mhurhangee/patent-ind-claim-en huggingface dataset:
A process for oxidative biostabilization of citrus pulp in a system comprising a reactor provided with a first end for inlet of fresh pulp and a second end for outlet of active biostabilized pulp, comprising the following steps: feeding an amount of fresh pulp with an amount (P1) per unit time to a mixer device ; mixing said amount (P1) of fresh pulp with an amount (P2) of active biostabilized pulp to obtain a reaction mixture; distributing the reaction mixture to a first open-chamber reactor for oxidative biostabilization in air of the reaction mixture; causing, preferably by means of a turner , said reaction mixture to advance along said reactor between said first end and said second end of said first reactor ; blowing air from beneath, into said first reactor to produce active biostabilized pulp; and cyclically transferring a partial amount (P2) of active biostabilized pulp from an intermediate area of the reactor or an area downstream of said second end to an area close to or upstream of said first end , upstream of said mixer , wherein said active biostabilized pulp is a partially biostabilized citrus pulp which presents the following characteristics: acidity: 6<pH<8; Potential Dynamic Respiration Index: 500<DRI<1000 mgO2/KgSV/h; humidity: H<40%. feeding an amount of fresh pulp with an amount (P1) per unit time to a mixer device ; mixing said amount (P1) of fresh pulp with an amount (P2) of active biostabilized pulp to obtain a reaction mixture; distributing the reaction mixture to a first open-chamber reactor for oxidative biostabilization in air of the reaction mixture; causing, preferably by means of a turner , said reaction mixture to advance along said reactor between said first end and said second end of said first reactor ; blowing air from beneath, into said first reactor to produce active biostabilized pulp; and cyclically transferring a partial amount (P2) of active biostabilized pulp from an intermediate area of the reactor or an area downstream of said second end to an area close to or upstream of said first end , upstream of said mixer , wherein said active biostabilized pulp is a partially biostabilized citrus pulp which presents the following characteristics: acidity: 6<pH<8; Potential Dynamic Respiration Index: 500<DRI<1000 mgO2/KgSV/h; humidity: H<40%.
Protection device, especially thermal and/or against electric leakage currents, for a rolling bearing (P) which is to be mounted on a shaft (A) of an electric motor, such that said protection device comprises a ring (B) having a constant cylindrical inner surface adapted to the diameter (D1) of the shaft (A) and a terminal face which cooperates with a shoulder that is present at the outer surface of the shaft (A) and causes said shaft (A) to change from diameter D1 to a larger diameter D2, the ring (B) being interposed between the shaft and the rolling bearing (P) and being insulated from the shaft by a dielectric coating , the dielectric coating covering at least the surface of the ring (B) that is to be in contact with the shaft (A), characterised in that the ring (B) is electrically insulated from at least one metal part in contact with the shaft A by the insulating coating in the zone that is to be in contact with said at least one metal part , the terminal face being higher than the difference D2-D1.
A method for transmitting reference signals in a multi-carrier spatial modulation, SM, system, comprising: inserting, by a transmitting apparatus, at least one physical resource block, PRB, between adjacent first PRBs; and transmitting, by the transmitting apparatus, the first PRBs and the at least one PRB, wherein reference signal symbols on the at least one PRB is transmitted on a first subset of links among transmission links, wherein each transmission link among the transmission links corresponds to a transmit antenna of a plurality of transmit antennas, wherein SM symbols on the at least one the PRB are superimposed with the reference signal symbols and are transmitted on a second subset of links among the transmission links, wherein the transmission of the reference signal symbols on the first subset of links and the transmission of the SM symbols on the second subset of links are carried out on a same time-frequency resource. inserting, by a transmitting apparatus, at least one physical resource block, PRB, between adjacent first PRBs; and transmitting, by the transmitting apparatus, the first PRBs and the at least one PRB, wherein reference signal symbols on the at least one PRB is transmitted on a first subset of links among transmission links, wherein each transmission link among the transmission links corresponds to a transmit antenna of a plurality of transmit antennas, wherein SM symbols on the at least one the PRB are superimposed with the reference signal symbols and are transmitted on a second subset of links among the transmission links, wherein the transmission of the reference signal symbols on the first subset of links and the transmission of the SM symbols on the second subset of links are carried out on a same time-frequency resource.
A 1,4-dioxane-degrading bacteria culture method, wherein 1,4-dioxane-degrading bacteria are propagated using a medium containing diethylene glycol at a concentration of 1.0 wt% or more and 10.0 wt% or less, wherein the 1,4-dioxane-degrading bacteria are selected from at least one of the group consisting of Mycobacterium sp. D11 with the Accession Number: NITE BP-01926, Pseudonocardia sp. D17 with the Accession Number: NITE BP-01927, and Pseudonocardia dioxanivorans CB1190.
