mhurhangee/patent-ind-claim-en huggingface dataset:
An air supply vent assembly for a residential ventilation system comprising; a main body comprising a conduit having an inlet for connection to an air supply duct and an outlet defining an air supply inlet for a room; mounting means for securing the main body within an inlet vent aperture of said room; and a filter assembly connected to the main body such that airflow is channelled through the filtration unit prior to flowing through the outlet of the conduit, the filter assembly including a filter comprising an active carbon chemisorption material that changes colour based on its chemical condition; characterised in that : the filter assembly and the main body are configured and arranged such that the filter is accessible via the vent aperture of the room and at least a portion of the chemisorption filter is visible such that it can be viewed from within the room when the air supply vent is assembled and installed in use without the requirement to remove or disassemble the filter assembly. a main body comprising a conduit having an inlet for connection to an air supply duct and an outlet defining an air supply inlet for a room; mounting means for securing the main body within an inlet vent aperture of said room; and a filter assembly connected to the main body such that airflow is channelled through the filtration unit prior to flowing through the outlet of the conduit, the filter assembly including a filter comprising an active carbon chemisorption material that changes colour based on its chemical condition; characterised in that : the filter assembly and the main body are configured and arranged such that the filter is accessible via the vent aperture of the room and at least a portion of the chemisorption filter is visible such that it can be viewed from within the room when the air supply vent is assembled and installed in use without the requirement to remove or disassemble the filter assembly.
An anaerobic curable composition comprising; (a) a (meth)acrylate component; (b) an anaerobic cure system; and (c) a compound having structure II below: wherein: A and R 1 are each independently selected from C 1-12 alkyl or alkylene, C 2-12 alkenyl or alkenylene, C 5-14 cycloalkyl, C 5-14 cycloalkenyl, C 5-14 cycloalkylene, or C 5-14 cycloalkenylene, or C 6-14 aryl, each of which groups may be interrupted by one or more heteroatoms or substituted by one or more heteroatom containing groups; n is 0-5; and, q is 1-5. (a) a (meth)acrylate component; (b) an anaerobic cure system; and (c) a compound having structure II below: n is 0-5; and, q is 1-5.
A method for hydrolyzing infant formula, said method comprising the steps of: - providing (S1) infant formula in a product pipe; - performing (S2) a pH measurement of the infant formula in the product pipe; - adjusting (S3) the pH of the infant formula in the product pipe, based on the measured pH in the product pipe, by inserting a caustic solution to the infant formula in the product pipe; - inserting (S4) enzymes to the infant formula in the product pipe; and - transferring and storing (S5) the infant formula in a holding tank. - providing (S1) infant formula in a product pipe; - performing (S2) a pH measurement of the infant formula in the product pipe; - adjusting (S3) the pH of the infant formula in the product pipe, based on the measured pH in the product pipe, by inserting a caustic solution to the infant formula in the product pipe; - inserting (S4) enzymes to the infant formula in the product pipe; and - transferring and storing (S5) the infant formula in a holding tank.
A method for purging a selective catalytic reduction dosing system having a urea reservoir , a urea delivery module comprising at least one pump , a dosing injector arranged to spray urea into an engine exhaust pipe and a feedline extending from the dosing injector to the urea delivery module , the method comprising the steps of: Activating a reverse pump or a pump in a reverse direction to reduce urea pressure in preparation to draw fluid or gas into the urea delivery module ; Opening the dosing injector to allow fluid or gas to flow into the feedline from the exhaust pipe; Stopping the reverse pump or reverse direction of the pump and closing the dosing injector ; Activating a forward pump or a forward direction of the pump ; Stopping the forward pump or forward direction of the pump and opening the dosing injector ; and Activating the reverse pump or reverse direction of the pump . Activating a reverse pump or a pump in a reverse direction to reduce urea pressure in preparation to draw fluid or gas into the urea delivery module ; Opening the dosing injector to allow fluid or gas to flow into the feedline from the exhaust pipe; Stopping the reverse pump or reverse direction of the pump and closing the dosing injector ; Activating a forward pump or a forward direction of the pump ; Stopping the forward pump or forward direction of the pump and opening the dosing injector ; and Activating the reverse pump or reverse direction of the pump .
