mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a corrected depth map by an electronic device, comprising: obtaining (202, 702) a first depth map, wherein the first depth map comprises first depth information of a first portion of a scene sampled by a depth sensor at a first sampling; obtaining (204, 704) a second depth map, wherein the second depth map comprises second depth information of a second portion of the scene sampled by the depth sensor at a second sampling; obtaining (206,706) displacement information indicative of a displacement of the depth sensor between the first sampling and the second sampling; transforming the first depth map based on the displacement information to produce a transformed depth map; detecting erroneous depth information by comparing one or more depths of the second depth map with one or more depths of the transformed depth map; and generating (208, 712) a corrected depth map by correcting the erroneous depth information of the second depth map based on the transformed depth map. obtaining (202, 702) a first depth map, wherein the first depth map comprises first depth information of a first portion of a scene sampled by a depth sensor at a first sampling; obtaining (204, 704) a second depth map, wherein the second depth map comprises second depth information of a second portion of the scene sampled by the depth sensor at a second sampling; obtaining (206,706) displacement information indicative of a displacement of the depth sensor between the first sampling and the second sampling; transforming the first depth map based on the displacement information to produce a transformed depth map; detecting erroneous depth information by comparing one or more depths of the second depth map with one or more depths of the transformed depth map; and generating (208, 712) a corrected depth map by correcting the erroneous depth information of the second depth map based on the transformed depth map.
A transmission method for transmitting measurements taken by a fluid meter during successive measurement periods, each subdivided into successive time intervals, the measurements comprising first measurements, each representative of a quantity of fluid distributed during a respective one of the time intervals, the transmission method comprising, for each measurement period, the step of producing and then transmitting at least one measurement frame (1; 10) such that: • when the number of first measurements that are equal to zero is strictly less than a predetermined number during said measurement period, then the measurement frame is a normal measurement frame comprising normal first measurement data comprising all of the first measurements of said measurement period; • otherwise the measurement frame is a compact measurement frame that, when there is at least one first measurement that is not equal to zero, comprises: o preliminary data comprising identification data for identifying active time intervals of said measurement period, which active time intervals are associated with respective non-zero first measurements; o compact first measurement data comprising only said non-zero first measurements ordered in a predefined order. • when the number of first measurements that are equal to zero is strictly less than a predetermined number during said measurement period, then the measurement frame is a normal measurement frame comprising normal first measurement data comprising all of the first measurements of said measurement period; • otherwise the measurement frame is a compact measurement frame that, when there is at least one first measurement that is not equal to zero, comprises: o preliminary data comprising identification data for identifying active time intervals of said measurement period, which active time intervals are associated with respective non-zero first measurements; o compact first measurement data comprising only said non-zero first measurements ordered in a predefined order. o preliminary data comprising identification data for identifying active time intervals of said measurement period, which active time intervals are associated with respective non-zero first measurements; o compact first measurement data comprising only said non-zero first measurements ordered in a predefined order.
Method for prestressing existing or newly constructed concrete structures and components by means of at least one profile with a surface structure, namely a ribbed or otherwise structured surface or with a surface in the form of a thread, wherein this profile with its surface structure consists of a shape memory alloy on a steel base with a polymorphic and polycrystalline structure, so that the SMA profile can be brought from its state as martensite to its permanent state as austenite by increasing its temperature, wherein it is placed or embedded in the concrete of the new structure or component to be constructed or in concrete or mortar applied to the existing structure or component in such a way that the SMA profile is brought from its state as martensite to its permanent state as austenite by increasing its temperature, embedded in such a way that the SMA profile generates a contraction force and thus a tensile stress as a result of a subsequent active and controlled application of heat with heating means and correspondingly generates a prestress on the concrete or the cement-bound mortar, whereby the force is introduced into the concrete or the mortar via the surface structure of the SMA profile.
