mhurhangee/ep-ind-claims huggingface dataset:
A diaphragm assembly comprising: a diaphragm member comprising: a disk shaped portion having a first face and an opposed second face; a first lip extending substantially transverse to the first face of the disk shaped portion; a second lip extending substantially transverse to the second face of the disk shaped portion; a housing configured to support and seal a periphery of the diaphragm member the housing having first and second clamping faces engaging the first and second faces of the diaphragm member; said assembly being characterized in that it further comprises: a first sealing element engaging the first face of the disk shaped portion, a radially inner portion of the first lip and the housing; and a second sealing element engaging the second face of the disk shaped portion, a radially inner portion of the second lip and the housing; and in that the housing defines a cavity receiving the first lip and the first sealing element and the second lip and the second sealing element. a diaphragm member comprising: a disk shaped portion having a first face and an opposed second face; a first lip extending substantially transverse to the first face of the disk shaped portion; a second lip extending substantially transverse to the second face of the disk shaped portion; a disk shaped portion having a first face and an opposed second face; a first lip extending substantially transverse to the first face of the disk shaped portion; a second lip extending substantially transverse to the second face of the disk shaped portion; a housing configured to support and seal a periphery of the diaphragm member the housing having first and second clamping faces engaging the first and second faces of the diaphragm member; said assembly being characterized in that it further comprises: a first sealing element engaging the first face of the disk shaped portion, a radially inner portion of the first lip and the housing; and a second sealing element engaging the second face of the disk shaped portion, a radially inner portion of the second lip and the housing; and a first sealing element engaging the first face of the disk shaped portion, a radially inner portion of the first lip and the housing; and a second sealing element engaging the second face of the disk shaped portion, a radially inner portion of the second lip and the housing; and in that the housing defines a cavity receiving the first lip and the first sealing element and the second lip and the second sealing element.
A method for manufacturing a spark plug including a bar-like center electrode, an insulator disposed on an outer periphery of the center electrode, a metal shell disposed on an outer periphery of the insulator, and a ground electrode with one end attached to the metal shell for forming a spark gap with the center electrode, the method comprising: a preparation step of preparing a specimen including the center electrode, the insulator, the metal shell, and the ground electrode; and an inspection step (S20, S20a) of determining whether dielectric breakdown is caused in the insulator by applying a voltage between the ground electrode and the center electrode of the prepared specimen, such that an electric discharge occurs at the specimen, characterized in that the inspection step (S20, S20a) includes a calculation step (S24, S24a) of receiving an acoustic oscillating wave generated from the discharge at the specimen upon application of the voltage to the specimen, determining a power spectrum by subjecting an electric oscillating wave signal obtained from the acoustic oscillating wave to fast Fourier transform, and then calculating an integral of a frequency range in the power spectrum, and a judgment step (S26, S26a) of judging whether the discharge is caused by dielectric breakdown of the insulator by comparing the integral value with a threshold value. a preparation step of preparing a specimen including the center electrode, the insulator, the metal shell, and the ground electrode; and an inspection step (S20, S20a) of determining whether dielectric breakdown is caused in the insulator by applying a voltage between the ground electrode and the center electrode of the prepared specimen, such that an electric discharge occurs at the specimen, characterized in that the inspection step (S20, S20a) includes a calculation step (S24, S24a) of receiving an acoustic oscillating wave generated from the discharge at the specimen upon application of the voltage to the specimen, determining a power spectrum by subjecting an electric oscillating wave signal obtained from the acoustic oscillating wave to fast Fourier transform, and then calculating an integral of a frequency range in the power spectrum, and a judgment step (S26, S26a) of judging whether the discharge is caused by dielectric breakdown of the insulator by comparing the integral value with a threshold value.
