mhurhangee/patent-ind-claim-en huggingface dataset:
A laminate packaging structure, the structure comprising: a) an innermost heat sealing layer comprising: an EVOH (ethylene vinyl alcohol) copolymer having an ethylene content of from about 75 mol% to about 90 mol%; or an EVOH copolymer and PE (polyethylene) blend in which the total ethylene content in the blend is from about 85 mol% to about 90 mol%. a) an innermost heat sealing layer comprising: an EVOH (ethylene vinyl alcohol) copolymer having an ethylene content of from about 75 mol% to about 90 mol%; or an EVOH copolymer and PE (polyethylene) blend in which the total ethylene content in the blend is from about 85 mol% to about 90 mol%. an EVOH (ethylene vinyl alcohol) copolymer having an ethylene content of from about 75 mol% to about 90 mol%; or an EVOH copolymer and PE (polyethylene) blend in which the total ethylene content in the blend is from about 85 mol% to about 90 mol%.
Dispenser device for products for vending machines, is constituted by a modular structure , which has two rails or longitudinal axles (A1, B1), perpendicular to each other and both motorized, in which a longitudinal first axle (A1) has dimensions variable in relation to a prefixed number of selections of products to be dispensed, said first axle (A1) being fixed on a plane (A3) placed below a plurality of racks (A4) where a series of containers (C2) are stacked, said containers (C2) containing the products to be dispensed; wherein said plane (A3) has a linear guide (A5) and a movable carriage (A6), which is connected to a toothed belt (A7) able to move said carriage (A6), through the bi-directional movement of a first motor and related pulleys (A9), from an initial position indicated by a limit switch (A10); characterized in that a longitudinal second axle (B1) is fixed on said movable carriage (A6), and dimensioned according to the size of the containers (C2) and the products to be dispensed and a second motor (B2), which is placed on said longitudinal second axle (B1), is able to move a toothed belt (A8) which moves between two pulleys (B4, B8), said toothed belt (A8) is coupled with a pusher dowel (B3), a contact switch (B5), to deactivate the second motor upon detection of the completion of a revolution of said toothed belt (A8), and a product presence sensor (B6).
A method of retrofitting a wind turbine having a tower and a first energy generating unit with a second energy generating unit , the wind turbine having been operated for a first period of time at a first tower life rate and having a first tower life expectancy design value , the method being characterized by the following steps: determining the tower life of the wind turbine tower used during the first period of time ; determining the remaining tower life of the wind turbine tower ; replacing the first energy generating unit with the second energy generating unit ; and operating the retrofitted wind turbine at a second tower life rate less than the first tower life rate so as to extend the service life of the wind turbine tower beyond the first tower life expectancy design value to a second tower life expectancy value . determining the tower life of the wind turbine tower used during the first period of time ; determining the remaining tower life of the wind turbine tower ; replacing the first energy generating unit with the second energy generating unit ; and operating the retrofitted wind turbine at a second tower life rate less than the first tower life rate so as to extend the service life of the wind turbine tower beyond the first tower life expectancy design value to a second tower life expectancy value .
Method for checking a protection method for protecting a battery device , in particular an electrode of the battery device , comprising the following steps: - monitoring at least one electrical battery parameter (EBP) of the battery device , - monitoring at least one operating parameter (BP) of an operating current (IB) of the battery device , - monitoring at least one interference parameter (SP) of an interference current (IS) of the battery device , - comparing the monitored interference parameter (SP), the monitored operating parameter (BP) and/or the monitored battery parameter (EBP) with at least one comparison parameter (VP) based on the battery parameter (EBP) and/or the operating parameter (BP), characterised in that the result of the comparison is used for, in particular subsequently, generating the interference parameter (SP). - monitoring at least one electrical battery parameter (EBP) of the battery device , - monitoring at least one operating parameter (BP) of an operating current (IB) of the battery device , - monitoring at least one interference parameter (SP) of an interference current (IS) of the battery device , - comparing the monitored interference parameter (SP), the monitored operating parameter (BP) and/or the monitored battery parameter (EBP) with at least one comparison parameter (VP) based on the battery parameter (EBP) and/or the operating parameter (BP),
Coupling system for connecting two tubular section parts in a media-conveying manner to form a combined transport section , each tubular section part comprising a coupling element , which comprises two coupling parts that can be separated from one another and which are detachably held together by means of fastening elements along a separation joint , said coupling elements being able to be engaged with correspondingly shaped fastening elements of the other coupling element to form the transport section , characterised in that all fastening elements of the coupling parts are directed towards the inside of the tube at least before the transport section is formed and in that the respective separation joint between the coupling elements is arranged transversely with respect to this transport section at least when manufacturing the transport section .
