mhurhangee/patent-ind-claim-en huggingface dataset:
A fluidized gas reactor configured to allow particle sample recovery without interrupting an ongoing reaction, comprising: a. a reaction chamber including a particle bed ; b. a gas distribution plate arranged at the floor of the reaction chamber , the gas distribution plate having a plurality of openings therethrough; wherein each opening opens into the reaction chamber ; c. a plurality of fluidizing gas inlet tubes , each of the fluidizing gas inlet tubes being in fluid communication with one of the openings in the gas distribution plate in the floor of the reaction chamber ; wherein each fluidizing gas inlet tube is configured to receive a fluidizing gas and transport the fluidizing gas to the reaction chamber ; d. a fluidizing gas source configured to provide a stream of the fluidizing gas to the fluidizing gas inlet tubes ; and e. a plurality of particle outlets , each particle outlet being positioned in one of the fluidizing gas inlet tubes ; wherein the fluidizing gas source is configured to selectively stop the stream of the fluidizing gas to any one of the fluidizing gas inlet tubes ; and wherein each particle outlet is configured to receive particles from the particle bed while the stream of the fluidizing gas to a corresponding fluidizing gas inlet tube is stopped. a. a reaction chamber including a particle bed ; b. a gas distribution plate arranged at the floor of the reaction chamber , the gas distribution plate having a plurality of openings therethrough; wherein each opening opens into the reaction chamber ; c. a plurality of fluidizing gas inlet tubes , each of the fluidizing gas inlet tubes being in fluid communication with one of the openings in the gas distribution plate in the floor of the reaction chamber ; wherein each fluidizing gas inlet tube is configured to receive a fluidizing gas and transport the fluidizing gas to the reaction chamber ; d. a fluidizing gas source configured to provide a stream of the fluidizing gas to the fluidizing gas inlet tubes ; and e. a plurality of particle outlets , each particle outlet being positioned in one of the fluidizing gas inlet tubes ; wherein the fluidizing gas source is configured to selectively stop the stream of the fluidizing gas to any one of the fluidizing gas inlet tubes ; and wherein each particle outlet is configured to receive particles from the particle bed while the stream of the fluidizing gas to a corresponding fluidizing gas inlet tube is stopped. wherein the fluidizing gas source is configured to selectively stop the stream of the fluidizing gas to any one of the fluidizing gas inlet tubes ; and wherein each particle outlet is configured to receive particles from the particle bed while the stream of the fluidizing gas to a corresponding fluidizing gas inlet tube is stopped.
Thick-matter pumping device, in particular for a mobile thick matter pump, with an S-tube (10a-n), which has an inlet and an outlet offset axially parallel to the inlet , with at least one bearing (13a-n) for supporting the S-tube (10a-n), which bearing has a bearing axis , to which the outlet of the S-tube (10a-n) is arranged at least substantially coaxially, and which comprises at least two bearing surfaces (15a-n, 16a-n), which are provided to take up forces acting in a radial direction, and with an outlet tube section connecting to the S-tube (10a-n) that is provided to be connected to the outlet of the S-tube(10a-n), wherein the bearing surfaces (15a-n, 16a-n) are designed at least in part as sealing surfaces, which are provided to seal the S-tube (10a-n) and the outlet tube section (17a-n) against one another, characterised in that the thick matter pumping device comprises two guide rings (26a-n, 27a-n), which form the bearing surfaces (15a-n, 16a-n), wherein the guide ring (27a-n) of the outlet tube section (17a-n) is axially displaceable along the bearing axis , and has a bias element (28a; 28d; 28e), which is provided to act upon the guide ring (27a-n) with a biasing force.