A compound of the general formula: n -Y-ZR 1 R 2 I wherein: X and Y are each a monosaccharide unit wherein each hydroxyl group not involved in a glycosidic linkage is substituted independently by a group SO 3 M or H, where M is any pharmaceutically acceptable cation; X and Y are any D- or L-hexose or pentose; Y is in a cyclic or ring opened form; Z is O, S, a higher oxidation state of S, or a bond, and is linked to the anomeric carbon when Y is a reducing monosaccharide; R 1 is a linker selected from the group consisting of alkylene, alkenylene, alkynylene, arylene, heteroalkylene, heteroarylene, acylene, aroylene, alkyleneamido, alkylenethioamido, triazolylene, oxymethyl[1,2,3]-triazole-1-yl linker or is a bond; R 2 is a lipophilic moiety selected from the group consisting of cholestanyl, cholate, deoxycholate, propylstearamide; n is an integer from 0-6; the level of sulfation of each compound is between 70 and 100% of the total hydroxyl groups, wherein when X and Y are ribose, and R 1 is a bond, then R 2 is not a C18 group. X and Y are each a monosaccharide unit wherein each hydroxyl group not involved in a glycosidic linkage is substituted independently by a group SO 3 M or H, where M is any pharmaceutically acceptable cation; X and Y are any D- or L-hexose or pentose; Y is in a cyclic or ring opened form; Z is O, S, a higher oxidation state of S, or a bond, and is linked to the anomeric carbon when Y is a reducing monosaccharide; R 1 is a linker selected from the group consisting of alkylene, alkenylene, alkynylene, arylene, heteroalkylene, heteroarylene, acylene, aroylene, alkyleneamido, alkylenethioamido, triazolylene, oxymethyl[1,2,3]-triazole-1-yl linker or is a bond; R 2 is a lipophilic moiety selected from the group consisting of cholestanyl, cholate, deoxycholate, propylstearamide; n is an integer from 0-6; the level of sulfation of each compound is between 70 and 100% of the total hydroxyl groups, wherein when X and Y are ribose, and R 1 is a bond, then R 2 is not a C18 group.
An installation for purifying a first polyunsaturated fatty acid from an initial mixture, the installation comprising: - at least one liquid chromatography unit to separate a first polyunsaturated fatty acid and a second fatty acid, at the outlet of which there are connected a flow line enriched with first polyunsaturated fatty acid and a flow line enriched with second fatty acid; - at least one processing unit fed by the flow line enriched with first polyunsaturated fatty acid, the processing unit being adapted to carry out a decrease in peroxide value and/or anisidine value, wherein the processing unit is a molecular distillation unit or a contacting unit with an adsorption substrate, said contacting unit not comprising a solvent supply. - at least one liquid chromatography unit to separate a first polyunsaturated fatty acid and a second fatty acid, at the outlet of which there are connected a flow line enriched with first polyunsaturated fatty acid and a flow line enriched with second fatty acid; - at least one processing unit fed by the flow line enriched with first polyunsaturated fatty acid, the processing unit being adapted to carry out a decrease in peroxide value and/or anisidine value, wherein the processing unit is a molecular distillation unit or a contacting unit with an adsorption substrate, said contacting unit not comprising a solvent supply.
A feed component for a microwave antenna with ultra-high performance comprising a sub-reflector, a dielectric head, a waveguide and a base, said feed component being rotationally symmetrical, one end of the waveguide being inserted into the base, while the other end thereof being capable of receiving a first end of the dielectric head, the sub-reflector being provided on a second end of the dielectric head based on the shape of the second end, the first end of the dielectric head inserted into the waveguide includes at least one cylinder; a side portion of the dielectric head exposed outside of the waveguide includes several cylindrical surfaces of different diameter, these cylindrical surfaces sharing a common axis (OO') which is parallel with an axis (OO') of the waveguide; and an inclined cone surface is provided centrally on an end surface of the second end of the dielectric head and is recessed towards the first end of the dielectric head; a circular plane is defined on the periphery of the inclined cone surface; and at least one perturbation construction is provided on the inclined cone surface; characterized in that among the cylindrical surfaces of the side portion of the dielectric head exposed outside of the waveguide, at least one cylindrical surface is surrounded by a metal ring.
