mhurhangee/ep-ind-claims huggingface dataset:
Adjustable window sill substructure comprising a wedge shaped first portion associated with the window reveal and a cuboid second support portion for the window frame, wherein the first portion and the second portion have a common basis, and wherein the adjustable window sill structure is an insulating structure comprising at least one segment made from rigid insulation material and at least one segment made from water resistant hard construction material, characterized in that the first portion and the second portion are made of a rigid insulation material with only a C-shaped structure of the water resistant hard construction material covering the front side and the anterior upper side of the first portion and the interconnecting corner of the first and the second portion.
A method of manufacturing a spacer - graphene heat-spreader, in electronic power devices, especially in laser diodes, characterised in that it comprises the steps of: a) deposition on the radiator of the said electronic power device, and especially, on the semiconductor laser cooler a suspension consisting of graphene nanoplatelets in the amount of 3 wt.% to 20 wt.% in butylcarbitol acetate until a layer having a thickness of 20 μm to 200 μm, b) drying the obtained layer at room temperature in the air for a time of 10 to 20 minutes, c) drying the obtained layer in a tunnel dryer at a temperature of about 120°C for a time of 10 to 20 minutes. a) deposition on the radiator of the said electronic power device, and especially, on the semiconductor laser cooler a suspension consisting of graphene nanoplatelets in the amount of 3 wt.% to 20 wt.% in butylcarbitol acetate until a layer having a thickness of 20 μm to 200 μm, b) drying the obtained layer at room temperature in the air for a time of 10 to 20 minutes, c) drying the obtained layer in a tunnel dryer at a temperature of about 120°C for a time of 10 to 20 minutes.
Connection between a metal head bolt fastened to a wall or ceiling of a refractory lining and a reinforcing anchor consisting of a bent metal rod and extending into the refractory concrete of the refractory lining, wherein, at the connecting point, the reinforcing anchor engages around the head bolt underneath the bolt head in a U-shaped manner, characterized in that the connecting point is enclosed by a plastic cap which can be pushed on, which with a top surface covers the bolt head and which has, on the side situated opposite the top surface, an insertion gap through which the shank of the head bolt runs, and in that a connecting cap of plastic that can be pushed on lies in the interior space of the plastic cap, - which connecting cap encloses the U-shaped region of the reinforcing anchor in a U-shaped manner - with a push-on direction transverse to the longitudinal direction of the head bolt - and bears against the annular bottom side of the bolt head. - which connecting cap encloses the U-shaped region of the reinforcing anchor in a U-shaped manner - with a push-on direction transverse to the longitudinal direction of the head bolt - and bears against the annular bottom side of the bolt head.
A method of controlling a heating, ventilation, and air conditioning, HVAC, component in a building, the method comprising: arranging a physical identifier object, which is associated with the HVAC component, in a room of the building in an area with access to a wireless network and at a location distant and separated from the HVAC component; determining, by a circuit of a mobile communication device, identifier information from the physical identifier object; transmitting, by the circuit of the mobile communication device, the identifier information via the wireless network to a remote computer system; receiving, by the circuit of the mobile communication device, from the remote computer system via the wireless network HVAC component data linked to the identifier information; generating and rendering, by the circuit of the mobile communication device, on a display of the mobile communication device a component user interface of an HVAC virtual room unit for controlling the HVAC component, using the HVAC component data; receiving, by the circuit of the mobile communication device, from a user of the mobile communication device a user command for controlling the HVAC component via the component user interface; transmitting, by the circuit of the mobile communication device, the user command for the HVAC component via the wireless network to the remote computer system; and transmitting, by the remote computer system, to the HVAC component via a communication network a control command corresponding to the user command, for controlling the HVAC component. arranging a physical identifier object, which is associated with the HVAC component, in a room of the building in an area with access to a wireless network and at a location distant and separated from the HVAC component; determining, by a circuit of a mobile communication device, identifier information from the physical identifier object; transmitting, by the circuit of the mobile communication device, the identifier information via the wireless network to a remote computer system; receiving, by the circuit of the mobile communication device, from the remote computer system via the wireless network HVAC component data linked to the identifier information; generating and rendering, by the circuit of the mobile communication device, on a display of the mobile communication device a component user interface of an HVAC virtual room unit for controlling the HVAC component, using the HVAC component data; receiving, by the circuit of the mobile communication device, from a user of the mobile communication device a user command for controlling the HVAC component via the component user interface; transmitting, by the circuit of the mobile communication device, the user command for the HVAC component via the wireless network to the remote computer system; and transmitting, by the remote computer system, to the HVAC component via a communication network a control command corresponding to the user command, for controlling the HVAC component.