A patient interface for delivering a flow of air to an entrance of a patient's airways, the patient interface comprising: a plenum chamber configured to receive a flow of air; one or more prongs configured to deliver the flow of air from the plenum chamber to the entrance of a patient's airways; a rigid frame (3310; 3320) configured to engage a cheek of the patient in use; and a headgear (3340; 3350) coupled to the rigid frame and configured to engage with the patient's head to locate the one or more prongs in use, wherein the rigid frame comprises a central portion that is disengaged from and extends past the plenum chamber in an anterior-posterior direction; and wherein the central portion extends across the patient's face while recessed from the plenum chamber , and characterized in that locations of engagement between the central portion and the plenum chamber consists of a left end and a right end of the plenum chamber. a plenum chamber configured to receive a flow of air; one or more prongs configured to deliver the flow of air from the plenum chamber to the entrance of a patient's airways; a rigid frame (3310; 3320) configured to engage a cheek of the patient in use; and a headgear (3340; 3350) coupled to the rigid frame and configured to engage with the patient's head to locate the one or more prongs in use, wherein the rigid frame comprises a central portion that is disengaged from and extends past the plenum chamber in an anterior-posterior direction; and wherein the central portion extends across the patient's face while recessed from the plenum chamber , and characterized in that locations of engagement between the central portion and the plenum chamber consists of a left end and a right end of the plenum chamber.
A cyclonic separator device for removing dust or debris from dirt-laden air, the device having: a separating chamber ; an inlet through which dirt-laden air is drawn into the separating chamber; an outlet through which cleaner air exits the separating chamber; and a shroud that is connected to the separating chamber at one end, and provides a plurality of openings for the passage of air to the outlet, a dirt collection chamber in communication with the separating chamber, wherein the separating chamber includes a generally cylindrical portion with a central axis (A) and wherein the inlet is configured to direct the incoming dirt-laden air into said generally cylindrical portion such that it travels circumferentially around an inner surface of the separating chamber, wherein the separating chamber includes an airflow directing formation which is connected to the inner surface of the generally cylindrical portion and which extends inwardly towards the central axis of the generally cylindrical portion, wherein said airflow directing formation provides a surface which follows a substantially helical path that extends away from the inlet as it extends circumferentially around the inner surface of the generally cylindrical portion, characterised in that the airflow directing formation has a width (W') measured in a direction parallel to the central axis of the generally cylindrical portion of the separating chamber, and where the width of the airflow directing formation increases as the formation extends circumferentially around the inner surface of the generally cylindrical portion. a separating chamber ; an inlet through which dirt-laden air is drawn into the separating chamber; an outlet through which cleaner air exits the separating chamber; and a shroud that is connected to the separating chamber at one end, and provides a plurality of openings for the passage of air to the outlet, a dirt collection chamber in communication with the separating chamber, wherein the separating chamber includes a generally cylindrical portion with a central axis (A) and wherein the inlet is configured to direct the incoming dirt-laden air into said generally cylindrical portion such that it travels circumferentially around an inner surface of the separating chamber, wherein the separating chamber includes an airflow directing formation which is connected to the inner surface of the generally cylindrical portion and which extends inwardly towards the central axis of the generally cylindrical portion, wherein said airflow directing formation provides a surface which follows a substantially helical path that extends away from the inlet as it extends circumferentially around the inner surface of the generally cylindrical portion, characterised in that the airflow directing formation has a width (W') measured in a direction parallel to the central axis of the generally cylindrical portion of the separating chamber, and where the width of the airflow directing formation increases as the formation extends circumferentially around the inner surface of the generally cylindrical portion.
An implantable prosthetic device comprising: a) an annular inflatable membrane having an inflation port and first and second open ends , wherein upon inflation the annular inflatable membrane forms a ring with an interior cavity ; b) a tubular fiber graft enclosing the inflatable membrane and having first and second open ends ; c) a coupling member coupling the first and second open ends (120, 122; 164, 166) of the inflatable membrane and fiber graft ; and d) a one way valve assembly coupled to the inflation port to allow fluid to be injected into the interior of the inflatable membrane . a) an annular inflatable membrane having an inflation port and first and second open ends , wherein upon inflation the annular inflatable membrane forms a ring with an interior cavity ; b) a tubular fiber graft enclosing the inflatable membrane and having first and second open ends ; c) a coupling member coupling the first and second open ends (120, 122; 164, 166) of the inflatable membrane and fiber graft ; and d) a one way valve assembly coupled to the inflation port to allow fluid to be injected into the interior of the inflatable membrane .
