mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a support member (203, 303) for reinforcing stiffness of the electronic device, at least a portion of the support member (203, 303) being formed of a conductive material; and an enclosure member (201, 301), wherein at least a portion of the enclosure member (201, 301) is formed of a conductive material, wherein the enclosure member (201, 301) comprises: a first enclosure portion (201a, 301a) formed of a non-conductive material, wherein the support member (203, 303) is provided inside the first enclosure portion (201a, 301a); and a second enclosure portion (201b, 301b) formed of a conductive material, wherein the second enclosure portion (201b, 301b) is configured to enclose at least a portion of an outer surface of the first enclosure portion (201a, 301a), and wherein at least a portion of the first enclosure portion (201a, 301a) is interposed between the second enclosure portion (201b, 301b) and the support member (203, 303) such that the second enclosure portion (201b, 301b) of the enclosure member (201, 301) and the conductive material portion of the support member (203, 303) are insulated from each other. a support member (203, 303) for reinforcing stiffness of the electronic device, at least a portion of the support member (203, 303) being formed of a conductive material; and an enclosure member (201, 301), wherein at least a portion of the enclosure member (201, 301) is formed of a conductive material, wherein the enclosure member (201, 301) comprises: a first enclosure portion (201a, 301a) formed of a non-conductive material, wherein the support member (203, 303) is provided inside the first enclosure portion (201a, 301a); and a second enclosure portion (201b, 301b) formed of a conductive material, a first enclosure portion (201a, 301a) formed of a non-conductive material, wherein the support member (203, 303) is provided inside the first enclosure portion (201a, 301a); and a second enclosure portion (201b, 301b) formed of a conductive material, wherein the second enclosure portion (201b, 301b) is configured to enclose at least a portion of an outer surface of the first enclosure portion (201a, 301a), and wherein at least a portion of the first enclosure portion (201a, 301a) is interposed between the second enclosure portion (201b, 301b) and the support member (203, 303) such that the second enclosure portion (201b, 301b) of the enclosure member (201, 301) and the conductive material portion of the support member (203, 303) are insulated from each other.
A detection circuit comprising: a converter configured to convert a multiphase alternating current input into a direct current output; a plurality of sensing diodes (416, 426, 436), each sensing diode being separately electrically connected to one phase (410, 420, 430) of the multiphase AC input; at least one node arranged downstream from the plurality of sensing diodes relative to the multiphase AC input; a power source configured to output a power source voltage to the at least one node and plurality of sensing diodes; a bias resistor connected between the power source and the at least one node, and the power source is a DC power source which has one end connected to a direct current output terminal of the converter; and a mask time generator configured to determine a node voltage at the at least one node and determine whether the node voltage persists for a predetermined mask time period, which is a multiple of the grid voltage period, in order to detect a disconnection of an input phase. a converter configured to convert a multiphase alternating current input into a direct current output; a plurality of sensing diodes (416, 426, 436), each sensing diode being separately electrically connected to one phase (410, 420, 430) of the multiphase AC input; at least one node arranged downstream from the plurality of sensing diodes relative to the multiphase AC input; a power source configured to output a power source voltage to the at least one node and plurality of sensing diodes; a bias resistor connected between the power source and the at least one node, and the power source is a DC power source which has one end connected to a direct current output terminal of the converter; and a mask time generator configured to determine a node voltage at the at least one node and determine whether the node voltage persists for a predetermined mask time period, which is a multiple of the grid voltage period, in order to detect a disconnection of an input phase.
A method of adding a non-inherent component to a device key of a networked device, the method comprising: receiving a device key of the networked device, wherein the networked device is a network node in a nodal geographic network having multiple network nodes (362, 364, 366) and wherein the multiple network nodes are connected with each other, and the device key comprises one or more device identifying attributes of the networked device in the nodal geographic network; identifying location information of the networked device in the nodal geographic network, wherein the location information represents a geographic relationship between the networked device and other network nodes of the nodal geographic network; assigning a position attribute to the networked device according to the identified location information of the networked device in the nodal geographic network; adding the position attribute to the device key as the non-inherent component for the networked device, and storing the device key, wherein each node in the nodal geographical network comprises a device key and has a network address associated, and when a new networked device is added between two existing nodes, the method further comprises: retrieving device key components of device keys to discover the resulting network geography; and setting a network address to the new networked device, wherein network addresses of the original network nodes remain unchanged. receiving a device key of the networked device, wherein the networked device is a network node in a nodal geographic network having multiple network nodes (362, 364, 366) and wherein the multiple network nodes are connected with each other, and the device key comprises one or more device identifying attributes of the networked device in the nodal geographic network; identifying location information of the networked device in the nodal geographic network, wherein the location information represents a geographic relationship between the networked device and other network nodes of the nodal geographic network; assigning a position attribute to the networked device according to the identified location information of the networked device in the nodal geographic network; adding the position attribute to the device key as the non-inherent component for the networked device, and storing the device key, wherein each node in the nodal geographical network comprises a device key and has a network address associated, and when a new networked device is added between two existing nodes, the method further comprises: retrieving device key components of device keys to discover the resulting network geography; and setting a network address to the new networked device, wherein network addresses of the original network nodes remain unchanged. retrieving device key components of device keys to discover the resulting network geography; and setting a network address to the new networked device, wherein network addresses of the original network nodes remain unchanged.
