mhurhangee/ep-ind-claims huggingface dataset:
A filter cleaning system, comprising: a compressed air supply; at least one pulse nozzle operatively attached to the compressed air supply; a rotating plate assembly, wherein the compressed air supply and the at least one pulse nozzles (12, 14) are mounted to the rotating plate assembly; and wherein the rotating plate assembly is designed to rotate during a cleaning cycle characterized in that the filter cleaning system is placed in a central cavity of a cylindrical filter element placed around the filter cleaning system; that the at least one pulse nozzle (12, 14) is arranged in a first semicircle of the cross-section of the filter element, and a target cleaning area of the filter element is in a second, opposite, semicircle of the cross-section of the filter element. a compressed air supply; at least one pulse nozzle operatively attached to the compressed air supply; a rotating plate assembly, wherein the compressed air supply and the at least one pulse nozzles (12, 14) are mounted to the rotating plate assembly; and wherein the rotating plate assembly is designed to rotate during a cleaning cycle
An air diffuser for motor vehicles, comprising: - a casing which defines a passageway for the circulation of an air flow towards an outlet opening of said casing, wherein the casing comprises a perimeter frame which delimits said outlet opening and which comprises a first perimeter wall; and - lighting means which comprise a light guide and which are configured and arranged to illuminate at least a portion of said casing and/or a region adjacent to it; characterised in that: - said lighting means comprise at least one reflective surface which is arranged spaced from said first perimeter wall according to a direction opposite to that of the outlet of the air flow, and wherein the first perimeter wall and the at least one reflective surface define an inner cavity; - in that said light guide extends along the perimeter behind said first perimeter wall, housed inside said inner cavity; - and in that said at least one reflective surface is configured and arranged to reflect said light emitted by the light guide, redirecting it at least towards said portion of the casing and/or adjacent region to be illuminated. - a casing which defines a passageway for the circulation of an air flow towards an outlet opening of said casing, wherein the casing comprises a perimeter frame which delimits said outlet opening and which comprises a first perimeter wall; and - lighting means which comprise a light guide and which are configured and arranged to illuminate at least a portion of said casing and/or a region adjacent to it; - said lighting means comprise at least one reflective surface which is arranged spaced from said first perimeter wall according to a direction opposite to that of the outlet of the air flow, and wherein the first perimeter wall and the at least one reflective surface define an inner cavity; - in that said light guide extends along the perimeter behind said first perimeter wall, housed inside said inner cavity; - and in that said at least one reflective surface is configured and arranged to reflect said light emitted by the light guide, redirecting it at least towards said portion of the casing and/or adjacent region to be illuminated.
A system for locking housings that comprise a base, a cover and internal elements arranged in an internal portion of the base, the cover being locked onto the base by means of at least one fastening element, the locking system being characterized in that the fastening element has first reversible locking stage (a) and second irreversible locking stage (b), the locking system being configured so that the reversible locking stage (a) enables one to open the housing for access to the internal elements and the irreversible locking stage (b) effects the tamper-proof closure of the housing.
A method to control the activation of a drying system for drying compressed air based on the occurred substitution of a filter in the drying system; said method comprises: generating a maintenance code of said drying system by a microcontroller included in a electronic control apparatus which is designed to control said drying system, determining, by said microcontroller, a first keyword based on said maintenance code, displaying said maintenance code by a display, communicating said maintenance code to a remote electronic authentication system, determining, by said remote electronic authentication system, a second keyword based on said maintenance code, receiving said second keyword from said electronic authentication system, providing said second keyword to said microcontroller, comparing, by said microcontroller, said first keyword with said second keyword, authenticating, by said microcontroller, the activation of the operation of said drying system based on the result of said comparison, said method being characterised in that it comprises: determining said maintenance code based on a first parameter indicative of a code associated with said microcontroller and on a second parameter indicative of an events counter, implementing a non-linear function for determining said first keyword and said second keyword based on said maintenance code. generating a maintenance code of said drying system by a microcontroller included in a electronic control apparatus which is designed to control said drying system, determining, by said microcontroller, a first keyword based on said maintenance code, displaying said maintenance code by a display, communicating said maintenance code to a remote electronic authentication system, determining, by said remote electronic authentication system, a second keyword based on said maintenance code, receiving said second keyword from said electronic authentication system, providing said second keyword to said microcontroller, comparing, by said microcontroller, said first keyword with said second keyword, authenticating, by said microcontroller, the activation of the operation of said drying system based on the result of said comparison, determining said maintenance code based on a first parameter indicative of a code associated with said microcontroller and on a second parameter indicative of an events counter, implementing a non-linear function for determining said first keyword and said second keyword based on said maintenance code.
