mhurhangee/ep-ind-claims huggingface dataset:
A flow pulsing system comprising: a housing having a central axis, a first end, a second end opposite the first end, and a bore extending along the central axis from the first end to the second end; a stator disposed within the bore of the housing having a plurality of lobe cavities; a rotor disposed within the stator, the rotor comprising: an axis offset from the central axis; a plurality of lobes that mate with the plurality of lobe cavities; and a thru bore extending along the axis; and a valve section, characterized in that it comprises: a stationary valve coupled to the second end of the housing, the stationary valve comprising a first face, a stationary central port, and a plurality of stationary valve ports; an oscillating valve coupled to the rotor, the oscillating valve comprising a second face abutting the first face, an oscillating central port in fluid communication with the thru bore of the rotor, and a plurality of oscillating valve ports in fluid communication with the plurality of lobe cavities. a housing having a central axis, a first end, a second end opposite the first end, and a bore extending along the central axis from the first end to the second end; a stator disposed within the bore of the housing having a plurality of lobe cavities; a rotor disposed within the stator, the rotor comprising: an axis offset from the central axis; a plurality of lobes that mate with the plurality of lobe cavities; and a thru bore extending along the axis; and an axis offset from the central axis; a plurality of lobes that mate with the plurality of lobe cavities; and a thru bore extending along the axis; and a valve section, characterized in that it comprises: a stationary valve coupled to the second end of the housing, the stationary valve comprising a first face, a stationary central port, and a plurality of stationary valve ports; an oscillating valve coupled to the rotor, the oscillating valve comprising a second face abutting the first face, an oscillating central port in fluid communication with the thru bore of the rotor, and a plurality of oscillating valve ports in fluid communication with the plurality of lobe cavities. a stationary valve coupled to the second end of the housing, the stationary valve comprising a first face, a stationary central port, and a plurality of stationary valve ports; an oscillating valve coupled to the rotor, the oscillating valve comprising a second face abutting the first face, an oscillating central port in fluid communication with the thru bore of the rotor, and a plurality of oscillating valve ports in fluid communication with the plurality of lobe cavities.
An aqueous alkaline cleaning composition comprising: a. a source of alkalinity comprising 50% active sodium hydroxide, 46% active potassium hydroxide, or combinations thereof, in an amount of from 25 to 55 wt. %, based upon the total weight of the cleaning composition; b. a biodegradable, low foaming, UV-analyzable surfactant system comprising at least one nonionic surfactant; at least one hydrotrope; and a UV-analyzable surfactant in a total amount of from 4 to 20 wt.%, based upon the total weight of the cleaning composition; c. a biodegradable chelating agent comprising methylglycine diacetic acids, trisodium methylglycine diacetic acid, iminodisuccinic acids, tetrasodium iminodisuccinic acid, ethylenediamine disuccinates, carboxymethyl inulin, sodium carboxymethyl inulin, ethylenediaspartic acids, or combinations thereof, in an amount of from 1 to 20 wt.%, based upon the total weight of the cleaning composition; and d. water in an amount up to 100 wt. %, based upon the total weight of the cleaning composition, wherein the cleaning composition is free of phosphonates and phosphates, stable for an expected shelf life, low-foaming, and capable of being validated using known UV detection techniques, and wherein the cleaning composition has antimicrobial properties when used alone, without additional sanitizing or disinfecting components or separate sanitizing and disinfecting steps. a. a source of alkalinity comprising 50% active sodium hydroxide, 46% active potassium hydroxide, or combinations thereof, in an amount of from 25 to 55 wt. %, based upon the total weight of the cleaning composition; b. a biodegradable, low foaming, UV-analyzable surfactant system comprising at least one nonionic surfactant; at least one hydrotrope; and a UV-analyzable surfactant in a total amount of from 4 to 20 wt.%, based upon the total weight of the cleaning composition; c. a biodegradable chelating agent comprising methylglycine diacetic acids, trisodium methylglycine diacetic acid, iminodisuccinic acids, tetrasodium iminodisuccinic acid, ethylenediamine disuccinates, carboxymethyl inulin, sodium carboxymethyl inulin, ethylenediaspartic acids, or combinations thereof, in an amount of from 1 to 20 wt.%, based upon the total weight of the cleaning composition; and d. water in an amount up to 100 wt. %, based upon the total weight of the cleaning composition, wherein the cleaning composition is free of phosphonates and phosphates, stable for an expected shelf life, low-foaming, and capable of being validated using known UV detection techniques, and wherein the cleaning composition has antimicrobial properties when used alone, without additional sanitizing or disinfecting components or separate sanitizing and disinfecting steps.
