mhurhangee/patent-ind-claim-en huggingface dataset:
Device for disposing of used chewing gums, comprising, - a facility which is suited to receive chewing gum; and - a exchangeable vessel for the retention, storage, keeping and/or collection of chewing gum; whereby the vessel is arranged underneath the facility and protrudes beyond its front and is at least partially open on a top side; and - the facility is, on its front face, provided with a layer of such constitution that the chewing gum sticks to it at least temporarily; characterized in that - a completely and/or partially closed body comprising assembled, plane sides, bottom and top, wherein the facility is arranged at a front face of the body , and - the vessel ∘ is exchangeably and/or removably inserted or insertable into the body from the front, or ∘ is provided with an appropriate lining and/or a liquid for facilitating its emptying. - a facility which is suited to receive chewing gum; and - a exchangeable vessel for the retention, storage, keeping and/or collection of chewing gum; whereby the vessel is arranged underneath the facility and protrudes beyond its front and is at least partially open on a top side; and - the facility is, on its front face, provided with a layer of such constitution that the chewing gum sticks to it at least temporarily; - a completely and/or partially closed body comprising assembled, plane sides, bottom and top, wherein the facility is arranged at a front face of the body , and - the vessel ∘ is exchangeably and/or removably inserted or insertable into the body from the front, or ∘ is provided with an appropriate lining and/or a liquid for facilitating its emptying. ∘ is exchangeably and/or removably inserted or insertable into the body from the front, or ∘ is provided with an appropriate lining and/or a liquid for facilitating its emptying.
An infusion set configured to apply or administer an anesthetic, comprising: a hub and catheter , wherein at least one surface of said hub or catheter is provided with an anesthetic for release at a catheter insertion site, characterized in that said anesthetic is provided as a layer disposed upon an inner surface of said hub or catheter for release at a catheter termination site within said insertion site. a hub and catheter , wherein at least one surface of said hub or catheter is provided with an anesthetic for release at a catheter insertion site, characterized in that said anesthetic is provided as a layer disposed upon an inner surface of said hub or catheter for release at a catheter termination site within said insertion site.
A plug for retaining a filter screen in a fluid port of a servovalve , the plug comprising an annular body , the annular body comprising: opposed first and second axial end surfaces ; a radially inner surface extending between the first and second axial end surfaces ; a radially outer surface extending between the first and second axial end surfaces ; and at least one recess formed in the radially inner surface for receiving a tool for removing the plug from the port , characterised in that : the recess is an annular recess extending around the entire radially inner surface and comprises opposed axial surfaces and a base surface . opposed first and second axial end surfaces ; a radially inner surface extending between the first and second axial end surfaces ; a radially outer surface extending between the first and second axial end surfaces ; and at least one recess formed in the radially inner surface for receiving a tool for removing the plug from the port ,
A method for producing a semiconductor crystal substrate, the method comprising: completely removing an oxide film formed on an n-type crystal substrate using a heating step, the crystal substrate being formed of a material including GaSb or InAs; forming a first GaSb buffer layer on the crystal substrate by molecular beam epitaxy; and forming a second GaSb buffer layer on the first GaSb buffer layer by molecular beam epitaxy, wherein: the first and second GaSb buffer layers are formed using a beam flux of Sb of 5.0 × 10 -7 torr, a beam flux of Ga of 5.0 × 10 -8 torr, and a V/III ratio of 10, the first GaSb buffer layer is formed at a substrate temperature greater than or equal to 380 °C and less than or equal to 440 °C, and the second GaSb buffer layer is formed at a substrate temperature greater than or equal to 500 °C and less than or equal to 550 °C. completely removing an oxide film formed on an n-type crystal substrate using a heating step, the crystal substrate being formed of a material including GaSb or InAs; forming a first GaSb buffer layer on the crystal substrate by molecular beam epitaxy; and forming a second GaSb buffer layer on the first GaSb buffer layer by molecular beam epitaxy, wherein: the first and second GaSb buffer layers are formed using a beam flux of Sb of 5.0 × 10 -7 torr, a beam flux of Ga of 5.0 × 10 -8 torr, and a V/III ratio of 10, the first GaSb buffer layer is formed at a substrate temperature greater than or equal to 380 °C and less than or equal to 440 °C, and the second GaSb buffer layer is formed at a substrate temperature greater than or equal to 500 °C and less than or equal to 550 °C. the first and second GaSb buffer layers are formed using a beam flux of Sb of 5.0 × 10 -7 torr, a beam flux of Ga of 5.0 × 10 -8 torr, and a V/III ratio of 10, the first GaSb buffer layer is formed at a substrate temperature greater than or equal to 380 °C and less than or equal to 440 °C, and the second GaSb buffer layer is formed at a substrate temperature greater than or equal to 500 °C and less than or equal to 550 °C.
