mhurhangee/patent-ind-claim-en huggingface dataset:
A foundation footing system for a load-bearing structure, the system comprising: a hole in a ground , the hole having a bottom and sides, and a post positioned in the hole and generally centered within the hole, wherein the post extends above the hole, wherein the width of the hole is wider than a width of the post thus forming a gap between sides of the post and the sides of the hole; and a cured, closed-cell, polyurethane foam surrounding the post, wherein the polyurethane foam fills the gap between the post and sides of the hole, the polyurethane foam comprising a cured mixture of a polyurethane composition comprising polyisocyanate, at least one active hydrogen containing compound, and a polysiloxane-polyalkylene oxide copolymer surfactant, wherein the cured, closed cell, polyurethane foam has a compressive strength of greater than 69 kPa (10 psi). a hole in a ground , the hole having a bottom and sides, and a post positioned in the hole and generally centered within the hole, wherein the post extends above the hole, wherein the width of the hole is wider than a width of the post thus forming a gap between sides of the post and the sides of the hole; and a cured, closed-cell, polyurethane foam surrounding the post, wherein the polyurethane foam fills the gap between the post and sides of the hole, the polyurethane foam comprising a cured mixture of a polyurethane composition comprising polyisocyanate, at least one active hydrogen containing compound, and a polysiloxane-polyalkylene oxide copolymer surfactant, wherein the cured, closed cell, polyurethane foam has a compressive strength of greater than 69 kPa (10 psi).
An automated vertical plant cultivation system comprising: a magazine structure for plant cultivation, wherein the magazine structure is configured to provide structural support to plant material, to act as a fluid containing vessel and to provide illumination to plants, wherein the magazine structure comprises: a plurality of capsule reservoirs having light reflector apertures and a concealed light source positioned between each capsule reservoir ; a capsule with seed or a plant therein, said capsule being detachably coupled within each capsule reservoir and at least one valve (31; 214) retained in the plant capsule or the magazine structure, wherein the at least one valve (31; 214) is configured to restrict fluid flow into the plurality of capsule reservoirs . a plurality of capsule reservoirs having light reflector apertures and a concealed light source positioned between each capsule reservoir ; a capsule with seed or a plant therein, said capsule being detachably coupled within each capsule reservoir and at least one valve (31; 214) retained in the plant capsule or the magazine structure, wherein the at least one valve (31; 214) is configured to restrict fluid flow into the plurality of capsule reservoirs .
A compound of general formula or a pharmacologically acceptable salt thereof: wherein the symbols in the formula are defined below: R 1 : a C1-C6 alkyl group or a hydroxyC1-C6 alkyl group, R 2 : a C1-C6 alkyl group, A: a 5-membered aromatic heterocycle having 1-4 atoms selected from the group consisting of a nitrogen atom, an oxygen atom and a sulfur atom, or an oxygen atom, and R 3 : if A is a 5-membered aromatic heterocycle having 1-4 atoms selected from the group consisting of a nitrogen atom, an oxygen atom and a sulfur atom, then R 3 is a C1-C6 alkyl group, a hydroxyC1-C6 alkyl group or a C1-C6 alkoxyC1-C6 alkyl group; and if A is an oxygen atom, then R 3 is a hydroxyC1-C6 alkyl group or a C1-C6 alkoxyC1-C6 alkyl group. R 1 : a C1-C6 alkyl group or a hydroxyC1-C6 alkyl group, R 2 : a C1-C6 alkyl group, A: a 5-membered aromatic heterocycle having 1-4 atoms selected from the group consisting of a nitrogen atom, an oxygen atom and a sulfur atom, or an oxygen atom, and R 3 : if A is a 5-membered aromatic heterocycle having 1-4 atoms selected from the group consisting of a nitrogen atom, an oxygen atom and a sulfur atom, then R 3 is a C1-C6 alkyl group, a hydroxyC1-C6 alkyl group or a C1-C6 alkoxyC1-C6 alkyl group; and if A is an oxygen atom, then R 3 is a hydroxyC1-C6 alkyl group or a C1-C6 alkoxyC1-C6 alkyl group.
An apparatus comprising a processor and memory including computer program code, the memory and computer program code configured to, with the processor, enable the apparatus at least to: calculate a planned route to be travelled by a road data gatherer (A) based on a received destination for the road data gatherer; generate (S1260) an indication of one or more communication network receiver (851-854) upload zones along the planned route for the road data gatherer (A) for one or more respective time periods, the indication being determined according to a predetermined upload criterion that takes account of received information about the available bandwidth capacities of communication network receivers (851-854) along the planned route , so that the indication specifies communication network receivers to be used or not used by the road data gatherer to upload road data in the one or more respective time periods; and provide (S1270) the indication to guide uploading of the road data gathered by the road data gatherer. calculate a planned route to be travelled by a road data gatherer (A) based on a received destination for the road data gatherer; generate (S1260) an indication of one or more communication network receiver (851-854) upload zones along the planned route for the road data gatherer (A) for one or more respective time periods, the indication being determined according to a predetermined upload criterion that takes account of received information about the available bandwidth capacities of communication network receivers (851-854) along the planned route , so that the indication specifies communication network receivers to be used or not used by the road data gatherer to upload road data in the one or more respective time periods; and provide (S1270) the indication to guide uploading of the road data gathered by the road data gatherer.