A laundry treating apparatus comprising: an outer cabinet which forms an exterior of the laundry treating apparatus; and an inner cabinet provided in the outer cabinet for providing a space for holding clothes; a supply unit portion for supplying hot air or steam to an inside of the inner cabinet , selectively; an air gap forming portion forming an air layer between the inner cabinet and the outer cabinet for thermally insulating the inner cabinet ; and a frame fixedly securing an outside circumferential surface of the inner cabinet and wherein the outer cabinet is coupled to an outside circumferential surface of the frame , characterized by further comprising: a strength reinforcing portion located at the inside circumferential surface of the outer cabinet and configured to reinforce the strength of the outer cabinet . an outer cabinet which forms an exterior of the laundry treating apparatus; and an inner cabinet provided in the outer cabinet for providing a space for holding clothes; a supply unit portion for supplying hot air or steam to an inside of the inner cabinet , selectively; an air gap forming portion forming an air layer between the inner cabinet and the outer cabinet for thermally insulating the inner cabinet ; and a frame fixedly securing an outside circumferential surface of the inner cabinet and wherein the outer cabinet is coupled to an outside circumferential surface of the frame , characterized by further comprising: a strength reinforcing portion located at the inside circumferential surface of the outer cabinet and configured to reinforce the strength of the outer cabinet .
Process for the preparation of a protein extract from the meal or oil cake of oil seeds, wherein the process comprises: a) preparing in a container a mixture of an aqueous solution and comminuted meal or oil cake from oil seeds, wherein the comminuted particles have an average particle size (d32) smaller than 1000 μm; b) creating a fluidized bed of the comminuted meal or oil cake particles in the container by means of flow generating means provided in the container and letting at least a part of the proteins present in the comminuted meal or oil cake dissolve into the aqueous solution; c) separating under fluidized bed conditions at least a part of the dissolved protein from the mixture by means of filtration means provided in the container, such that a protein extract is obtained. a) preparing in a container a mixture of an aqueous solution and comminuted meal or oil cake from oil seeds, wherein the comminuted particles have an average particle size (d32) smaller than 1000 μm; b) creating a fluidized bed of the comminuted meal or oil cake particles in the container by means of flow generating means provided in the container and letting at least a part of the proteins present in the comminuted meal or oil cake dissolve into the aqueous solution; c) separating under fluidized bed conditions at least a part of the dissolved protein from the mixture by means of filtration means provided in the container, such that a protein extract is obtained.
A solar-thermal module containing - at least one thermal storage element with at least one feed line and at least one discharge line for a heat transfer medium as well as a storage mass with a fluid-distributing structure, the storage element being constructed at least partially from an ultra-high-strength concrete, as well as - at least one solar-thermal collector , characterized in that a hydraulic block is integrated into the storage element , with pumps and other hydraulic elements being integrated in the hydraulic block . - at least one thermal storage element with at least one feed line and at least one discharge line for a heat transfer medium as well as a storage mass with a fluid-distributing structure, the storage element being constructed at least partially from an ultra-high-strength concrete, as well as - at least one solar-thermal collector ,
A method for configuring uplink Semi-Persistent Scheduling, SPS, comprising: determining , by a terminal, SPS configuration assistance information; transmitting , by the terminal, the SPS configuration assistance information to a network side device; receiving, by the terminal, uplink SPS information configured by the network side device according to the SPS configuration assistance information; and characterized in that determining , by the terminal, the SPS configuration assistance information comprises: determining an uplink SPS resource start position desired by the terminal in a time domain and a part or all of following information as the SPS configuration assistance information: an uplink SPS resource configuration periodicity desired by the terminal; data packet size indication information; and service type indication information. determining , by a terminal, SPS configuration assistance information; transmitting , by the terminal, the SPS configuration assistance information to a network side device; receiving, by the terminal, uplink SPS information configured by the network side device according to the SPS configuration assistance information; and characterized in that determining , by the terminal, the SPS configuration assistance information comprises: determining an uplink SPS resource start position desired by the terminal in a time domain and a part or all of following information as the SPS configuration assistance information: an uplink SPS resource configuration periodicity desired by the terminal; data packet size indication information; and service type indication information. an uplink SPS resource configuration periodicity desired by the terminal; data packet size indication information; and service type indication information.
Vehicle restraint system which is arranged on a roadway, comprising guide barriers which are fixed to a roadway surface formed from asphalt or different asphalt layers of a roadway covering, wherein the guide barriers are secured by means of screwing in at least one concrete screw in an undersized bore hole with a frost-resistant and water-tight adhesive being interposed in such a manner that a considerable form-fit fastening is achieved by the screwing-in , wherein an excess of the adhesive is discharged between an assembly rail and the upper edge of the bore hole and seals, wherein the material which completely surrounds the bore hole is formed from asphalt or different asphalt layers of the roadway covering.
