mhurhangee/ep-ind-claims huggingface dataset:
A wellbore tubular comprising: a base pipe including a wall; a port through the wall providing access between an inner diameter of the base pipe and an outer surface of the base pipe; a nozzle in the port, the nozzle including an orifice with a main aperture extending radially out from the inner diameter, and a lateral aperture extending at an angle from the main aperture such that the direction of fluid passing through the orifice is changed when passing from the main aperture to the lateral aperture, wherein a long axis through the lateral aperture is substantially parallel to the outer surface and the lateral aperture has an inner end closest to the main aperture and an outer end opposite the inner end; and a diffuser tube on the outer surface to receive fluid exiting the orifice, the diffuser tube including an inlet port opening to an inner diameter within a tubular wall of the diffuser tube, a fluid diffusing wall at a bend within the diffuser tube and a plurality of outlet ports from the diffuser tube, characterised in that: the lateral aperture has a larger diameter at the outer end than the inner end; the diffuser tube includes an inlet portion with the inlet port at one end and a T-shaped elbow at the other end defining the fluid diffusing wall and the bend, a first arm portion extending from the T-shaped elbow and a second arm portion extending from the T-shaped elbow opposite the first arm portion such that the diffuser tube is T-shaped in plan view, and the plurality of outlet ports being on the first and second arm portions; and the inlet portion is substantially aligned with a long axis through the base pipe and the first and second arm portions are curved to substantially follow a circumferential curvature of the base pipe outer surface and the fluid diffusing wall is substantially orthogonally oriented relative to the long axis of the lateral aperture. the lateral aperture has a larger diameter at the outer end than the inner end; the diffuser tube includes an inlet portion with the inlet port at one end and a T-shaped elbow at the other end defining the fluid diffusing wall and the bend, a first arm portion extending from the T-shaped elbow and a second arm portion extending from the T-shaped elbow opposite the first arm portion such that the diffuser tube is T-shaped in plan view, and the plurality of outlet ports being on the first and second arm portions; and the inlet portion is substantially aligned with a long axis through the base pipe and the first and second arm portions are curved to substantially follow a circumferential curvature of the base pipe outer surface and the fluid diffusing wall is substantially orthogonally oriented relative to the long axis of the lateral aperture.
Device for the automated release or/and realisation of a screw connection between a container lid as one screw connection component out of a first and a second screw connection component and a container body as the respective other screw connection component out of the first and the second screw connection component, with a device frame as well as with a first fixing device for fixing the first screw connection component and with a second fixing device for fixing the second screw connection component, wherein the first fixing device surrounds a first receiving area for receiving the first screw connection component and wherein the second fixing device comprises a second receiving area for receiving the second screw connection component screwed or to be screwed to the first screw connection component, wherein the first fixing device comprises a first drive part in drive effect connection with a first drive, and moveable in relation to the device frame and a supplementary component which is fixed to the frame at least until a fixing engagement has been realised between the first fixing device and the first screw connection component, which respectively surround the first receiving area and which receive at least one fixing element relatively adjustable by means of guiding and adjusting means (58, 110) in such a way that a relative movement between the first drive part and the supplementary component causes an adjustment of the at least one fixing element into and out of the first receiving area, characterized in that the second fixing device comprises a movement part in drive effect communication with a second drive formed and operable separately from the first drive, moveable relative to the device frame and a complementary component fixed at the frame, which respectively surround the second receiving area and which receive at least one fixation element in such a way by means of guiding and adjustment means (86, 106), displaceably relative to the device frame as well as to the movement part and to the complementary component, that a relative movement between the movement part and the complementary component causes a displacement of the at least one fixation element into and out of the second receiving area, as well as in that the supplementary component of the first fixing device is supported moveably relative to the device frame and in that a coupling acting depending on the torque is provided in such a way that it couples the supplementary component with the device frame as a component substantially fixed at the frame when a torque acts on the supplementary component relative to the device frame which is smaller than a predefined threshold torque, and in that when a torque which is bigger than or as big as a predefined threshold torque acts on the supplementary component relative to the device frame it allows a relative movement between the supplementary component and the device frame, so that the device comprises no other drives than the first and the second drive for clamping the first and the second screw connection component and for releasing or/and realizing the screw connection.
