mhurhangee/ep-ind-claims huggingface dataset:
A discharge-based photo ionisation gas detector for analysing a gas sample, comprising: a discharge zone, comprising: - a plasma chamber configured to receive a flow of a discharge gas therethrough, the plasma chamber having an outlet allowing optical radiation out of the discharge zone; - a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber so as to generate a plasma from said discharge gas; and an ionisation zone, comprising: - an ionisation region configured to receive a flow of the gas sample therethrough, the ionisation zone having an inlet allowing optical radiation from the discharge zone into said ionisation region; and - an ionisation-measuring mechanism configured to measure an ionisation current resulting from a photo ionisation of the gas sample in said ionisation region by said optical radiation characterized in that the discharge zone comprises a plasma-localizing mechanism distinct from the plasma-generating mechanism, configured to apply a plasma-localizing field across the plasma chamber and positioned such that the plasma-localizing field localizes the plasma within the plasma chamber in alignment with the outlet. a discharge zone, comprising: - a plasma chamber configured to receive a flow of a discharge gas therethrough, the plasma chamber having an outlet allowing optical radiation out of the discharge zone; - a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber so as to generate a plasma from said discharge gas; and - a plasma chamber configured to receive a flow of a discharge gas therethrough, the plasma chamber having an outlet allowing optical radiation out of the discharge zone; - a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber so as to generate a plasma from said discharge gas; and an ionisation zone, comprising: - an ionisation region configured to receive a flow of the gas sample therethrough, the ionisation zone having an inlet allowing optical radiation from the discharge zone into said ionisation region; and - an ionisation-measuring mechanism configured to measure an ionisation current resulting from a photo ionisation of the gas sample in said ionisation region by said optical radiation - an ionisation region configured to receive a flow of the gas sample therethrough, the ionisation zone having an inlet allowing optical radiation from the discharge zone into said ionisation region; and - an ionisation-measuring mechanism configured to measure an ionisation current resulting from a photo ionisation of the gas sample in said ionisation region by said optical radiation
A method for producing a working model for dental use from a digitised impression, wherein -- a digital data record is created by means of an intraoral scanner to produce a model of an existing row of teeth comprising a tooth stump that is to be provided with a tooth crown, -- the digital data relating to the tooth stump are separated from the data relating to the row of teeth comprising the other teeth, -- a real model of the row of teeth comprising the other teeth without the tooth stump is created by way of 3D printing on the basis of the digital data, -- the tooth stump is firstly placed virtually on a cone on the basis of the digital data relating to said tooth stump, -- a real model of the tooth stump placed on the cone is created by way of 3D printing on the basis of the digital data and is complementary, in the region of the extracted tooth stump, to the real model of the row of teeth comprising the other teeth, -- the real model of the tooth stump is fitted by means of the cone into the real model of the row of teeth comprising the other teeth, characterised in that, to prevent rotation of the cone on which the model of the tooth stump is situated, a lateral cut-out is made on the cone in a corresponding conical recess in the model of the row of teeth to provide protection against rotation, which cut-out corresponds to a corresponding raised region in the conical recess of the model of the row of teeth, said raised region fitting in the cut-out in engagement therewith. -- a digital data record is created by means of an intraoral scanner to produce a model of an existing row of teeth comprising a tooth stump that is to be provided with a tooth crown, -- the digital data relating to the tooth stump are separated from the data relating to the row of teeth comprising the other teeth, -- a real model of the row of teeth comprising the other teeth without the tooth stump is created by way of 3D printing on the basis of the digital data, -- the tooth stump is firstly placed virtually on a cone on the basis of the digital data relating to said tooth stump, -- a real model of the tooth stump placed on the cone is created by way of 3D printing on the basis of the digital data and is complementary, in the region of the extracted tooth stump, to the real model of the row of teeth comprising the other teeth, -- the real model of the tooth stump is fitted by means of the cone into the real model of the row of teeth comprising the other teeth,
A steel strand comprising a steel core wire, said steel core wire surrounded by steel layer wires that are twisted around said steel core wire, said steel core wire covered with a corrosion resistant core coating provided by strip cladding or by metal extrusion, said steel layer wires covered with a corrosion resistant layer coating provided by a hot dip operation or by an electroplating or chemical plating process, said steel strand is compacted so that said steel layer wires have a non-circular cross-section, characterized in that, said corrosion resistant core coating has a higher coating thickness than said corrosion resistant layer coating, and said corrosion resistant core coating fills the interstices between the steel core wire and the steel layer wires. a steel core wire, said steel core wire surrounded by steel layer wires that are twisted around said steel core wire, said steel core wire covered with a corrosion resistant core coating provided by strip cladding or by metal extrusion, said steel layer wires covered with a corrosion resistant layer coating provided by a hot dip operation or by an electroplating or chemical plating process, said steel strand is compacted so that said steel layer wires have a non-circular cross-section, characterized in that, said corrosion resistant core coating has a higher coating thickness than said corrosion resistant layer coating, and said corrosion resistant core coating fills the interstices between the steel core wire and the steel layer wires.
