mhurhangee/ep-ind-claims huggingface dataset:
A storage-stable two-component polyurethane or polyisocyanurate spray foam composition comprising: a) an A-side component comprising one or more polyisocyanate and one or more blowing agent; and b) a B-side component comprising one or more polyol and one or more blowing agent comprising pressurized gaseous carbon dioxide and one or more liquid blowing agent; wherein the fluoride ion concentration of both of the A-side component and the B-side component, separately, after heating at 50 °C for one week is less than 300 ppm, the fluoride ion concentration is measured as detailed in the description, the pressurized gaseous carbon dioxide in the B-side component is present at a level of from 0.5 wt.% to 10 wt.% carbon dioxide, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is present at a level of from 10 wt.% to 40 wt.%, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is or comprises a hydrohaloolefin, and the blowing agent in the A-side component is or comprises a hydrohaloolefin blowing agent. a) an A-side component comprising one or more polyisocyanate and one or more blowing agent; and b) a B-side component comprising one or more polyol and one or more blowing agent comprising pressurized gaseous carbon dioxide and one or more liquid blowing agent; the fluoride ion concentration is measured as detailed in the description, the pressurized gaseous carbon dioxide in the B-side component is present at a level of from 0.5 wt.% to 10 wt.% carbon dioxide, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is present at a level of from 10 wt.% to 40 wt.%, based on the total weight of the B-side component, the liquid blowing agent in the B-side component is or comprises a hydrohaloolefin, and the blowing agent in the A-side component is or comprises a hydrohaloolefin blowing agent.
An acoustic sandwich panel for attenuating noise from noise sources on either side of the panel, comprising: - a core layer with no septum having opposite faces, and including a plurality of through openings that extend from one face of the core layer to the opposite face thereof; and - a face sheet attached to each of the opposite faces of the core layer so as to sandwich the core layer therebetween, each face sheet comprising a perforated plate and at least a porous sheet of fibrous cloth defining an outer surface of the face sheet. - a core layer with no septum having opposite faces, and including a plurality of through openings that extend from one face of the core layer to the opposite face thereof; and - a face sheet attached to each of the opposite faces of the core layer so as to sandwich the core layer therebetween, each face sheet comprising a perforated plate and at least a porous sheet of fibrous cloth defining an outer surface of the face sheet.
An endoluminal prosthesis for a curved vessel, including: a tubular graft provided with a lumen between a proximal end, and a distal end thereof, the tubular graft including a proximal section and a second section distal of the proximal section, wherein a proximal end of the second section is adjacent to a distal end of the proximal section; the proximal section being formed of or comprising a first biocompatible material having a pliable textile strands aligned in a first direction interwoven with pliable textile strands aligned in a second direction; the second section being formed of or comprising a second biocompatible material having textile strands aligned in a first direction interwoven with textile strands aligned in a second direction, characterised in that the proximal section is more pliable than the second section, and wherein the proximal section comprises textile strands having a higher rate of shrinkage than the textile strands in the second section. a tubular graft provided with a lumen between a proximal end, and a distal end thereof, the tubular graft including a proximal section and a second section distal of the proximal section, wherein a proximal end of the second section is adjacent to a distal end of the proximal section; the proximal section being formed of or comprising a first biocompatible material having a pliable textile strands aligned in a first direction interwoven with pliable textile strands aligned in a second direction; the second section being formed of or comprising a second biocompatible material having textile strands aligned in a first direction interwoven with textile strands aligned in a second direction, characterised in that the proximal section is more pliable than the second section, and wherein the proximal section comprises textile strands having a higher rate of shrinkage than the textile strands in the second section.
An exhaust gas analyzing device for analyzing components contained in exhaust gas, comprising a setting data storage part which is adapted to store initial setting data indicating initial setting information of a plurality of gas analyzers, which are adapted to measure components contained in the exhaust gas, constituting the exhaust gas analyzing device in a state of product shipment and to store the latest maintenance setting data indicating the latest maintenance setting information of the plurality of gas analyzers, which are adapted to measure components contained in the exhaust gas, constituting the exhaust gas analyzing device in the latest maintenance, the latest maintenance setting data including items which are included in the initial setting information and items which are not included at the state of product shipment; and a maintenance setting data updating part which is adapted to overwrite the already stored maintenance setting data in the setting data storage part with the latest maintenance setting data each time the already stored maintenance setting data is updated, such that the exhaust gas analyzing device is adapted to be operated in two courses that can be selected during maintenance: returning the setting of each part of the exhaust gas analyzing device to the initial setting, or to the latest maintenance setting. to store initial setting data indicating initial setting information of a plurality of gas analyzers, which are adapted to measure components contained in the exhaust gas, constituting the exhaust gas analyzing device in a state of product shipment and to store the latest maintenance setting data indicating the latest maintenance setting information of the plurality of gas analyzers, which are adapted to measure components contained in the exhaust gas, constituting the exhaust gas analyzing device in the latest maintenance, the latest maintenance setting data including items which are included in the initial setting information and items which are not included at the state of product shipment; and a maintenance setting data updating part which is adapted to overwrite the already stored maintenance setting data in the setting data storage part with the latest maintenance setting data each time the already stored maintenance setting data is updated, such that the exhaust gas analyzing device is adapted to be operated in two courses that can be selected during maintenance: returning the setting of each part of the exhaust gas analyzing device to the initial setting, or to the latest maintenance setting.