An enteral reflux collection system comprising: a fluid container comprising a discharge; an enteral feeding tube for delivering fluid from the fluid container; and characterized by comprising: a vented reflux collection syringe; and a reflux relief tube for delivering reflux to the vented reflux syringe, the reflux relief tube being coupled with respect to the enteral feeding tube. a fluid container comprising a discharge; an enteral feeding tube for delivering fluid from the fluid container; and characterized by comprising: a vented reflux collection syringe; and a reflux relief tube for delivering reflux to the vented reflux syringe, the reflux relief tube being coupled with respect to the enteral feeding tube. a vented reflux collection syringe; and a reflux relief tube for delivering reflux to the vented reflux syringe, the reflux relief tube being coupled with respect to the enteral feeding tube.
A protein and/or amino acid detecting composition comprising: (a) phthaldialdehyde, (b) a C 3 -C 6 thiol selected from the group consisting of N-Acetyl-L-Cysteine ( -2-acetamido-3-sulfanylpropanoic acid), N-acetyl-D-penicillamine, N-acetyl-cysteamine, N-acetyl-homocysteine and mercaptosuccinic acid, (c) a buffer with a pH in the range of from about 7.5 to about 10, and (d) a surfactant, wherein the composition further comprises (e) a thiol reducing compound selected from the group consisting of Dithiothreitol, 2-mercaptoethylamine and Tris (2-carboxyethyl) phosphine. (a) phthaldialdehyde, (b) a C 3 -C 6 thiol selected from the group consisting of N-Acetyl-L-Cysteine ( -2-acetamido-3-sulfanylpropanoic acid), N-acetyl-D-penicillamine, N-acetyl-cysteamine, N-acetyl-homocysteine and mercaptosuccinic acid, (c) a buffer with a pH in the range of from about 7.5 to about 10, and (d) a surfactant, wherein the composition further comprises (e) a thiol reducing compound selected from the group consisting of Dithiothreitol, 2-mercaptoethylamine and Tris (2-carboxyethyl) phosphine.
An amplifying structure, comprising: a main amplifier configured to amplify a first signal; a peak amplifier configured to amplify a second signal; a tunable impedance inverter configured to perform impedance inversion to modulate a load impedance of the main amplifier, the tunable impedance inverter including a tuner configured to tune the impedance inversion over at least one broad frequency band; a combining node configured to receive the amplified second signal from the peak amplifier and an output of the tunable impedance inverter; the amplifying structure being characterized by the tunable impedance inverter further including a circulator configured to split the amplified first signal into incident signals and reflected signals and the tuner is configured to adjust a phase of the reflected signals at an input of the impedance inverter. a main amplifier configured to amplify a first signal; a peak amplifier configured to amplify a second signal; a tunable impedance inverter configured to perform impedance inversion to modulate a load impedance of the main amplifier, the tunable impedance inverter including a tuner configured to tune the impedance inversion over at least one broad frequency band; a combining node configured to receive the amplified second signal from the peak amplifier and an output of the tunable impedance inverter; the amplifying structure being characterized by the tunable impedance inverter further including a circulator configured to split the amplified first signal into incident signals and reflected signals and the tuner is configured to adjust a phase of the reflected signals at an input of the impedance inverter.
