mhurhangee/patent-ind-claim-en huggingface dataset:
A plant for producing corrugated cardboard, comprising in combination: a single facer , comprising: a first corrugating roller and a second corrugating roller co-acting with each other to corrugate a first cardboard sheet; a pressing member to glue the first cardboard sheet (N1), corrugated by means of the first, corrugating roller and of the second corrugating roller , to a second, smooth cardboard sheet and form a single-faced corrugated cardboard (NS); a first unwinding device , to feed the first cardboard sheet to the single facer ; a second unwinding device , to feed the second cardboard sheet (N2) to the single facer ; a feeding path for the single-faced corrugated cardboard (NS) towards a series of hot plates ; a third unwinding device to feed a third sheet of smooth cardboard (N3) to the series of hot plates , the third cardboard sheet (N3) being glued to the single-faced corrugated cardboard (NS) on said hot planes ; a removing device for removing cardboard defective portions; a central control unit ; a viewing system comprising: a first video camera (71; 73) arranged along the cardboard feeding path downstream of the pressing member of the single facer , configured and arranged to acquire images of a first face of the cardboard; and an image processing unit , interfaced with the first video camera and configured to processes images acquired by the first video camera (71; 73) and to detect defects in cardboard gluing or corrugating; a tracking system to track a cardboard defective portion up to the removing device . a single facer , comprising: a first corrugating roller and a second corrugating roller co-acting with each other to corrugate a first cardboard sheet; a pressing member to glue the first cardboard sheet (N1), corrugated by means of the first, corrugating roller and of the second corrugating roller , to a second, smooth cardboard sheet and form a single-faced corrugated cardboard (NS); a first unwinding device , to feed the first cardboard sheet to the single facer ; a second unwinding device , to feed the second cardboard sheet (N2) to the single facer ; a feeding path for the single-faced corrugated cardboard (NS) towards a series of hot plates ; a third unwinding device to feed a third sheet of smooth cardboard (N3) to the series of hot plates , the third cardboard sheet (N3) being glued to the single-faced corrugated cardboard (NS) on said hot planes ; a removing device for removing cardboard defective portions; a central control unit ; a viewing system comprising: a first video camera (71; 73) arranged along the cardboard feeding path downstream of the pressing member of the single facer , configured and arranged to acquire images of a first face of the cardboard; and an image processing unit , interfaced with the first video camera and configured to processes images acquired by the first video camera (71; 73) and to detect defects in cardboard gluing or corrugating; a tracking system to track a cardboard defective portion up to the removing device .
A front push tap having a flow configuration and a sealed configuration, the front push tap comprising: a tap body , the tap body having an end for attachment to a container, the end having a fluid flow passage therethrough which is fluidly connected to a dispensing port , the dispensing port having an inner wall; a spring button member , which is sealingly connected to the tap body ; a valve seal member ; a flexible stem having two ends, one end of the flexible stem connected to the valve seal member and the other end of the flexible stem connected to the spring button member ; wherein, when the front push tap is in the flow configuration, the spring button member is depressed, causing the valve seal member to move downwardly to unseal the dispensing port to allow fluid to be dispensed, and when the front push tap is in the sealed configuration the spring button member is undepressed and the valve seal member is sealingly engaged to the inner wall of the dispensing port to prevent the flow of fluid from the dispensing port, characterised in that the flexible stem extends in a curved path so the two ends of the flexible stem are angled relative to each other. a tap body , the tap body having an end for attachment to a container, the end having a fluid flow passage therethrough which is fluidly connected to a dispensing port , the dispensing port having an inner wall; a spring button member , which is sealingly connected to the tap body ; a valve seal member ; a flexible stem having two ends, one end of the flexible stem connected to the valve seal member and the other end of the flexible stem connected to the spring button member ; wherein, when the front push tap is in the flow configuration, the spring button member is depressed, causing the valve seal member to move downwardly to unseal the dispensing port to allow fluid to be dispensed, and when the front push tap is in the sealed configuration the spring button member is undepressed and the valve seal member is sealingly engaged to the inner wall of the dispensing port to prevent the flow of fluid from the dispensing port, characterised in that the flexible stem extends in a curved path so the two ends of the flexible stem are angled relative to each other.
