel 40 having an inlet 41 and an outlet 42 at the rotor valving face, wherein the flow channel comprises a porous solid support 45; and c. a retention element 90 biasing the stator and the rotor together at a rotor-stator interface 02 to form a fluid tight seal; characterized in that the retention element 90 comprises a retention ring 91 and a biasing element 96, wherein the retention ring 91 is fixedly coupled to the stator 50 and the biasing element 96 is a spring biasing the rotor and stator together. a. a stator 50 comprising a stator face 52 and a plurality of passages 54, each passage comprising a port 53 at the stator face; b. a rotor 10 operably connected to the stator and comprising a rotational axis 16, a rotor valving face 12, and a flow channel 40 having an inlet 41 and an outlet 42 at the rotor valving face, wherein the flow channel comprises a porous solid support 45; and c. a retention element 90 biasing the stator and the rotor together at a rotor-stator interface 02 to form a fluid tight seal; characterized in that the retention element 90 comprises a retention ring 91 and a biasing element 96, wherein the retention ring 91 is fixedly coupled to the stator 50 and the biasing element 96 is a spring biasing the rotor and stator together.
Blank for being folded up into a holding device for containers, in particular cans, having a beaded edge, wherein the blank has two cover portions for being arranged on a row of containers, and wherein two opposite attachment portions, which are connected to the cover portion via a fold line each, are each formed on the cover portions, wherein holding edges for engaging beneath the beaded edges of the containers at the attachment portions are formed by straight main cut lines which extend in parallel with and at an offset to the fold lines, characterized in that the central attachment portions are connected to one another via a longitudinal fold line, and in that the longitudinal fold line is interrupted by at least one punched hole. wherein the blank has two cover portions for being arranged on a row of containers, and wherein two opposite attachment portions, which are connected to the cover portion via a fold line each, are each formed on the cover portions, wherein holding edges for engaging beneath the beaded edges of the containers at the attachment portions are formed by straight main cut lines which extend in parallel with and at an offset to the fold lines, characterized in that the central attachment portions are connected to one another via a longitudinal fold line, and in that the longitudinal fold line is interrupted by at least one punched hole.
A flexible tissue-modification device for removing tissue from a patient, the device having a flexible elongate body with an axial length, a width and a thickness, wherein the axial length is greater than the width and the width is greater than the thickness, the device comprising: a connector extending longitudinally along the axial length of the device; a plurality of tissue-cutting rungs that are flexibly connected by the connector, wherein each rung extends at least partially across the width of the body; and at least one cutting edge on each of the tissue-cutting rungs, characterized in that further comprising a plurality of spacers configured as ferrules on the connector, wherein the tissue cutting-rungs are separated from adjacent tissue-cutting rungs by one or more spacers along the connector. a connector extending longitudinally along the axial length of the device; a plurality of tissue-cutting rungs that are flexibly connected by the connector, wherein each rung extends at least partially across the width of the body; and at least one cutting edge on each of the tissue-cutting rungs, characterized in that further comprising a plurality of spacers configured as ferrules on the connector, wherein the tissue cutting-rungs are separated from adjacent tissue-cutting rungs by one or more spacers along the connector.
Hand-held implement having a guide bar, wherein the guide bar is held between a housing and a sprocket cover of the implement, wherein the guide bar has a guide groove for a saw chain, wherein the guide bar has a guide slot, which extends in the direction of a longitudinal centre axis of the guide bar and on which the guide bar is guided in a longitudinally displaceable manner in relation to the housing by way of at least one guide element, wherein the guide bar has a first outer side, which is directed towards the housing, and a second outer side, which is directed towards the sprocket cover, wherein the first outer side is located in a first plane and wherein the second outer side is located in a second plane, wherein the implement has an oil-supply device, wherein the guide bar has an oil-supply opening, which extends from the second outer side of the guide bar into the guide groove, wherein the oil-supply opening is fluidically connected to the oil-supply device via an oil-supply channel, and wherein the oil-supply channel comprises a channel portion which extends at least from the first plane as far as the second plane, characterized in that the channel portion is formed separately from the guide bar, wherein the channel portion is arranged in a fixed position in relation to the housing.