A battery comprising: a housing defining a cavity ; a plurality of battery cells disposed in the cavity of the housing , the battery cell having a first terminal and a second terminal ; a first bus bar disposed in the cavity of the housing , the first bus bar coupled to the first terminal , a first fluid channel formed in the first bus bar ; a second bus bar disposed in the cavity of the housing , the second bus bar coupled to the second terminal of the battery cell , a second fluid channel formed in the second bus bar , the second bus bar disposed parallel to the first bus bar ; the first and second fluid channels to receive a cooling fluid to cool the first and second bus bars respectively and reduce a temperature of the battery ; and a central spine disposed between the first and second bus bars , the first and second bus bars electrically coupled to the central spine , wherein the central spine includes circuitry to measure voltage of the battery cell . a housing defining a cavity ; a plurality of battery cells disposed in the cavity of the housing , the battery cell having a first terminal and a second terminal ; a first bus bar disposed in the cavity of the housing , the first bus bar coupled to the first terminal , a first fluid channel formed in the first bus bar ; a second bus bar disposed in the cavity of the housing , the second bus bar coupled to the second terminal of the battery cell , a second fluid channel formed in the second bus bar , the second bus bar disposed parallel to the first bus bar ; the first and second fluid channels to receive a cooling fluid to cool the first and second bus bars respectively and reduce a temperature of the battery ; and a central spine disposed between the first and second bus bars , the first and second bus bars electrically coupled to the central spine , wherein the central spine includes circuitry to measure voltage of the battery cell .
A sensor device for tire inspection that is removably positionable along an inner surface of a tire , the tire defining radial, axial, and circumferential directions, the device comprising: a body comprising an outermost inspection surface configured for removable positioning along an inner surface of the tire; a plurality of tire inspection sensors positioned at the outermost inspection surface, the tire inspection sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire; and a plurality of tire proximity sensors positioned at the outermost inspection surface of the device, the tire proximity sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire, each tire proximity sensor configured to provide a signal indicative of the distance between the tire proximity sensor and the inner surface of the tire or a component within the tire. a body comprising an outermost inspection surface configured for removable positioning along an inner surface of the tire; a plurality of tire inspection sensors positioned at the outermost inspection surface, the tire inspection sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire; and a plurality of tire proximity sensors positioned at the outermost inspection surface of the device, the tire proximity sensors displaced from each other along the radial direction of the tire when the device is positioned along the inner surface of the tire, each tire proximity sensor configured to provide a signal indicative of the distance between the tire proximity sensor and the inner surface of the tire or a component within the tire.
A printer , comprising: a cutter ; a storage module; a command receiving module configured to receive a command for instructing a cutting method of a continuous paper from an information processing apparatus connected to the printer ; a first cutting control module configured to control an operation of the cutter to cut the continuous paper in the cutting method instructed by the command; characterized by a recording module configured to record information indicating the cutting method in the storage module at the time of paper cutting based on the command; and a second cutting control module configured to cut the continuous paper in a cutting method indicated by the information stored in the storage module at the time of paper cutting without the command. a cutter ; a storage module; a command receiving module configured to receive a command for instructing a cutting method of a continuous paper from an information processing apparatus connected to the printer ; a first cutting control module configured to control an operation of the cutter to cut the continuous paper in the cutting method instructed by the command; characterized by a recording module configured to record information indicating the cutting method in the storage module at the time of paper cutting based on the command; and a second cutting control module configured to cut the continuous paper in a cutting method indicated by the information stored in the storage module at the time of paper cutting without the command.
A method of establishing the integrity of a product of the food and beverage industry located in a sealed container , wherein a given feature of the product is ascertained by a first measurement method, wherein a first physical property of the product is examined and wherein the given feature additionally is ascertained by at least a second measurement method which is based on a second physical property which is different from the first physical property and wherein the values ascertained by the two measurement methods are compared with each other and the difference between the two values is compared with a threshold value, wherein it is considered as an indicator on the violation of the integrity of the product, if the difference of the ascertained values exceeds the threshold value.