A pressure regulator comprising a housing containing a channel arranged to communicate a fluid from a fluid inlet to a fluid outlet , said channel comprising a valve seat and closure member with said closure member operable with valve seat to control fluid flow through the channel and; wherein the housing comprises a resilient diaphragm in fluid communication with the fluid and in physical communication with the closure member such that the diaphragm is operable to deform in response to a change in pressure of the fluid and such that deformation of the diaphragm causes the closure member to change position and; characterised in that a straight and hollow member having a stem is located in the channel and the stem of said hollow member defines a narrow path between the channel and outside of said stem in a region proximate to the fluid outlet such that fluid passing through the channel is communicated from the fluid inlet to the fluid outlet via said narrow path such that the pressure of the fluid emerging from said narrow path into the channel is communicated from the downstream termination of the hollow member to the diaphragm via the inside of the hollow member , wherein the longitudinal axis of the hollow member is substantially coaxial with the fluid outlet .
Spherical fused silica powder having been subjected to a dielectric tangent reduction treatment comprising heat treating a raw material spherical fused silica powder having a specific surface area of 1-30 m 2 /g at a temperature of 500-1100°C and for a predetermined time in which heating temperature (°C) x heating time (h) becomes 1000-26400 °C•h, the spherical fused silica powder having: a dielectric tangent ratio B/A of 0.70 or lower, wherein "A" represents a dielectric tangent (tanδf A ) of the spherical fused silica powder before the dielectric tangent reduction treatment and "B" represents a dielectric tangent (tanδf B ) of the spherical fused silica powder after the dielectric tangent reduction treatment, the dielectric tangent (tanδf A , tanδf B ) of the spherical fused silica powder before and after the dielectric tangent reduction treatment being measured with a resonator method at a frequency of 35-40 GHz, a temperature of 20 °C, and a humidity of 60%RH after formulating the spherical fused silica powder in a resin and molding it into the sheet by a method described in the description, and being calculated by using the following Formula (I); and a specific surface area of 1-30 m 2 /g. [Numerical formula 1] log tan δc = Vf ⋅ log tan δf + 1 − Vf ⋅ log tan δr wherein, in Formula (I), each of the symbols has the following meanings: tanδc: dielectric tangent of the sheet Vf: a volume fraction of the spherical fused silica powder in the sheet tanδr: a dielectric tangent of a resin sheet (without filler formulation) a dielectric tangent ratio B/A of 0.70 or lower, wherein "A" represents a dielectric tangent (tanδf A ) of the spherical fused silica powder before the dielectric tangent reduction treatment and "B" represents a dielectric tangent (tanδf B ) of the spherical fused silica powder after the dielectric tangent reduction treatment, the dielectric tangent (tanδf A , tanδf B ) of the spherical fused silica powder before and after the dielectric tangent reduction treatment being measured with a resonator method at a frequency of 35-40 GHz, a temperature of 20 °C, and a humidity of 60%RH after formulating the spherical fused silica powder in a resin and molding it into the sheet by a method described in the description, and being calculated by using the following Formula (I); and a specific surface area of 1-30 m 2 /g. [Numerical formula 1] log tan δc = Vf ⋅ log tan δf + 1 − Vf ⋅ log tan δr wherein, in Formula (I), each of the symbols has the following meanings: tanδc: dielectric tangent of the sheet Vf: a volume fraction of the spherical fused silica powder in the sheet tanδr: a dielectric tangent of a resin sheet (without filler formulation) tanδc: dielectric tangent of the sheet Vf: a volume fraction of the spherical fused silica powder in the sheet tanδr: a dielectric tangent of a resin sheet (without filler formulation)
Sound-absorbing element for an air vent , wherein the air vent comprises a housing with an air outlet opening and a connection to an air supply shaft , wherein at least one sound-absorbing element is mounted in the housing and/or a housing of the air supply shaft and wherein the sound-absorbing element comprises a support which is connected with at least one layer of sound-absorbing material, wherein the at least one layer of sound-absorbing material comprises activated carbon or at least one further layer of activated carbon is applied to öthe layer of sound-absorbing material, characterised in that the at least one layer is applied over an area to at least one side of the support , wherein the support has at least one seat in which the layer is so received that the layer is aligned with the region of the support surrounding the seat , and that the sound-absorbing element is a slat (34; 36) of an air vent , a closure flap of an air vent , an air guide element of an air supply shaft and/or at least a part of the housing (31; 33) of the air vent and/or of the air supply shaft .