Apparatus (710, 720, 730, 740) for monitoring an energy store (20; 30) comprising a multiplicity of battery cells (500 1111 -500 klmn) arranged in a multiplicity of battery groups (200 1 -200 k, 300 11 -300 kl, 400 111 -400 klm) and a temperature control apparatus for controlling the temperature of the battery cells (500 1111 -500 klmn) by means of a multiplicity of partial flows of a temperature control medium, each of the partial flows being assigned to one of the battery groups (200 1 -200 k, 300 11 -300 kl, 400 111 -400 klm), characterized by: - a multiplicity of sensor devices for recording temperature measured values of the battery cells (500 1111 -500 klmn), each of the sensor devices being arranged in such a manner that it can record the temperature measured value of one of the battery cells (500 1111 -500 klmn); - a device (710, 740) for determining a multiplicity of temperature mean values from the recorded temperature measured values, each of the determined temperature mean values being determined in such a manner that it is assigned to one of the battery groups (200 1 -200 k, 300 11 -300 kl, 400 111 -400 klm); and - a device for assessing the multiplicity of determined temperature mean values and, if one of the determined temperature mean values exceeds a temperature threshold value, determining that the partial flow assigned to the assigned battery group (200 1 -200 k, 300 11 -300 kl, 400 111 -400 klm) has a disturbance. - a multiplicity of sensor devices for recording temperature measured values of the battery cells (500 1111 -500 klmn), each of the sensor devices being arranged in such a manner that it can record the temperature measured value of one of the battery cells (500 1111 -500 klmn); - a device (710, 740) for determining a multiplicity of temperature mean values from the recorded temperature measured values, each of the determined temperature mean values being determined in such a manner that it is assigned to one of the battery groups (200 1 -200 k, 300 11 -300 kl, 400 111 -400 klm); and - a device for assessing the multiplicity of determined temperature mean values and, if one of the determined temperature mean values exceeds a temperature threshold value, determining that the partial flow assigned to the assigned battery group (200 1 -200 k, 300 11 -300 kl, 400 111 -400 klm) has a disturbance.
An arrangement for a supercharged combustion engine, which arrangement comprises an exhaust line intended to lead exhaust gases out from the combustion engine, an inlet line intended to lead air at above atmospheric pressure to the combustion engine, a first compressor adapted to compressing the air in the inlet line as a first stage and a second compressor adapted to compressing the air in the inlet line as a second stage, a first coolant-cooled charge air cooler adapted to cooling the air after it has been compressed in the first stage and before it is compressed in the second stage, and an air-cooled charge air cooler adapted to cooling the compressed air when it has been compressed by the second stage, wherein the first coolant-cooled charge air cooler is part of a cooling circuit with a circulating coolant which constitutes a separate cooling system relative to a cooling system intended to cool the combustion engine, characterised in that the arrangement comprises a second coolant-cooled charge air cooler adapted to cooling the compressed air after it has been compressed in the second stage and before it is cooled in the air-cooled charge air cooler, and wherein the second coolant-cooled charge air cooler is also part of said separate cooling system and that the first coolant-cooled charge air cooler and the second coolant-cooled charge air cooler are arranged in parallel such that they receive coolant at substantially the same temperature.
A method, performed by a mobile network device, comprising: identifying a mobile node, wherein the mobile node is configured for communication on a mobile network; receiving an identification message for offloading traffic flows of the mobile node from the mobile network, wherein the identification message includes an address of the mobile node; generating a request including the identification message and a token that identifies the mobile network device as a traffic redirector and that functions as a ticket granting permission to use a security as a service server; sending the request to the security as a service server which is configured to detect an indication of malicious software in the traffic flows; and forwarding traffic flows of the mobile node to the security as a service server according to the identification message. identifying a mobile node, wherein the mobile node is configured for communication on a mobile network; receiving an identification message for offloading traffic flows of the mobile node from the mobile network, wherein the identification message includes an address of the mobile node; generating a request including the identification message and a token that identifies the mobile network device as a traffic redirector and that functions as a ticket granting permission to use a security as a service server; sending the request to the security as a service server which is configured to detect an indication of malicious software in the traffic flows; and forwarding traffic flows of the mobile node to the security as a service server according to the identification message.
A signal processing method comprising: obtaining an identification information identifying a mix signal containing at least one source signal, from a side information of the mix signal; obtaining, from a memory, at least one source control information of the identified mix signal based on the identification information; displaying a list of the at least one source control information on a display; selecting one of the at least one source control information from the list by a selection command; and generating a remix signal by applying the selected source control information to the identified mix signal, wherein the source control information corresponds to information for controlling at least one source signal. obtaining an identification information identifying a mix signal containing at least one source signal, from a side information of the mix signal; obtaining, from a memory, at least one source control information of the identified mix signal based on the identification information; displaying a list of the at least one source control information on a display; selecting one of the at least one source control information from the list by a selection command; and generating a remix signal by applying the selected source control information to the identified mix signal, wherein the source control information corresponds to information for controlling at least one source signal.