Dispenser for discharge of pharmaceutical liquids, especially for the dropwise discharge of pharmaceutical liquids in the form of individual droplets, having the following features: a. the dispenser has a liquid reservoir , a pump device having a volumetrically variable pump chamber , and a delivery opening for delivery of the liquid, and b. the dispenser has an elongate housing aligned in a main direction of extension , wherein the delivery opening is provided at a distal end of the dispenser , and c. the dispenser has an actuating button which is provided in the region of an outer surface of the housing at the side of the dispenser and can be depressed between an unactuated starting position and an actuated final position, and d. the volumetrically variable pump chamber is bounded on one side by a displaceable and/or deformable pump chamber wall connected to the actuating button in a connecting region in such a way that it reduces the size of the pump chamber through depression of the actuating button , and e. the dispenser has a spring device that acts on the actuating button in a force input region and by which the actuating button is subjected to a force in the direction of its unactuated starting position, and f. the actuating button takes the form of a rocker button designed to be rockable with respect to the housing by rocking about a rocker axis , characterized by the following feature: g. the force input region and the connecting region are provided on the rocker button at different distances from the rocker axis . a. the dispenser has a liquid reservoir , a pump device having a volumetrically variable pump chamber , and a delivery opening for delivery of the liquid, and b. the dispenser has an elongate housing aligned in a main direction of extension , wherein the delivery opening is provided at a distal end of the dispenser , and c. the dispenser has an actuating button which is provided in the region of an outer surface of the housing at the side of the dispenser and can be depressed between an unactuated starting position and an actuated final position, and d. the volumetrically variable pump chamber is bounded on one side by a displaceable and/or deformable pump chamber wall connected to the actuating button in a connecting region in such a way that it reduces the size of the pump chamber through depression of the actuating button , and e. the dispenser has a spring device that acts on the actuating button in a force input region and by which the actuating button is subjected to a force in the direction of its unactuated starting position, and f. the actuating button takes the form of a rocker button designed to be rockable with respect to the housing by rocking about a rocker axis ,
An apparatus for heating or cooling a polymer solution , comprising: a shell ; the shell having an inlet port for introducing a polymer solution into the shell and an outlet port for removing the polymer solution from the shell ; where the shell does not contain any other ports other than the inlet port located at a top of the shell and the outlet port located at a bottom of the shell ; or where the shell does not contain any other ports other than the inlet port located at the bottom of the shell and the outlet port located at the top of the shell ; wherein the polymer solution comprises a polymer and a solvent that is operative to dissolve the polymer; and a plurality of plates in the shell ; where the plurality of plates is stacked one atop the other to define a central passage that is in fluid communication with the inlet port of the shell ; where the plurality of plates further defines a plurality of conduits, each conduit extending radially outwards from the central passage, where the plurality of conduits is in fluid communication with the central passage; and where the apparatus is operated at a pressure and a temperature effective to maintain the polymer solution in a single phase during its travel through the apparatus from the inlet port of the shell to an outlet port of the shell ; where each conduit never decreases in width from an inner circumference to an outer circumference. a shell ; the shell having an inlet port for introducing a polymer solution into the shell and an outlet port for removing the polymer solution from the shell ; where the shell does not contain any other ports other than the inlet port located at a top of the shell and the outlet port located at a bottom of the shell ; or where the shell does not contain any other ports other than the inlet port located at the bottom of the shell and the outlet port located at the top of the shell ; wherein the polymer solution comprises a polymer and a solvent that is operative to dissolve the polymer; and a plurality of plates in the shell ; where the plurality of plates is stacked one atop the other to define a central passage that is in fluid communication with the inlet port of the shell ; where the plurality of plates further defines a plurality of conduits, each conduit extending radially outwards from the central passage, where the plurality of conduits is in fluid communication with the central passage; and where the apparatus is operated at a pressure and a temperature effective to maintain the polymer solution in a single phase during its travel through the apparatus from the inlet port of the shell to an outlet port of the shell ; where each conduit never decreases in width from an inner circumference to an outer circumference.
Cladding for an interior of a motor vehicle , with a cladding surface and with at least one light source , which is arranged at an edge of the cladding surface , and by means of which the cladding surface can be illuminated from the edge , wherein, - a cladding element is mounted on the cladding surface , namely by means of a retaining element arranged between the cladding surface and the cladding element , - a distance (d) between the edge of the cladding surface and the retaining element parallel to amain extension plane of the cladding surface is greater, at least in some places, than the distance (e) between the edge of the cladding surface and the cladding element parallel to the main extension plane of the cladding surface , characterised in that - several light sources are arranged peripherally along the edge of the cladding surface , with which light can be radiated from several directions onto the cladding surface . - a cladding element is mounted on the cladding surface , namely by means of a retaining element arranged between the cladding surface and the cladding element , - a distance (d) between the edge of the cladding surface and the retaining element parallel to amain extension plane of the cladding surface is greater, at least in some places, than the distance (e) between the edge of the cladding surface and the cladding element parallel to the main extension plane of the cladding surface , characterised in that - several light sources are arranged peripherally along the edge of the cladding surface , with which light can be radiated from several directions onto the cladding surface .
