mhurhangee/ep-ind-claims huggingface dataset:
A porous ceramic honeycomb article comprising: a plurality of cell channels extending between ends of the porous ceramic honeycomb article; a primary cordierite phase; and an intercrystalline glass phase; a first portion including parts of the plurality of cell channels disposed within an interior of the porous ceramic honeycomb article, said interior including a central axis extending between the ends of the porous ceramic honeycomb article, a second portion surrounding the first portion, wherein the first portion of the porous ceramic honeycomb article has a first treated microcrack parameter Nb 3 ≥ 0.18 and a first treated mean coefficient of thermal expansion of not more than 12x10 -7 /°C over a temperature range of 25°C to 800°C, wherein the first portion of the porous ceramic honeycomb article extends from a central axis of the porous ceramic honeycomb article to a radius R 1 which is at least 50% of a maximum radius R Max of the porous ceramic honeycomb article and wherein the second portion of the porous ceramic honeycomb article has a second treated microcrack parameter lower than the first treated microcrack parameter. a plurality of cell channels extending between ends of the porous ceramic honeycomb article; a primary cordierite phase; and an intercrystalline glass phase;
A wearable device comprising: a body including: a front having a generally rectangular shape; a back opposite to the front; an upper side; a lower side; and a left side and a right side, wherein the upper side, the lower side, left side, and right side are positioned between the front and back and couple the front and back; an upper band coupled to the upper side; a lower band coupled to the lower side; a display located on the front of the body; a camera module disposed on the upper side; and characterised in that it further comprises a key disposed on the lower side, the key being operated by being pressed, wherein the upper side forms an obtuse angle with the front and an acute angle with the back, and wherein the lower side forms an obtuse angle with the front and an acute angle with the back. a body including: a front having a generally rectangular shape; a back opposite to the front; an upper side; a lower side; and a left side and a right side, wherein the upper side, the lower side, left side, and right side are positioned between the front and back and couple the front and back; a front having a generally rectangular shape; a back opposite to the front; an upper side; a lower side; and a left side and a right side, an upper band coupled to the upper side; a lower band coupled to the lower side; a display located on the front of the body; a camera module disposed on the upper side; and characterised in that it further comprises a key disposed on the lower side, the key being operated by being pressed, wherein the upper side forms an obtuse angle with the front and an acute angle with the back, and
An aluminosilicate glass whose composition is free, with the exception of inevitable traces, of alkali metals and contains, expressed as a weight percentage of oxides: 60 to 70% SiO 2 13 to 22% Al 2 O 3 0 to 9% B 2 O 3 1 to 6% MgO 0 to 5% CaO 1 to 5% BaO 2 to 12% ZnO, and 0 to 3% SrO; wherein Al 2 O 3 + B 2 O 3 + ZnO > 23%, and B 2 O 3 + MgO - CaO - BaO - SrO < 6%, and wherein the glass composition is free of TiO 2. 60 to 70% SiO 2 13 to 22% Al 2 O 3 0 to 9% B 2 O 3 1 to 6% MgO 0 to 5% CaO 1 to 5% BaO 2 to 12% ZnO, and 0 to 3% SrO; Al 2 O 3 + B 2 O 3 + ZnO > 23%, and B 2 O 3 + MgO - CaO - BaO - SrO < 6%, and
A surface coating with reduced susceptibility to contamination, in particular surface coating of a photovoltaic module, which is formed by a nanoporous layer or layer sequence which has a hydrophobic surface, characterized in that the nanoporous layer or layer sequence is designed in its interior hydrophilic as a water storage layer with a water storage capacity of at least 60*10 -6 l/m 2.
A method for timer continuation in a power reset scenario by an eCall-only device, comprising: beginning a power reset; determining whether a timer was running before the power reset, wherein the timer is started when an eCall or a test-or-reconfiguration eCall is triggered and indicates an amount of time the eCall-only device is to maintain registration on a network; continuing timer use if the timer was running before the power reset; and registering the eCall-only device on the network if the timer was running before the power reset. beginning a power reset; determining whether a timer was running before the power reset, wherein the timer is started when an eCall or a test-or-reconfiguration eCall is triggered and indicates an amount of time the eCall-only device is to maintain registration on a network; continuing timer use if the timer was running before the power reset; and registering the eCall-only device on the network if the timer was running before the power reset.