A flooring for a cargo space of a freight transport vehicle or a freight transport unit of a freight transport vehicle, which flooring is fastened to a chassis of the freight transport vehicle or to a chassis of the freight transport unit of a freight transport vehicle, wherein the flooring comprises at least one plywood board (10, 19, 20, 21, 19', 20', 21') formed of plywood comprising a number of veneer layers stacked on top of the other and glued together with an adhesive, veneer layer being formed of veneer(s) in the same vertical position in the thickness direction of the plywood, the number of the veneer layers in the plywood being 12 to 44, the plywood having a top veneer layer and a bottom veneer layer and a first principal strength direction and a second principal strength direction, strength of the plywood being higher in the first principal strength direction than in the second principal strength direction, and in which plywood 25 to 38.4% of the veneer layers are laid such that a grain direction of the veneer(s) in the veneer layers is perpendicular to the first principal strength direction of the plywood and the grain direction of the veneer(s) in at least one veneer layer among three topmost veneer layers or among three bottom veneer layers is crosswise to the grain direction of the veneer(s) in at least one other veneer layer among the three topmost or three bottom veneer layers characterized in that each veneer layer of the plywood comprises one or more veneers, wherein a veneer is a sheet of wood material rotary-cut off a log, each single veneer has the same strength or stiffness as the other veneers, a top surface of the plywood is coated by phenol resin or polyphenol, the grain direction of the veneer(s) in the top veneer layer and the bottom veneer layer is perpendicular to the first principal strength direction of the plywood, and the grain direction of the veneer(s) in group of veneer layers including two to five veneer layers adjacent to at least one of the topmost veneer layer having the grain direction perpendicular to the first principal strength direction of the plywood and the bottom veneer layer having the grain direction perpendicular to the first principal strength direction of the plywood is crosswise to the grain direction of the topmost veneer layer and the bottom veneer layer having the grain direction perpendicular to the first principal strength direction of the plywood.
An interferometric distance measuring arrangement for measuring surfaces, in particular according to the principle of optical coherence tomography, comprising at least - a tunable laser having a coherence length for generating measurement radiation modulated with a wavelength ramp, wherein the coherence length of the laser defines the measurement range, - an optical beam path having ∘ a transmitting optical unit for emitting the measurement radiation onto the surface, ∘ a receiving optical unit for receiving the measurement radiation backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, - a radiation detector and an evaluation unit for determining the distance from a reference point of the distance measuring arrangement to the surface, characterized by n ≥ 2 channels for the parallel emission of measurement radiation, which are allocated, by at least one beam splitter (13, 20, 20''), in each case a different subrange of the wavelength ramp for a given emission instant. - a tunable laser having a coherence length for generating measurement radiation modulated with a wavelength ramp, wherein the coherence length of the laser defines the measurement range, - an optical beam path having ∘ a transmitting optical unit for emitting the measurement radiation onto the surface, ∘ a receiving optical unit for receiving the measurement radiation backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, ∘ a transmitting optical unit for emitting the measurement radiation onto the surface, ∘ a receiving optical unit for receiving the measurement radiation backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, - a radiation detector and an evaluation unit for determining the distance from a reference point of the distance measuring arrangement to the surface,
A method for configuring a DHCP client, comprising in response to a detection of a transition to Bound state of the DHCP client, storing network address and at least one of configuration parameters of the DHCP client, which is allocated by a DHCP server; and when the DHCP server is unreachable, in response to transition to Selecting state, restoring the DHCP client with stored network address and stored at least one of configuration parameters without changing the Selecting state of the DHCP client.
Battery storage for a redox flow battery with at least one cavity, - wherein an electrolyte is stored in the cavity, - wherein the electrolyte is in fluid communication with at least one redox flow cell, and - wherein the cavity is a cavern, characterized in that - a utility gas is stored in the region of the cavern roof and is in fluid connection with an above-ground gas infrastructure, and - the electrolyte is stored at the bottom of the cavern. - wherein an electrolyte is stored in the cavity, - wherein the electrolyte is in fluid communication with at least one redox flow cell, and - wherein the cavity is a cavern, characterized in that - a utility gas is stored in the region of the cavern roof and is in fluid connection with an above-ground gas infrastructure, and - the electrolyte is stored at the bottom of the cavern.