A composition of matter comprising an intranasal desmopressin dose in the form of a plume ejected over a time interval from the nozzle of a metered dose spray device, the plume comprising a volume of moving droplets together defining a conical volume having a central axis and an apex at the nozzle of the spray device, wherein the droplet density (number of droplets per unit volume) within the conical volume increases in a direction normal to the axis, the droplets together comprising: (a) between 1 μg and 5.0 μg desmopressin; or (b) about 0.75 μg desmopressin, the plume serving to increase contact of the droplets with intranasal luminal mucosal surfaces, wherein said droplets further comprise: (a) an oil-in-water emulsion; and (b) a cyclopentadecanolide permeation enhancer, for use in a method of inducing an antidiuretic effect in a patient, the method comprising intranasally administering the composition to induce antidiuresis for less than about six hours. (a) an oil-in-water emulsion; and (b) a cyclopentadecanolide permeation enhancer,
A method for operating a filament winding apparatus that hoop-winds and helical-winds fiber bundles around a mandrel, the filament winding apparatus comprising: a control unit that controls the filament winding apparatus; a rotation mechanism (11 a, 11 b) that rotates the mandrel; a hoop winding head that performs a hoop-winding; and a helical winding head that performs a helical-winding, wherein the hoop-winding head and the helical winding head comprise rotatably annular frames (12a, 13a), into the opening of which the mandrel penetrates and the hoop winding head includes: bobbins that feed the fiber bundles to the mandrel; and a revolving mechanism (12c, 12e) that circulates the bobbins around the mandrel, wherein the control unit controls the rotation mechanism (11a, 11b) and the revolving mechanism (12c, 12e) such that the mandrel is rotated and the bobbins of the hoop winding head are circulated in the same direction during the helical winding and the control unit controls the rotation mechanism (11a, 11b) and the revolving mechanism (12c, 12e) such that the mandrel is stopped and fiber-bundle-wound bobbins revolve around the mandrel during the hoop winding. a control unit that controls the filament winding apparatus; a rotation mechanism (11 a, 11 b) that rotates the mandrel; a hoop winding head that performs a hoop-winding; and a helical winding head that performs a helical-winding, bobbins that feed the fiber bundles to the mandrel; and a revolving mechanism (12c, 12e) that circulates the bobbins around the mandrel, wherein the control unit controls the rotation mechanism (11a, 11b) and the revolving mechanism (12c, 12e) such that the mandrel is rotated and the bobbins of the hoop winding head are circulated in the same direction during the helical winding and
A parking assistance method of storing a surrounding situation of a parking target position when parking at the parking target position, and executing autonomous parking using the stored surrounding situation, the method comprising: a step of detecting the surrounding situation; a step of generating an environmental map around the parking target position using the detected surrounding situation; a step of indicating the generated environmental map; a step of receiving a determination of whether the indicated environmental map is appropriate input by an occupant; a step of storing the environmental map when the determination of appropriateness is input by the occupant; and the method being characterised by Z a step of estimating a position of a host vehicle on the environmental map previously stored after storing the environmental map, generating a target route for parking at the parking target position starting from the estimated position of the host vehicle using the environmental map, and executing the automatic parking along the target route. a step of detecting the surrounding situation; a step of generating an environmental map around the parking target position using the detected surrounding situation; a step of indicating the generated environmental map; a step of receiving a determination of whether the indicated environmental map is appropriate input by an occupant; a step of storing the environmental map when the determination of appropriateness is input by the occupant; and the method being characterised by Z a step of estimating a position of a host vehicle on the environmental map previously stored after storing the environmental map, generating a target route for parking at the parking target position starting from the estimated position of the host vehicle using the environmental map, and executing the automatic parking along the target route.
A printing method, comprising: applying a fixer fluid in a manner such that the areal density of fixer fluid in a boundary region of a print area is different than the areal density of fixer fluid in an interior region of the print area, the print area corresponding to an image portion (56, 58, 60, 62) to be printed with a uniform color. applying a fixer fluid in a manner such that the areal density of fixer fluid in a boundary region of a print area is different than the areal density of fixer fluid in an interior region of the print area, the print area corresponding to an image portion (56, 58, 60, 62) to be printed with a uniform color.
Balcony system for use with a building opening of a building structure, typically a window, the balcony system comprising: a balcony unit configured for protruding from the building opening, characterized in that the balcony system further comprises the following features: a counter-force unit configured to compensate forces acting on the balcony unit without intrusion into the building structure; and a joining element joining the balcony unit and the counter-force unit, wherein the balcony system is a structurally closed system. a balcony unit configured for protruding from the building opening, characterized in that the balcony system further comprises the following features: a counter-force unit configured to compensate forces acting on the balcony unit without intrusion into the building structure; and a joining element joining the balcony unit and the counter-force unit, wherein the balcony system is a structurally closed system. a counter-force unit configured to compensate forces acting on the balcony unit without intrusion into the building structure; and a joining element joining the balcony unit and the counter-force unit, wherein the balcony system is a structurally closed system.