Stator of an electric drive, the stator comprising: - a stator body with an outer side and an inner side with a coil space to hold a coil wire in the form of a coil, the coil space comprising multiple grooves, which are delimited by the stator wall and pole horns of the stator, - the coil wire inserted into the coil space, - winding heads (23a, 23b), which are formed from the coil wire, the outer side of the stator body and at least one winding head (23a, 23b) being at least partly provided with a common coating, characterized in that the coil wire in the region of at least one wire end (22a, 22b) is surrounded by a sheath, which extends into the region of the groove. - a stator body with an outer side and an inner side with a coil space to hold a coil wire in the form of a coil, the coil space comprising multiple grooves, which are delimited by the stator wall and pole horns of the stator, - the coil wire inserted into the coil space, - winding heads (23a, 23b), which are formed from the coil wire, the outer side of the stator body and at least one winding head (23a, 23b) being at least partly provided with a common coating, characterized in that the coil wire in the region of at least one wire end (22a, 22b) is surrounded by a sheath, which extends into the region of the groove.
An integrated system for capturing carbon dioxide and sulfur oxides from a flue gas stream comprising: a desulfurization chamber (106, 116) comprising at least one of a metal oxide, a metal hydroxide, a metal carbonate salt and/or a metal bicarbonate salt; where a metal in the metal salt is either an alkali metal or an alkaline earth metal; where the metal oxide, the metal hydroxide, the metal carbonate salt and/or the metal bicarbonate salt is used to absorb sulfur oxides from the flue gas stream to form a metal sulfate; and a carbon capture system in fluid communication with the desulfurization chamber (106, 116); where the carbon capture system is operative to absorb carbon dioxide from the SOx-lean flue gas stream from the desulfurization chamber, characterized in that the carbon capture system comprises a chilled ammonia process, and in that the system further comprises a product reactor and separator, configured to receive ammonium bicarbonate salt from the chilled ammonia process and metal sulfate from the desulfurization chamber (106, 116). a desulfurization chamber (106, 116) comprising at least one of a metal oxide, a metal hydroxide, a metal carbonate salt and/or a metal bicarbonate salt; where a metal in the metal salt is either an alkali metal or an alkaline earth metal; where the metal oxide, the metal hydroxide, the metal carbonate salt and/or the metal bicarbonate salt is used to absorb sulfur oxides from the flue gas stream to form a metal sulfate; and a carbon capture system in fluid communication with the desulfurization chamber (106, 116); where the carbon capture system is operative to absorb carbon dioxide from the SOx-lean flue gas stream from the desulfurization chamber, characterized in that the carbon capture system comprises a chilled ammonia process, and in that the system further comprises a product reactor and separator, configured to receive ammonium bicarbonate salt from the chilled ammonia process and metal sulfate from the desulfurization chamber (106, 116).
A method of communication, comprising: receiving (510, 612) a message from a second cell (106, 206) at a first cell (104, 204), wherein the message indicates that an access terminal (102, 202) re-establishing a connection at the second cell (106, 206) experienced a radio link failure at the first cell (104, 204); detecting (512, 614) by the first cell (104, 204) that the access terminal (102, 202) was handed-over too late based on the received message; and adapting (514, 616) by the first cell (104, 204) at least one handover parameter at the first cell based on the detection. receiving (510, 612) a message from a second cell (106, 206) at a first cell (104, 204), wherein the message indicates that an access terminal (102, 202) re-establishing a connection at the second cell (106, 206) experienced a radio link failure at the first cell (104, 204); detecting (512, 614) by the first cell (104, 204) that the access terminal (102, 202) was handed-over too late based on the received message; and adapting (514, 616) by the first cell (104, 204) at least one handover parameter at the first cell based on the detection.
