mhurhangee/ep-ind-claims huggingface dataset:
A device for delivering an oral care agent, wherein the device is sized to fit over a plurality of teeth in an upper or lower dental arch in a subject, comprising: a permanently deformable backing layer; an anchor layer comprising an open-cell foam having a first side and a second side opposite said first side, the first side in contact with the backing layer; the backing layer penetrating into spaces between the cells of the first side of the open-cell foam of the anchor layer; and an oral care layer comprising at least one oral care agent and at least one hydrophilic polymer, wherein the oral care layer is in contact with the second side of the anchor layer and forms an adhesive bond thereto, and wherein the oral care layer fills only surface depressions in the anchor layer, but does not appreciably penetrate below the surface of the anchor layer and has an adhesiveness when hydrated relative to the surface of the teeth of the wearer that is sufficient to form an adhesive bond between the oral care layer and the wearer's teeth when placed thereon, the strength of the adhesive bond being less than the strength of the adhesive bond between the oral care layer and anchor layer. a permanently deformable backing layer; an anchor layer comprising an open-cell foam having a first side and a second side opposite said first side, the first side in contact with the backing layer; the backing layer penetrating into spaces between the cells of the first side of the open-cell foam of the anchor layer; and an oral care layer comprising at least one oral care agent and at least one hydrophilic polymer, wherein the oral care layer is in contact with the second side of the anchor layer and forms an adhesive bond thereto, and wherein the oral care layer fills only surface depressions in the anchor layer, but does not appreciably penetrate below the surface of the anchor layer and has an adhesiveness when hydrated relative to the surface of the teeth of the wearer that is sufficient to form an adhesive bond between the oral care layer and the wearer's teeth when placed thereon, the strength of the adhesive bond being less than the strength of the adhesive bond between the oral care layer and anchor layer.
A submerged burner for a furnace for the melting of glass or of rock, said burner being, at least partially and preferably completely, formed of an alloy exhibiting the following composition, as percentage by weight of the alloy: - Cr 15% to 25% - Ni 8% to 20% - Mo less than 5% - Mn less than 3%, preferably less than 2% - Si less than 2%, preferably less than 1% - N less than 0.2%, preferably less than 0.1% - P less than 0.1%, preferably less than 0.05% - S less than 0.05%, the remainder being formed of iron, carbon and unavoidable impurities, said alloy being characterized in that it also comprises at least one element chosen from the group consisting of niobium and titanium, in that the Cr/C ratio by weight in said alloy is between 250 and 830, limits included, and in that the (2Ti+Nb)/C ratio by weight in said alloy is between 5 and 65, limits included, and in that the alloy comprises between 60 and 75% by weight of iron.
A self-propelling road milling machine, particularly a cold-milling machine, comprising - a machine frame, - a track assembly carrying the machine frame via lifting columns (12,13), - a milling roller supported on the machine frame for treatment of a ground or traffic surface, - height-adjustable side plates for edge protection, arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the moving direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller, and - a control means for controlling the milling depth of the milling roller, characterized in that at least one first sensor means is resting on the ground or traffic surface to be treated, and a second sensor means is adapted to be lowered onto the surface of the milling track, at least one measuring means detecting the displacement of the first sensor means relative to the second sensor means or respectively the displacement of the first and the second sensor means relative to the machine frame, the control means obtaining the current milling depth of the milling roller from the measurement values of the at least one measuring means. - a machine frame, - a track assembly carrying the machine frame via lifting columns (12,13), - a milling roller supported on the machine frame for treatment of a ground or traffic surface, - height-adjustable side plates for edge protection, arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the moving direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller, and - a control means for controlling the milling depth of the milling roller,
Machine tool for machining workpieces in accordance with a CNC machining programme complex by way of actions of at least one machining unit, comprising a machine control determining control commands for actions of the at least one machining unit with a control programme processing CNC sets of the CNC machining programme complex and controlling a drive of the at least one machining unit with these control commands via a drive control, characterized in that an operator support system is arranged on the machine tool in addition to the machine control, that the operator support system operates completely separately and independently of the machine control, that the operator support system is connected to a company internal data network, machining and/or workpiece information on the machine tool being accessible via said data network, that data is interchangeable between the operator support system and the machine control via an interface and that the operator support system has a visualization unit for displaying the machining and/or workpiece information.