Rubber mixture, characterized by the following composition: - from 80 to 100 phr of at least one rubber selected from the group consisting of natural polyisoprene, synthetic polyisoprene, polybutadiene rubber, styrene-butadiene rubber, solution-polymerized styrene-butadiene rubber (SSBR) and emulsion-polymerized styrene-butadiene rubber (ESBR) and - from 50 to 250 phr of at least one silica and - from 0.1 to 40 phr of at least one mercaptosilane and - from 0.1 to 10 phr of hexamethylene 1,6-bis(thiosulphate), disodium salt, dihydrate and - other additional substances. - from 80 to 100 phr of at least one rubber selected from the group consisting of natural polyisoprene, synthetic polyisoprene, polybutadiene rubber, styrene-butadiene rubber, solution-polymerized styrene-butadiene rubber (SSBR) and emulsion-polymerized styrene-butadiene rubber (ESBR) and - from 50 to 250 phr of at least one silica and - from 0.1 to 40 phr of at least one mercaptosilane and - from 0.1 to 10 phr of hexamethylene 1,6-bis(thiosulphate), disodium salt, dihydrate and - other additional substances.
Injection molding device for the production of multi component injection molded products comprising a. an injection mold with a middle mold part arranged in a first direction (x) between a first outer mold part and a second outer mold part, wherein b. the first outer mold part and the second outer mold part are arranged linear movable with respect to the middle mold part in the first direction (x) between an open position and a closed position of the injection mold, wherein c. the middle mold part is arranged turnable about a rotation axis and comprises at least one side face which comprises at least one first cavity suitable to temporarily receive a first component, wherein the first cavity at least in the closed position of the injection mold communicates with a first cavity half of a second cavity, wherein d. at least one of the outer mold parts (10, 11) comprises a second cavity half of the second cavity which in a closed position of the injection mold interacts with the first cavity half to form the second cavity suitable to receive a liquefied first plastic material to form a second component interconnected to the first component of the multi component injection molded product, characterized in that the at least one first cavity is at least partially arranged between a first side plate and a second side plate of a cavity module which is arranged at least partially separable from the middle mold part. a. an injection mold with a middle mold part arranged in a first direction (x) between a first outer mold part and a second outer mold part, wherein b. the first outer mold part and the second outer mold part are arranged linear movable with respect to the middle mold part in the first direction (x) between an open position and a closed position of the injection mold, wherein c. the middle mold part is arranged turnable about a rotation axis and comprises at least one side face which comprises at least one first cavity suitable to temporarily receive a first component, wherein the first cavity at least in the closed position of the injection mold communicates with a first cavity half of a second cavity, wherein d. at least one of the outer mold parts (10, 11) comprises a second cavity half of the second cavity which in a closed position of the injection mold interacts with the first cavity half to form the second cavity suitable to receive a liquefied first plastic material to form a second component interconnected to the first component of the multi component injection molded product, characterized in that the at least one first cavity is at least partially arranged between a first side plate and a second side plate of a cavity module which is arranged at least partially separable from the middle mold part.
A method for data recovery in a computing device having a non-volatile main memory and a volatile memory, the method comprising: i) receiving, from a program, a request for recovering metadata of a plurality of pages in an active page table, ii) identifying a memory page in the plurality of memory pages in the active page table, iii) identifying a memory portion in a plurality of memory portions in the memory page, the method being characterized in that it comprises iv) accessing registration data stored in the non-volatile main memory to invoke a recovery function for the program, v) producing, by the recovery function, a result indicating whether the memory portion has been allocated to an object or has been freed, and vi) marking, by the recovery function, metadata of the page in the non-volatile memory to indicate whether the memory portion has been allocated to the object or has been freed using the result. i) receiving, from a program, a request for recovering metadata of a plurality of pages in an active page table, ii) identifying a memory page in the plurality of memory pages in the active page table, iii) identifying a memory portion in a plurality of memory portions in the memory page, the method being characterized in that it comprises iv) accessing registration data stored in the non-volatile main memory to invoke a recovery function for the program, v) producing, by the recovery function, a result indicating whether the memory portion has been allocated to an object or has been freed, and vi) marking, by the recovery function, metadata of the page in the non-volatile memory to indicate whether the memory portion has been allocated to the object or has been freed using the result.
