mhurhangee/ep-ind-claims huggingface dataset:
A toilet sanitation aid, the aid comprising a cleaning product, a housing for the cleaning product and a handle connector portion, the housing comprising an enclosure for the cleaning product, the housing adapted to be removably supported on a toilet bowl by an intermediate limb (22, 24, 26) between the handle connector portion and the housing, said limb being shaped to pass over a rim of a toilet bowl in a first usage condition (fig. 2, 6, 8) such that the cleaning product is held within a region of flow of water of a toilet bowl in the first usage condition and acts to chemically cleanse the toilet bowl, wherein the housing comprises a cleaning formation, and the handle connector portion allows selective actuation of the housing for abrasive cleaning of the toilet bowl using the cleaning formation in a second usage condition (fig. 3), the enclosure of the housing having the shape of a dome or an hollow quadrant of an ellipsoid or an ovoid or an hollow portion of a substantially half cylinder with a curved outer surface and the cleaning formation comprising a plurality of upstanding ridges (42, 70) extending over the curved outer surface of the housing.
An anti-intrusion cylinder for locks of the type comprising a stator which is provided with a substantially cylindrical longitudinal cavity for accommodating a rotor with a longitudinal seat for the insertion of a key, said rotor and said stator comprising a plurality of channels, which are substantially aligned and facing when the cylinder is in the locked configuration, said channels accommodating respective pins, counterpins and optional elastic means which are adapted to prevent the rotation of the rotor in the stator in the absence of the key from said longitudinal seat, at least one of said pins comprising a shank, said shank being provided with a mushroom-shaped terminal with a diameter smaller than the diameter of said shank, said terminal being faced toward and proximate to the corresponding counterpin, characterized in that at least two contoured annular bodies with a substantially similar diameter to the diameter of said channel are mutually arranged in a column and are fitted, with mechanical play, over said mushroom-shaped terminal.
Feed device for components, wherein the feed device has a downwardly inclined guide track, a mobile component carrier connected detachably to the guide track and cooperating sliding and guide means (15, 16), in particular rolling elements and rails, on the guide track and on the component carrier, wherein the feed device has a loading point at which a component carrier is connected to the guide track by a worker and optionally loaded with one or more components, characterized in that the feed device has, at the loading point, a manually operable transfer device, which is actuable by manual force counter to a restoring element (31, 40), for transferring a component carrier to the guide track in a positioned manner, wherein the transfer device is designed as a lifting device.
A self-film-forming composition in powder form, self-film-forming under agitation in the presence of a liquid medium, the composition comprising: (i) at least one agent in powder form selected from the group consisting of a gelifier agent and a bioadhesive agent, and (ii) at least one Pediococcus strain in powder form, wherein (i) and (ii) are in a single or in separate containers. (i) at least one agent in powder form selected from the group consisting of a gelifier agent and a bioadhesive agent, and (ii) at least one Pediococcus strain in powder form,
Method for optimising the coexistence of radio "pico-networks", each "pico-network" comprising at least two modems interconnected by a central node comprising at least one memory for the storage of data and/or computer programs and at least one processor, said method comprising at least one step of allocation of communications channels by the central node, for each of the modems by means of an allocation algorithm, in order to allow coexistence between said "pico-networks", said method being characterised in that the step of allocating communications channels comprises at least: - determination of the direction of communication and of the associated transmission rate; - optimisation, by means of an optimisation algorithm, of the rate of transmission of messages and/or data in the communications channels as a function of the direction of communication. - determination of the direction of communication and of the associated transmission rate; - optimisation, by means of an optimisation algorithm, of the rate of transmission of messages and/or data in the communications channels as a function of the direction of communication.
An inkjet composition comprising at least one photoinitiator, wherein: (a) at least 80% (w/w) of the total photoinitiator content comprises one or more non-polymeric difunctional or trifunctional photoinitiators having a molecular weight of less than 500 amu, and wherein the total photoinitiator concentration is greater than 3.0% (w/w) and up to 10% (w/w) of the total composition content; (b) said composition is a free radical UV-curable composition; and (c) said composition contains polymerizable components, wherein greater than 50% by weight of the polymerizable components is a blend of difunctional monomers. (a) at least 80% (w/w) of the total photoinitiator content comprises one or more non-polymeric difunctional or trifunctional photoinitiators having a molecular weight of less than 500 amu, and wherein the total photoinitiator concentration is greater than 3.0% (w/w) and up to 10% (w/w) of the total composition content; (b) said composition is a free radical UV-curable composition; and (c) said composition contains polymerizable components, wherein greater than 50% by weight of the polymerizable components is a blend of difunctional monomers.