Lighting and/or signalling device for a motor vehicle comprising at least one power LED light source and at least one other heat source, characterized in that it comprises a support part formed at least partially in an anisotropic graphite-based material supporting said power LED light source, said support part comprising a wall (1 01 B) separating the diode light source from said other heat source (1 42), said wall having a thermal resistance greater through its thickness than longitudinally and thus being able to serve as a thermal shield between said diode light source and said other heat source.
A horizontal module intended to immobilise handling pallets together which are assembled in vertical positions juxtaposed horizontally and superimposed vertically to form a framework of a wall, a pallet including: - at least three soles oriented along a length (Lp) of said pallet and determining an inner face of said pallet; - at least three crossmembers oriented along a width (Hp) of said pallet, perpendicular to the soles and maintained at a constant or substantially constant distance from said soles by dies (12a, 12b), with one die per sole; - edges bearing on the crossmembers, parallel to the soles, determining an outer face of said pallet; the pallets being assembled with the inner faces and the outer faces substantially vertical, said horizontal module being characterised in that it includes: - a plate, which is substantially rectangular parallelepiped including a first face and a second face parallel to said first face and spaced apart from one another by a plate thickness (Hpl), of length substantially equal to or greater than a pallet length (Lp) and of width (lmh) less than a pallet height (Ep); - at least two protrusions integral with the second face, each protrusion having a length (Apr) substantially equal to a distance between two neighbouring dies of the same sole of a pallet, and having a width (Bpr) substantially equal to a height comprised between an edge and a pallet sole; - a separation distance between two protrusions substantially equal to twice a dimension of a lateral die of a pallet, taken in the direction of the edges. - at least three soles oriented along a length (Lp) of said pallet and determining an inner face of said pallet; - at least three crossmembers oriented along a width (Hp) of said pallet, perpendicular to the soles and maintained at a constant or substantially constant distance from said soles by dies (12a, 12b), with one die per sole; - edges bearing on the crossmembers, parallel to the soles, determining an outer face of said pallet; - a plate, which is substantially rectangular parallelepiped including a first face and a second face parallel to said first face and spaced apart from one another by a plate thickness (Hpl), of length substantially equal to or greater than a pallet length (Lp) and of width (lmh) less than a pallet height (Ep); - at least two protrusions integral with the second face, each protrusion having a length (Apr) substantially equal to a distance between two neighbouring dies of the same sole of a pallet, and having a width (Bpr) substantially equal to a height comprised between an edge and a pallet sole; - a separation distance between two protrusions substantially equal to twice a dimension of a lateral die of a pallet, taken in the direction of the edges.