Assembly for making a lamp incorporated in a plasterboard wall or in a wall made of fiber-cement sheets or in a wall composed of materials for on-site construction to be clad , comprising: - a lamp body that houses a light source ; - a formwork defining a rebated front wall suitable to be attached to the inner side of a plasterboard panel , a fiber-cement sheet or wall cladding , at the rear a light-emitting cavity forming a housing seat for the lamp body and in front a light-emitting opening in the front wall , said light-emitting opening being delimited by a peripheral frame extending frontally and perpendicularly from the front wall in such a way that the front edge of said peripheral frame is flush with the outer side of the panel, sheet or wall cladding, the light-emitting cavity being delimited below by an inclined plane towards which the light generated by the light source is projected and which ends at the light-emitting opening , the formwork being further equipped with retaining means cooperating with said inclined plane , - a cladding sheet of the inclined plane, e.g. made of anodized aluminum, equipped with fastening means cooperating with the retaining means so as to retain the cladding sheet fastened to the inclined plane , wherein the cladding sheet has a lower end counter-shaped to the lower side of the peripheral frame , characterized in that the lower end is cut so as to form a horizontal support base that rests against the horizontal lower side of the peripheral frame . - a lamp body that houses a light source ; - a formwork defining a rebated front wall suitable to be attached to the inner side of a plasterboard panel , a fiber-cement sheet or wall cladding , at the rear a light-emitting cavity forming a housing seat for the lamp body and in front a light-emitting opening in the front wall , said light-emitting opening being delimited by a peripheral frame extending frontally and perpendicularly from the front wall in such a way that the front edge of said peripheral frame is flush with the outer side of the panel, sheet or wall cladding, the light-emitting cavity being delimited below by an inclined plane towards which the light generated by the light source is projected and which ends at the light-emitting opening , the formwork being further equipped with retaining means cooperating with said inclined plane , - a cladding sheet of the inclined plane, e.g. made of anodized aluminum, equipped with fastening means cooperating with the retaining means so as to retain the cladding sheet fastened to the inclined plane ,
A method for restoring a Multi Protocol Label Switching,MPLS, ring network in the event of a network link failure, wherein the MPLS ring network (10.18) comprises a path for traffic around the ring comprising at least three sequential Label Switched Paths ,LSPs, , the method performed by a network node of the MPLS ring network and comprising the steps of: detecting a failure along a network link traversed by a first one of the at least three sequential LSPs having an end point at the network node ; in response to the detecting , encapsulating an Ethernet Ring Protocol, ERP, restoration message in a restoration pseudowire , wherein encapsulating the ERP restoration message in the restoration pseudowire further comprises inserting an identifier in header information of the restoration psuedowire, the identifier indicating that the pseudowire carries an ERP restoration message ; and transmitting the restoration pseudowire within a second one of the at least three sequential LSPs over a subsequent network link . detecting a failure along a network link traversed by a first one of the at least three sequential LSPs having an end point at the network node ; in response to the detecting , encapsulating an Ethernet Ring Protocol, ERP, restoration message in a restoration pseudowire , wherein encapsulating the ERP restoration message in the restoration pseudowire further comprises inserting an identifier in header information of the restoration psuedowire, the identifier indicating that the pseudowire carries an ERP restoration message ; and transmitting the restoration pseudowire within a second one of the at least three sequential LSPs over a subsequent network link .
An actuator control device (10, 10A to 10G) having a plurality of controller units connected to actuators , the controller units being configured to control the actuators that are connected thereto, wherein the actuator control device (10, 10A to 10G) is configured to supply electrical power to the plurality of actuators via the plurality of controller units , characterized in that the actuator control device further comprises: a connection confirmation unit configured to confirm a connection state of the plurality of controller units ; and a determination unit configured to determine, based on a confirmation result of the connection confirmation unit , whether or not the connection state is in an allowable connection state in which supply of electrical power to the plurality of controller units is allowable, wherein the connection confirmation unit is configured to confirm a number of the plurality of controller units , and a number of the plurality of actuators that are connected to the plurality of controller units , and is configured to output each of the confirmed numbers as connection information to the determination unit ; and wherein the determination unit is configured to determine whether or not each of the numbers indicated by the input connection information is less than or equal to a maximum allowable number. a connection confirmation unit configured to confirm a connection state of the plurality of controller units ; and a determination unit configured to determine, based on a confirmation result of the connection confirmation unit , whether or not the connection state is in an allowable connection state in which supply of electrical power to the plurality of controller units is allowable, wherein the connection confirmation unit is configured to confirm a number of the plurality of controller units , and a number of the plurality of actuators that are connected to the plurality of controller units , and is configured to output each of the confirmed numbers as connection information to the determination unit ; and wherein the determination unit is configured to determine whether or not each of the numbers indicated by the input connection information is less than or equal to a maximum allowable number.