A flash butt welder for welding a pair of workpieces by energizing and pressing against each other the pair of workpieces in a state where the pair of workpieces are in contact with each other, the flash butt welder comprising a spatter scattering prevention apparatus for preventing spatters from scattering during welding at a welding spot, at which the welding is performed, the spatter scattering prevention apparatus including a pair of the nozzles having a first nozzle and a second nozzle, characterised in that each nozzle (21, 23) having an outflow port (21b, 23b) with an elongated shape so as to form a water screen in a wall shape on a side of the welding spot in a lateral direction of the welding spot, whereby the spatter scattering prevention apparatus is configured to form the water screen having a thickness in midair in a vicinity of the welding spot, wherein the first nozzle is configured to form the water screen on one side of the welding spot in the lateral direction of the welding spot, the second nozzle is configured to form the water screen on the other side, laterally opposite to the one side, of the welding spot, the lateral direction is parallel to a contact surface between the pair of workpieces, and each nozzle (21,23) is configured to form a water screen with a thickness of equal to or greater than 15 mm. each nozzle (21, 23) having an outflow port (21b, 23b) with an elongated shape so as to form a water screen in a wall shape on a side of the welding spot in a lateral direction of the welding spot, whereby the spatter scattering prevention apparatus is configured to form the water screen having a thickness in midair in a vicinity of the welding spot, wherein the first nozzle is configured to form the water screen on one side of the welding spot in the lateral direction of the welding spot, the second nozzle is configured to form the water screen on the other side, laterally opposite to the one side, of the welding spot, the lateral direction is parallel to a contact surface between the pair of workpieces, and each nozzle (21,23) is configured to form a water screen with a thickness of equal to or greater than 15 mm.
A multifunctional shading device, in particular for constructing a pergola, comprising a horizontal structure that provides the support for said device, and comprising modules (12-1, 12-n) distributed along an axis of said structure, each module (12-1, 12-n) being equipped with a blind (16-1, 16-n), characterised in that each module (12-1, 12-n) is equipped with means for controlling the length of said blind (16-1, 16-n) in order to be able to lower said blind.
Headlamp arranged at the front and one side of a motor vehicle, comprising: - a housing with an opening; - at least a first optical module (10, 12) capable of producing a light beam and housed in the housing; - an outer lens closing the opening of the housing; - a transparent or translucent screen disposed between the outer lens and the or at least one of the optical modules (10, 12), said screen forming a diopter capable of laterally deflecting a first part of the light beam or beams of said optical module or modules, respectively, characterised in that the screen comprises at least a first means adapted to deflect the first part of the beam passing through the screen in a direction between 35° and 45° towards the interior of the vehicle with respect to a longitudinal axis passing through the optical module (10, 12), and in that a regulatory function of a turn indicator or city lamp and/or daytime running light of a vehicle is fulfilled by combining the part of the light beam passing through the screen with the part of the light beam passing beside the screen, these beam parts being generated by the first module. - a housing with an opening; - at least a first optical module (10, 12) capable of producing a light beam and housed in the housing; - an outer lens closing the opening of the housing; - a transparent or translucent screen disposed between the outer lens and the or at least one of the optical modules (10, 12), said screen forming a diopter capable of laterally deflecting a first part of the light beam or beams of said optical module or modules, respectively,
An aircraft landing gear comprising a drive system comprising: a drive pinion; a drive shaft arranged to rotate the drive pinion about a drive axis; and a casing (70, 78) which rotatably supports the drive shaft, characterised in that the drive pinion is rotatably supported on the casing by a self-aligning bearing (80, 82, 84, 86a, 86b), and wherein the drive pinion is coupled to the drive shaft by a flexible coupling (92, 94, 96) adapted to transfer torque between the drive pinion and the drive shaft and to permit tilting of the drive pinion relative to the drive axis. a drive pinion; a drive shaft arranged to rotate the drive pinion about a drive axis; and a casing (70, 78) which rotatably supports the drive shaft, characterised in that the drive pinion is rotatably supported on the casing by a self-aligning bearing (80, 82, 84, 86a, 86b), and wherein the drive pinion is coupled to the drive shaft by a flexible coupling (92, 94, 96) adapted to transfer torque between the drive pinion and the drive shaft and to permit tilting of the drive pinion relative to the drive axis.