A composition for increasing the levels of an FK506-binding protein 11 (FKBP11) peptide in a subject, wherein the composition is for use in lowering blood glucose levels, improving glucose tolerance, decreasing hepatic gluconeogenic activity and/or decreasing insulin sensitivity in a subject exhibiting higher than normal blood glucose levels, or having a condition selected from the group consisting of type I diabetes, type II diabetes, obesity, a gestational diabetes, and insulin tolerance, or combinations thereof, by administration of an effective amount of the composition to the subject, the composition comprising an FKBP11 peptide or a nucleic acid encoding an FKBP11 peptide, wherein the FKBP11 peptide is selected from the group consisting of an FKBP11 polypeptide comprising SEQ ID NO: 1, a variant thereof, or a fusion protein containing an FKBP11 polypeptide comprising SEQ ID NO: 1 or a variant thereof; wherein the variant of the FKBP11 polypeptide has the biological activity of SEQ ID NO: 1, and exhibits at least 90% sequence identity to SEQ ID NO: 1.
Lining sleeve for rehabilitating fluid-conducting line systems, having at least one curable layer composed of at least one resin-impregnated fibre band and having a first outer film sleeve which is arranged on the curable layer on the side facing away from the flowing medium and both sides of which are provided with a reinforcement having a thickness of 10 to 1000 μm, wherein both sides of said outer film sleeve are impregnated with resin.
A method of improving sliceability of a baked product prepared from dough comprising: - incorporating into the dough a glycosyltransferase (EC 2.4.1.18) and/or a cyclomaltodextrin glucanotransferase (EC 2.4.1.19); - baking the dough into a baked product; and - slicing the baked product during the cooling period when the baked product has a core temperature of 30-55°C. - incorporating into the dough a glycosyltransferase (EC 2.4.1.18) and/or a cyclomaltodextrin glucanotransferase (EC 2.4.1.19); - baking the dough into a baked product; and - slicing the baked product during the cooling period when the baked product has a core temperature of 30-55°C.
Modular satellite equipment support panel for receiving electrical and/or electronic assemblies , characterised in that - the satellite equipment support panel has a base body which is provided with at least one recess into which at least one of the electrical and/or electronic assemblies can be fitted, and - the base body has devices for distributing electrical energy to electrical energy connections, provided on the base of the at least one recess or on an inner end wall of the at least one recess , the at least one recess being open at the top and to one side, for the at least one electrical and/or electronic assembly provided there. - the satellite equipment support panel has a base body which is provided with at least one recess into which at least one of the electrical and/or electronic assemblies can be fitted, and - the base body has devices for distributing electrical energy to electrical energy connections, provided on the base of the at least one recess or on an inner end wall of the at least one recess , the at least one recess being open at the top and to one side, for the at least one electrical and/or electronic assembly provided there.
A radio frequency passband filter comprising a network of half-wavelength planar resonators , wherein at least one of the half-wavelength planar resonators includes a resistor shunted to ground to flatten response in the passband, wherein different ones of the plurality of the half-wavelength planar resonators have resistors with different resistance values.
An electronic wind instrument comprising: a breath sensor ; an operating element that receives an instruction related to a pitch; a speaker that outputs a sound based on musical performance information obtained from at least one of the breath sensor and the operating element , the speaker having an inner space therein; and an acoustic tube that has an inner space therein, the inner space of the acoustic tube being continuous with the inner space of the speaker , the acoustic tube extending in a direction away from the speaker , wherein the acoustic tube includes: a first tube part that includes a first end connected to the speaker and a second end spaced apart from the first end; and a second tube part connected to the second end of the first tube part , and the operating element is provided on the first tube part , characterized in that the sound is directly radiated to outside of the electronic wind instrument and is radiated to the outside of the electronic wind instrument from an opening end of the acoustic tube 5 through an inner space of the first tube part and an inner space of the second tube part . a breath sensor ; an operating element that receives an instruction related to a pitch; a speaker that outputs a sound based on musical performance information obtained from at least one of the breath sensor and the operating element , the speaker having an inner space therein; and an acoustic tube that has an inner space therein, the inner space of the acoustic tube being continuous with the inner space of the speaker , the acoustic tube extending in a direction away from the speaker , wherein the acoustic tube includes: a first tube part that includes a first end connected to the speaker and a second end spaced apart from the first end; and a second tube part connected to the second end of the first tube part , and a first tube part that includes a first end connected to the speaker and a second end spaced apart from the first end; and a second tube part connected to the second end of the first tube part , and the operating element is provided on the first tube part , characterized in that the sound is directly radiated to outside of the electronic wind instrument and is radiated to the outside of the electronic wind instrument from an opening end of the acoustic tube 5 through an inner space of the first tube part and an inner space of the second tube part .