A machine for making ice cream, comprising: - a processing chamber for processing a basic mixture and provided with a stirrer and with thermal treatment means for the basic mixture, operating in conjunction with one another to convert the basic mixture into ice cream; - a dispensing device having a dispensing nozzle connected to the processing chamber to deliver the liquid or semi-liquid product, the machine being characterized in that it comprises: - a support having a seat for housing a receiving container; - movement means for vertically moving the support between a vertical position away from the dispensing nozzle and a vertical position close to the nozzle; - means for rotating the housing seat and configured to allow the housing seat to be rotated about a vertical axis, wherein the movement means for vertically moving the support between a vertical position away from the dispensing nozzle and a vertical position close to the nozzle comprises a slide, which the support is mechanically connected to, and at least one guide for vertically guiding the slide and wherein the vertical movement means comprises a conrod, the conrod being slidably connected, at a first end of it, to the slide, wherein the conrod is also connected, at a second end of it, opposite to the first end, to a shaft of an actuator. - a processing chamber for processing a basic mixture and provided with a stirrer and with thermal treatment means for the basic mixture, operating in conjunction with one another to convert the basic mixture into ice cream; - a dispensing device having a dispensing nozzle connected to the processing chamber to deliver the liquid or semi-liquid product, - a support having a seat for housing a receiving container; - movement means for vertically moving the support between a vertical position away from the dispensing nozzle and a vertical position close to the nozzle; - means for rotating the housing seat and configured to allow the housing seat to be rotated about a vertical axis,
A terminal metal fitting comprising: a tubular box portion receiving a counterpart terminal; a terminal spring extending from an inner wall surface of the box portion to press and contact to the counterpart terminal; and a deformation restriction portion restricting deformation of the terminal spring within a preset range upon the terminal spring contacting to the counterpart terminal, wherein the box portion includes a supporting point portion having a shape to project inside of the box portion and serving as a supporting point upon the terminal spring pressing and contacting to the counterpart terminal, characterized by the deformation restriction portion having a chamfered portion as a portion to contact to the terminal spring. a tubular box portion receiving a counterpart terminal; a terminal spring extending from an inner wall surface of the box portion to press and contact to the counterpart terminal; and a deformation restriction portion restricting deformation of the terminal spring within a preset range upon the terminal spring contacting to the counterpart terminal, wherein the box portion includes a supporting point portion having a shape to project inside of the box portion and serving as a supporting point upon the terminal spring pressing and contacting to the counterpart terminal, characterized by the deformation restriction portion having a chamfered portion as a portion to contact to the terminal spring.
A method of signal processing of an input signal in a hearing device including a receiver, a microphone and an adaptive feedback canceller to provide acoustic feedback cancellation on the input signal, the input signal comprising sound picked up by the microphone, the method comprising: training a neural network to identify acoustic features in a plurality of example system inputs and predict target outputs for the plurality of example system inputs; and using the trained neural network to predict an output for the input signal and to use the output to govern adaptive behavior of the adaptive feedback canceller. training a neural network to identify acoustic features in a plurality of example system inputs and predict target outputs for the plurality of example system inputs; and using the trained neural network to predict an output for the input signal and to use the output to govern adaptive behavior of the adaptive feedback canceller.