A wound therapy apparatus comprising: a housing; a pressure source configured to provide negative pressure via a fluid flow path to a wound dressing and operate according to an operational parameter; and a user interface configured to enable a user adjustment of the operational parameter; characterized in that the wound therapy apparatus comprises a locking mechanism comprising an authentication key and a receiver configured to receive an authentication input, the locking mechanism being configured to be in at least two states, the at least two states comprising a first state in which the locking mechanism physically prevents the user adjustment of the operational parameter with the user interface and a second state in which the locking mechanism physically permits the user adjustment of the operational parameter with the user interface, the locking mechanism being configured to transition from the first state to the second state responsive to a match between the authentication input and the authentication key. a housing; a pressure source configured to provide negative pressure via a fluid flow path to a wound dressing and operate according to an operational parameter; and a user interface configured to enable a user adjustment of the operational parameter; characterized in that the wound therapy apparatus comprises a locking mechanism comprising an authentication key and a receiver configured to receive an authentication input, the locking mechanism being configured to be in at least two states, the at least two states comprising a first state in which the locking mechanism physically prevents the user adjustment of the operational parameter with the user interface and a second state in which the locking mechanism physically permits the user adjustment of the operational parameter with the user interface, the locking mechanism being configured to transition from the first state to the second state responsive to a match between the authentication input and the authentication key.
A method of manufacturing a thermoelectric component comprising: thermo-mechanically processing a first material with a second powder to form a thermoelectric component, wherein the first material is ball-milled prior to thermo-mechanical processing to form a ball-milled first powder, wherein the ball-milled first powder comprises CoSi 2 and a dopant comprising at least one of nickel (Ni), cobalt (Co), iron (Fe), and boron, or combinations and alloys thereof at a concentration from about 0.2 wt% to about 5.0 wt% of the first material, wherein the second powder comprises n-type filled skutterudite, and wherein the second powder is disposed in contact with a first layer of the ball-milled first powder and a second layer of the ball-milled first powder prior to thermo-mechanical processing; wherein, subsequent to thermo-mechanical processing, a specific contact resistance between the first layer of the ball-milled first powder and the second powder is less than about 10.0 μΩ·cm 2, and wherein a specific contact resistance between the second layer of the ball-milled first powder and the second powder is less than about 10.0 μΩ·cm 2. thermo-mechanically processing a first material with a second powder to form a thermoelectric component, wherein the first material is ball-milled prior to thermo-mechanical processing to form a ball-milled first powder, wherein the ball-milled first powder comprises CoSi 2 and a dopant comprising at least one of nickel (Ni), cobalt (Co), iron (Fe), and boron, or combinations and alloys thereof at a concentration from about 0.2 wt% to about 5.0 wt% of the first material, wherein the second powder comprises n-type filled skutterudite, and wherein the second powder is disposed in contact with a first layer of the ball-milled first powder and a second layer of the ball-milled first powder prior to thermo-mechanical processing; wherein, subsequent to thermo-mechanical processing, a specific contact resistance between the first layer of the ball-milled first powder and the second powder is less than about 10.0 μΩ·cm 2, and wherein a specific contact resistance between the second layer of the ball-milled first powder and the second powder is less than about 10.0 μΩ·cm 2.
A method for the preparation of maghemite crystals having a crystal size in the range of 0.5 to 4 nm and a magnetite content of less than 5 parts by weight of one hundred, the parts by weight referring to the proportion of divalent iron ions in the total iron and the method comprising the steps: S1: preparing an aqueous sodium hydroxide solution having a pH value in the range of 10 to 15, the sodium hydroxide solution containing one or more alditols and one or more carbohydrates and the temperature of the sodium hydroxide solution being 0 to 10° Celsius; S2: preparing a further aqueous solution containing chloride ions, iron salts and iron salts and having a temperature of 0 to 10° Celsius; and S3: preparing a mixture of the sodium hydroxide solution and the further solution, the temperature of the mixture being 0 to 10° Celsius. S1: preparing an aqueous sodium hydroxide solution having a pH value in the range of 10 to 15, the sodium hydroxide solution containing one or more alditols and one or more carbohydrates and the temperature of the sodium hydroxide solution being 0 to 10° Celsius; S2: preparing a further aqueous solution containing chloride ions, iron salts and iron salts and having a temperature of 0 to 10° Celsius; and S3: preparing a mixture of the sodium hydroxide solution and the further solution, the temperature of the mixture being 0 to 10° Celsius.