An information processing apparatus for generating drawing data by using printing data and setting information about printing, comprising: a job receiving portion configured to receive a print job and extract, from the print job, the printing data and the setting information about printing; a conversion unit configured to convert the setting information about printing into setting information for the information processing apparatus, wherein converting the setting information comprises changing a format of one or more job attributes in the setting information about printing based on a conversion table , wherein the conversion table is specific to an original generator of the print job and the conversion unit is configured to determine the original generator based on the content of the setting information about printing; a plurality of drawing data generating units , each configured to generate the drawing data based on the printing data and the setting information for the information processing apparatus; and a generating unit controller configured to analyze the setting information for the information processing apparatus to select one of the drawing data generating units and control the selected drawing data generating unit in a control procedure corresponding to the selected drawing data generating unit . a conversion unit configured to convert the setting information about printing into setting information for the information processing apparatus, wherein converting the setting information comprises changing a format of one or more job attributes in the setting information about printing based on a conversion table , wherein the conversion table is specific to an original generator of the print job and the conversion unit is configured to determine the original generator based on the content of the setting information about printing; a plurality of drawing data generating units , each configured to generate the drawing data based on the printing data and the setting information for the information processing apparatus; and a generating unit controller configured to analyze the setting information for the information processing apparatus to select one of the drawing data generating units and control the selected drawing data generating unit in a control procedure corresponding to the selected drawing data generating unit .
An intelligent terminal power-saving management method, wherein the method comprises: acquiring , by a second intelligent terminal, a power-saving control policy, wherein: the power-saving control policy comprises an interval for enabling a communications module; the interval for enabling the communications module is greater than a power-saving period of the communications module; and the power-saving period is a built-in power-saving control policy of the communications module; counting , by the second intelligent terminal, duration when the interval for enabling the communications module is acquired; enabling , by the second intelligent terminal, the communications module to perform communication when the duration is greater than or equal to the interval for enabling the communications module, and acquiring, by using the communications module, a to-be-processed task from a first intelligent terminal that communicates with the second intelligent terminal; disabling , by the second intelligent terminal, the communications module when the to-be-processed task is processed. acquiring , by a second intelligent terminal, a power-saving control policy, wherein: the power-saving control policy comprises an interval for enabling a communications module; the interval for enabling the communications module is greater than a power-saving period of the communications module; and the power-saving period is a built-in power-saving control policy of the communications module; counting , by the second intelligent terminal, duration when the interval for enabling the communications module is acquired; enabling , by the second intelligent terminal, the communications module to perform communication when the duration is greater than or equal to the interval for enabling the communications module, and acquiring, by using the communications module, a to-be-processed task from a first intelligent terminal that communicates with the second intelligent terminal; disabling , by the second intelligent terminal, the communications module when the to-be-processed task is processed.
A brush for applying a cosmetic product, comprising: a handle comprised of an ovular shape; a neck extending at a downward angle relative to said handle ; a head extending at an upward angle relative to said neck , wherein said handle is parallel to said head ; and wherein said head is ovular or circular shaped; a bundle of fibers perpendicularly extending from an underside of said head in a direction perpendicular to a plane of the head for applying said cosmetic product; and wherein said ovular shaped handle includes an upper depression extending within a top surface said handle , wherein an oval-shaped insert is positioned within said upper depression of said ovular shaped handle , wherein said ovular shaped handle includes a lower depression extending within a lower surface of said ovular shaped handle , and wherein a second oval-shaped insert is positioned within said lower depression of said ovular shaped handle , and wherein the head , neck and handle form an integral body. a handle comprised of an ovular shape; a neck extending at a downward angle relative to said handle ; a head extending at an upward angle relative to said neck , wherein said handle is parallel to said head ; and wherein said head is ovular or circular shaped; a bundle of fibers perpendicularly extending from an underside of said head in a direction perpendicular to a plane of the head for applying said cosmetic product; and wherein said ovular shaped handle includes an upper depression extending within a top surface said handle , wherein an oval-shaped insert is positioned within said upper depression of said ovular shaped handle , wherein said ovular shaped handle includes a lower depression extending within a lower surface of said ovular shaped handle , and wherein a second oval-shaped insert is positioned within said lower depression of said ovular shaped handle , and wherein the head , neck and handle form an integral body.