Active glazing having an integrated display device, comprising - an electrically conductive coating on a pane, - an active layer structure on the electrically conductive coating, - another electrically conductive layer on the active layer structure, - at least one electrode formed by insulation regions in the electrically conductive coating, and - a display surface formed by one of the at least one electrode based on the active layer structure, wherein a sum of the display surfaces is at most 1/10 of the area of the active glazing and the display surfaces can be switched regardless of the state of the remainder of the active glazing characterized in that the insulation regions have a width of 5 μm to 5 mm. - an electrically conductive coating on a pane, - an active layer structure on the electrically conductive coating, - another electrically conductive layer on the active layer structure, - at least one electrode formed by insulation regions in the electrically conductive coating, and - a display surface formed by one of the at least one electrode based on the active layer structure,
A fuel cell system comprising: a fuel cell stack configured to generate power by causing hydrogen and oxygen to electrochemically react with each other; a fuel gas supply device configured to supply a fuel gas that contains the hydrogen, to the fuel cell stack; an oxidizing agent gas supply device configured to supply an oxidizing agent gas that contains the oxygen, to the fuel cell stack; a voltage detection section configured to detect a voltage generated by the fuel cell stack; and a voltage stabilization maintenance determination section configured to determine whether a present oxygen utilization ratio is appropriate for maintaining the voltage of the fuel cell stack stable, characterized by an oxygen concentration transient reduction section configured to reduce transiently an oxygen concentration in a cathode electrode of the fuel cell stack; a voltage variation detection section configured to detect a voltage variation when the oxygen concentration is transiently reduced by the oxygen concentration transient reduction section; and the voltage stabilization maintenance determination section is configured to determine whether a present oxygen utilization ratio is appropriate for maintaining the voltage of the fuel cell stack stable, based on an output of the voltage variation detection section. a fuel cell stack configured to generate power by causing hydrogen and oxygen to electrochemically react with each other; a fuel gas supply device configured to supply a fuel gas that contains the hydrogen, to the fuel cell stack; an oxidizing agent gas supply device configured to supply an oxidizing agent gas that contains the oxygen, to the fuel cell stack; a voltage detection section configured to detect a voltage generated by the fuel cell stack; and a voltage stabilization maintenance determination section configured to determine whether a present oxygen utilization ratio is appropriate for maintaining the voltage of the fuel cell stack stable, characterized by an oxygen concentration transient reduction section configured to reduce transiently an oxygen concentration in a cathode electrode of the fuel cell stack; a voltage variation detection section configured to detect a voltage variation when the oxygen concentration is transiently reduced by the oxygen concentration transient reduction section; and the voltage stabilization maintenance determination section is configured to determine whether a present oxygen utilization ratio is appropriate for maintaining the voltage of the fuel cell stack stable, based on an output of the voltage variation detection section.
A shaker bottle (10, 20) comprising a vessel for retaining a liquid volume having a bottom and an open top; a lid for closing said vessel at the open top; and a container for storing a powder supplement, wherein the container has a cylindrical shape with a bottom and an open top that is closed by a lower surface of the lid when the container is arranged to means fixed to said lower surface and is releasably arranged to said means; and the container comprises a protrusion integrally made with said bottom, which faces said lower surface of the lid; and the lid comprises a webbing, which is arranged in abutment with the protrusion of the container when the container is arranged to the means of the lid, and a button that is arranged on the webbing and is protruding upwardly through a bore of the lid, the container being released when the button is pressed; and the vessel is foldable for providing a folded state of the shaker bottle (10, 20), wherein the container is received by the bottom of the vessel in the folded state when arranged to said means.
An electrical connector for electric line sections, comprising: a connecting sleeve (103, 501) for receiving a first line section having a sleeve wall (107, 523) with at least one opening (109, 309, 525, 527) for receiving at least one fixing pin (105, 401, 519, 521); and; a fixing element (101, 503) having a first fixing pin (105, 519) formed from an insulating plastic for positively fixing a first line section in the connecting sleeve (103, 501); wherein the fixing element (101, 503) can be placed onto the connecting sleeve (103, 501) in order for the first fixing pin (105, 519) to positively fix the first line section in the connecting sleeve (103, 501), and wherein the connecting sleeve (103, 501) is provided to retain a second electric line section, and wherein the fixing element (101, 503) comprises a second fixing pin (401, 521) for positively fixing the second line section in the connecting sleeve (103, 501), and the connecting sleeve (103, 501) comprises at least one terminal compartment (127, 515, 517) for receiving the respective electric line section. a connecting sleeve (103, 501) for receiving a first line section having a sleeve wall (107, 523) with at least one opening (109, 309, 525, 527) for receiving at least one fixing pin (105, 401, 519, 521); and; a fixing element (101, 503) having a first fixing pin (105, 519) formed from an insulating plastic for positively fixing a first line section in the connecting sleeve (103, 501);