Method for operating a multi-axle drive device, the multi-axle drive device having a synchronising clutch which is operatively connected between a first output shaft and a connecting shaft and at least one disconnect clutch which is operatively connected between the connecting shaft and a second output shaft and wherein the synchronising clutch and the disconnect clutch are open in a first operating state and are closed in a second operating state, characterised in that when a first actuating threshold is exceeded by an actuating variable during the first operating state, the synchronising clutch is at least partially closed and the disconnect clutch is closed only when a larger second actuating threshold has been exceeded, wherein the partial closing of the synchronising clutch is performed in such a way, that the air space of the synchronising clutch is reduced, but not eliminated, or that a certain torque is transmitted between the first output shaft and the connecting shaft, wherein the certain torque is chosen such that the speed of the connecting shaft does not change.
A ribbon cartridge, comprising: a housing; a ribbon contained in the housing and a microcontroller on or in the housing configured to receive information about a characteristic of the ribbon from a sensor (1 14; 212; 210), and to monitor the sensor (114; 212; 210). a housing; a ribbon contained in the housing and a microcontroller on or in the housing configured to receive information about a characteristic of the ribbon from a sensor (1 14; 212; 210), and to monitor the sensor (114; 212; 210).
A method of communicating with a microservice in an industrial facility, the method, by a controller, comprising: a. Obtaining one or more data structure types, wherein the one or more data structure types are generated based on an API definition associated with the microservice; b. generating one or more variables based on the obtained data structure types, wherein the one or more variables are associated with one or more function blocks of the controller; and c. transmitting data associated with the one or more variables to the microservice via a proxy component, wherein the controller transmits the data associated with the one or more variables in a serialized binary format to the proxy component, and wherein the proxy component is configured to translate the data from the serialized binary format to a first serialization format and transmit the data in the first serialization format to the microservice wherein the proxy component translates the data from the serialized binary format to a first serialization format, based on the one or more data structure types. a. Obtaining one or more data structure types, wherein the one or more data structure types are generated based on an API definition associated with the microservice; b. generating one or more variables based on the obtained data structure types, wherein the one or more variables are associated with one or more function blocks of the controller; and c. transmitting data associated with the one or more variables to the microservice via a proxy component, wherein the controller transmits the data associated with the one or more variables in a serialized binary format to the proxy component, and wherein the proxy component is configured to translate the data from the serialized binary format to a first serialization format and transmit the data in the first serialization format to the microservice
A method for use in user equipment, UE (201, 401), device, comprising: detecting at a radio component in-device coexistence interference at a first channel frequency; sending a coexistence interference indication message to a radio access network (202, 402); and receiving from the radio access network (200, 402) a response message at a downlink signaling channel frequency that is different from first channel frequency, where the response message comprises one or more control parameters for establishing a second channel frequency for the radio component. detecting at a radio component in-device coexistence interference at a first channel frequency; sending a coexistence interference indication message to a radio access network (202, 402); and receiving from the radio access network (200, 402) a response message at a downlink signaling channel frequency that is different from first channel frequency, where the response message comprises one or more control parameters for establishing a second channel frequency for the radio component.
A pull handle for unlocking a lock of a vehicle door or gate, in particular of a construction machine or an agricultural vehicle, having: a) a pull-handle housing (1 a) with a bearing part for fastening to the vehicle door or gate and a handle part connected to the bearing part so as to be pivotable about a pivot axis, wherein the handle part can be pivoted from a non-actuated into an actuated position by pulling thereon, b) an actuation mechanism mounted in the pull-handle housing for unlocking the lock, wherein the actuation mechanism can be actuated by pulling on the handle part, and a coupling element mounted in the pull-handle housing for coupling with coupling elements, arranged outside the pull-handle housing (1 a), for unlocking the lock, c) preferably a closing mechanism for unblocking and blocking the actuation mechanism, characterised in that the coupling element is mounted in the bearing part so as to be linearly displaceable back and forth parallel to an actuation axis which is perpendicular to the pivot axis, and is connected to the handle part so that it can be driven linearly in an actuation direction which is parallel to the actuation direction, and the coupling element is mounted in the bearing part so as to be freely rotatable about the actuation axis and otherwise non-rotatable. a) a pull-handle housing (1 a) with a bearing part for fastening to the vehicle door or gate and a handle part connected to the bearing part so as to be pivotable about a pivot axis, wherein the handle part can be pivoted from a non-actuated into an actuated position by pulling thereon, b) an actuation mechanism mounted in the pull-handle housing for unlocking the lock, wherein the actuation mechanism can be actuated by pulling on the handle part, and a coupling element mounted in the pull-handle housing for coupling with coupling elements, arranged outside the pull-handle housing (1 a), for unlocking the lock, c) preferably a closing mechanism for unblocking and blocking the actuation mechanism,
An aspirator or pressurizer comprising: a pump driven by a piezoelectric element and having a suction portion and a discharge portion; a detecting unit (32, 42) configured to detect a closed state of the suction portion or the discharge portion; and a control unit configured to regulate an output voltage for the piezoelectric element characterized in that said detection of the closed state of the suction portion or the discharge portion by the detecting unit (32, 42) involves using an impedance of the piezoelectric element, wherein said control unit is configured to regulate the output voltage for the piezoelectric element in accordance with the closed state of the suction portion or the discharge portion as detected by the detecting unit (32, 42) by using the impedance of the piezoelectric element. a pump driven by a piezoelectric element and having a suction portion and a discharge portion; a detecting unit (32, 42) configured to detect a closed state of the suction portion or the discharge portion; and a control unit configured to regulate an output voltage for the piezoelectric element characterized in that said detection of the closed state of the suction portion or the discharge portion by the detecting unit (32, 42) involves using an impedance of the piezoelectric element, wherein said control unit is configured to regulate the output voltage for the piezoelectric element in accordance with the closed state of the suction portion or the discharge portion as detected by the detecting unit (32, 42) by using the impedance of the piezoelectric element.