Phentolamine or a pharmaceutically acceptable salt thereof for use in a method of improving visual performance in a patient while minimizing eye redness during the patient's waking hours, said method comprising administering to an eye of the patient once per day at or near the bedtime of the patient for at least five consecutive days a daily dosage of the phentolamine or pharmaceutically acceptable salt thereof sufficient to provide improved visual performance for at least twenty hours, wherein the patient experiences an increase in eye redness of no more than two grades measured using the CCLRU Redness Grading Scale during the patient's waking hours compared to the patient's level of eye redness without receiving said dosage, and the daily dosage is administered to the eye of the patient in the form of a ophthalmic solution that is delivered to said eye in the form of an eye drop.
A method of making a heat-exchanging element comprising the steps of: preparing a mass of clay, adding a powdered organic mass, forming an element, firing at a temperature of more than 300°C, characterized in that the organic mass is sawdust, organic flours and/or sewage sludge. preparing a mass of clay, adding a powdered organic mass, forming an element, firing at a temperature of more than 300°C, characterized in that the organic mass is sawdust, organic flours and/or sewage sludge.
Method for the wet treatment of laundry, wherein the laundry is at least washed in a treatment liquid and the laundry is disinfected with disinfectant, and the disinfectant is measured after the disinfection or before and after the disinfection, characterized in that, with at least one sensor for a respective specific disinfectant, the concentration of the respective disinfectant in the treatment liquid is measured, in that various sensors for different disinfectants, according to the type of laundry, are provided and specifically measure the concentration in the treatment liquid of the respective disinfectant used and, when there is too low a concentration of the at least one disinfectant in the treatment liquid measured after washing, the washing is continued beyond the post-disinfection time period.
A combustion device comprising: a device main body having a combustion chamber installed above a cyclone melting furnace configured to combust a pyrolysis gas generated from a waste material after incineration while turning the pyrolysis gas, and configured to combust an unburnt gas discharged from the cyclone melting furnace; a plurality of sidewall boiler water pipes configured to cover a sidewall of the device main body from a periphery thereof and extending along the sidewall throughout upward and downward directions of the device main body, characterized in that the combustion device further comprises a bottom section boiler water pipe extending in a vortex shape when seen from a plan view and installed at a bottom section of the device main body, in that the bottom section boiler water pipe is fixed to a support frame, and disposed on a protrusion protruding from an inner wall of a lower space of the cyclone melting furnace toward a center of the space, and in that the protrusion and the support frame are not completely fixed to each other. a device main body having a combustion chamber installed above a cyclone melting furnace configured to combust a pyrolysis gas generated from a waste material after incineration while turning the pyrolysis gas, and configured to combust an unburnt gas discharged from the cyclone melting furnace; a plurality of sidewall boiler water pipes configured to cover a sidewall of the device main body from a periphery thereof and extending along the sidewall throughout upward and downward directions of the device main body, characterized in that the combustion device further comprises a bottom section boiler water pipe extending in a vortex shape when seen from a plan view and installed at a bottom section of the device main body, in that the bottom section boiler water pipe is fixed to a support frame, and disposed on a protrusion protruding from an inner wall of a lower space of the cyclone melting furnace toward a center of the space, and in that the protrusion and the support frame are not completely fixed to each other.
Abrasive flap disc, containing a carrying disc in a form of a round wheel with a hub which is set off in the central zone and has a coaxial hole reinforced with a steel flange sleeve for mounting the abrasive unit on a grinder spindle, and where lower edges of numerous abrasive flaps are fixed in regular angular spacings with glue binders to the carrying disc on its frontal ring surface of the near-edge zone more distant from the hub, the abrasive flaps subsequently overlapping one another in the circumferential direction so that their rear edges are exposed, whereby the wheel of the carrying disc is a layered polymer composite with structural reinforcement consisting of at least two meshes of glass fibre (7p,7) which are situated on both frontal surfaces of the carrying disc and which are bonded by a composite matrix containing a binder of a thermosetting synthetic resin and a fine-grained material, all the components of the layered composite being interconnected in the thermal-pressure process, characterised in that the fine-grained material of the composite matrix is an inorganic, mineral or synthetic loose material, particularly quartz, calcareous or carbonaceous sands or polymineral sand, industrial or quarry dusts, blast furnace or copper slag, or a mixture of the aforementioned materials, whereby their natural or crumbled grain size values range from 0.06 to 2.0 mm and the hardness according to the Mohs scale ranges from 3 to 7.
A topical pharmaceutical or cosmetic formulation comprising two polymer membranes (4,5) forming a pouch, the membranes enclosing probiotic bacteria having antimicrobial activities against skin pathogens sandwiched therebetween, one of the membranes being semipermeable, which allows water and other substances from the skin to diffuse into the pouch and metabolic products of the enclosed probiotic bacteira to diffuse through it, and having a pore size which does not allow penetration of the bacteria, and the second membrane being water-impermeable.