A dental implant with foldable fins , comprising the following components: - an implant body that comprises an implant-abutment connection zone , an externally threaded zone , at least one pair of exit openings and an internally threaded zone , the pair of the exit openings in the implant body are located facing one another, - an insertion screw comprising a head with an internal hexagonal socket, a stem and a screw thread , characterised in that it comprises: - an anchoring means comprising a single member provided with at least one pair of foldable fins and a top opening located between said foldable fins , such that foldable fins are located facing one another, so that when the insertion screw is screwed into the top opening of the anchoring means , it pushes the anchoring means down into the implant body , wherein said at least one pair of fins slide through the inside of the implant body and causes the foldable fins to extend outwards through the exit openings . - an implant body that comprises an implant-abutment connection zone , an externally threaded zone , at least one pair of exit openings and an internally threaded zone , the pair of the exit openings in the implant body are located facing one another, - an insertion screw comprising a head with an internal hexagonal socket, a stem and a screw thread , - an anchoring means comprising a single member provided with at least one pair of foldable fins and a top opening located between said foldable fins , such that foldable fins are located facing one another, so that when the insertion screw is screwed into the top opening of the anchoring means , it pushes the anchoring means down into the implant body , wherein said at least one pair of fins slide through the inside of the implant body and causes the foldable fins to extend outwards through the exit openings .
A method of operating a digital camera of a handheld cellular device, comprising: generating a plurality of image frames of an object at respective focus distances relative to the digital camera; and determining for each of the plurality of image frames, at least one intrinsic characteristic of the digital camera using a model of the digital camera that maps the focus distance of the corresponding image frame to the at least one intrinsic characteristic; wherein the at least one intrinsic characteristic includes a distortion parameter of the digital camera; the model comprises a first model that maps the focus distance associated with the corresponding image frame to effective focal length of the digital camera, wherein the first model is in the form of a first linear relationship y 1 = m 1 x 1 + b 1 , where y 1 designates the effective focal length, x 1 designates the focus distance, m 1 designates a slope of the first linear relationship and b 1 is a first constant, and a second model that maps the effective focal length to the distortion parameter of the digital camera; wherein the second model is in the form of a second linear relationship y 2 = m 2 y 1 + b 2 , where y 2 designates the distortion parameter, y 1 designates the effective focal length, m 2 designates a slope of the second linear relationship and b 2 is a second constant; the determining is performed within the digital camera; and the model of the digital camera is stored in memory within the handheld cellular device so that said determining can be performed in real time as the plurality of image frames are generated. generating a plurality of image frames of an object at respective focus distances relative to the digital camera; and determining for each of the plurality of image frames, at least one intrinsic characteristic of the digital camera using a model of the digital camera that maps the focus distance of the corresponding image frame to the at least one intrinsic characteristic; wherein the at least one intrinsic characteristic includes a distortion parameter of the digital camera; the model comprises a first model that maps the focus distance associated with the corresponding image frame to effective focal length of the digital camera, wherein the first model is in the form of a first linear relationship y 1 = m 1 x 1 + b 1 , where y 1 designates the effective focal length, x 1 designates the focus distance, m 1 designates a slope of the first linear relationship and b 1 is a first constant, and a second model that maps the effective focal length to the distortion parameter of the digital camera; wherein the second model is in the form of a second linear relationship y 2 = m 2 y 1 + b 2 , where y 2 designates the distortion parameter, y 1 designates the effective focal length, m 2 designates a slope of the second linear relationship and b 2 is a second constant; the determining is performed within the digital camera; and the model of the digital camera is stored in memory within the handheld cellular device so that said determining can be performed in real time as the plurality of image frames are generated.
An air conditioning system for an aircraft, said system being configured to operate in a first mode during high altitude operations and a second mode during low altitude operations, the air conditioning system including a recirculation fan and a compressing device having a turbine , wherein the first mode comprises when a first medium, a second medium, and a third medium are mixed by the air conditioning system to produce a chamber ready medium, and in the first mode, characterized in that both the first medium and the second medium are provided to the turbine and the recirculation fan is operational, and wherein the second mode comprises when only the first medium and the second medium are mixed by the air conditioning system to produce the chamber ready medium and in the second mode, the recirculation fan is non-operational, wherein the air conditioning system provides the chamber ready medium to a pressurized volume. wherein the first mode comprises when a first medium, a second medium, and a third medium are mixed by the air conditioning system to produce a chamber ready medium, and in the first mode, characterized in that both the first medium and the second medium are provided to the turbine and the recirculation fan is operational, and wherein the second mode comprises when only the first medium and the second medium are mixed by the air conditioning system to produce the chamber ready medium and in the second mode, the recirculation fan is non-operational, wherein the air conditioning system provides the chamber ready medium to a pressurized volume.