A nephelometric process turbidimeter for measuring a turbidity of a liquid sample, the turbidimeter comprising: a transparent sample vial and a separate vial head, both defining a sample volume for the liquid sample, wherein the lateral inner surface (22, 32) of the sample volume is cylindrical, and an inlet cross plane (h) being defined by a plane arranged in a right angle with respect to a longitudinal axis of the cylindrical sample volume, a sample inlet opening through which the liquid sample flows into the sample volume and a sample outlet opening through which the liquid sample flows out of the sample volume, both openings (40, 50) being provided at the vial head, characterised by the sample inlet opening being arranged at the cylindrical surface of the vial head and being arranged axially closer to the sample vial than the sample outlet opening, wherein the inlet opening axis (a) of the sample inlet opening is inclined with respect to the inlet cross plane (h) with a inclination angle of 10° to 80° and is angled with respect to the radius (r) with a tangency angle of more than 15°. a transparent sample vial and a separate vial head, both defining a sample volume for the liquid sample, wherein the lateral inner surface (22, 32) of the sample volume is cylindrical, and an inlet cross plane (h) being defined by a plane arranged in a right angle with respect to a longitudinal axis of the cylindrical sample volume, a sample inlet opening through which the liquid sample flows into the sample volume and a sample outlet opening through which the liquid sample flows out of the sample volume, both openings (40, 50) being provided at the vial head, characterised by the sample inlet opening being arranged at the cylindrical surface of the vial head and being arranged axially closer to the sample vial than the sample outlet opening, wherein the inlet opening axis (a) of the sample inlet opening is inclined with respect to the inlet cross plane (h) with a inclination angle of 10° to 80° and is angled with respect to the radius (r) with a tangency angle of more than 15°.
Apparatus comprising a printed circuit board, an electrical component, such as a resistor and the like, provided with at least one electrical terminal, a containment enclosure, having internally at least one wall, a safety connecting device, for connecting said electrical component to said printed circuit board, said safety connecting device being intended to be provided in said containment enclosure, said safety connecting device comprising a first element that can be removably coupled to said electrical terminal of said electrical component, a second element, electrically connected with said circuit, coupling means for coupling said first element to said second element, said coupling means being electrically conductive and configured to reduce the mechanical coupling between said first element and said second element due to an increase over than a presettable threshold temperature, to which they are subjected to, a safety member configured to exert a separating force between said first element and said second element, wherein, when said temperature to which said coupling means are subject to exceeds said presettable threshold, said safety member interrupts the electrical coupling between said first element and said second element, said safety member comprising an elastic tongue, capable to assume a rest position and an operating position, in which said elastic tongue is approached to said wall, so that said elastic tongue is preloaded, exerting a separating force between said first element and said second element, said safety connecting device being coupled to said printed circuit board by means of said connection terminal, said electrical terminal of said electrical component being coupled to said first element, wherein said safety connecting device is arranged approached to said wall of said containment enclosure, so that said elastic tongue is in said operating position or preloaded, such that, if the temperature at which said safety connecting device exceeds a respective presettable threshold, or the supply current of said electrical component passing through said safety connecting device exceeds a respective further presettable threshold, then the coupling of coupling means between said first element and said second element would tend to reduce the mechanical coupling, until the force exerted by said elastic tongue separates said first element from said second element, interrupting the supply of said electrical component.