Escalator having a plurality of movable step segments which, lined up in a row, each run on four wheels (2a, 2b) which are mounted at the four corners of each step segment, wherein the tread of each step segment is horizontal during transport towards the front and drops obliquely during reverse transport towards the rear, characterized - in that each step segment is formed by a rectangular step plate of constant height, at the four corners of which a wheel (2a, 2b) is respectively mounted, - in that in the transport area on the front side of the escalator, the front two wheels of each step segment are transported by two circulating transport chains, - in that the rear two wheels of each step segment run on two inclined first tracks without being fixed to transport chains, and - in that in the reverse transport area on the rear side, with the tread lying at an angle, the step segments are transported back by the two circulating transport chains on two inclined, rear, second tracks. - in that each step segment is formed by a rectangular step plate of constant height, at the four corners of which a wheel (2a, 2b) is respectively mounted, - in that in the transport area on the front side of the escalator, the front two wheels of each step segment are transported by two circulating transport chains, - in that the rear two wheels of each step segment run on two inclined first tracks without being fixed to transport chains, and - in that in the reverse transport area on the rear side, with the tread lying at an angle, the step segments are transported back by the two circulating transport chains on two inclined, rear, second tracks.
A method of printing a three-dimensional article comprising: selectively depositing layers of a first ink in a fluid state onto a substrate; and selectively depositing layers of a second ink in a fluid state onto a substrate, wherein the first ink comprises a thiol monomer; and wherein the second ink comprises an ene monomer and wherein the second ink further comprises a (meth)acrylate monomer that differs from the ene monomer of the second ink, and the method further comprises curing the (meth)acrylate monomer with UV light; and wherein the thiol monomer and the ene monomer are not combined prior to printing; and wherein an ink does not comprise both a thiol species and also an ethylenically unsaturated species, polymerizing the ethylenically unsaturated moieties of the additional (meth)acrylate monomer to form a poly(meth)acrylate; thermally curing the thiol monomer of the first ink and the ene monomer of the second ink, comprising reacting the thiol monomer with the ene monomer to form a poly(thiol-ene); and forming an interpenetrating polymer network by the poly(meth)acrylate and poly(thiol-ene). selectively depositing layers of a first ink in a fluid state onto a substrate; and selectively depositing layers of a second ink in a fluid state onto a substrate, wherein the first ink comprises a thiol monomer; and wherein the second ink comprises an ene monomer and wherein the second ink further comprises a (meth)acrylate monomer that differs from the ene monomer of the second ink, and the method further comprises curing the (meth)acrylate monomer with UV light; and wherein the thiol monomer and the ene monomer are not combined prior to printing; and wherein an ink does not comprise both a thiol species and also an ethylenically unsaturated species, wherein the first ink comprises a thiol monomer; and wherein the second ink comprises an ene monomer and wherein the second ink further comprises a (meth)acrylate monomer that differs from the ene monomer of the second ink, and the method further comprises curing the (meth)acrylate monomer with UV light; and wherein the thiol monomer and the ene monomer are not combined prior to printing; and wherein an ink does not comprise both a thiol species and also an ethylenically unsaturated species, polymerizing the ethylenically unsaturated moieties of the additional (meth)acrylate monomer to form a poly(meth)acrylate; thermally curing the thiol monomer of the first ink and the ene monomer of the second ink, comprising reacting the thiol monomer with the ene monomer to form a poly(thiol-ene); and forming an interpenetrating polymer network by the poly(meth)acrylate and poly(thiol-ene).
A clip member for an interface assembly, the clip member comprising: an opening defined by a peripheral surface at a proximal end; a retention structure formed at the proximal end, the retention structure comprising a plurality of posts spaced about the peripheral surface, at least one proximal surface of the retention structure comprising ends of the plurality of posts, the plurality of posts extending away from a distal end of the clip member and defining a plurality of slots; and a ring that encircles an outside of a distal end of the plurality of posts, wherein the retention structure is configured to allow secure overmoulding of a separate seal member onto the clip member, wherein the distal end of the clip member is configured to mount to and be removed from a frame, the distal end of the clip member comprising a distal surface that is adapted to seal against a surface of the frame, and wherein the clip member tapers from a larger footprint at the proximal end to a smaller footprint distal thereto. an opening defined by a peripheral surface at a proximal end; a retention structure formed at the proximal end, the retention structure comprising a plurality of posts spaced about the peripheral surface, at least one proximal surface of the retention structure comprising ends of the plurality of posts, the plurality of posts extending away from a distal end of the clip member and defining a plurality of slots; and a ring that encircles an outside of a distal end of the plurality of posts, wherein the retention structure is configured to allow secure overmoulding of a separate seal member onto the clip member, wherein the distal end of the clip member is configured to mount to and be removed from a frame, the distal end of the clip member comprising a distal surface that is adapted to seal against a surface of the frame, and wherein the clip member tapers from a larger footprint at the proximal end to a smaller footprint distal thereto.
