mhurhangee/patent-ind-claim-en huggingface dataset:
Plug-in connector for use in a plug-in connector arrangement , comprising a main body , which has formed a flow channel (S) that extends along a centre axis (X) and opens at least in a barb , wherein the flow channel (S) is designed for fluidic connection with a pipeline , wherein an outer side of the barb is designed for plug-mounting an end portion of a pipeline in an plug-mounting direction (E) axially in relation to the centre axis (X), and the plug-in connector has a fitting space (M) for arrangement of an end portion of the pipeline , wherein the barb has formed a sealing region extending axially in the region of the fitting space (M) and a retaining region , which axially follows the sealing region in the plug-mounting direction (E) and extends axially in the region of the fitting space (M), wherein the sealing region is designed such that the end portion of the pipeline can be expanded radially in relation to the centre axis (X), wherein the main body is formed monolithically and the main body has clamping bars extending axially over the fitting space (M), wherein the pipeline can be pressed against the barb and compressed by means of the clamping bars , and the clamping bars are resilient radially in relation to the centre axis (X), wherein the plug-in connector has a clamping ring which is movable axially in relation to the centre axis (X), characterized in that the clamping ring can exert a contact pressure, directed radially in relation to the centre axis (X), on the clamping bars on an axial movement in the plug-mounting direction (E), with the result that the end portion of the pipeline can be compressed radially in relation to the centre axis (X) in the sealing region in the plug-mounted state and in a fixing position of the clamping ring , wherein the clamping ring has formed guide tracks for the clamping bars , wherein the clamping bars each have a support surface , for bearing against a mating surface of the guide tracks , formed on their sides facing radially outwards from the centre axis (X), wherein the support surface of the clamping bars is at least partially angled obliquely to the centre axis (X) such that the cross section of an end of the clamping bars that points counter to the plug-mounting direction (E) decreases in a direction perpendicular to the centre axis (X), wherein the guide tracks are arranged in the clamping ring such that the mating surface slides over the support surface , which is angled in a wedge shape, and elastically bends the respective clamping bar radially in relation to the centre axis X on the axial movement of the clamping ring .
A method for encapsulating a pharmaceutical active, the method including dispersing a hydrophilic polymeric matrix former into a water phase and a hydrophobic polymeric matrix former into an oil phase, with the pharmaceutical active being present in at least one of the oil phase and the water phase and with the oil phase comprising a vegetable-based edible oil; forming an emulsion from the oil phase and the water phase; and lyophilizing the emulsion to form a solid lyophilisate, wherein lyophilizing the emulsion includes first snap freezing the emulsion by cooling the emulsion to a freezing temperature below the temperature at which the emulsion is lyophilized.
A jig used for manufacturing a composite material structure, the jig being inserted into a channel portion of a hat stringer and used, when the composite material structure is manufactured by attaching prepreg to a frame structure including the hat stringer as a frame member, the channel portion extending in a lengthwise direction of the hat stringer; the jig comprising: a body having a pipe shape and made of an elastic material, and a terminal metal member attached to one end portion of the body and having a pressurization hole for pressurizing an interior of the body; wherein the terminal metal member has an insertion portion inserted into a hollow space of the body; and the insertion portion has a columnar shape having a transverse cross-section conforming in shape to a contour shape of the hollow space of the body; characterized in that the body has a transverse cross-section of a trapezoidal shape which is a cross-section perpendicular to a lengthwise direction of the body, the insertion portion is provided on an outer peripheral surface thereof with a band-shaped groove portion wound around the outer peripheral surface; and the insertion portion is inserted into the hollow space of the body in a state where an adhesive is filled in the band-shaped groove portion. a body having a pipe shape and made of an elastic material, and a terminal metal member attached to one end portion of the body and having a pressurization hole for pressurizing an interior of the body; wherein the terminal metal member has an insertion portion inserted into a hollow space of the body; and the insertion portion has a columnar shape having a transverse cross-section conforming in shape to a contour shape of the hollow space of the body; characterized in that the body has a transverse cross-section of a trapezoidal shape which is a cross-section perpendicular to a lengthwise direction of the body, the insertion portion is provided on an outer peripheral surface thereof with a band-shaped groove portion wound around the outer peripheral surface; and the insertion portion is inserted into the hollow space of the body in a state where an adhesive is filled in the band-shaped groove portion.