A bulk refuse container (C) with lifting pins (PS) which are fastened on the side of the body of said bulk refuse container (C), comprising a body, said body being provided with at least one hole or seat (F) prepared at the position of each lifting pin (PS), wherein in said hole or seat (F) the respective pin (PS) is fastened by means of a respective backplate (CP) of the bulk refuse container (C); said pin (PS) and said respective backplate (CP) being made of plastic material as the bulk refuse container (C), or being made of any other material suitable for the purpose; wherein said pin (PS) is fastened on the side of the body of the bulk refuse container (C) and wherein said pin (P) and backplate (CP) are fastened to each other to be tightened on a respective wall of the bulk refuse container so as to avoid damaging it in the event of knocks or breaks of the pin (PS) and/or of the backplate (CP); wherein the area of the side wall of the bulk refuse container about each hole (F) is reinforced and sized so that once the pin (PS) is fastened with the related backplate (CP), the pin (PS) is positioned in the position desired, characterized in that said pin (PS) is manually screwable on the respective backplate (CP) and screwed on the respective backplate (CP) or alternatively, the fastening of the pin (PS) on the backplate (CP) being of the bayonet or plug-in type or by means of a metal or non-metal middle pin; and in that the body made of plastic material and said backplate (CP) is fastened inside the bulk refuse container (C), wherein the pin (PS) can be unfastened from the backplate (CP). characterized in that said pin (PS) is manually screwable on the respective backplate (CP) and screwed on the respective backplate (CP) or alternatively, the fastening of the pin (PS) on the backplate (CP) being of the bayonet or plug-in type or by means of a metal or non-metal middle pin; and in that the body made of plastic material and said backplate (CP) is fastened inside the bulk refuse container (C), wherein the pin (PS) can be unfastened from the backplate (CP).
A method of radio transmission, comprising: encoding a digital message into a series of input symbols belonging to a predetermined modulation set, each symbol encoding a plurality of bits of the digital message; generating a series of differential-encoded symbols, whereby each possible value in the series of input symbols corresponds to a predetermined change in the series of differential-encoded symbols, synthesizing a series of modulated chirps whose instantaneous frequencies vary according to one of a plurality of functions that are cyclical shift of one base chirp function, wherein the cyclical shift of a chirp represents the value of a corresponding symbol in the series of differential-encoded symbols. encoding a digital message into a series of input symbols belonging to a predetermined modulation set, each symbol encoding a plurality of bits of the digital message; generating a series of differential-encoded symbols, whereby each possible value in the series of input symbols corresponds to a predetermined change in the series of differential-encoded symbols, synthesizing a series of modulated chirps whose instantaneous frequencies vary according to one of a plurality of functions that are cyclical shift of one base chirp function, wherein the cyclical shift of a chirp represents the value of a corresponding symbol in the series of differential-encoded symbols.
A hair cutting device for cutting hair on a body of a subject, the hair cutting device comprising: a light source for generating laser light at one or more specific wavelengths corresponding to wavelengths absorbed by one or more chromophores in or on hair; and a cutting element that comprises an optical waveguide that is coupled to the light source to receive laser light, wherein a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; characterised in that at least a portion of the cutting face is provided with a first coating or layer that is formed from or comprises a lipophilic material; and wherein at least a portion of the sidewall of the optical waveguide that can contact the skin of the subject has a second coating or layer that is formed from or comprises a lipophobic material. a light source for generating laser light at one or more specific wavelengths corresponding to wavelengths absorbed by one or more chromophores in or on hair; and a cutting element that comprises an optical waveguide that is coupled to the light source to receive laser light, wherein a portion of a sidewall of the optical waveguide forms a cutting face for contacting hair; characterised in that at least a portion of the cutting face is provided with a first coating or layer that is formed from or comprises a lipophilic material; and wherein at least a portion of the sidewall of the optical waveguide that can contact the skin of the subject has a second coating or layer that is formed from or comprises a lipophobic material.