A production apparatus of an SiC single crystal by a solution growth method, comprising: a seed shaft having a lower end surface to which an SiC seed crystal is to be attached; and a crucible for accommodating an SiC solution, wherein the crucible comprising: a main body including a first cylindrical portion, and a bottom portion disposed at a lower end portion of the first cylindrical portion; an intermediate cover disposed within the first cylindrical portion and above the liquid level of the SiC solution in the main body, the intermediate cover having a first through hole through which the seed shaft is to be passed; and a top cover disposed above the intermediate cover, the top cover having a second through hole through which the seed shaft is to be passed. a seed shaft having a lower end surface to which an SiC seed crystal is to be attached; and a crucible for accommodating an SiC solution, wherein the crucible comprising: a main body including a first cylindrical portion, and a bottom portion disposed at a lower end portion of the first cylindrical portion; an intermediate cover disposed within the first cylindrical portion and above the liquid level of the SiC solution in the main body, the intermediate cover having a first through hole through which the seed shaft is to be passed; and a top cover disposed above the intermediate cover, the top cover having a second through hole through which the seed shaft is to be passed. a main body including a first cylindrical portion, and a bottom portion disposed at a lower end portion of the first cylindrical portion; an intermediate cover disposed within the first cylindrical portion and above the liquid level of the SiC solution in the main body, the intermediate cover having a first through hole through which the seed shaft is to be passed; and a top cover disposed above the intermediate cover, the top cover having a second through hole through which the seed shaft is to be passed.
A heat exchanger for transferring heat between a first fluid and a second fluid comprising a first tube bundle comprising a first plurality of tubes (20, 22, 24) adapted to allow the first fluid to flow therethrough, the first plurality of tubes (20, 22, 24) each having an inlet (36, 38, 40) forming a first set of inlets, the first plurality of tubes (20, 22, 24) each having an outlet (42, 44, 46) forming a first set of outlets, the first set of inlets being attached to an inlet support at an inlet end, the first set of outlets being attached to an outlet support at an outlet end, each of the first plurality of tubes (20, 22, 24) following a helical path along a first common helical axis extending from the inlet end to the outlet end, the helical path of each of the first plurality of tubes having substantially the same helical pitch and helical radius; the heat exchanger further comprising a second tube bundle comprising a second plurality of tubes (62, 64, 66) adapted to allow the first fluid to flow therethrough, the second plurality of tubes (62, 64, 66) each having an inlet forming a second set of inlets, the second plurality of tubes (62, 64, 66) each having an outlet forming a second set of outlets, the second set of inlets being attached to the inlet support at the inlet end, the second set of outlets being attached to the outlet support at the outlet end, each of the second plurality of tubes following a helical path along a second common helical axis extending from the inlet end to the outlet end, the helical path of each of the second plurality of tubes (62, 64, 66) having substantially the same helical pitch and helical radius, wherein the second common helical axis is in a location radially offset from the first common helical axis, the heat exchanger further comprising a shell surrounding the first and second tube bundles (34, 60), the shell having an inlet port and an outlet port for flowing the second fluid through the shell past the first and second tube bundles (35, 60); characterized in that: the first tube bundle provides tubes wound in a helix having a right-hand helix, and the second tube bundle provides tubes wound in a left-hand helix, and wherein the tube bundles (35, 60) are positioned with their helical axes closer to each other than would be possible if all of the tube bundles had the same direction of twist. the first tube bundle provides tubes wound in a helix having a right-hand helix, and the second tube bundle provides tubes wound in a left-hand helix, and wherein the tube bundles (35, 60) are positioned with their helical axes closer to each other than would be possible if all of the tube bundles had the same direction of twist.
A method of packaging snack food chips, the method comprising the steps of: a) conveying a plurality of snack food chips through a seasoning station at which a seasoning is deposited onto an upper surface of the snack food chips; b) conveying the seasoned snack food chips in a conveying direction to an assembly station downstream of the seasoning station to provide at the assembly station a linear series of a plurality of the seasoned snack food chips, the linear series extending in the conveying direction between rear and front snack food chips (34, 36) of the linear series; c) at the assembly station, shingling together snack food chips of the linear series to form a shingled assembly of the linear series in which the seasoned surface of the seasoned snack food chips is at least partly oriented towards a reverse direction substantially opposite to the conveying direction; d) inserting the shingled assembly into an open first end of a packaging container, which container is closed at an opposite second end thereof by an openable closure, so that the shingled assembly substantially fills the packaging container as a stack with the seasoning surfaces oriented towards the openable closure, in the insertion step the rear snack food chip of the linear series being the first snack food chip of the shingled assembly to enter the packaging container; and e) applying a base to close the first end and package the shingled assembly within the packaging container. a) conveying a plurality of snack food chips through a seasoning station at which a seasoning is deposited onto an upper surface of the snack food chips; b) conveying the seasoned snack food chips in a conveying direction to an assembly station downstream of the seasoning station to provide at the assembly station a linear series of a plurality of the seasoned snack food chips, the linear series extending in the conveying direction between rear and front snack food chips (34, 36) of the linear series; c) at the assembly station, shingling together snack food chips of the linear series to form a shingled assembly of the linear series in which the seasoned surface of the seasoned snack food chips is at least partly oriented towards a reverse direction substantially opposite to the conveying direction; d) inserting the shingled assembly into an open first end of a packaging container, which container is closed at an opposite second end thereof by an openable closure, so that the shingled assembly substantially fills the packaging container as a stack with the seasoning surfaces oriented towards the openable closure, in the insertion step the rear snack food chip of the linear series being the first snack food chip of the shingled assembly to enter the packaging container; and e) applying a base to close the first end and package the shingled assembly within the packaging container.