Pellet burner having a burning space comprising a grate, a duct for introducing cold air into the burning space, an ignition tube, and a container arranged under the grate for holding the grate, wherein the ignition tube is arranged in the interior of the duct that supplies the cold air, and the duct is coupled to the wall of a common mechanical unit formed by the grate and the container, characterized by the air supply taking place in a medium height region of this mechanical unit, and by a drive unit coupled to the duct for ensuring its bi-directional turning by at least a right angle relative to a boundary wall defining the burning space, such that the duct is pivoted by being turned around relative to the boundary wall and by an ash collector space outside the burning space for receiving the ash that drops out from the grate in its rotated position.
A lubricating oil composition comprising a mineral oil having a kinematic viscosity at 100°C of 2.5 mm 2 /s or more and 5 mm 2 /s or less, and a polymethacrylate having a functional group containing an oxygen atom in the molecule, which has a structural unit represented by the following general formula: wherein R 1 represents a divalent aliphatic hydrocarbon group having 24 to 40 carbon atoms, and X 1 represents a monovalent functional group containing an oxygen atom, wherein the mass average molecular weight of the polymethacrylate is 5,000 or more and 100,000 or less; and wherein the content of the polymethacrylate is 1% by mass or more and 15% by mass or less, based on the total amount of the composition.
An apparatus for transferring one or more receptacles between a plurality of receptacle-receiving structures, one or more of the receptacle receiving structures including a receptacle transfer portal through which a receptacle is placed into or removed from the receptacle-receiving structure and a door disposed over the receptacle transfer portal, the apparatus comprising: a receptacle carriage adapted to carry a receptacle and to selectively stop at a transfer position with respect to any of the receptacle-receiving structures, and wherein the receptacle carriage includes a receptacle moving mechanism adapted to move a receptacle with respect to the receptacle carriage to move a receptacle into the receptacle carriage, move a receptacle out of the receptacle carriage, or alternately move a receptacle into and out of the receptacle carriage, characterized in that a portion of the receptacle carriage is adapted to engage a door of a receptacle-receiving structure and to open the door upon performance of a predetermined movement of the receptacle carriage with respect to the receptacle-receiving structure; and a carriage positioning system adapted to automatically position the receptacle carriage so that a portion of the receptacle carriage engages a door of a selected one of the receptacle-receiving structures and to effect the predetermined movement of the receptacle carriage to open the door. a receptacle carriage adapted to carry a receptacle and to selectively stop at a transfer position with respect to any of the receptacle-receiving structures, and wherein the receptacle carriage includes a receptacle moving mechanism adapted to move a receptacle with respect to the receptacle carriage to move a receptacle into the receptacle carriage, move a receptacle out of the receptacle carriage, or alternately move a receptacle into and out of the receptacle carriage, characterized in that a portion of the receptacle carriage is adapted to engage a door of a receptacle-receiving structure and to open the door upon performance of a predetermined movement of the receptacle carriage with respect to the receptacle-receiving structure; and a carriage positioning system adapted to automatically position the receptacle carriage so that a portion of the receptacle carriage engages a door of a selected one of the receptacle-receiving structures and to effect the predetermined movement of the receptacle carriage to open the door.
Carpet with a woven surface relief, comprising at least one series of tension warps, a series of binding warps, wherein said warps (1, 2) are woven with a series of weft threads, wherein said carpet comprises an aspect side and a back side, and wherein a back layer is attached to said back side, characterised in that the ratio of the length of said binding warps to the length of said tension warps is greater than 1.50.
A compound having a structure selected from: or a stereoisomer thereof, an atropisomer thereof, a pharmaceutically acceptable salt thereof, a pharmaceutically acceptable salt of the stereoisomer thereof, or a pharmaceutically acceptable salt of the atropisomer thereof.
Method for producing an at least two-dimensional image of at least one part of a sample, wherein, using a scanning unit, the sample is scanned and in each case at least one light signal is recorded for different regions of the sample using an optoelectronic detector and converted into an electrical signal, wherein the electrical signal is distributed to a plurality of parallel evaluation channels (A-E), the signal evaluations of which differ from one another such that the dynamic ranges thereof differ, and a respective result signal is produced in each evaluation channel (A-E), wherein for producing the image for the relevant sample region at least one of the result signals is selected in dependence on one of the produced result signals of the relevant sample region and/or in dependence on an intermediate result signal of an evaluation channel (A-E), wherein each sample region for which a selection is made corresponds to a respective image element of the image to be produced, and when producing the image different evaluation channels are selected for different image elements and used for producing an intensity value of the relevant image element, wherein an intermediate result signal is a signal that is provided by one of the evaluation channels temporally before the output of the result signal of the evaluation channel, and the selection is made by comparing the respective result signal and/or intermediate result signal to one or more specified threshold values or by ascertaining a respective signal-to-noise ratio for each result signal and selecting the result signal that has the lowest signal-to-noise ratio, characterized in that an amplification of the detector or an excitation light intensity of a light source is set in dependence on an intermediate result signal.