System for creating an environment , the environment comprising at least one image arranged to be perceptible by at least one pilot of at least one mobile element , the system comprising: • the at least one mobile element , which itself comprises an electronic interface and at least one actuating means connected to the electronic interface and arranged to carry out a modification of characteristics of the mobile element based on a signal received from the electronic interface , • a locating system arranged to determine a position of each mobile element present near the at least one image , and • a server arranged to be connected to the electronic interface of each mobile element and to the locating system , the server being arranged to control said at least one actuating means based on the position of each mobile element received from the locating system , the system for creating an environment further comprising a projection system arranged to project the at least one image on at least one floor, the server being arranged to be connected to the projection system , characterised in that the server is arranged to control the projection system based on the position of each mobile element received from the locating system , and in that each mobile element further comprises a emitter comprising at least two electromagnetic radiation sources comprising an infrared emitter, the emitter being arranged to transmit a signal enabling the mobile element to be located by the locating system . • the at least one mobile element , which itself comprises an electronic interface and at least one actuating means connected to the electronic interface and arranged to carry out a modification of characteristics of the mobile element based on a signal received from the electronic interface , • a locating system arranged to determine a position of each mobile element present near the at least one image , and • a server arranged to be connected to the electronic interface of each mobile element and to the locating system , the server being arranged to control said at least one actuating means based on the position of each mobile element received from the locating system , the system for creating an environment further comprising a projection system arranged to project the at least one image on at least one floor, the server being arranged to be connected to the projection system , characterised in that the server is arranged to control the projection system based on the position of each mobile element received from the locating system , and in that each mobile element further comprises a emitter comprising at least two electromagnetic radiation sources comprising an infrared emitter, the emitter being arranged to transmit a signal enabling the mobile element to be located by the locating system .
Device for dispensing fluid products, comprising a dispensing unit , to which a first duct for the supply of said fluid to be dispensed leads, said dispensing unit comprising a base , which includes a plurality of second ducts for dispensing said fluid, and a cover , which defines with said base an expansion chamber and a distribution chamber , in the which also opens said first duct for the adduction of said fluid, the device further comprising: - an elastic membrane interposed between said base and said cover and having a first surface and a second surface , the latter facing all the outlet openings of said second ducts in said distribution chamber , characterized in that the device further comprises: - a plate arranged within said expansion chamber and adhering to said first surface of said membrane , and - elastic means as associated with said plate and configured to keep said membrane elastically pressed against said openings of said second ducts . - an elastic membrane interposed between said base and said cover and having a first surface and a second surface , the latter facing all the outlet openings of said second ducts in said distribution chamber , characterized in that the device further comprises: - a plate arranged within said expansion chamber and adhering to said first surface of said membrane , and - elastic means as associated with said plate and configured to keep said membrane elastically pressed against said openings of said second ducts .
Passenger seating comprising at least one seat , a surround structure for said at least one seat, and an actuation system, the actuation system comprising: a base ; a door , being part of said surround structure, and being movable with respect to the base between a first state corresponding to an open position of the door, and a second state corresponding to a closed position of the door; first actuating means for actuating said door from said first state to said second state, said first actuating means comprising resilient biasing means arranged to urge said door from said first state to said second state; and second actuating means for actuating said door from said second state to said first state, wherein said first actuating means is configured to allow movement of said door from said second state to said first state, and wherein said second actuating means comprises powered drive means comprising a rotary motor having a rotary output coupled to a reel , the reel being coupled to one of the base or the door. a base ; a door , being part of said surround structure, and being movable with respect to the base between a first state corresponding to an open position of the door, and a second state corresponding to a closed position of the door; first actuating means for actuating said door from said first state to said second state, said first actuating means comprising resilient biasing means arranged to urge said door from said first state to said second state; and second actuating means for actuating said door from said second state to said first state, wherein said first actuating means is configured to allow movement of said door from said second state to said first state, and wherein said second actuating means comprises powered drive means comprising a rotary motor having a rotary output coupled to a reel , the reel being coupled to one of the base or the door.
Mobile protection device for damming liquids , having at least one flexible and tube-like hollow-chamber element inflatable by filling it with a fluid such as air, and a flexible and skirt-like sheet securing means extending along a flood-side longitudinal lateral edge of the hollow-chamber element for contact with a ground surface , in particular a substrate surface, where a vertical force due to the dammed fluid acts on the sheet securing means and on an edge limiting the latter in order to press the sheet securing means and the edge against the ground surface and to anchor it, at least one flood-side edge of the sheet securing means being designed as an edge seal permanently adaptable to a contour of the ground surface , wherein the edge seal consists of or has a flat and deformable metal tape or metal strip .