An apparatus for cleaning the interior of a gas container for pressurized gas; said apparatus comprising: - a rig , said rig comprising container receiving means for suspending said container; - an array of elongate arms (8,8',8",8"'), each having a first end (10,10',10",10"') and a second end (12,12',12",12'"); wherein said array of elongate arms comprising: i) a blasting arm comprising in its first end a blasting nozzle for abrasive blasting the interior of the container; wherein said apparatus comprises means for independent moving one or more of said elongate arms (8.8',8",8'") of the array of elongate arms, relative to said container receiving means , in such a way that the first end (10,10',10",10"') of said one or more of said elongate arms of the array of elongate arms can be inserted into the interior of a gas container , when said gas container being suspended in said rig; characterized in that said array of elongate arms further comprising: ii) an endoscope comprising in its first end image capturing means for visual inspection of the interior of said container. - a rig , said rig comprising container receiving means for suspending said container; - an array of elongate arms (8,8',8",8"'), each having a first end (10,10',10",10"') and a second end (12,12',12",12'");
A pre-formulation comprising: a) 20 to 80 wt% of at least one of a mono-, di- or tri-acyl lipid and/or a tocopherol; b) optionally at least one phospholipid; c) 1 to 30 wt% of at least one biocompatible, organic solvent; and d) treprostinil or a salt thereof; wherein the pre-formulation forms at least one liquid crystalline phase structure upon contact with at least an equivolume amount of aqueous fluid. a) 20 to 80 wt% of at least one of a mono-, di- or tri-acyl lipid and/or a tocopherol; b) optionally at least one phospholipid; c) 1 to 30 wt% of at least one biocompatible, organic solvent; and d) treprostinil or a salt thereof;
A process for producing a saturated hydrocarbon component, characterized in that a feedstock comprising one or more component(s) selected from the group consisting of carboxylic acids having carbon numbers from C4 to C38, esters of C4 to C38 carboxylic acids and C1-C11 alcohols, C4-C38 carboxylic acid anhydrides, and C4-C38 alcohols, which component(s) is/are at least 50% by weight unsaturated and/or polyunsaturated, is oligomerized in the presence of a cationic clay catalyst and deoxygenized for removal of oxygen, wherein deoxygenation is carried out as hydrodeoxygenation, the deoxygenation being carried out in the presence of hydrogen, at a temperature between 200 and 500 °C, under a pressure between 0 and 20 MPa, the flow rate WHSV being between 0.1 and 10 1/h, in the presence of a hydrodeoxygenation catalyst selected from a Pd, Pt, Ni, NiMo or CoMo catalyst having an alumina and/or silica support, prior to or following the oligomerization.
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations comprising: receiving, from a plurality of client devices each associated with a respective user, user queries directed toward a cloud-based assistant service executing on the data processing hardware ; for each received user query directed toward the cloud-based assistant service : extracting one or more attributes from the user query ; and logging the user query into one or more of a plurality of category buckets based on the one or more attributes extracted from the user query ; determining when at least one of the plurality of category buckets includes a threshold number of the user queries logged into the at least one category bucket ; and when the at least one of the plurality of category buckets includes the threshold number of the user queries , generating a distilled model of the cloud-based assistant service , the distilled model of the cloud-based assistant service configured to execute on one or more of the plurality of client devices . receiving, from a plurality of client devices each associated with a respective user, user queries directed toward a cloud-based assistant service executing on the data processing hardware ; for each received user query directed toward the cloud-based assistant service : extracting one or more attributes from the user query ; and logging the user query into one or more of a plurality of category buckets based on the one or more attributes extracted from the user query ; extracting one or more attributes from the user query ; and logging the user query into one or more of a plurality of category buckets based on the one or more attributes extracted from the user query ; determining when at least one of the plurality of category buckets includes a threshold number of the user queries logged into the at least one category bucket ; and when the at least one of the plurality of category buckets includes the threshold number of the user queries , generating a distilled model of the cloud-based assistant service , the distilled model of the cloud-based assistant service configured to execute on one or more of the plurality of client devices .
A food product comprising a microorganism of the strain DSM 23964 termed CTC1.
A laminated molded body, comprising: laminated fiber reinforced layers in which a reinforcing fiber material is dispersed in a resin material which serves as a matrix, wherein a thickness of each of the fiber reinforced layers is set to 20 to 80 pm; the laminated molded body further comprising: a laminated portion in which a plurality of the fiber reinforced layers are laminated; and a laminated portion in which a resin layer is laminated between the fiber reinforced layers. a laminated portion in which a plurality of the fiber reinforced layers are laminated; and a laminated portion in which a resin layer is laminated between the fiber reinforced layers.
A method of producing slice-shaped moldings from portions of a viscous mass, in particular minced meat slices for rotating meat spits, hamburgers or moldings composed of meatless or vegan raw materials, in which the respective mass of a portion is filled under pressure between two mutually spaced apart mold surfaces and the spacing between the mold surfaces is changed during the filling process in dependence on the filling pressure, characterized in that , in a control loop, the filling pressure or a measure for the filling pressure is measured as an actual value, compared with a predefined desired value and influenced by changing the spacing between the mold surfaces , with the mold surfaces being moved relative to one another by means of at least one controlled drive in order to change the spacing.
A rubber composition comprising the following Components (A) to (D): Component (A): a modified cellulose nanofiber; Component (B): a surfactant; Component (C): a polyvalent metal; and Component (D): a rubber component; wherein the content of Component (C) is from 0.01 part by mass to 5 parts by mass relative to 100 parts by mass of Component (A). Component (A): a modified cellulose nanofiber; Component (B): a surfactant; Component (C): a polyvalent metal; and Component (D): a rubber component;