A spray gun reservoir component comprising: a liquid outlet comprising a spout; a first connector format radially spaced outside of the spout, the first connector format comprising: a face revolving around the spout along a rotational direction, the face comprising a first section circumferentially extending in the rotational direction along a first flat segment and a first ramped segment to a second undercut, wherein the first section circumferentially extends from a first undercut to the second undercut. a liquid outlet comprising a spout; a first connector format radially spaced outside of the spout, the first connector format comprising: a face revolving around the spout along a rotational direction, the face comprising a first section circumferentially extending in the rotational direction along a first flat segment and a first ramped segment to a second undercut, wherein the first section circumferentially extends from a first undercut to the second undercut.
Binding screw for a wire connection assembly, such as a spliced connector or a lug, especially for connecting flexible aluminum wires, comprising along a central axis C of the binding screw a driving section, a threaded section, and a contact section for establishing electrical contact with a stranded wire, wherein the contact section has a tapered penetration portion, wherein a length of the tapered penetration portion is at least as large as 3⁄4 of a diameter of the binding screw in the threaded section, characterized in that the tapered penetration portion has a first conical section with an angle α between a surface line of the conical section and the central axis C being less than 30°, and a second conical section which is arranged between the first conical section and the threaded section.
A method for operating a forage harvester with a propulsion unit for propelling the forage harvester, a harvester front attachment for harvesting harvested crop on a field, a conveying assembly for conveying the harvested crop, a chopping assembly to which the harvested crop is conveyed from the conveying assembly and which chops the harvested crop to a cut length, a supply unit for supplying power to the propulsion unit, the conveying assembly and the chopping assembly, and a driver assistance system for controlling and optionally regulating the propulsion unit and the conveying assembly, wherein, upon a change command to change the cut length of the harvested crop, the driver assistance system changes the ground speed of the forage harvester and the conveying speed of the conveying assembly in accordance with a change command-specific cut length change strategy, characterized in that upon a change command to change the cut length of the harvested crop in accordance with the cut length change strategy, the driver assistance system starts by changing the ground speed of the forage harvester before it changes the conveying speed of the conveying assembly.
Process of preparation of a chewing candy comprising allulose and soluble dietary fibers, comprising: - seeding a 40/60 to 60/40 ratio by weight of allulose and soluble dietary fiber blended in a mixer or a puller with 10 to 25 % by weight of the total dry weight of the candy of crystalline allulose particles having a mean size below 100 μm, determined by means of a laser diffraction analyzer as identified in the description and - mixing at a temperature between 20 to 45°C, preferably at 35 °C, during 10 minutes to 30 minutes - seeding a 40/60 to 60/40 ratio by weight of allulose and soluble dietary fiber blended in a mixer or a puller with 10 to 25 % by weight of the total dry weight of the candy of crystalline allulose particles having a mean size below 100 μm, determined by means of a laser diffraction analyzer as identified in the description and - mixing at a temperature between 20 to 45°C, preferably at 35 °C, during 10 minutes to 30 minutes
A method for outputting image data from an image sensor, the image sensor being configured to capture an image by using a plurality of imaging elements arranged in a two-dimensional manner on X-Y orthogonal coordinate axes, the image sensor is divided in an X axis direction into block element groups each having the same number of imaging elements, the image sensor being configured to collect a fixed number of pixel data obtained by the respective imaging elements into a data block, and to output the pixel data of the imaging elements in data blocks each including the pixel data of one block element group of imaging elements, the method comprises the steps of: an imaging step of performing imaging with the image sensor, and obtaining pixel data from the respective imaging elements a interest region setting step of setting an interest region being an image region smaller than the entire image set by a start point boundary value and end point boundary value in the X axis direction; a region extension step of extending the interest region when the start point boundary value and the end point boundary value in the X axis direction of the interest region do not match the boundaries of the block element groups, the region extension step extends the interest region by extension ranges (Exs, Exe) in the X axis direction so as to set an extended interest region which matches the boundaries of the block element group; the imaging step obtains the pixel data from the respective imaging elements in the extended interest region; an output step of outputting only the data blocks included in the extended interest region from the image