Lysate (Ly) of dedifferentiated cells of the plant Helichrysum stoechas in a form suitable for topical administration, for use in eliminating or reducing inflammation of the skin and/or the scalp.
A device for protecting an electric power generator for generating electrical energy for an electric power delivery system using a stator and a rotor , the device comprising; a sensor component in electrical communication with an instrument transformer of the generator , the sensor component including a current signal output for providing a current signal corresponding with the instrument transformer of the generator , said current signal proportional to a current in a phase branch of the stator of the electric power generator ; a processor ; the device is characterised in that it further comprises a computer-readable storage medium in communication with the processor and the sensor component , comprising instructions that when executed by the processor cause the device to: calculate a fractional harmonic of the signal output using the current signal ; compare the fractional harmonic to a predetermined threshold ; determine a rotor fault condition when the fractional harmonic exceeds the predetermined threshold for a predetermined time ; and, determine a protective action when the rotor fault condition is determined ; and, an output in communication with the computer-readable storage medium for effecting the determined protective action. a sensor component in electrical communication with an instrument transformer of the generator , the sensor component including a current signal output for providing a current signal corresponding with the instrument transformer of the generator , said current signal proportional to a current in a phase branch of the stator of the electric power generator ; a processor ; the device is characterised in that it further comprises a computer-readable storage medium in communication with the processor and the sensor component , comprising instructions that when executed by the processor cause the device to: calculate a fractional harmonic of the signal output using the current signal ; compare the fractional harmonic to a predetermined threshold ; determine a rotor fault condition when the fractional harmonic exceeds the predetermined threshold for a predetermined time ; and, determine a protective action when the rotor fault condition is determined ; and, calculate a fractional harmonic of the signal output using the current signal ; compare the fractional harmonic to a predetermined threshold ; determine a rotor fault condition when the fractional harmonic exceeds the predetermined threshold for a predetermined time ; and, determine a protective action when the rotor fault condition is determined ; and, an output in communication with the computer-readable storage medium for effecting the determined protective action.
Method for configurating a cooking appliance (A) by a terminal (T) capable of exchanging data according to a communication protocol with the cooking appliance (A), the configuration method comprising the following steps: - (e1) creating or selecting a cooking program (prog) using the terminal (T), said cooking program (prog) comprising a relationship between a cooking duration (t) and a cooking temperature (Te), and - (e1') creating or selecting a desired cooking state (cui_s) corresponding to a state of progress of the implementation of said cooking program (prog), - (e2) determining by the terminal, or selecting in the memory of the terminal from among a plurality of cooking configuration data recorded on the terminal, of cooking configuration data (ipc) from or corresponding to said cooking program (prog) and the desired cooking state (cui_s), - (e3) sending said cooking configuration data (ipc) to the cooking appliance (A), - said method being characterised in that the cooking configuration data (ipc) comprises a set of coefficients (C1, C2, ..., Cn) corresponding to a time evolution of the cooking temperature (Te), said set being interpretable by a processor (P) of the cooking appliance (A) to determine a cooking instruction. - (e1) creating or selecting a cooking program (prog) using the terminal (T), said cooking program (prog) comprising a relationship between a cooking duration (t) and a cooking temperature (Te), and - (e1') creating or selecting a desired cooking state (cui_s) corresponding to a state of progress of the implementation of said cooking program (prog), - (e2) determining by the terminal, or selecting in the memory of the terminal from among a plurality of cooking configuration data recorded on the terminal, of cooking configuration data (ipc) from or corresponding to said cooking program (prog) and the desired cooking state (cui_s), - (e3) sending said cooking configuration data (ipc) to the cooking appliance (A), - said method being characterised in that the cooking configuration data (ipc) comprises a set of coefficients (C1, C2, ..., Cn) corresponding to a time evolution of the cooking temperature (Te), said set being interpretable by a processor (P) of the cooking appliance (A) to determine a cooking instruction.