Method for producing, filling and sealing a medicament container , the method comprising a blow-fill seal process comprising: - a molding step, in which a parison is inflated within a mold to form the medicament container - a filling step, in which a medicament (M) is filled into the medicament container , and - a sealing step, in which a distal end of a neck (2.2') of the medicament container is sealed, wherein the mold is dimensioned such that the neck (2.2') is formed with an internal radius (r) small enough to allow for a capillary effect of the medicament (M) so that an air bubble remaining in the neck (2.2') after the filling step and the sealing step is fixed within the neck (2.2') by capillary forces. - a molding step, in which a parison is inflated within a mold to form the medicament container - a filling step, in which a medicament (M) is filled into the medicament container , and - a sealing step, in which a distal end of a neck (2.2') of the medicament container is sealed, wherein the mold is dimensioned such that the neck (2.2') is formed with an internal radius (r) small enough to allow for a capillary effect of the medicament (M) so that an air bubble remaining in the neck (2.2') after the filling step and the sealing step is fixed within the neck (2.2') by capillary forces.
Straw walker structure for a combine harvester , comprising: a number of walkers arranged laterally alongside one another, which each comprise a sieve surface and upwardly extending side walls arranged at the sides thereof; a drive which is coupled to the walkers and is set up to set the walkers in motion in a phase-offset manner with respect to one another, in which they move along a circular trajectory, and at least one shaking element which is arranged between two adjacent walkers and is connected in terms of drive to the two walkers adjacent to the shaking element by in each case a rotatable connection with an axis of rotation , and is able to be set in motion by the walkers during operation, characterized in that the rotatable connections are arranged on the walkers and on the shaking element in such a way that the shaking element is able to be set in rotational motion about an axis of rotation. a number of walkers arranged laterally alongside one another, which each comprise a sieve surface and upwardly extending side walls arranged at the sides thereof; a drive which is coupled to the walkers and is set up to set the walkers in motion in a phase-offset manner with respect to one another, in which they move along a circular trajectory, and at least one shaking element which is arranged between two adjacent walkers and is connected in terms of drive to the two walkers adjacent to the shaking element by in each case a rotatable connection with an axis of rotation , and is able to be set in motion by the walkers during operation, characterized in that the rotatable connections are arranged on the walkers and on the shaking element in such a way that the shaking element is able to be set in rotational motion about an axis of rotation.
A water supply system for delivering water used for adiabatically cooling air in a heat exchanger, comprising: a water softener configured to receive water from a water source; a reverse osmosis device configured to receive softened water from said water softener; an RO-permeate storage tank configured to receive RO-permeate water from said reverse osmosis device; a flush pump configured to deliver RO-permeate water from said RO-permeate storage tank to surfaces of a coil of said heat exchanger via a coil flush line ; an RO-reject storage tank configured to receive RO-reject water from said reverse osmosis device ; a RO-permeate water line comprising a valve configured to deliver RO-permeate water from the RO-permeate storage tank to a spray pump ; a RO-reject water line comprising a valve configured to deliver RO-reject water from the RO-reject storage tank to the spray pump ; spray nozzles receiving water from the spray pump via a spray nozzle line . a water softener configured to receive water from a water source; a reverse osmosis device configured to receive softened water from said water softener; an RO-permeate storage tank configured to receive RO-permeate water from said reverse osmosis device; a flush pump configured to deliver RO-permeate water from said RO-permeate storage tank to surfaces of a coil of said heat exchanger via a coil flush line ; an RO-reject storage tank configured to receive RO-reject water from said reverse osmosis device ; a RO-permeate water line comprising a valve configured to deliver RO-permeate water from the RO-permeate storage tank to a spray pump ; a RO-reject water line comprising a valve configured to deliver RO-reject water from the RO-reject storage tank to the spray pump ; spray nozzles receiving water from the spray pump via a spray nozzle line .
System for networked transportation of patients or people with impaired mobility in a transportation chair , having the following features: a) a transportation vehicle with: a chassis , drive wheels and a bridge track , b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a transportation chair having a cross-member and a docking point for the docking crosspiece of the transportation vehicle, and d) a control centre for controlling a transportation operation, characterized in that the transportation vehicle comprises a bridge track on a raiseable and lowerable bridge platform , wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track , wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods , and wherein a lever arrangement lying between said lifting rods is provided for raising the bridge platform , which has the effect that the load thereon lies directly in the region of the drive wheels . a) a transportation vehicle with: a chassis , drive wheels and a bridge track , b) an energy supply system which is powered either via inductive leads routed in the ground or via movable energy supply stations, c) a transportation chair having a cross-member and a docking point for the docking crosspiece of the transportation vehicle, and d) a control centre for controlling a transportation operation, wherein a rotatable carriage with a drive for securing a docking crosspiece is provided on the bridge track , wherein an adjusting element is provided which is driven by a further drive and which serves to actuate front lifting rods and rear lifting rods , and wherein a lever arrangement lying between said lifting rods is provided for raising the bridge platform , which has the effect that the load thereon lies directly in the region of the drive wheels .