A high-strength steel having excellent fracture initiation resistance and fracture propagation arrestability at low temperature, the high-strength steel material comprising: by wt%, 0.02 to 0.09% of C, 0.005 to 0.3% of Si, 0.5 to 1.7% of Mn, 0.001 to 0.035% of Sol.Al, 0.03% or less of Nb, excluding 0%, 0.01% or less of V, excluding 0%, 0.001 to 0.02% of Ti, 0.01 to 1.0% of Cu, 0.01 to 2.0% of Ni, 0.01 to 0.5% of Cr, 0.001 to 0.5% of Mo, 0.0002 to 0.005% of Ca, 0.001 to 0.006% of N, 0.02% or less of P, excluding 0%, 0.003% or less of S, excluding 0%, 0.002% or less of O, excluding 0%, and a balance of Fe and inevitable impurities, wherein the high-strength steel satisfies Relational Expression 1 below, 5 * C + Si + 10 * sol. Al ≤ 0.6 where each element symbol indicates a content of each element by wt%, and wherein a microstructure comprises a sum of polygonal ferrite and acicular ferrite of 50 area% or higher, and comprises a martensite-austenite multiphase, an MA phase, of 3.5 area% or lower, and wherein the steel comprises inclusions, and a number of inclusions having a size of 10 μm or greater is 11 count/cm 2 or lower. by wt%, 0.02 to 0.09% of C, 0.005 to 0.3% of Si, 0.5 to 1.7% of Mn, 0.001 to 0.035% of Sol.Al, 0.03% or less of Nb, excluding 0%, 0.01% or less of V, excluding 0%, 0.001 to 0.02% of Ti, 0.01 to 1.0% of Cu, 0.01 to 2.0% of Ni, 0.01 to 0.5% of Cr, 0.001 to 0.5% of Mo, 0.0002 to 0.005% of Ca, 0.001 to 0.006% of N, 0.02% or less of P, excluding 0%, 0.003% or less of S, excluding 0%, 0.002% or less of O, excluding 0%, and a balance of Fe and inevitable impurities, wherein the high-strength steel satisfies Relational Expression 1 below, 5 * C + Si + 10 * sol. Al ≤ 0.6 where each element symbol indicates a content of each element by wt%, and wherein a microstructure comprises a sum of polygonal ferrite and acicular ferrite of 50 area% or higher, and comprises a martensite-austenite multiphase, an MA phase, of 3.5 area% or lower, and wherein the steel comprises inclusions, and a number of inclusions having a size of 10 μm or greater is 11 count/cm 2 or lower.
Commercial vehicle comprising a chassis that can be supported on the ground by wheels, having longitudinal and transverse supports on which a loading platform can be supported, characterised in that the adjacent longitudinal supports have holes provided opposite one another and mutually associated in pairs, through each of which a fastening element passes, the fastening element having an end region (7.2) which is bent down or bent at right angles and is arranged on an outer side of the longitudinal support while leaving a loop-shaped fastening space and the other end region (7.1) pointing substantially to the associated other fastening element of the other associated hole, and the mutually associated two fastening elements cooperating in pairs and the mutually facing end regions (7.1) being interconnected.
A waste container having a capacity in the range 200-1000 litres and comprising a main body having a front wall (21,22), a lifting arrangement on the front wall (21,22), and two side walls,wherein the side walls are closer together at the back than at the front, and said waste container being symmetrical in plan characterized in that said waste container has two wheels at the front wall (21,22), one wheel at the back, and is substantially triangular in plan.
A method for distinguishing a chondrocyte cell from synovial fibroblasts/fibroblasts in a biological sample derived from a human, comprising the step of determining the methylation status of the gene C15orf27.
A method for detecting the presence of one or more nucleic acids indicative of a health condition, tissue of origin, germ layer of origin or organ of origin in a mixture of nucleic acids comprising: performing methylation analysis on a sample comprising a plurality of nucleic acids by identifying methylation haplotype blocks, wherein the methylation haplotype blocks comprise a plurality of methylation sites for which the methylation status is coordinated; determining a methylation haplotype load, wherein said MHL comprises the normalized fraction of methylated haplotypes at different lengths; calculating a group specific index using the MHL; and determining based on the GSI and MHL whether said sample includes a plurality of methylation haplotype blocks indicative of the presence of one or more nucleic acids indicative of a health condition, tissue of origin, germ layer of origin, organ of origin or any combination thereof. performing methylation analysis on a sample comprising a plurality of nucleic acids by identifying methylation haplotype blocks, wherein the methylation haplotype blocks comprise a plurality of methylation sites for which the methylation status is coordinated; determining a methylation haplotype load, wherein said MHL comprises the normalized fraction of methylated haplotypes at different lengths; calculating a group specific index using the MHL; and determining based on the GSI and MHL whether said sample includes a plurality of methylation haplotype blocks indicative of the presence of one or more nucleic acids indicative of a health condition, tissue of origin, germ layer of origin, organ of origin or any combination thereof.
A lamp holder suitable for a LED light source comprising a heat sink for said LED light source, a support for said LED light source, a LED light source; and a connector for electric supply of said LED light source, wherein said heat sink constitutes the bearing structure of the lamp holder, is provided with cooling winglets and has means for direct fixing to a lamp, and means for fixing to said support; said support comprising electrical connection means between said source and said connector, said source being in turn slideably insertable in a seat of said support, said fixing means being threads formed on the outer surface formed by said winglets of said heat sink for a threaded coupling with a supporting members of a lamp, characterized in that the heat sink is provided with additional fixing means comprising threaded bores made on winglets of greater thickness and having the axes extending along a radial direction of said heat sink, and the end of elongated members are screwed into said threaded bores, said elongated members being in turn connected to supporting members of a lamp.