A tire comprising: a tread portion being provided with a shoulder main groove extending continuously in a tire circumferential direction on a side of a tread edge (Te) and a crown main groove extending continuously in the tire circumferential direction and arranged inwardly in a tire axial direction of the shoulder main groove to form a middle land portion between the shoulder main groove and the crown main groove; the middle land portion divided into a plurality of middle blocks by a plurality of middle lateral grooves connecting the shoulder main groove with the crown main groove; at least one of the plurality of middle blocks being provided with a recess extending inwardly in the tire axial direction from the shoulder main groove and terminated within the at least one of the middle blocks so as to form a first portion located on a first side in the tire circumferential direction of the recess and a second portion located on a second side in the tire circumferential direction of the recess, wherein at a side of the shoulder main groove, the second portion has a circumferential edge smaller than that of the first portion; characterized in the second portion comprising a ground contacting surface provided with at least one dimple, the at least one dimple located on a side of the shoulder main groove with respect to the center in the tire axial direction of the middle land portion. a tread portion being provided with a shoulder main groove extending continuously in a tire circumferential direction on a side of a tread edge (Te) and a crown main groove extending continuously in the tire circumferential direction and arranged inwardly in a tire axial direction of the shoulder main groove to form a middle land portion between the shoulder main groove and the crown main groove; the middle land portion divided into a plurality of middle blocks by a plurality of middle lateral grooves connecting the shoulder main groove with the crown main groove; at least one of the plurality of middle blocks being provided with a recess extending inwardly in the tire axial direction from the shoulder main groove and terminated within the at least one of the middle blocks so as to form a first portion located on a first side in the tire circumferential direction of the recess and a second portion located on a second side in the tire circumferential direction of the recess, wherein at a side of the shoulder main groove, the second portion has a circumferential edge smaller than that of the first portion; characterized in the second portion comprising a ground contacting surface provided with at least one dimple, the at least one dimple located on a side of the shoulder main groove with respect to the center in the tire axial direction of the middle land portion.
Fiber polymer composite comprising fibers of a first material selected from polypropylene fibers and a matrix material, the matrix material being in direct contact with at least some of the fibers, characterized in that the matrix material comprises 50% to 100% by weight based on the whole matrix material of an amorphous propene-rich poly-alpha-olefin based to an extend of > 50% by weight on propene as monomer, based on all monomers, having a melt viscosity at 190°C of less than 200 Pas, having a number average molecular weight M n of from 5000 to 35000 g/mol, having a weight average molecular weight M w of from 50000 to 150000 g/mol, having a glass transition temperature of from -45 to -20 °C, and having a softening point of from 95 to 125 °C, each determined by the methods specified in the description.
A system for processing event messages to cause execution of program codes on one or more virtual machine instances, the system comprising: a front end computing system comprising one or more hardware computing devices executing specific computer-executable instructions, said front end computing system in communication with a message queue system configured to store event messages and a virtual compute system configured to execute program codes, the front end computing system configured to at least: retrieve, from the message queue system, a first event message including event data relating to a first triggering event at an event source environment, wherein the first triggering event comprises a data file being uploaded to a remote storage system in communication with the message queue system, and/or a database table being updated in a database system in communication with the message queue system; convert the first event message into a request to execute a first program code to be executed by the virtual compute system, wherein converting the first event message comprises identifying, based on the event data included in the first event message, the first program code and one or more input parameters to the first program code, wherein the event data included in the first event message comprises one or more input parameter identifiers identifying the one or more input parameters to the first program code; and cause the virtual compute system to execute the first program code using the one or more input parameters by providing the request to execute the first program code to the virtual compute system. retrieve, from the message queue system, a first event message including event data relating to a first triggering event at an event source environment, wherein the first triggering event comprises a data file being uploaded to a remote storage system in communication with the message queue system, and/or a database table being updated in a database system in communication with the message queue system; convert the first event message into a request to execute a first program code to be executed by the virtual compute system, wherein converting the first event message comprises identifying, based on the event data included in the first event message, the first program code and one or more input parameters to the first program code, wherein the event data included in the first event message comprises one or more input parameter identifiers identifying the one or more input parameters to the first program code; and cause the virtual compute system to execute the first program code using the one or more input parameters by providing the request to execute the first program code to the virtual compute system.
A folding machine (15, 27) for processing large-format documents, having a housing which has an offline feed for the documents and an offline guide channel adjoining the offline feed, and at least one online feed for documents with an adjoining online guide channel, the guide channels (17, 18) being joined at a junction, characterised in that the offline guide channel and the online guide channel are arranged in an exchangeable guide module of the folding machine, the offline feed can be connected to a manual feeding board for offline feeding of the documents, and the online feed can be connected to an interface for online feeding of the documents.