A flexible package having air gap filling features, comprising: a film having a first side edge, a second side edge, and a fin or lap seal joining said first and second side edges; a closure device having top and bottom edge portions and first and second side edge portions , the closure device applied to the film transverse to the first and second side edges of the film, characterized in that the first side edge portion of the closure device has a slit to define a top edge section and a bottom edge section, one of the top or bottom edge sections extends into the fin or lap seal , and the other one of the top or bottom edge sections not within the fin or lap seal , such that at least a portion of the first side edge portion of the closure device overlaps with the second side edge portion of the closure device to eliminate an air gap between the fin or lap seal and at least one of the first and second side edge portions of the closure device . a film having a first side edge, a second side edge, and a fin or lap seal joining said first and second side edges; a closure device having top and bottom edge portions and first and second side edge portions , the closure device applied to the film transverse to the first and second side edges of the film, characterized in that the first side edge portion of the closure device has a slit to define a top edge section and a bottom edge section, one of the top or bottom edge sections extends into the fin or lap seal , and the other one of the top or bottom edge sections not within the fin or lap seal , such that at least a portion of the first side edge portion of the closure device overlaps with the second side edge portion of the closure device to eliminate an air gap between the fin or lap seal and at least one of the first and second side edge portions of the closure device .
A cast component , comprising: a body ; a passage defined within the body , the passage including a first portion , a second portion , and a turn portion fluidly coupling the first portion and the second portion , the turn portion including a first surface and a second surface ; and a surface anti-freckling element extending through the turn portion of the passage from the first surface to the second surface of the turn portion , the surface anti-freckling element separating the passage in the turn portion into a first sub-passage and a second sub-passage , wherein the passage is devoid of surface freckling; and wherein the surface anti-freckling element includes two or more surface anti-freckling elements , each surface anti-freckling element separating the passage in the turn portion into a respective first sub-passage and a respective second sub-passage , wherein the first and second sub-passages are fluidly coupled between adjacent pairs of the two or more surface anti-freckling elements . a body ; a passage defined within the body , the passage including a first portion , a second portion , and a turn portion fluidly coupling the first portion and the second portion , the turn portion including a first surface and a second surface ; and a surface anti-freckling element extending through the turn portion of the passage from the first surface to the second surface of the turn portion , the surface anti-freckling element separating the passage in the turn portion into a first sub-passage and a second sub-passage , wherein the passage is devoid of surface freckling; and wherein the surface anti-freckling element includes two or more surface anti-freckling elements , each surface anti-freckling element separating the passage in the turn portion into a respective first sub-passage and a respective second sub-passage , wherein the first and second sub-passages are fluidly coupled between adjacent pairs of the two or more surface anti-freckling elements .
Pull-out unit, in particular for furniture or domestic appliances, comprising a pull-out guide which has a stationary rail and a running rail which is displaceable relative to the stationary rail and on which a drawer element can be supported, and a pull-out device having a guide track , on which a driver pretensioned by an energy storage device is displaceable between a parked position in an angled end section having the energy storage device tensioned and a starting position having a less strongly tensioned energy storage device , wherein the running rail is movable in the opening direction by moving the driver into the starting position, and the driver in the parked position is not held on the angled end section of the guide track in a self-locking but in an interlocking manner, and a pin-shaped guide element is formed or can be arranged on the driver , wherein the guide element , in the parked position, rests against an interlocking contour at the angled end section , wherein the interlocking contour has a first wall and a second wall against which the guide element rests, wherein the first wall and the second wall are arranged at an angle α to each other, wherein the angle α is greater than the sum of the friction angles (p) between the guide element and the first and second walls and the angle α is smaller than 180°.
Endoscopic system comprising an endoscope and a test system, the test system comprising a radiation sensor and the endoscope comprising a light guide means, wherein the test system comprises a cap configured to cover a radiation exit region of the endoscope which is to be tested, and wherein the cap comprises a holding means and a lid portion characterised in that the lid portion in turn comprises a semi-transparent material or is made of a semi-transparent material, said cap being thereby configured to ensure that in use the radiation sensor is not saturated by radiation exiting the radiation exit region of the endoscope. the test system comprises a cap configured to cover a radiation exit region of the endoscope which is to be tested, and wherein the cap comprises a holding means and a lid portion characterised in that the lid portion in turn comprises a semi-transparent material or is made of a semi-transparent material, said cap being thereby configured to ensure that in use the radiation sensor is not saturated by radiation exiting the radiation exit region of the endoscope.