Actuation plate for actuating at least one flush valve of a sanitary installation, said actuation plate comprising an electronic control device and a detector for detecting a distance of a body from an actuation side of the actuation plate from which the actuation plate can be actuated, wherein the control device is configured to a output a control command to control the flush valve to deliver a volume of water, in dependence of the detected distance of the body, wherein the actuation side comprises a first and a second surface section (41, 42) which are offset relative to each other along the actuation side, wherein the control device is configured to detect, by means of the detector, a respective distance of the body to the first and to the second surface section (41 42), wherein in a first operating mode that can be set in the control device, the control device is configured to output, in a state ready for flushing, a first control command for controlling the flush valve to deliver a first volume water when a first distance of the body to the first surface section is detected and to output a second control command for controlling the flush valve to deliver a second volume of water, when a second distance of the body to the second surface section is detected, wherein the actuation plate comprises a third surface section that is arranged along the actuation side, characterized in that, in a second operating mode that can be set alternatively to the first operating mode in the control device, the control device is configured to output, in the state ready for flushing, a third control command for controlling the flush valve to deliver a third volume of water when a third distance of the body to the third surface section is detected, wherein, in particular, the third surface section extends between the first and the second surface section (41 42).
A brush seal for sealing between a first component and a second component which relatively rotate during normal use, comprising: an annular housing which is attached to a first component in use; a plurality of bristles each having a fixed end attached to the housing and a free end, wherein the free ends of at least some of the plurality of bristles contact the second component during normal use to provide a sealing surface, characterised in that the sealing surface includes a plurality of discontinuities around the circumference of the brush seal for providing hydrodynamic lifting force in use, wherein the plurality of bristles includes a first group which contact the second component in use, and a second group which are arranged to provide the discontinuity wherein the bristles of the first and second groups are randomly interspersed around an arcuate portion of the brush seal. an annular housing which is attached to a first component in use; a plurality of bristles each having a fixed end attached to the housing and a free end, wherein the free ends of at least some of the plurality of bristles contact the second component during normal use to provide a sealing surface, characterised in that the sealing surface includes a plurality of discontinuities around the circumference of the brush seal for providing hydrodynamic lifting force in use, wherein the plurality of bristles includes a first group which contact the second component in use, and a second group which are arranged to provide the discontinuity wherein the bristles of the first and second groups are randomly interspersed around an arcuate portion of the brush seal.
Apparatus designed for Brillouin frequency range analysis, comprising an analysis unit for determining the complex transfer function of a sensor fibre, wherein the analysis unit comprises: - a digital measuring signal input for a digital measuring signal, - a digital reference signal input for a digital reference signal, and wherein the apparatus further comprises - at least one optical sensor fibre, - a pump laser, and - a Stokes laser, wherein the pump laser is arranged at one end of the at least one optical sensor fibre and the Stokes laser is arranged at an opposite end of the at least one optical sensor fibre, and wherein the analysis unit is designed to determine the complex transfer function from the digital measuring signal and the digital reference signal, further comprising a first analogue-digital converter, which is connected to the digital measuring signal input and is designed to convert an analogue measuring signal (u St) into a digital measuring signal, and/or a second analogue-digital converter, which is connected to the digital reference signal input and is designed to convert an analogue reference signal (u Ref) into a digital measuring signal, wherein a data buffer is provided between the first analogue-digital converter and the digital measuring signal input and/or between the second analogue-digital converter and the digital reference signal input. - a digital measuring signal input for a digital measuring signal, - a digital reference signal input for a digital reference signal, and wherein the apparatus further comprises - at least one optical sensor fibre, - a pump laser, and - a Stokes laser,
A device for releasing a connecting layer of a carrier-wafer composite comprising a carrier and a wafer at a side edge of the connecting layer comprising - a receiving device for receiving the carrier-wafer composite on a receiving plane with an angle of inclination to the horizontal between 5° and 90°, - a releasing device for forming an immersion bath for receiving the carrier-wafer composite with a working chamber, in which at least one peripheral sector of the side edge can be received in a release position of the carrier-wafer composite and - a rotation device (5, 5w) for rotating the carrier-wafer composite in the release position. - a receiving device for receiving the carrier-wafer composite on a receiving plane with an angle of inclination to the horizontal between 5° and 90°, - a releasing device for forming an immersion bath for receiving the carrier-wafer composite with a working chamber, in which at least one peripheral sector of the side edge can be received in a release position of the carrier-wafer composite and - a rotation device (5, 5w) for rotating the carrier-wafer composite in the release position.