An apparatus for generating a vortex cavity in a rotating fluid, the apparatus comprising: a vessel comprising: a first spinner having a rotatable face surface rotatably mounted inside the vessel; a second spinner spaced from the first spinner and having a rotatable face surface rotatably mounted inside the vessel, the second spinner rotatable face surface being coaxial with and facing the first spinner rotatable face surface, a fluid circulating system comprising at least one fluid injection inlet in fluid communication with the inside of the vessel and at least one fluid draining outlet in fluid communication with the inside of the vessel such that a fluid can be injected into the vessel and drained out of the vessel in a manner that causes rotational flow of the fluid between the first and second spinners, wherein the fluid rotates with sufficient angular momentum to form a vortex cavity that extends between the first and second spinners, and wherein one end of the vortex cavity sits on the first spinner's rotatable face surface and an opposite end of the vortex cavity sits on the second spinner's rotatable face surface. a first spinner having a rotatable face surface rotatably mounted inside the vessel; a second spinner spaced from the first spinner and having a rotatable face surface rotatably mounted inside the vessel, the second spinner rotatable face surface being coaxial with and facing the first spinner rotatable face surface, a fluid circulating system comprising at least one fluid injection inlet in fluid communication with the inside of the vessel and at least one fluid draining outlet in fluid communication with the inside of the vessel such that a fluid can be injected into the vessel and drained out of the vessel in a manner that causes rotational flow of the fluid between the first and second spinners, wherein the fluid rotates with sufficient angular momentum to form a vortex cavity that extends between the first and second spinners, and wherein one end of the vortex cavity sits on the first spinner's rotatable face surface and an opposite end of the vortex cavity sits on the second spinner's rotatable face surface.
Mould for injecting thermoplastics, subjected to a pressure injection and subjected to a regulated closing pressure between two platforms, which is formed by an upper mould or lid, and a lower mould or base, characterised in that it is made of flexible vulcanised silicone, rubber or other elastomers, with a Shore A hardness between 30 and 90 and wherein, when the upper mould and the lower mould are facing each other and attached by means of fasteners or brackets, a distribution chamber for the melted thermoplastic material is generated which is supplied by a central, reinforced pass through opening on the upper mould, designed for the sealed coupling to the injection system, and a plurality of distribution channels exit from the chamber, which are connected to the cavities by means of feeders with the shape of the item that is to be manufactured, and wherein tiny conduits or slots emerge from each cavity, which are connected to the perimetral vacuum channel having a vacuum outlet pass through opening on the lower mould, designed for the sealed coupling to the vacuum system to ensure the vacuum.
A method for communicating with a device, the method comprising: transmitting information about a frequency hopping configuration to the device; and receiving an uplink signal frequency-hopped according to the frequency hopping configuration from the device, wherein the frequency hopping configuration is configured to frequency-hop the uplink signal according to a hopping pattern for hopping based on a hopping step and an additional mirroring hopping pattern, wherein the additional mirroring hopping is inserted between hopping patterns, to preserve a single carrier property for the uplink signal, characterised in that the frequency hopping is performed according to the following equations, m k = I ch, if k = 0 m k = m k − 1 + Δ F mod M, if 0 < k ≤ L − 1, mod k j ≠ 0 m k = M − m k − 1 − B mod M, if 0 < k ≤ L − 1, mod k j = 0 where k is the index of a time slot defined by a frequency hopping interval, L is the number of hopping intervals in a frequency hopping period, m k is the index of a channel in time slot k, I ch is the index of a channel for time slot 0, k=0, M is the total number of channels across which the frequency hopping is performed, B is the number of the plurality of bonded channels, j is the number of hopping intervals between additional mirroring hopping patterns, and Δ F is the frequency hopping step. transmitting information about a frequency hopping configuration to the device; and receiving an uplink signal frequency-hopped according to the frequency hopping configuration from the device, wherein the frequency hopping configuration is configured to frequency-hop the uplink signal according to a hopping pattern for hopping based on a hopping step and an additional mirroring hopping pattern, wherein the additional mirroring hopping is inserted between hopping patterns, to preserve a single carrier property for the uplink signal, characterised in that the frequency hopping is performed according to the following equations, m k = I ch, if k = 0 m k = m k − 1 + Δ F mod M, if 0 < k ≤ L − 1, mod k j ≠ 0 m k = M − m k − 1 − B mod M, if 0 < k ≤ L − 1, mod k j = 0
A method for cleaning ballast of a track-less section of a ballast bed of a track by means of a machine having crawler tracks spaced from one another in a longitudinal direction of the machine, characterized in that cleaned ballast is discharged in a first partial quantity in front of a first crawler track - with regard to a working direction - and graded to form a first ballast layer, and that a second partial quantity of cleaned ballast is discharged behind a second crawler track, following behind, and graded to form a second ballast layer.