A motorized system for closing a building, of the rolling blind type, including a two-phase asynchronous motor comprising two windings (2; 3) with which an electromagnetic brake is associated and a speed varying device in the form of a power converter with scaler control, designed to be able to provide a constant effective voltage to frequency ratio Veff/f over at least one determined range of the variation, characterized in that: - the speed varying device is designed to be able to subject said motor, at least in the initial startup phase, to a determined voltage threshold Vs and power supply frequency fs able to ensure the takeoff of the electromagnetic brake; and - beyond this initial phase, said speed varying device is defined able to vary, depending on the case, the voltage or frequency until reaching the value of the constant to be respected for the effective voltage to frequency ratio. - the speed varying device is designed to be able to subject said motor, at least in the initial startup phase, to a determined voltage threshold Vs and power supply frequency fs able to ensure the takeoff of the electromagnetic brake; and - beyond this initial phase, said speed varying device is defined able to vary, depending on the case, the voltage or frequency until reaching the value of the constant to be respected for the effective voltage to frequency ratio.
Method for monitoring a capacitor bank which has a plurality of capacitor units (C1... C12), wherein each capacitor unit has a plurality of electrical capacitor elements (CE1... CEm), and wherein the capacitor units (C1... C12) are subdivided into several groups of capacitor units (C1... C4, C5... C8, C9... C12) and a group monitoring unit (52, 64, 68) is associated with each group of capacitor units (C1... C4, C5... C8, C9... C12), wherein in the method - each group of capacitor units (C1... C4) is monitored for a failure of a capacitor element (CE1... CEm) in one of the capacitor units (C1... C4) of the group by means of the associated group monitoring unit, and, - when a failure of this kind of a capacitor element is identified, data which describes this failure of the capacitor element is transmitted from the group monitoring unit to a monitoring receiver. - each group of capacitor units (C1... C4) is monitored for a failure of a capacitor element (CE1... CEm) in one of the capacitor units (C1... C4) of the group by means of the associated group monitoring unit, and, - when a failure of this kind of a capacitor element is identified, data which describes this failure of the capacitor element is transmitted from the group monitoring unit to a monitoring receiver.
A display comprising: a tray configured to house a plurality of consumer products; a stand coupled to the tray, the stand comprising a front stand wall, a first side stand wall, a back stand wall and a second side stand wall, the front stand wall including four sides defined by a top front edge, a first front side edge, a second front side edge, and a bottom front edge, the first side stand wall including a side top edge, a side back edge and a side bottom edge, wherein the first side stand wall and the front stand wall share the second front side edge, wherein the first side stand wall and the back stand wall share the side back edge, and the front stand wall and the second side stand wall share the first front side edge, the side back edge opposite the first front side edge, the stand further comprising an interior wall coupled to the first front side edge and not coupled to the side back edge, a leading edge of the interior wall disengaging an interior face of the side back edge in a first configuration in which the stand is collapsed and engaging the interior face of the side back edge in a second configuration in which the stand is erect; and a biasing member coupled to the stand and biasing the stand to move from the first configuration to the second configuration, wherein the biasing member is configured to cause the stand to move towards the second configuration until the leading edge of the interior wall engages the interior face of the side back edge. a tray configured to house a plurality of consumer products; a stand coupled to the tray, the stand comprising a front stand wall, a first side stand wall, a back stand wall and a second side stand wall, the front stand wall including four sides defined by a top front edge, a first front side edge, a second front side edge, and a bottom front edge, the first side stand wall including a side top edge, a side back edge and a side bottom edge, wherein the first side stand wall and the front stand wall share the second front side edge, wherein the first side stand wall and the back stand wall share the side back edge, and the front stand wall and the second side stand wall share the first front side edge, the side back edge opposite the first front side edge, the stand further comprising an interior wall coupled to the first front side edge and not coupled to the side back edge, a leading edge of the interior wall disengaging an interior face of the side back edge in a first configuration in which the stand is collapsed and engaging the interior face of the side back edge in a second configuration in which the stand is erect; and a biasing member coupled to the stand and biasing the stand to move from the first configuration to the second configuration, wherein the biasing member is configured to cause the stand to move towards the second configuration until the leading edge of the interior wall engages the interior face of the side back edge.