Coupling element comprising a body with an axial axis arrangeable in an opening of an object, which body is provided along its outer periphery with at least one outward extending locking cam, wherein the body is provided with at least one resiliently movable tongue extending therefrom, to which tongue the locking cam is connected, wherein the at least one tongue is movable inward by a force being exerted thereon by a protrusion of the object, wherein the coupling element comprises at least two said tongues which each extend from a different axial end of the two axial ends of the body in an opposite axial direction in order to provide a coupling between two said objects and each of the at least two tongues comprises an engaging surface for engagement by the protrusion of the object, characterized in that each of the at least two tongues is connected to one axial end of the two axial ends of the body, which one axial end is the axial end lying at the greatest distance as seen in axial direction relative to the engaging surface.
A loudspeaker comprising: a frame having an outer side surface and an inner side surface; a diaphragm including: a planer diaphragm having a front surface that is flat and a rear surface that is flat and is disposed at a side opposite to the front surface; and a reinforcing diaphragm, connected to the planer diaphragm, and having a thick portion formed on an outer periphery of the reinforcing diaphragm and a recessed portion formed at a center side with respect to the thick portion, the diaphragm being disposed inside of the frame; an edge connecting portion connecting an outer peripheral end portion of the diaphragm and the frame to each other; a magnetic circuit having a magnetic gap, disposed at a position that opposedly faces the recessed portion, the magnetic circuit being fixed to the frame; a voice coil body having a first end portion and a second end portion, the first end portion being disposed inside of the magnetic gap, and the second end portion being joined to a center portion of the diaphragm; characterized in that the reinforcing diaphragm is made of resin; the loudspeaker further comprises a terminal fixed to the frame, and a line electrically connecting the terminal and the voice coil to each other; and the line penetrates at least the thick portion of the diaphragm. a frame having an outer side surface and an inner side surface; a diaphragm including: a planer diaphragm having a front surface that is flat and a rear surface that is flat and is disposed at a side opposite to the front surface; and a reinforcing diaphragm, connected to the planer diaphragm, and having a thick portion formed on an outer periphery of the reinforcing diaphragm and a recessed portion formed at a center side with respect to the thick portion, the diaphragm being disposed inside of the frame; an edge connecting portion connecting an outer peripheral end portion of the diaphragm and the frame to each other; a magnetic circuit having a magnetic gap, disposed at a position that opposedly faces the recessed portion, the magnetic circuit being fixed to the frame; a voice coil body having a first end portion and a second end portion, the first end portion being disposed inside of the magnetic gap, and the second end portion being joined to a center portion of the diaphragm; characterized in that the reinforcing diaphragm is made of resin; the loudspeaker further comprises a terminal fixed to the frame, and a line electrically connecting the terminal and the voice coil to each other; and the line penetrates at least the thick portion of the diaphragm.
A filter device (100, 200) for a fuel dispenser, the filter device (100, 200) having a filter chamber with a bore that exposes the filter chamber and an inspection element coupled with the filter chamber, the inspection element comprising an optical element that forms a line-of-sight through the bore into the filter chamber, wherein the filter device (100, 200) is adapted to be located upstream of a pumping unit (118, 218), wherein the filter chamber has an outlet adapted to be secured to the pumping unit (118, 218); characterized in that the filter device (100, 200) comprises; a valve disposed in an inlet to the filter chamber to regulate a flow of fuel out of the filter chamber.