A process for culturing Bacillus cells producing a protein of interest, comprising the steps of: (a) providing a pre-culture of said Bacillus cells; (b) inoculating a production bioreactor with the pre-culture of step (a); and (c) culturing the Bacillus cells in the production bioreactor under conditions conducive for the production of the protein of interest, wherein the pre-culture of step (a) is performed in fed-batch mode, and wherein the Bacillus cells are cells of Bacillus subtilis, Bacillus pumilus, Bacillus licheniformis, or Bacillus lentus. (a) providing a pre-culture of said Bacillus cells; (b) inoculating a production bioreactor with the pre-culture of step (a); and (c) culturing the Bacillus cells in the production bioreactor under conditions conducive for the production of the protein of interest, wherein the pre-culture of step (a) is performed in fed-batch mode, and wherein the Bacillus cells are cells of Bacillus subtilis, Bacillus pumilus, Bacillus licheniformis, or Bacillus lentus.
High tensile steel having excellent bendability and stretch-flangeability, comprising: a base steel sheet comprising, by weight, carbon (C): 0.05% to 0.15%, silicon (Si): 1.5% or less, manganese (Mn): 1.5% to 2.5%, molybdenum (Mo): 0.2% or less, chromium (Cr): 1.5% or less, phosphorus (P) : 0.1% or less, sulfur (S): 0.01% or less, soluble aluminum (sol.Al): 0.02% to 0.06%, titanium (Ti): 0.003% to 0.06%, niobium (Nb): 0.003% to 0.06%, nitrogen (N): 0.01% or less, boron (B): 0.003% or less, a remainder of iron (Fe), and other inevitable impurities; and a zinc-based plated layer on at least one surface of the base steel sheet, wherein a component relationship of Si, Mo, Cr, and C represented by the following Relationship 1 is 5 or more, the base steel sheet comprises martensite having an area fraction of 10% to 30%, tempered martensite having an area fraction of 20% to 40%, and a remainder of ferrite, as a microstructure of the base steel sheet, and at a thickness 1/4t point of the base steel sheet, where t is a thickness of the steel in millimeter, a Vickers hardness ratio of a martensite phase and a tempered martensite phase expressed by the following Relationship 2 is 2 or less, and a hardness ratio of a martensite phase and a ferrite phase expressed by the following Relationship 3 is 3 or less: Si + Cr + Mo / C ≥ 5 where each component refers to a weight content of the element, H M / H TM ≤ 2 where M refers to martensite, and TM refers to tempered martensite, H M / H F ≤ 3 where M refers to martensite, and F refers to ferrite, wherein the microstructure and the hardness ratio are determined by the measurement method described in the description.
Method for processing print jobs in a printing machine having at least one digitally controllable printing unit and a computer , wherein a print job comprises at least the data for at least one print image as well as process data or commercial data, wherein based on the process data or commercial data of the print job, the computer creates the image content for an accompanying print product , wherein this image content is applied to a printing material during the processing of the print job on the printing machine , wherein the printing machine is a sheet-fed printing machine and wherein the image content for the accompanying print product is applied to a sheet-shaped printing material , characterized in that when the accompanying print product is printed, a smaller print image of the at least one print image of the print job is also printed onto the printing material of the accompanying print product in the printing machine .
Extrusion machine comprising a die for generating a profiled element from one or more extruded materials such that said profiled element extends lengthwise in a direction referred to as "longitudinal direction" (L0), said extrusion machine further comprising a receiving member , such as a main cooling roller, which has a receiving surface intended to receive the profiled element leaving the die and to allow said profiled element to advance in the longitudinal direction (L0), said extrusion machine being characterized in that it comprises a guide device which comprises an articulated chain with auxiliary rollers comprising a plurality of links which are provided with auxiliary rollers mounted with the ability to rotate and which are connected in pairs by articulations allowing said links to pivot freely relative to one another, and in that the guide device is arranged in such a way as to be able to position said chain facing the receiving surface downstream of the die in the longitudinal direction (L0) in a configuration referred to as "engagement configuration" in which at least some of the auxiliary rollers borne by successive links of said chain delimit, with the receiving surface , a guideway , which extends in the longitudinal direction (L0) so that the profiled element can enter and progress along said guideway , between said auxiliary rollers and the receiving surface , and so that said auxiliary rollers can press said profiled element against the receiving surface .