A wheelchair having: a) a chassis on which there are arranged opposite each other: ai) at least one drive unit which has a drive wheel and an electric drive , a 2 ) a front wheel which is arranged on a front pivot arm , a 3 ) a rear wheel , b) the drive unit and the front pivot arm are arranged such, that they are pivotable in a vertical plane relative to the chassis and are connected to each other by a first coupling means , characterized in that the drive unit and the front pivot arm are additionally connected to each other by a second coupling means . a) a chassis on which there are arranged opposite each other: ai) at least one drive unit which has a drive wheel and an electric drive , a 2 ) a front wheel which is arranged on a front pivot arm , a 3 ) a rear wheel , ai) at least one drive unit which has a drive wheel and an electric drive , a 2 ) a front wheel which is arranged on a front pivot arm , a 3 ) a rear wheel , b) the drive unit and the front pivot arm are arranged such, that they are pivotable in a vertical plane relative to the chassis and are connected to each other by a first coupling means ,
A covering method for decorating a vehicle passenger compartment part, comprising shaping a surface for decoration (100A; 600A) made of a flexible surface material, and laminating, on a passenger compartment part, a covering web (300; 601) comprising said surface for decoration (100A; 600A), the method comprising preparing strips (10, 20,...; 510, 520) of the flexible material, producing right flaps and left flaps (12, 13, 22, 23, ...; 512, 513, 522, 523, ...) on the long sides of said strips, producing a line of stitches over a length of at least one right flap (13; 513) and at least one left flap (22; 522), said left flap and said right flap being brought together face to face under the surface for decoration and being secured to one another by the stitches of the line, so as to participate in said shaping of the surface for decoration (100A; 600A), flattening the secured flaps using the line of stitches as a pivot line, until said covering web (300; 601) is produced with a pleated appearance on the surface for decoration and a regular rear face is produced for lamination on the passenger compartment part, the method being characterized in that a hot-melt or heat-reactive glue is coated beforehand on the back of a sheet of flexible material over the entire surface thereof, the strips then being formed and cut in said sheet so as to form strips which are uniformly glued but separated from one another.
A waste toner collecting device , including: a waste toner container to collect waste toner; a detector to detect an amount of waste toner collected and accumulated in the waste toner container; and an auger to disperse the waste toner in the waste toner container, wherein the auger includes: a first blade to transport the waste toner in a first direction (P1) toward the detector in the waste toner container; and a second blade to transport the waste toner in a second direction (P2) opposite to the first direction in the waste toner container, wherein the second blade includes a first blade section having a waste toner transport rate greater than a waste toner transport rate of the first blade, wherein the second blade includes a second blade section , whereby a diameter (D1) of the first blade section is greater than a diameter (D2) of the second blade section; and wherein the first blade section of the second blade is disposed closest to the detector among all blade sections of the second blade. a waste toner container to collect waste toner; a detector to detect an amount of waste toner collected and accumulated in the waste toner container; and an auger to disperse the waste toner in the waste toner container, a first blade to transport the waste toner in a first direction (P1) toward the detector in the waste toner container; and a second blade to transport the waste toner in a second direction (P2) opposite to the first direction in the waste toner container, wherein the second blade includes a second blade section , whereby a diameter (D1) of the first blade section is greater than a diameter (D2) of the second blade section; and wherein the first blade section of the second blade is disposed closest to the detector among all blade sections of the second blade.
A vehicle light module, comprising a illumination unit , a supporting frame or a light body and a light-regulating mechanism used for carrying out light regulation on the illumination unit , wherein the light-regulating mechanism comprises a first ball head connector , a second ball head connector , a third ball head connector and a sliding connector , wherein one end of each of the first ball head connector and the second ball head connector is connected with the illumination unit , while the other end is connected with the supporting frame or the light body; characterised in that the illumination unit is provided with a sliding support , the sliding connector is in sliding connection with the sliding support , one end of the third ball head connector is in sliding connection with the sliding connector , the other end of the third ball head connector is supported on the supporting frame or the light body, and the third ball head connector is able to move relative to the supporting frame or the light body so as to drive the sliding connector to move, wherein the sliding support and the illumination unit are driven through the sliding connector to rotate around a connecting line between a ball head sphere center of the first ball head connector and a ball head sphere center of the second ball head connector to realize light regulation in a first direction, wherein the sliding direction of the sliding connector on the sliding support and the sliding direction of the third ball head connector relative to the sliding connector are different, and both are not located on the connecting line between the ball head sphere center of the first ball head connector and the ball head sphere center of the second ball head connector , wherein the sliding connector comprises a first sliding groove such that the sliding support is mounted in the first sliding groove and is able to slide relative to the first sliding groove along said sliding direction of the sliding connector on the sliding support , and wherein the sliding support comprises a sliding supporting plate and a reinforcing rib , the first sliding groove is provided with a first slot , and the sliding connector is mounted on the sliding support so as to enable the sliding supporting plate to slide in the first sliding groove , and the reinforcing rib to be ie- located in the first slot .