A cable management structure, comprising a first rectangular structure for accommodating at least one heat-generating device in a horizontal orientation, the first rectangular structure including first and second uprights, a base and a top, and defining an interior region; characterised by including: a) a first baffle mounted with respect to the first upright and extending laterally outward from and relative to the first upright, the first baffle being angularly configured and dimensioned to redirect a rearward flow of cool air from a front space adjacent to a front side of the first rectangular structure sideways through the first upright into the interior region; and b) a second baffle mounted with respect to the second upright and extending laterally outward from and relative to the second upright, the second baffle being angularly configured and dimensioned to redirect a sideways flow of exhaust air from the interior region and through the second upright rearward into a rear space adjacent a rear side of the first rectangular structure; wherein said first baffle (521 a) defines a first vertical height and a first upper end; wherein said second baffle defines a second vertical height and a second upper end; and wherein at least one of said first upper end and said second upper end is structurally bounded so as to prevent flow of the exhaust air flow from extending beyond the first or second vertical height of the first or second baffle. a) a first baffle mounted with respect to the first upright and extending laterally outward from and relative to the first upright, the first baffle being angularly configured and dimensioned to redirect a rearward flow of cool air from a front space adjacent to a front side of the first rectangular structure sideways through the first upright into the interior region; and b) a second baffle mounted with respect to the second upright and extending laterally outward from and relative to the second upright, the second baffle being angularly configured and dimensioned to redirect a sideways flow of exhaust air from the interior region and through the second upright rearward into a rear space adjacent a rear side of the first rectangular structure;
A high chair, comprising a supporting structure, which is provided with at least one supporting element associated to at least one post arranged along a first longitudinal direction which is inclined during use with respect to a direction of the longitudinal extension of said at least one supporting element, said at least one post substantially starting from an end portion (3 a) of said at least one supporting element, said at least one post and said at least one supporting element cooperating to define at least three resting regions (3c, 5d) for resting the chair on a supporting surface, said at least one post supporting a respective coupling element which supports a seat which forms a sitting surface, slide locking means being provided for blocking said coupling elements with respect to the respective post in order to adjust the distance between said seat and said at least one supporting element, said at least one supporting element being articulated so that it can rotate, substantially at said end portion, to said at least one post in order to pass from an extended condition, in which said at least one supporting element is angularly spaced with respect to the respective post to a folded condition in which said at least one supporting element is angularly closer to the respective post, the chair further comprising relative rotation locking means for locking the relative rotation between said at least one supporting element and the respective post in the extended condition, and being characterized in that it is further provided with safety means which are adapted to move said supporting element(s) to the folded condition if said relative rotation locking means are not activated correctly.
A method for Wi-Fi network access on a mobile station comprising: scanning for wireless access points, APs, of a Wi-Fi network; receiving responses from available APs of the Wi-Fi network; selecting an AP in accordance with past unlicensed mobile access, UMA, connectivity data associated with the available APs; wherein the past UMA connectivity data includes UMA idle mode connectivity data and UMA session mode parameters, and wherein the selection of AP is based on whether the mobile station is in an idle mode or in a session mode and attempting to connect or switch to the Wi-Fi network using the selected AP. scanning for wireless access points, APs, of a Wi-Fi network; receiving responses from available APs of the Wi-Fi network; selecting an AP in accordance with past unlicensed mobile access, UMA, connectivity data associated with the available APs; wherein the past UMA connectivity data includes UMA idle mode connectivity data and UMA session mode parameters, and wherein the selection of AP is based on whether the mobile station is in an idle mode or in a session mode and attempting to connect or switch to the Wi-Fi network using the selected AP.
A radio transmission apparatus comprising: a modulation and coding scheme selection section that varies associations between channel quality indicators and modulation and coding schemes according to a scaling factor, said scaling factor being different for one type of control data to another type of control data in the radio transmission apparatus, to determine a modulation and coding scheme of a control channel based on the associations; and a coding and modulation section that encodes and modulates control data by the determined modulation and coding scheme. a modulation and coding scheme selection section that varies associations between channel quality indicators and modulation and coding schemes according to a scaling factor, said scaling factor being different for one type of control data to another type of control data in the radio transmission apparatus, to determine a modulation and coding scheme of a control channel based on the associations; and a coding and modulation section that encodes and modulates control data by the determined modulation and coding scheme.