A vehicle air-conditioning control method for a vehicle having an air-conditioning compressor driven by an engine and capable of changing a discharge capacity (Ccmp) in which the discharge capacity is adjusted in accordance with a state inside a cabin, the vehicle air-conditioning control method comprising: outputting a torque (Te*) to the engine that satisfies a total value of a drive torque (Td) of the vehicle and a drive torque (Tc) of the air-conditioning compressor; characterized by setting a minimum capacity (min) of the discharge capacity (Ccmp) when fuel to the engine is cut; assessing whether or not the discharge capacity (Ccmp) needs to be changed from the minimum capacity (min) in accordance with the state inside the cabin; changing the discharge capacity (Ccmp) from the minimum capacity (min) to an upper limit capacity (max) allowed during normal operation upon accessing that the discharge capacity needs to be changed from the minimum capacity (min); and after a predetermined time elapses following the change, changing the discharge capacity (Ccmp) from the upper limit capacity (max) to a discharge capacity (Ccmp(con)) that corresponds to the state inside the cabin. outputting a torque (Te*) to the engine that satisfies a total value of a drive torque (Td) of the vehicle and a drive torque (Tc) of the air-conditioning compressor; characterized by setting a minimum capacity (min) of the discharge capacity (Ccmp) when fuel to the engine is cut; assessing whether or not the discharge capacity (Ccmp) needs to be changed from the minimum capacity (min) in accordance with the state inside the cabin; changing the discharge capacity (Ccmp) from the minimum capacity (min) to an upper limit capacity (max) allowed during normal operation upon accessing that the discharge capacity needs to be changed from the minimum capacity (min); and after a predetermined time elapses following the change, changing the discharge capacity (Ccmp) from the upper limit capacity (max) to a discharge capacity (Ccmp(con)) that corresponds to the state inside the cabin.
A seamless capsule for collecting a non-ferrous metal comprising a capsule content and a shell covering the capsule content, wherein the capsule is immersed in a solution containing the non-ferrous metal to collect the non-ferrous metal in the capsule, characterized in that the capsule content comprises an intermediate layer portion containing an oily substance, and a hydrophilic portion containing Shewanella bacteria, wherein the intermediate layer portion is in layer structure at the time of preparing a capsule.
Use of a fluoride sintered body, consisting of MgF 2 of a compact polycrystalline structure having a bulk density of 2.90g/cm 3 or more and having a bending strength of 10MPa or more and a Vickers hardness of 71 or more as regards mechanical strengths, as a neutron moderator.
A system (100, 200, 300, 400, 500), comprising an edge device (106, 206, 306, 406, 506), and a backend service (108, 208, 308, 408, 508), wherein the system is configured to: obtain, at the edge device (106, 206, 306, 406, 506), a request associated with a data stream generated by the backend service (108, 208, 308, 408, 508); wherein the edge device is configured to: determine that the request includes sensitive data based at least in part on configuration information provided by the backend service; obfuscate the sensitive data to generate obfuscated sensitive data; generate a second request to replace the sensitive data included in the request with the obfuscated sensitive data; and transmit the second request to the backend service (108, 208, 308, 408, 508). obtain, at the edge device (106, 206, 306, 406, 506), a request associated with a data stream generated by the backend service (108, 208, 308, 408, 508); wherein the edge device is configured to: determine that the request includes sensitive data based at least in part on configuration information provided by the backend service; obfuscate the sensitive data to generate obfuscated sensitive data; generate a second request to replace the sensitive data included in the request with the obfuscated sensitive data; and transmit the second request to the backend service (108, 208, 308, 408, 508). determine that the request includes sensitive data based at least in part on configuration information provided by the backend service; obfuscate the sensitive data to generate obfuscated sensitive data; generate a second request to replace the sensitive data included in the request with the obfuscated sensitive data; and transmit the second request to the backend service (108, 208, 308, 408, 508).