A peptide comprising between 5 and 27 contiguous amino acid residues of the amino acid sequence EGKLSSNDTEGGLCKEFLHPSKVDLPR (SEQ ID NO:1) for use in the treatment of a skin disease or a wound, wherein the peptide is a TRPV3 agonist.
The method of construction of passive foundation characterized in that in order to improve the thermal insulation so as to limit the heat losses for a building or to simplify the structure or to reduce the building costs, the surface of the foundations or the contact surface of building structural materials of the foundations and building structural materials of walls of the building is reduced by being partly replaced with a column structure preferably made of reinforced concrete and partly with horizontal thermal insulation, wherein the thermal insulation is placed under the walls of the building or between the foundation and the walls in places where the continuity of the foundations walls is limited or interrupted between the columns, wherein the horizontal insulation is therefore located under a considerable part of the walls, except for the surface of the columns.
A method of capturing CO 2 in a gas, comprising: exposing the gas to a metal-organic material that has a greater relative affinity for CO 2 over a water vapor, wherein the MOM has a pore size of 3.3 Å to 3.9 Å, and wherein the gas includes CO 2 and water vapor, wherein the MOM has a primitive cubic topology having the generic structure (M a n), where M is a metal ion, L is a linker, P is a pillar, a is 2, and n is 1; and capturing the CO 2 in the MOM. exposing the gas to a metal-organic material that has a greater relative affinity for CO 2 over a water vapor, wherein the MOM has a pore size of 3.3 Å to 3.9 Å, and wherein the gas includes CO 2 and water vapor, wherein the MOM has a primitive cubic topology having the generic structure (M a n), where M is a metal ion, L is a linker, P is a pillar, a is 2, and n is 1; and capturing the CO 2 in the MOM.
A method for constructing a three-dimensional structure, the method comprising: capturing, by an image capturing unit, images of an object; determining, by a processor, extrinsic camera parameters using a gyroscope, a magnetometer, and an accelerometer while capturing the images, wherein the extrinsic camera parameters comprise a rotation and a translation for the images, wherein an initial image position is determined using the gyroscope, the magnetometer and the accelerometer of the image capturing unit while capturing the image and the initial image position is optimized using an iterative reweighed least square technique to generate an optimized image position, and wherein the iterative reweighed least square technique includes a Pseudo-Huber loss function; computing, by the processor, an internal calibration matrix for the images, wherein the internal calibration matrix comprises a focal length of the image capturing unit and a principle point of the image capturing unit; computing, by the processor, a fundamental matrix using the extrinsic camera parameters and the internal calibration matrix; extracting, by the processor, features of the images; establishing, by the processor, point correspondences amongst the images, wherein the point correspondences are established using the features of the images; filtering, by the processor, the point correspondences using the fundamental matrix to generate filtered point correspondences; and generating, by the processor, a 3D structure using the filtered point correspondences, wherein the 3D structure is generated using a triangulation technique. capturing, by an image capturing unit, images of an object; determining, by a processor, extrinsic camera parameters using a gyroscope, a magnetometer, and an accelerometer while capturing the images, wherein the extrinsic camera parameters comprise a rotation and a translation for the images, wherein an initial image position is determined using the gyroscope, the magnetometer and the accelerometer of the image capturing unit while capturing the image and the initial image position is optimized using an iterative reweighed least square technique to generate an optimized image position, and wherein the iterative reweighed least square technique includes a Pseudo-Huber loss function; computing, by the processor, an internal calibration matrix for the images, wherein the internal calibration matrix comprises a focal length of the image capturing unit and a principle point of the image capturing unit; computing, by the processor, a fundamental matrix using the extrinsic camera parameters and the internal calibration matrix; extracting, by the processor, features of the images; establishing, by the processor, point correspondences amongst the images, wherein the point correspondences are established using the features of the images; filtering, by the processor, the point correspondences using the fundamental matrix to generate filtered point correspondences; and generating, by the processor, a 3D structure using the filtered point correspondences, wherein the 3D structure is generated using a triangulation technique.