A rotary evaporator comprising a rotary drive and a fastening device attached to the rotary drive and having a receiving space for receiving an evaporator flask rotatable by the rotary drive, wherein the fastening device comprises a connector section , in particular a ring-shaped connector section, at the rotary drive side and a retainer element , in particular a ring-shaped retainer element, at the evaporator flask side which is coupled to the connector section and which is rotatable relative to the connector section between a starting position and an end position, characterized in that the fastening device comprises at least one clamping element which is moved, on the rotation of the retainer element relative to the connector section from the starting position into the end position, from a release position radially inwardly into a holding position in which the respective clamping element projects into the receiving space to hold a flange-shaped connection region of an evaporator flask received in the receiving space of the fastening device in a form-fitting and/or force-fitting manner and to secure it against a removal from the receiving space .
A compound of formula (I): that is: 4-(4-(4-(((3 R ,5 R )-5-((1 H -1,2,4-triazol-1-yl)methyl)-5-(2,4-difluorophenyl)tetrahydrofuran-3-yl)methoxy)-3-methylphenyl)piperazin-1-yl)- N -(2-hydroxycyclohexyl)benzamide, or a pharmaceutically acceptable salt thereof.
An electrical circuit arrangement comprising an inverter and a measuring device for identifying a short circuit between a conductor and a shielding in a circuit that is connected or can be connected to the inverter , wherein the shielding is connected capacitively to a ground (GND 1 ) of the inverter , and a pulsed voltage (U P ) can be generated on the conductor by the inverter , wherein the measuring device is designed to evaluate a voltage (U M ) between the ground (GND 1 ) of the inverter and the shielding and to generate a short circuit signal when at least one pulse of the voltage (U M ) occurs.
A shuffling system for shuffling cards made up of one or more decks, comprising: multiple shuffling devices which shuffle the cards; multiple sequencers or controllers which control operations of the multiple shuffling devices; and a processor which controls the multiple sequencers or controllers, wherein the processor has a random generator, and the multiple shuffling devices are controlled by the multiple sequencers or controllers which are independent from one another, the multiple sequencers or controllers are configured to control the multiple shuffling devices using a set of random numerical values commanded by the random generator, the processor outputs the multiple sets of random numerical values from the random generator, and each of the multiple sequencers or controllers is configured to select and use one out of the multiple sets of random numerical values, so that one set of cards made up of one or more decks is shuffled. multiple shuffling devices which shuffle the cards; multiple sequencers or controllers which control operations of the multiple shuffling devices; and a processor which controls the multiple sequencers or controllers, wherein the processor has a random generator, and the multiple shuffling devices are controlled by the multiple sequencers or controllers which are independent from one another, the multiple sequencers or controllers are configured to control the multiple shuffling devices using a set of random numerical values commanded by the random generator, the processor outputs the multiple sets of random numerical values from the random generator, and each of the multiple sequencers or controllers is configured to select and use one out of the multiple sets of random numerical values, so that one set of cards made up of one or more decks is shuffled.
A vane for a fan of an aircraft turbomachine extending along an axis (X) of the turbomachine, the vane being made of a composite material comprising a plurality of longitudinal electrical conductive fibers (F) embedded in an electrically nonconductive matrix, the vane comprising at least one fastening zone to which an identification medium for identifying the vane is fastened, the fastening zone comprises longitudinal fibers (F) oriented along a favored fiber axis (XF), the identification medium comprising at least one memory for storing an identification piece of data (ID1, ID2) of the vane and at least one radio antenna comprising at least one communication lobe (L1) configured to receive a read request (REQ) and transmit back the identification piece of data (ID1, ID2), the communication lobe (L1) being oriented along a radio axis (XR) which is angularly offset from the favored fiber axis (XF) by less than 45°, preferably by less than 22.5°.