A method using a mobile device for performing an action associated with a rendered advertisement, the method comprising: capturing an image of the rendered advertisement using an imaging component of the mobile device, wherein capturing an image of the rendered advertisement includes capturing text-based content from the advertisement; identifying the rendered advertisement based on information within the captured image, wherein identifying the rendered advertisement based on information within the captured image includes identifying the rendered advertisement using the text-based content and one or more visual attributes of the captured image, wherein identifying the rendered advertisement using the text-based content and one or more visual attributes of the captured image comprises selecting one or more images based upon the text-based content, and identifying the rendered advertisement from the selected one or more images based upon the one or more visual attributes of the captured image; identifying one or more performable actions associated with the rendered advertisement; performing the identified one or more actions using a display component of the mobile device. capturing an image of the rendered advertisement using an imaging component of the mobile device, wherein capturing an image of the rendered advertisement includes capturing text-based content from the advertisement; identifying the rendered advertisement based on information within the captured image, wherein identifying the rendered advertisement based on information within the captured image includes identifying the rendered advertisement using the text-based content and one or more visual attributes of the captured image, wherein identifying the rendered advertisement using the text-based content and one or more visual attributes of the captured image comprises selecting one or more images based upon the text-based content, and identifying the rendered advertisement from the selected one or more images based upon the one or more visual attributes of the captured image; identifying one or more performable actions associated with the rendered advertisement; performing the identified one or more actions using a display component of the mobile device.
An ultrasound diagnosis apparatus comprising: a probe configured to transmit ultrasound signals to an object and receive ultrasound echo signals reflected from the object; a display configured to display a state of contact between the object and the probe; and a processor configured to determine, based on the ultrasound echo signals, whether the probe is brought into contact with the object and the state of contact between the object and the probe, and to control the display to display an indicator indicating a result of the determining, wherein the probe is tiltable at a specific angle with respect to the object, characterised by a first indicator configured to indicate that tilting of the probe is about to start according to the result of the determining and a second indicator configured to indicate tilt information of the probe according to the state of contact between the object and the probe. a probe configured to transmit ultrasound signals to an object and receive ultrasound echo signals reflected from the object; a display configured to display a state of contact between the object and the probe; and a processor configured to determine, based on the ultrasound echo signals, whether the probe is brought into contact with the object and the state of contact between the object and the probe, and to control the display to display an indicator indicating a result of the determining, wherein the probe is tiltable at a specific angle with respect to the object, characterised by a first indicator configured to indicate that tilting of the probe is about to start according to the result of the determining and a second indicator configured to indicate tilt information of the probe according to the state of contact between the object and the probe.
A bullet comprising a retaining element and a penetrator, wherein the penetrator is received at least partially in a receiving opening, extending centrally relative to the bullet axis, of the retaining element, and has a penetrator front and a penetrator rear, and wherein the penetrator rear is formed in a cylindrical manner and the penetrator front is formed in a manner tapering conically toward the bullet axis starting from the penetrator rear in the direction of a penetrator tip, wherein the retaining element has a retaining element rear, a retaining element middle, and a retaining element front, wherein the retaining element front, the retaining element middle, and at least regionally also the retaining element rear are encased by a casing, characterized in that the length of the penetrator front is in a length ratio of about 1 to 1, preferably about 1 to 1.5, particularly preferably about 1 to 2.2, with respect to the length of the penetrator rear, and in that the casing encloses an air space with the retaining element rear in the region of the retaining element rear. wherein the penetrator is received at least partially in a receiving opening, extending centrally relative to the bullet axis, of the retaining element, and has a penetrator front and a penetrator rear, and wherein the penetrator rear is formed in a cylindrical manner and the penetrator front is formed in a manner tapering conically toward the bullet axis starting from the penetrator rear in the direction of a penetrator tip, wherein the retaining element has a retaining element rear, a retaining element middle, and a retaining element front, wherein the retaining element front, the retaining element middle, and at least regionally also the retaining element rear are encased by a casing, characterized in that the length of the penetrator front is in a length ratio of about 1 to 1, preferably about 1 to 1.5, particularly preferably about 1 to 2.2, with respect to the length of the penetrator rear, and in that the casing encloses an air space with the retaining element rear in the region of the retaining element rear.