An information communication terminal including a peripheral device cooperative application and a plurality of service applications adapted to cooperate with a plurality of connected peripheral devices via the peripheral device cooperative application , and wherein the peripheral device cooperative application comprises: a reception unit configured to receive, from each of the plurality of peripheral devices , a first setting value of a notification setting, wherein the notification setting is for determining an operation of each peripheral device when each peripheral device receives data; a peripheral device setting storage unit configured to store the received first setting value of the notification setting; a service application setting storage unit configured to store a second setting value of the notification setting for determining an operation of the peripheral device when the peripheral device receives data from a service application, by using the first setting value of the notification settings stored in the peripheral device setting storage unit as an initial value; a control unit configured to assign, when data transmitted from the service application to at least one peripheral device are received, a setting value of the notification setting for determining an operation of the at least one peripheral device to the data on the basis of the second setting value of the notification setting stored in the service application setting storage unit ; and a transmission unit configured to transmit the data to which the setting value of the notification setting is assigned to the at least one peripheral device so as to cause an output unit of the at least one peripheral device to output a notification. a reception unit configured to receive, from each of the plurality of peripheral devices , a first setting value of a notification setting, wherein the notification setting is for determining an operation of each peripheral device when each peripheral device receives data; a peripheral device setting storage unit configured to store the received first setting value of the notification setting; a service application setting storage unit configured to store a second setting value of the notification setting for determining an operation of the peripheral device when the peripheral device receives data from a service application, by using the first setting value of the notification settings stored in the peripheral device setting storage unit as an initial value; a control unit configured to assign, when data transmitted from the service application to at least one peripheral device are received, a setting value of the notification setting for determining an operation of the at least one peripheral device to the data on the basis of the second setting value of the notification setting stored in the service application setting storage unit ; and
A cover for a mattress or a cushion of a piece of furniture , having a useful side and a rear side , wherein a receiving device for a supporting spring system comprising a spring strip is provided on the rear side , and wherein at least one spring strip is formed from a fibre-reinforced plastic material having a preferably pultruded fibre core and a jacket which encloses the fibre core and is made of a plastic, characterised in that in each case a jacket leg protrudes on opposite sides of the jacket for an increased bearing surface of the spring strip .
A continuous flow chemical reactor for use in reaction of one or more fluidic reactants, the reactor comprising: one or more reaction chamber sections in fluidic communication with each other, each reaction chamber section housing a static mixer element configured as an integral module for insertion into each reaction chamber section, wherein the aspect ratio (L/d) of the reactor is at least 75, each static mixer element comprising catalytically reactive sites and an integral scaffold defining a plurality of similar structures repeated periodically along a longitudinal axis of the scaffold, each structure having a plurality of passages configured for enhancing mixing, contact of the fluidic reactants with the catalytically reactive sites and heat transfer, by redistributing fluid in directions transverse to the main flow through the plurality of passages, and, in use, configured to provide a transverse temperature differential of less than 10 °C/mm and a pressure drop across the reaction chamber section (in Pa/m) of less than 100,000 with a volumetric flow rate of at least 0.1 ml/min; one or more reactant inlets for supply of the one or more fluidic reactants to the one or more reaction chamber sections; and one or more outlets in fluidic communication with the static mixer element for receiving an output stream comprising a product of the reaction, wherein the plurality of passages on the scaffold are configured to change or split the localised flow direction by more than 200 m -1 , corresponding to a number of times within a given length along a longitudinal axis of the static mixer element. one or more reaction chamber sections in fluidic communication with each other, each reaction chamber section housing a static mixer element configured as an integral module for insertion into each reaction chamber section, wherein the aspect ratio (L/d) of the reactor is at least 75, each static mixer element comprising catalytically reactive sites and an integral scaffold defining a plurality of similar structures repeated periodically along a longitudinal axis of the scaffold, each structure having a plurality of passages configured for enhancing mixing, contact of the fluidic reactants with the catalytically reactive sites and heat transfer, by redistributing fluid in directions transverse to the main flow through the plurality of passages, and, in use, configured to provide a transverse temperature differential of less than 10 °C/mm and a pressure drop across the reaction chamber section (in Pa/m) of less than 100,000 with a volumetric flow rate of at least 0.1 ml/min; one or more reactant inlets for supply of the one or more fluidic reactants to the one or more reaction chamber sections; and one or more outlets in fluidic communication with the static mixer element for receiving an output stream comprising a product of the reaction, wherein the plurality of passages on the scaffold are configured to change or split the localised flow direction by more than 200 m -1 , corresponding to a number of times within a given length along a longitudinal axis of the static mixer element.