An automatic analyzer for analyzing an amount of a luminescent substance contained in a reaction solution by processing data from a photo detector, comprising: - a flow cell including a flow passage (103, 203) for feeding the reaction solution (109, 209) containing the luminescent substance, - a temperature controller (117, 208) for controlling flow passage temperature, - an optical window (102, 202) of the flow cell for allowing light from the luminescent substance to be emitted outside the flow passage (103, 203), said optical window (102, 202) being a sidewall of the flow passage (103, 203), being in direct contact with the reaction solution (109, 209) when the reaction solution (109, 209) is in the flow passage (103, 203), and said optical window (102, 202) having adequate strength to resist against the internal pressure of the flow passage (103, 203), - the photo detector (111, 211) for detecting the light from the optical window, and - an optical transmission system (110, 210), characterized in that the optical transmission system (110, 210) has a hollow configuration including: - a light inlet (122, 222) facing the optical window, - a light outlet (123, 223) facing a light-receiving surface of the detector (111, 211), and - a reflector (120, 220) for reflecting the light entered from the light inlet (122, 222) and propagating the light to the light outlet (123, 223), said reflector (120, 220). ∘ being made on an inner surface of said hollow optical transmission system (110, 210) and ∘ being formed by a reflective film or sputtered metal or plating. - a flow cell including a flow passage (103, 203) for feeding the reaction solution (109, 209) containing the luminescent substance, - a temperature controller (117, 208) for controlling flow passage temperature, - an optical window (102, 202) of the flow cell for allowing light from the luminescent substance to be emitted outside the flow passage (103, 203), said optical window (102, 202) being a sidewall of the flow passage (103, 203), being in direct contact with the reaction solution (109, 209) when the reaction solution (109, 209) is in the flow passage (103, 203), and said optical window (102, 202) having adequate strength to resist against the internal pressure of the flow passage (103, 203), - the photo detector (111, 211) for detecting the light from the optical window, and - an optical transmission system (110, 210), - a light inlet (122, 222) facing the optical window, - a light outlet (123, 223) facing a light-receiving surface of the detector (111, 211), and - a reflector (120, 220) for reflecting the light entered from the light inlet (122, 222) and propagating the light to the light outlet (123, 223), said reflector (120, 220). ∘ being made on an inner surface of said hollow optical transmission system (110, 210) and ∘ being formed by a reflective film or sputtered metal or plating. ∘ being made on an inner surface of said hollow optical transmission system (110, 210) and ∘ being formed by a reflective film or sputtered metal or plating.
A device for producing a three-dimensional article made from at least one fluid-phase solidifiable material, comprising - at least one discharge unit having at least one discharge opening for additive discharging of the solidifiable material for constructing the article, - at least one fibre feed device for feeding at least one fibre element for embedding the fibre element in the solidifiable material that is discharged from the discharge unit, wherein the fibre feed device is movable in relation to the progress of constructing the article for orienting the fibre element and is mounted on the discharge unit and is movable in relation to the discharge unit, characterised in that the fibre feed device is mounted rotationally movably on the discharge unit and is rotatable by means of a drive unit. - at least one discharge unit having at least one discharge opening for additive discharging of the solidifiable material for constructing the article, - at least one fibre feed device for feeding at least one fibre element for embedding the fibre element in the solidifiable material that is discharged from the discharge unit, wherein the fibre feed device is movable in relation to the progress of constructing the article for orienting the fibre element and is mounted on the discharge unit and is movable in relation to the discharge unit,
A diaphragm pump comprising: a) a diaphragm having a pump side and an actuation side; b) a pump head circumferentially coupled to said pump side of said diaphragm thereby defining an angle of intersection along the resulting circumferential interface; c) a pumping chamber defined by said pump head and said pump side of said diaphragm; wherein during operation of said diaphragm pump, said diaphragm is caused to oscillate between a suction stroke position and a discharge stroke position thereby causing a process fluid to flow through said pumping chamber, wherein said oscillation further causes the angle of intersection along said circumferential interface to expand and contract, characterized in that the diaphragm pump further comprises at least one barrier material disposed within said pumping chamber, wherein said barrier material prevents said process fluid from contacting said circumferential interface during said expansion, and wherein said barrier material fills a pinch area and does not create a new pinch area. a) a diaphragm having a pump side and an actuation side; b) a pump head circumferentially coupled to said pump side of said diaphragm thereby defining an angle of intersection along the resulting circumferential interface; c) a pumping chamber defined by said pump head and said pump side of said diaphragm;
Impact-attenuating device, comprising a first energy-absorbing part comprising at least one first elongate body and at least one corresponding first energy converter, wherein the first elongate body and the first energy converter are movable relative to each other and wherein the first energy converter is configured to deform the first elongate body in the case of relative movement; a second energy-absorbing part comprising at least one second elongate body and at least one corresponding second energy converter, wherein the second elongate body and the second energy converter are movable relative to each other and wherein the second energy converter is configured to deform the second elongate body in the case of relative movement; a bumper coupled to the first energy-absorbing part; wherein the first and second energy-absorbing part can be positioned substantially one behind the other; characterised in that the first and second energy-absorbing part are mutually coupled such that the at least first elongate body and the at least second elongate body are deformed at least partially simultaneously by respectively the at least one corresponding first energy converter and the at least one corresponding second energy converter when a vehicle crashes into the bumper. a first energy-absorbing part comprising at least one first elongate body and at least one corresponding first energy converter, wherein the first elongate body and the first energy converter are movable relative to each other and wherein the first energy converter is configured to deform the first elongate body in the case of relative movement; a second energy-absorbing part comprising at least one second elongate body and at least one corresponding second energy converter, wherein the second elongate body and the second energy converter are movable relative to each other and wherein the second energy converter is configured to deform the second elongate body in the case of relative movement; a bumper coupled to the first energy-absorbing part; wherein the first and second energy-absorbing part can be positioned substantially one behind the other; characterised in that the first and second energy-absorbing part are mutually coupled such that the at least first elongate body and the at least second elongate body are deformed at least partially simultaneously by respectively the at least one corresponding first energy converter and the at least one corresponding second energy converter when a vehicle crashes into the bumper.