Light vehicle, having a front wheel structure which has at least two wheels, having a rear wheel structure which has at least one wheel, and having a drive device for the autonomous movement of the vehicle, wherein an adjusting device for changing the distance between the front wheel structure and the rear wheel structure is provided, by means of which adjusting device the vehicle can be reversibly transferred from a driving configuration into a seating configuration which is more compact in comparison to the driving configuration, wherein the vehicle has a seat surface in the seating configuration, and wherein the distance between the front wheel structure and the rear wheel structure of the vehicle is smaller in the seating configuration than in the driving configuration, and the vehicle, in a stable state, takes up a smaller footprint than in the driving configuration, characterized in that a fixing device for blocking at least one wheel, preferably all wheels, is provided, wherein the fixing device can be activated by transferring the vehicle into the seating configuration.
Energy transmission system comprising - a transmitting device having a transmitting coil; - a receiving device having a receiving coil, - the coils (125, 145) being able to be inductively coupled to one another for the purpose of transmitting energy, with the result that an energy transmission path exists between them, - an electrical load for connection to connections of the receiving coil; - a recording device for recording an electrical parameter which indicates the inductance of the transmitting coil, while the electrical load is connected to the receiving coil; - a determination device for determining an object in the region of the energy transmission path on the basis of the recorded parameter, characterized in that the receiving coil comprises a plurality of windings and the electrical load is set up for connection to connections of only one winding; and characterized by - an isolating device for isolating the connections of the other windings from electrical loads (150, 155). - a transmitting device having a transmitting coil; - a receiving device having a receiving coil, - the coils (125, 145) being able to be inductively coupled to one another for the purpose of transmitting energy, with the result that an energy transmission path exists between them, - an electrical load for connection to connections of the receiving coil; - a recording device for recording an electrical parameter which indicates the inductance of the transmitting coil, while the electrical load is connected to the receiving coil; - a determination device for determining an object in the region of the energy transmission path on the basis of the recorded parameter, - an isolating device for isolating the connections of the other windings from electrical loads (150, 155).
Starter contact switch comprising a casing extending along an axis and delimiting at least one interior space, at least one coil housed in this interior space, at least one fixed core through which there passes a shaft capable of translational movement in the direction of the axis and at least one cavity comprising an electrical connection zone, said cavity being separated from the interior space by the fixed core, the starter contact switch comprising at least one sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone, wherein: - the contact switch comprises an integration housing for the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone is formed on the fixed core, - the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone is secured to the integration housing formed in the fixed core, this sealing device being in sliding contact with the mobile shaft, - characterized in that the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone is held in position in an integration housing (25, 29) via a thrust washer, - in that the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone comprises a seal and a sealing ring, - in that the sealing ring is positioned between the seal and the fixed core. - the contact switch comprises an integration housing for the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone is formed on the fixed core, - the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone is secured to the integration housing formed in the fixed core, this sealing device being in sliding contact with the mobile shaft, - characterized in that the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone is held in position in an integration housing (25, 29) via a thrust washer, - in that the sealing device providing sealing between the interior space of the starter contact switch and the cavity comprising the connection zone comprises a seal and a sealing ring, - in that the sealing ring is positioned between the seal and the fixed core.
A waste oil transfer system comprising: a collection vessel capable of storing a first volume of fluid; a storage tank capable of storing a second volume of fluid, the second volume being greater than the first volume; a tank level monitor mounted on the storage tank, wherein the tank level monitor is configured to sense an actual fluid level in the storage tank and to generate current level information based on the sensed fluid level; a pump disposed between and fluidly connected to the collection vessel and the storage tank; and a system controller configured to communicate with the tank level monitor to activate the tank level monitor and receive the current fluid level information from the tank level monitor, to determine an available capacity of the storage tank based on the current fluid level information, to authorize or deny a transfer of fluid from the collection vessel to the storage tank based on a comparison of the available capacity and a transfer volume from the collection vessel, and to activate the pump based on the transfer being authorized. a collection vessel capable of storing a first volume of fluid; a storage tank capable of storing a second volume of fluid, the second volume being greater than the first volume; a tank level monitor mounted on the storage tank, wherein the tank level monitor is configured to sense an actual fluid level in the storage tank and to generate current level information based on the sensed fluid level; a pump disposed between and fluidly connected to the collection vessel and the storage tank; and a system controller configured to communicate with the tank level monitor to activate the tank level monitor and receive the current fluid level information from the tank level monitor, to determine an available capacity of the storage tank based on the current fluid level information, to authorize or deny a transfer of fluid from the collection vessel to the storage tank based on a comparison of the available capacity and a transfer volume from the collection vessel, and to activate the pump based on the transfer being authorized.