A method for configuring a memory device of a memory system, the memory device comprising a plurality of logical units, LUNs, the method comprising: executing a first command that configures the entire memory device, including each of the plurality of LUNs of the memory device, to a particular mode, wherein the first command is executed while the memory device is in a ready state and without a data transfer phase, wherein the particular mode defines a number of bits stored per memory cell during write operations, and wherein the first command is received from a host that includes a processor and is coupled to a controller of the memory system via a physical host interface; and executing a second command to perform a first operation on a particular LUN of the plurality of LUNs while the memory device is in the particular mode, wherein the second command indicates the particular LUN. executing a first command that configures the entire memory device, including each of the plurality of LUNs of the memory device, to a particular mode, wherein the first command is executed while the memory device is in a ready state and without a data transfer phase, wherein the particular mode defines a number of bits stored per memory cell during write operations, and wherein the first command is received from a host that includes a processor and is coupled to a controller of the memory system via a physical host interface; and executing a second command to perform a first operation on a particular LUN of the plurality of LUNs while the memory device is in the particular mode, wherein the second command indicates the particular LUN.
A method of fabrication of a wristband of a watch or piece of jewellery, involving the steps of: - providing a first synthetic material, - providing an extrusion line with a die plate for making an extrudate from the first material, characterised in that it involves the following steps: - providing one or more additional materials distinguished in their properties from the first material - providing a die plate having a first zone defining a profile allowing for the fabrication of an extrudate having a hollow tubular profile at least at one of its ends the die plate being arranged to produce an extrudate having a width corresponding to the length of one or two strands of the wristband, and in that - said die plate furthermore has a second zone allowing the defining of particular profiles selected from among a flat profile, a curved profile, and a profile with projecting zones. - in that one or more of the additional materials is a reinforcing element integrated during the extrusion through the die plate. - in that the reinforcing element is a tube integrated at the core of the die plate and coated with the first material in order to fabricate a wristband and - in that the reinforcing element is integrated at one or both lateral ends of the die plate so that the reinforcing element extends perpendicularly to the longitudinal direction of the wristband. - providing a first synthetic material, - providing an extrusion line with a die plate for making an extrudate from the first material, - providing one or more additional materials distinguished in their properties from the first material - providing a die plate having a first zone defining a profile allowing for the fabrication of an extrudate having a hollow tubular profile at least at one of its ends the die plate being arranged to produce an extrudate having a width corresponding to the length of one or two strands of the wristband, and in that - said die plate furthermore has a second zone allowing the defining of particular profiles selected from among a flat profile, a curved profile, and a profile with projecting zones. - in that one or more of the additional materials is a reinforcing element integrated during the extrusion through the die plate. - in that the reinforcing element is a tube integrated at the core of the die plate and coated with the first material in order to fabricate a wristband and - in that the reinforcing element is integrated at one or both lateral ends of the die plate so that the reinforcing element extends perpendicularly to the longitudinal direction of the wristband.
A burner control system for controlling the operation of a fuel burner arranged to burn a combination of a supply of fuel and a supply of air, wherein the burner control system is arranged to: receive from an exhaust gas analyser one or more signals, each signal being indicative of the level of an exhaust gas emitted by the fuel burner; receive from a photodetector a signal indicative of a level of electromagnetic radiation output by the flame of the fuel burner, wherein the signal received from the photodetector is a single value indicative of a total level of electromagnetic radiation output by the flame; determine a level of oxygen emitted by the fuel burner from the signal received from the photodetector; and control at least one of the supply of fuel and the supply of air to the burner based on the one or more signals received from the exhaust gas analyser and the signal received from the photodetector. receive from an exhaust gas analyser one or more signals, each signal being indicative of the level of an exhaust gas emitted by the fuel burner; receive from a photodetector a signal indicative of a level of electromagnetic radiation output by the flame of the fuel burner, wherein the signal received from the photodetector is a single value indicative of a total level of electromagnetic radiation output by the flame; determine a level of oxygen emitted by the fuel burner from the signal received from the photodetector; and control at least one of the supply of fuel and the supply of air to the burner based on the one or more signals received from the exhaust gas analyser and the signal received from the photodetector.