An agricultural system for monitoring throughput of a feeder configured for use with a harvester performing a harvesting operation within a field, the agricultural system comprising a feeder housing and a feed assembly supported within the feeder housing, the feed assembly configured to direct a first flow of harvested materials and a second flow of harvested materials through the feeder, the agricultural system comprising: a first sensor configured to generate first data indicative of the first flow of harvested materials through a first lateral section of the feeder; a second sensor configured to generate second data indicative of the second flow of harvested materials through a second lateral section of the feeder, the second lateral section of the feeder being at least partially separate from the first lateral section of the feeder; and a computing system communicatively coupled to the first sensor and the second sensor, the computing system being configured to: receive the first data and the second data; and characterized in that the computing system determines whether the harvester is on-row based at least in part on the first data and the second data; the computing system being configured to determine whether the harvester is on-row based at least in part on a comparison of the first flow of harvested materials through the first lateral section with the second flow of harvested materials through the second lateral section determined based at least in part on the first data and the second data. a first sensor configured to generate first data indicative of the first flow of harvested materials through a first lateral section of the feeder; a second sensor configured to generate second data indicative of the second flow of harvested materials through a second lateral section of the feeder, the second lateral section of the feeder being at least partially separate from the first lateral section of the feeder; and a computing system communicatively coupled to the first sensor and the second sensor, the computing system being configured to: receive the first data and the second data; and characterized in that the computing system determines whether the harvester is on-row based at least in part on the first data and the second data; the computing system being configured to determine whether the harvester is on-row based at least in part on a comparison of the first flow of harvested materials through the first lateral section with the second flow of harvested materials through the second lateral section determined based at least in part on the first data and the second data.
Method for optimising the thickness adjustment of an adhesive binder with the following steps: a) Determining the thickness of a book block b) Inputting the thickness of the book block into a control unit of the adhesive binder c) Automatically roughly adjusting of components and stations (1010, 1020, 1030, 1040, 2, 160) of the adhesive binder based on the input of the thickness of the book block d) Feeding a first book block into the adhesive binder, at least partly processing the book block in the stations and forwarding to a cover pressing station e) Measuring the thickness of the book block with a measuring device (22, 23, 53) integrated into the cover pressing station f) Transferring the at least one measured value for the thickness to the control unit g) Automatically correcting the adjustment values of components and stations of the adhesive binder taking into consideration the thickness measured. a) Determining the thickness of a book block b) Inputting the thickness of the book block into a control unit of the adhesive binder c) Automatically roughly adjusting of components and stations (1010, 1020, 1030, 1040, 2, 160) of the adhesive binder based on the input of the thickness of the book block d) Feeding a first book block into the adhesive binder, at least partly processing the book block in the stations and forwarding to a cover pressing station e) Measuring the thickness of the book block with a measuring device (22, 23, 53) integrated into the cover pressing station f) Transferring the at least one measured value for the thickness to the control unit g) Automatically correcting the adjustment values of components and stations of the adhesive binder taking into consideration the thickness measured.
Holding device arranged to hold a plant along a wire including a first arm and a second arm disposed facing each other and connected to each other at one of their ends by a hinge allowing to move said arms between an "open" position in which the holding device is such that the free ends of its first and second arms (4,5) are distant and a "closed" position in which said free ends cooperate, and vice versa, the free ends of its first and second arms (4,5) being provided respectively with closing means and complementary closing means for holding the holding device in the "closed" position, said holding device being characterised in that the hinge tends to bring the holding device back to its "open" position, in that the closing means comprise at least one orifice, an inclined ramp and in that the complementary closing means comprise a hook capable of cooperating with said orifice, said inclined ramp being used to guide said hook to position it above said orifice.