sensor; and an extension range erasing step of erasing pixel data of the extension ranges (Exs, Exe) from the output data blocks so as to obtain an image of the interest region. an imaging step of performing imaging with the image sensor, and obtaining pixel data from the respective imaging elements a interest region setting step of setting an interest region being an image region smaller than the entire image set by a start point boundary value and end point boundary value in the X axis direction; a region extension step of extending the interest region when the start point boundary value and the end point boundary value in the X axis direction of the interest region do not match the boundaries of the block element groups, the region extension step extends the interest region by extension ranges (Exs, Exe) in the X axis direction so as to set an extended interest region which matches the boundaries of the block element group; the imaging step obtains the pixel data from the respective imaging elements in the extended interest region; an output step of outputting only the data blocks included in the extended interest region from the image sensor; and an extension range erasing step of erasing pixel data of the extension ranges (Exs, Exe) from the output data blocks so as to obtain an image of the interest region.
A display substrate, comprising: a base substrate, on which a plurality of pixel units are formed by partition, each of the pixel units including an active display region and a peripheral region located on the periphery of the active display region; an alignment film, disposed on the base substrate, and located at the active display region and the peripheral region of each of the pixel units, wherein the alignment film located at the peripheral region is configured not to cause aligned liquid crystal molecules to deflect during operation, and the alignment film located at the active display region is configured to cause the aligned liquid crystal molecules to deflect during operation, wherein the peripheral region includes a first peripheral region located at a first edge of each of the pixel units that extends along a first direction and a second peripheral region located at a second edge of each of the pixel units that extends along a second direction, the first direction and the second direction cross each other, an alignment direction of the alignment film located at the first peripheral region is a first alignment direction perpendicular to the first edge, and an alignment direction of the alignment film located at the second peripheral region is a second alignment direction perpendicular to the second edge, characterized in that the first alignment direction is perpendicular to the second alignment direction. a base substrate, on which a plurality of pixel units are formed by partition, each of the pixel units including an active display region and a peripheral region located on the periphery of the active display region; an alignment film, disposed on the base substrate, and located at the active display region and the peripheral region of each of the pixel units, wherein the alignment film located at the peripheral region is configured not to cause aligned liquid crystal molecules to deflect during operation, and the alignment film located at the active display region is configured to cause the aligned liquid crystal molecules to deflect during operation, wherein the peripheral region includes a first peripheral region located at a first edge of each of the pixel units that extends along a first direction and a second peripheral region located at a second edge of each of the pixel units that extends along a second direction, the first direction and the second direction cross each other, an alignment direction of the alignment film located at the first peripheral region is a first alignment direction perpendicular to the first edge, and an alignment direction of the alignment film located at the second peripheral region is a second alignment direction perpendicular to the second edge, characterized in that the first alignment direction is perpendicular to the second alignment direction.
A method comprising: determining one or more requests for a reception of one or more data items at a device; causing, at least in part, a time delay in the reception of the one or more data items, wherein a duration of the time delay is determined based, at least in part, on the type of the one or more data items, source of the one or more data items or destination of the one or more data items; determining to monitor during the time delay for one or more user inputs specifying at least one operation to delay or pause the reception of the one or more data items; and causing, at least in part, an initiation of the at least one operation to delay or pause the reception of the one or more data items. determining one or more requests for a reception of one or more data items at a device; causing, at least in part, a time delay in the reception of the one or more data items, wherein a duration of the time delay is determined based, at least in part, on the type of the one or more data items, source of the one or more data items or destination of the one or more data items; determining to monitor during the time delay for one or more user inputs specifying at least one operation to delay or pause the reception of the one or more data items; and causing, at least in part, an initiation of the at least one operation to delay or pause the reception of the one or more data items.