System setup for automated measuring biomethane gas in a biogas flow, the system setup comprising: - at least one digester - at least one container for chemical fixation of other gases than biomethane gas, the other gases being at least CO 2 , wherein the chemical fixation is based on irreversible reaction(s); and - at least one direct gas flow measuring device; - a data acquisition system (DAQ unit) configured for continuous and in real-time data recording and analyzing of the gas flow measurements; wherein the at least one container for chemical irreversible fixation is connected to said at least one gas flow measuring device; wherein said at least one gas flow measuring device is a liquid displacement measuring device having a triangular gas compartment, wherein the liquid displacement measuring device is operating based on leverage effect, wherein said at least one gas flow measuring device is immersed in a wet space, and wherein the liquid displacement measuring device has at least one sensor means provided to generate a signal and/or change the state of a signal when the gas compartment is not in its initial standby position, and wherein said liquid displacement device has means for adjusting the active volume of the gas compartment, the active volume being the actual volume needed for pivoting the compartment from its initial standby position. - at least one digester - at least one container for chemical fixation of other gases than biomethane gas, the other gases being at least CO 2 , wherein the chemical fixation is based on irreversible reaction(s); and - at least one direct gas flow measuring device; - a data acquisition system (DAQ unit) configured for continuous and in real-time data recording and analyzing of the gas flow measurements; - at least one container for chemical fixation of other gases than biomethane gas, the other gases being at least CO 2 , wherein the chemical fixation is based on irreversible reaction(s); and - at least one direct gas flow measuring device; - a data acquisition system (DAQ unit) configured for continuous and in real-time data recording and analyzing of the gas flow measurements;
A tubular cellulose-based food casing, treated with a composition containing liquid smoke, characterized in that the main component of the liquid smoke is an oily phase, and which comprises, as further components, condensed wood smoke dissolved in the oily phase, and that the composition contains dipotassium hydrogen phosphate applied to the inside of the food casing.
A refrigerator comprising an apparatus for cooling a machine room of the refrigerator, the apparatus comprising a compressor installed in the machine room , and a condenser installed in the machine room and connected to the compressor via a connection pipe , the refrigerator using a nacelle shaped apparatus for cooling and further comprises a nacelle duct installed in the machine room to cool the compressor and the condenser by blowing air, characterized in that the nacelle duct comprises a blowing unit employing a frame structure having a central opening, an air flowing path as an internal path for the air flow and a blowing nozzle located to face the compressor for discharging air; a fan mounting unit mounted onto a bottom of the machine room and connected to the blowing unit at a lower portion of the nacelle duct , the fan mounting unit being configured to mount a blowing fan therein; a blowing fan installed in the fan mounting unit to suck external air and blow the sucked external air toward the blowing unit ; and a cover configured to cover an upper portion of the fan mounting unit and prevent air from being discharged to the exterior, wherein the fan mounting unit includes duct fixing holes formed at a lower side of an outer circumference of an outer casing to fix the nacelle duct onto the bottom of the machine room .
Bread dough, comprising - one or more fructans having two or more fructosyl moieties linked by a beta bond selected from the group of inulins and inulin hydrolysates the total content of said fructans selected from the group of inulins and inulin hydrolysates, being in the range of 1-10 wt. %, - one or more extracellular inulinases (EC 3.2.1.7 and EC 3.2.1.80), the inulinase content being 5-1000 ppm, and - one or more extracellular invertases (EC 3.2.1.26), the invertase content being 5 - 2000 ppm, the bread dough having a total added sugar content of 0-5 wt. %, based on dry weight. - one or more fructans having two or more fructosyl moieties linked by a beta bond selected from the group of inulins and inulin hydrolysates the total content of said fructans selected from the group of inulins and inulin hydrolysates, being in the range of 1-10 wt. %, - one or more extracellular inulinases (EC 3.2.1.7 and EC 3.2.1.80), the inulinase content being 5-1000 ppm, and - one or more extracellular invertases (EC 3.2.1.26), the invertase content being 5 - 2000 ppm,
Filling level sensor for a fuel tank, comprising a ceramic mounting plate with a resistance network arranged thereon and a contact structure for the detection of an electrical filling level signal, and a cup-shaped cover connected to the mounting plate, having a cover top side, having an encircling edge which faces outwards and side faces which adjoin said edge, the cover and the mounting plate forming a housing by way of the edge of the cover resting on the mounting plate, characterized in that the cover has at least one bead , and in that the beads are formed between a side wall and the edge of the cover .