System for attaching an object to a support such as a weapon in particular on a receiving cradle of the same, using a strap tightening means comprising visualization indication means indicating the tightening pressure comprising at least one photo-elastic indicator, characterized in that the indicator comprises a birefringent member related to at least one polarizing member (6, 7).
A low temperature-conductive silver paste for an HIT solar cell, comprising the following components in part by mass: a flake silver powder 27-46 parts; a spherical silver powder 46-65 parts; a thermosetting resin 1.5-3.5 parts; a reactive diluent 0.5-1.5 parts; an organic solvent 2-4 parts; a curing agent 0.65-0.75 parts; an imidazole curing accelerator0.05-0.15 parts; a dispersant 0.35-0.45 parts; a thixotropic agent 0.01-0.6 parts; an epoxy toughening agent 0-2.4 parts; and an ionomer 0.5-1.5 parts, in a total of 100 parts. a flake silver powder 27-46 parts; a spherical silver powder 46-65 parts; a thermosetting resin 1.5-3.5 parts; a reactive diluent 0.5-1.5 parts; an organic solvent 2-4 parts; a curing agent 0.65-0.75 parts; an imidazole curing accelerator0.05-0.15 parts; a dispersant 0.35-0.45 parts; a thixotropic agent 0.01-0.6 parts; an epoxy toughening agent 0-2.4 parts; and an ionomer 0.5-1.5 parts, in a total of 100 parts.
A powder dosing system for an apparatus for manufacturing a three-dimensional object from powder, the powder dosing system comprising: a powder chamber comprising an agitator chamber and a dosing chamber, wherein the agitator chamber comprises a rotating agitator arranged to agitate a supply of delivered powder by rotating through an agitation volume determined by the extent of the rotating agitator from an axis of rotation of the agitator; and a dosing blade arranged to dose a dosed volume of powder to a work surface comprising a build bed surface, by sweeping through a swept volume determined by the extent of the dosing blade from an axis of rotation of the dosing blade; wherein the swept volume is located, in a vertical sense, above the agitation volume and overlaps, in a vertical sense, the agitation volume, such that the dosed volume of powder is agitated powder; wherein the powder chamber further comprises a recirculation edge adjacent the agitator, and arranged to allow excess agitated powder to freely flow over the recirculation edge and out of the powder dosing system; and wherein the recirculation edge has an adjustable recirculation edge height so as to vary the volume of the agitated powder that is dosed to the work surface. a powder chamber comprising an agitator chamber and a dosing chamber, wherein the agitator chamber comprises a rotating agitator arranged to agitate a supply of delivered powder by rotating through an agitation volume determined by the extent of the rotating agitator from an axis of rotation of the agitator; and a dosing blade arranged to dose a dosed volume of powder to a work surface comprising a build bed surface, by sweeping through a swept volume determined by the extent of the dosing blade from an axis of rotation of the dosing blade; wherein the swept volume is located, in a vertical sense, above the agitation volume and overlaps, in a vertical sense, the agitation volume, such that the dosed volume of powder is agitated powder; wherein the powder chamber further comprises a recirculation edge adjacent the agitator, and arranged to allow excess agitated powder to freely flow over the recirculation edge and out of the powder dosing system; and wherein the recirculation edge has an adjustable recirculation edge height so as to vary the volume of the agitated powder that is dosed to the work surface.