A product comprising an effective amount of (a) mastic extract and (b) (i) one or more natural or naturally derived compounds and/or (ii) one or more other antimicrobials to inhibit microbial growth in the product, selected from: (a) an effective amount of mastic oil and piroctone olamine; (b) an effective amount of mastic water and ethyl lauroyl arginate or a salt thereof; (c) an effective amount of mastic water and p-anisic acid or a salt thereof; or (d) an effective amount of mastic water and quinic acid to inhibit microbial growth in the product. (a) an effective amount of mastic oil and piroctone olamine; (b) an effective amount of mastic water and ethyl lauroyl arginate or a salt thereof; (c) an effective amount of mastic water and p-anisic acid or a salt thereof; or (d) an effective amount of mastic water and quinic acid
A metal sheet composite, which is a constituent of a movable or immovable attachment part, namely a door, sunroof, hatchback, boot lid or bonnet, or of an attached mudguard for or on a vehicle, or is a constituent of a body of the vehicle, wherein the metal sheet composite includes: a) an outer metal sheet comprising a flange (1c; 1d) which is folded over around a flanging edge by roll-flanging or slide-flanging; b) an inner metal sheet which forms a joint (3; 8) with the flange (1c; Id); c) and a welding or soldering seam which is produced on or in the joint (3; 8) and fixedly connects the metal sheets to each other, d) wherein the flange (1c; 1d) of the outer metal sheet forms a slot, characterised in that e1) the inner metal sheet protrudes into the slot in order to form a lap joint with the flange on an interior side of the flange in relation to the slot, wherein the flange points at an inclination away from the region of the outer metal sheet which faces opposite, such that the slot narrows in the shape of a funnel in the direction of a flanging base which includes the flanging edge , e2) or the flange (1c; 1d) and the inner metal sheet form a lap joint on the outer side of the flange (1c; 1d) which faces away from the slot, and the welding or soldering seam is a welding seam which extends along the outer side of the flange (1c; 1d). a) an outer metal sheet comprising a flange (1c; 1d) which is folded over around a flanging edge by roll-flanging or slide-flanging; b) an inner metal sheet which forms a joint (3; 8) with the flange (1c; Id); c) and a welding or soldering seam which is produced on or in the joint (3; 8) and fixedly connects the metal sheets to each other, d) wherein the flange (1c; 1d) of the outer metal sheet forms a slot, e1) the inner metal sheet protrudes into the slot in order to form a lap joint with the flange on an interior side of the flange in relation to the slot, wherein the flange points at an inclination away from the region of the outer metal sheet which faces opposite, such that the slot narrows in the shape of a funnel in the direction of a flanging base which includes the flanging edge , e2) or the flange (1c; 1d) and the inner metal sheet form a lap joint on the outer side of the flange (1c; 1d) which faces away from the slot, and the welding or soldering seam is a welding seam which extends along the outer side of the flange (1c; 1d).
Process for the enzymatic synthesis of estolides, comprising the reaction of stearic acid and methyl ricinoleate in a solvent-free medium, using an immobilized lipase as the catalyst, wherein the lipase, which is non-specific for the 1,3-positions of a triglyceride, is a recombinant lipase from Candida antarctica , expressed in Apergillus Niger , and is immobilized on macroporous acrylic resins.
An apparatus for washing and grading sand comprising a split deck vibrating screen having a first deck and a second deck on respective sides thereof and a common sump , the first deck being arranged to receive a feed material, oversize material passing over the first deck of said split deck vibrating screen for collection as a first product and undersize material and water being collected in the sump of the split deck vibrating screen before being pumped to a first hydrocyclone ; the second deck of the split deck vibrating screen receiving an underflow from the first hydrocyclone , oversize material passing over the second deck of the split deck vibrating screen (10 for collection as a second product; an overflow from the first hydrocyclone being passed into a settling tank , a water storage reservoir receiving water overflowing from the settling tank while sludge is collected and removed from a lower end of said settling tank , water being passed from said water storage reservoir to said first and second decks of the split deck vibrating screen to wash and fluidise material thereon, characterised in that the split deck vibrating screen , said first hydrocyclone , said settling tank and said water storage reservoir are mounted on a common chassis, the settling tank and the water storage reservoir being arranged at substantially the same height as the split deck vibrating screen and being located adjacent the split deck vibrating screen to facilitate transfer of water from the water storage reservoir to the split deck vibrating screen .
A method of analyzing proteins and/or metabolites in a sample, comprising: providing a sample including at least one second protein and a second compound including a metabolite or a first protein, the at least one second protein and the metabolite or the first protein forming a plurality of complexes in which the metabolite or the first protein is bound to a second protein; and exposing the sample to focused acoustic energy to disrupt the plurality of complexes and disassociate the metabolite or the first protein from the second protein of each of the complexes. providing a sample including at least one second protein and a second compound including a metabolite or a first protein, the at least one second protein and the metabolite or the first protein forming a plurality of complexes in which the metabolite or the first protein is bound to a second protein; and exposing the sample to focused acoustic energy to disrupt the plurality of complexes and disassociate the metabolite or the first protein from the second protein of each of the complexes.