A cell sorting valve microfabricated on a silicon substrate with microfabricated channels leading from the cell sorting valve , wherein the cell sorting valve separates the target particles from non-target material; a disposable cartridge containing a sample reservoir, a sort reservoir and a waste reservoir ; and an electromagnet having a magnetic core , the electromagnet produces lines of magnetic flux in a region adjacent to the cell sorting valve , causing the cell sorting valve to move in response to lines of flux produced by the electromagnet wherein the electromagnet comprises a solenoid of coils wrapped around a magnetic core having a tapered shape , wherein the tapered shape has a contour which narrows from a base to a tip characterized in that the tapered shape is surrounded laterally by a heat sinking material and wherein the heat sinking material comprises an insulator structure which impedes the flow of eddy currents in the heat sinking material in response to the magnetic flux generated by the electromagnet .
Method for converting an MR measuring protocol , which predetermines parameters with associated parameter values, which configure a measurement by means of a new software version of a first magnetic resonance system, wherein the method comprises the following steps: syntactic conversion of the MR measuring protocol , wherein the structure of the MR measuring protocol is adjusted to an old software version of a second magnetic resonance system , semantic conversion of the syntactically converted MR measuring protocol, by parameter values of the syntactically converted MR measuring protocol being adjusted to the properties implemented in the old software version, wherein the dependencies between the parameters including their parameter values are taken into account. syntactic conversion of the MR measuring protocol , wherein the structure of the MR measuring protocol is adjusted to an old software version of a second magnetic resonance system , semantic conversion of the syntactically converted MR measuring protocol, by parameter values of the syntactically converted MR measuring protocol being adjusted to the properties implemented in the old software version, wherein the dependencies between the parameters including their parameter values are taken into account.
A method of providing seamless service in a dual subscriber identity module environment, the method comprising steps of: - availing a first service from a network entity by a user equipment via a MiFi device , wherein the first service is provided through a first subscriber identity module configured to operate using a first radio access technology; - detecting , by the MiFi device , a second service available for the user equipment , wherein the second service is provided through a second subscriber identity module configured to operate using a second radio access technology; - triggering , by the MiFi device , a tune-away procedure for a tune-away event pursuant to the detection of the second service;; - generating , by the MiFi device , at least one parameter for said tune-away event, wherein the at least one parameter is indicative of an action required for the tune-away event, and the at least one parameter is an instantaneously generated parameter, a pre-recorded parameter or combination thereof; - updating a service provider module , the network entity or a combination thereof, with the at least one parameter for performing said action during said tune-away event; and - providing the seamless service based on the at least one parameter by the service provider module , the network entity or a combination thereof. - availing a first service from a network entity by a user equipment via a MiFi device , wherein the first service is provided through a first subscriber identity module configured to operate using a first radio access technology; - detecting , by the MiFi device , a second service available for the user equipment , wherein the second service is provided through a second subscriber identity module configured to operate using a second radio access technology; - triggering , by the MiFi device , a tune-away procedure for a tune-away event pursuant to the detection of the second service;; - generating , by the MiFi device , at least one parameter for said tune-away event, wherein the at least one parameter is indicative of an action required for the tune-away event, and the at least one parameter is an instantaneously generated parameter, a pre-recorded parameter or combination thereof; the at least one parameter is indicative of an action required for the tune-away event, and the at least one parameter is an instantaneously generated parameter, a pre-recorded parameter or combination thereof; - updating a service provider module , the network entity or a combination thereof, with the at least one parameter for performing said action during said tune-away event; and - providing the seamless service based on the at least one parameter by the service provider module , the network entity or a combination thereof.
A ground fault current detection device comprising: a ground fault current detection circuit configured to detect ground fault current based on a zero-phase-sequence current; and a first zero-phase-sequence current transformer configured to detect the zero-phase-sequence current in a plurality of wires, the first zero-phase-sequence current transformer comprising an insert portion configured to receive a plurality of first power wires and a first offset current wire , characterized in that the first zero-phase-sequence current transformer is adapted to receive a first offset current having constant DC through the first offset current wire , and the ground fault current detection circuit is adapted to determine the first offset current from a value of error current output when the current flowing through the plurality of power wires is balanced. a ground fault current detection circuit configured to detect ground fault current based on a zero-phase-sequence current; and a first zero-phase-sequence current transformer configured to detect the zero-phase-sequence current in a plurality of wires, the first zero-phase-sequence current transformer comprising an insert portion configured to receive a plurality of first power wires and a first offset current wire , characterized in that the first zero-phase-sequence current transformer is adapted to receive a first offset current having constant DC through the first offset current wire , and the ground fault current detection circuit is adapted to determine the first offset current from a value of error current output when the current flowing through the plurality of power wires is balanced.