An ejection device for a spoke into an orifice of a hub of a spoked wheel, the device comprises a barrel in which a spoke with a bent portion provided with a head is inserted, the device comprises an axial pushing system including a piston movable in the barrel to exert an axial pushing force at the head of the spoke to eject the spoke, characterized in that the axial pushing system is moved by an electric motor which is linear or brushless and controllable in position, speed, and force.
A method, performed by a security module interacting with messaging or web navigation software comprised in a client machine, for filtering at least one electronic message received by the client machine, wherein said message comprises - a body which can contain one or more potentially dangerous contents, and - a header comprising identification data which identify the sender of said message, the method comprising a step of a. reading said sender's identification data from the header of said message, characterized in that it also comprises the steps of: b. finding and storing potentially harmful contents present in the body of said message, c. verifying if the potentially harmful contents of step b. satisfy validation conditions which are specific for the sender having the identification data specified in the header of the message and read at step a., d. allowing or denying access of the messaging or web navigation software to at least part of the body of the message, in which said potentially harmful contents are present, based on the result of the verification carried out at step c. - a body which can contain one or more potentially dangerous contents, and - a header comprising identification data which identify the sender of said message, the method comprising a step of a. reading said sender's identification data from the header of said message, characterized in that it also comprises the steps of: b. finding and storing potentially harmful contents present in the body of said message, c. verifying if the potentially harmful contents of step b. satisfy validation conditions which are specific for the sender having the identification data specified in the header of the message and read at step a., d. allowing or denying access of the messaging or web navigation software to at least part of the body of the message, in which said potentially harmful contents are present, based on the result of the verification carried out at step c. a. reading said sender's identification data from the header of said message, b. finding and storing potentially harmful contents present in the body of said message, c. verifying if the potentially harmful contents of step b. satisfy validation conditions which are specific for the sender having the identification data specified in the header of the message and read at step a., d. allowing or denying access of the messaging or web navigation software to at least part of the body of the message, in which said potentially harmful contents are present, based on the result of the verification carried out at step c.
A method of establishing a connection between a remote User Equipment, UE, and a telecommunication network via a relay capable UE, wherein said telecommunication network comprises a core network and an access network, said access network comprising an access node, wherein said relay capable UE has an established Radio Access Bearer between said relay capable UE and said core network wherein said established Radio Access Bearer comprises: - a first UE-to-access node bearer between said relay capable UE and said access node, and - an access node-to-core network bearer between said access node and said core network; said method comprising the steps of: - receiving a Request Relay message, from said relay capable UE, comprising a request, originating from said remote UE, for using said relay capable UE as a relay to the core network, wherein said request is associated with establishment of a Remote Radio Access Bearer, wherein said Remote Radio Access Bearer comprises: - a UE-to-UE bearer between said remote UE and said relay capable UE; - a second UE-to-access node bearer between said relay capable UE and said access node, wherein said second UE-to-access node bearer is different from said first UE-to-access node bearer, and - an access node-to-core network bearer between said access node and said core network; - sending to said relay capable UE, a command for establishing at least said UE-to-UE bearer. - a first UE-to-access node bearer between said relay capable UE and said access node, and - an access node-to-core network bearer between said access node and said core network; - receiving a Request Relay message, from said relay capable UE, comprising a request, originating from said remote UE, for using said relay capable UE as a relay to the core network, wherein said request is associated with establishment of a Remote Radio Access Bearer, wherein said Remote Radio Access Bearer comprises: - a UE-to-UE bearer between said remote UE and said relay capable UE; - a second UE-to-access node bearer between said relay capable UE and said access node, wherein said second UE-to-access node bearer is different from said first UE-to-access node bearer, and - an access node-to-core network bearer between said access node and said core network; - a UE-to-UE bearer between said remote UE and said relay capable UE; - a second UE-to-access node bearer between said relay capable UE and said access node, wherein said second UE-to-access node bearer is different from said first UE-to-access node bearer, and - an access node-to-core network bearer between said access node and said core network; - sending to said relay capable UE, a command for establishing at least said UE-to-UE bearer.
Method for the temperature control of a traction battery arranged in a vehicle during a charging process at a charging station, wherein the traction battery has at least one contacting surface for thermally contacting the traction battery, characterized in that at least one cooling body provided by the charging station is thermally contacted with the at least one contacting surface of the traction battery, in such a way that an exchange of thermal energy between the at least one cooling body and the traction battery via the least one contacting surface thermally contacted with the least one cooling body is enabled and the traction battery is temperature-controlled by the at least one cooling body, at least during the charging process.