Device designed for axially blocking an axial-symmetrical body through the application of a radial force; said device having a support of given angular extension, provided with a plurality of laminar bodies extending longitudinally in a given direction; wherein said device comprises at least one elongated member housed at least partially in a seat of said support that extends along an axis (A') parallel to said given direction; each said elongated member being housed in said respective seat (32, 32') rotatably around said axis (A'); whereby each said elongated member is rotoidally coupled to said support with radial clearance through a respective pin; characterized in that elastic centring means being associated with each said pin in order to allow each said elongated member to couple by friction in an angularly fixed manner to the corresponding said seat under the thrust of a radial force exceeding a minimum threshold value.
Device for fixating a rod on a bone, with a pedicle screw, with a tulip holding the pedicle screw, with a tightening screw, a rod clamp pivotable to the tightening screw, a pressing element (9, 9a), which is mounted opposite the rod clamp in the tulip, characterized in that the pressing element (9, 9a) has a jacket which tapers from its distal end face to its proximal end face, so that there is a radial clearance (9.6) between it and the inner wall of the tulip which enables a tilting of the pressing element (9, 9a) in the tulip relative to an axially centered position.
Method for containing a sample of a gaseous mixture flowing in a pipeline at a flow rate, for analysis of same by at least one analyser of which the operating conditions are not compatible with the physicochemical conditions of the gaseous mixture in the pipeline, the method comprising steps of: - collecting a representative sample of the gaseous mixture and particles contained therein in the pipeline, without cut-off or filtering, - diluting the collected sample with a dry dilution gas, in a first dilution chamber located in the pipeline, at a dilution temperature (T_dil) equal to or close to the temperature (T_prel) of the gaseous mixture in the pipeline during the collection step, - warming up the dilution gas via a heating chamber placed in the pipeline, and - conveying the collected and diluted sample out of the pipeline via an outlet pipe for analysis of same by said analyser. - collecting a representative sample of the gaseous mixture and particles contained therein in the pipeline, without cut-off or filtering, - diluting the collected sample with a dry dilution gas, in a first dilution chamber located in the pipeline, at a dilution temperature (T_dil) equal to or close to the temperature (T_prel) of the gaseous mixture in the pipeline during the collection step, - warming up the dilution gas via a heating chamber placed in the pipeline, and - conveying the collected and diluted sample out of the pipeline via an outlet pipe for analysis of same by said analyser.
A method of quantitatively evaluating a braze bonding length of a specimen by using radiation, characterized by comprising: fixing each of a plurality of partial specimens which are obtained by cutting the specimen in a plane perpendicular to a braze bonding length direction such that radiation is emitted to each of the partial specimens at an identical position; emitting radiation in the braze bonding length direction to each of the plurality of partial specimens; generating light of an amount corresponding to an intensity of transmissive radiation which is part of the emitted radiation, the part of the emitted radiation having passed through each of the partial specimens; photographing the light generated in accordance with the intensity of the transmissive radiation; calculating a braze bonding length of each of the partial specimens, from a light amount recognized from a photographed result obtained with respect to each of the partial specimens, based on a correlation between a braze bonding length and a light amount which is pre-acquired; and calculating the braze bonding length of the specimen by totaling the calculated braze bonding lengths of the respective partial specimens. fixing each of a plurality of partial specimens which are obtained by cutting the specimen in a plane perpendicular to a braze bonding length direction such that radiation is emitted to each of the partial specimens at an identical position; emitting radiation in the braze bonding length direction to each of the plurality of partial specimens; generating light of an amount corresponding to an intensity of transmissive radiation which is part of the emitted radiation, the part of the emitted radiation having passed through each of the partial specimens; photographing the light generated in accordance with the intensity of the transmissive radiation; calculating a braze bonding length of each of the partial specimens, from a light amount recognized from a photographed result obtained with respect to each of the partial specimens, based on a correlation between a braze bonding length and a light amount which is pre-acquired; and calculating the braze bonding length of the specimen by totaling the calculated braze bonding lengths of the respective partial specimens.