A method comprising: exposing functionality by an operating system of a computing device that is accessible by one or more applications executable by the computing device, the functionality configured to perform operations comprising: receiving a request at the operating system via one or more application programming interfaces, APIs, from the one or more applications to initiate a secure data sharing session; and responsive to the request, initiating a secure data sharing session via a network connection between the one or more applications with one or more other applications executed by one or more other computing devices associated with guests, the method being characterized in that the initiating of the secure data sharing session includes broadcasting an invitation by the operating system for receipt by the one or more other computing devices that indicates availability of the secure data sharing session, and in that the initiating of the secure data sharing session includes verifying by the operating system that the guests are permitted to participate in the secure data sharing session. receiving a request at the operating system via one or more application programming interfaces, APIs, from the one or more applications to initiate a secure data sharing session; and responsive to the request, initiating a secure data sharing session via a network connection between the one or more applications with one or more other applications executed by one or more other computing devices associated with guests, the method being characterized in that the initiating of the secure data sharing session includes broadcasting an invitation by the operating system for receipt by the one or more other computing devices that indicates availability of the secure data sharing session, and in that the initiating of the secure data sharing session includes verifying by the operating system that the guests are permitted to participate in the secure data sharing session.
A composition comprising an omega-3 fatty acid, carnosic acid, tomato lycopene and lutein, wherein said omega-3 fatty acid comprises eicosapentaenic acid (EPA) and docosahexaenoic acid (DHA), wherein said lutein, lycopene, carnosic acid, EPA and DHA are in an amount of 0.1 mM, 0.1 mM, 0.2 mM, 20 mM and 10 mM, respectively.
A terminal connection structure configured to be mounted to a printing apparatus which includes an apparatus side terminal unit , wherein the apparatus side terminal unit includes a positioning portion and an apparatus side terminal group , the apparatus side terminal unit is in an intersection direction (X, Z) movable that is orthogonal to a mounting direction (Y), in which a cartridge can be mounted into the printing apparatus and brought in contact with the apparatus side terminal unit , and the terminal connection structure comprising: a concave portion of the cartridge , a cartridge side terminal group configured and adapted to be electrically connectable with the apparatus side terminal group ; and characterized in that , a restriction portion is provided in the concave portion of the cartridge ,which restricts the positioning portion from moving in the intersection direction (X, Z), wherein the apparatus side terminal group is tilted with respect to the mounting direction (Y) in a state that the cartridge is mounted to the printing apparatus , and the cartridge side terminal group is provided in the concave portion which is configured and adapted to receive insertion of the apparatus side terminal unit , wherein the restriction portion comprises a groove provided in the concave portion configured and adapted to receive insertion of the positioning portion of the apparatus side terminal unit . a concave portion of the cartridge , a cartridge side terminal group configured and adapted to be electrically connectable with the apparatus side terminal group ; and characterized in that , a restriction portion is provided in the concave portion of the cartridge ,which restricts the positioning portion from moving in the intersection direction (X, Z), wherein the apparatus side terminal group is tilted with respect to the mounting direction (Y) in a state that the cartridge is mounted to the printing apparatus , and the cartridge side terminal group is provided in the concave portion which is configured and adapted to receive insertion of the apparatus side terminal unit , wherein the restriction portion comprises a groove provided in the concave portion configured and adapted to receive insertion of the positioning portion of the apparatus side terminal unit .
A method for operating a mobile entity in a cellular network, comprising at the mobile entity: - determining that the mobile entity of the cellular network has become mobile within the cellular network, - transmitting an indication to a radio access network of the cellular network indicating that the mobile entity has become mobile, wherein transmitting the indication comprises transmitting a tracking area update request to a radio access network node indicating that a control plane signaling entity towards the mobile entity should be transferred from a currently used network entity to another network entity of the cellular network even when the mobile entity remains in the same tracking area, wherein the mobile entity determines that is has become mobile when the currently used control plane signaling entity is a local network entity that is only used for mobile entities as long as they are stationary. - determining that the mobile entity of the cellular network has become mobile within the cellular network, - transmitting an indication to a radio access network of the cellular network indicating that the mobile entity has become mobile, wherein transmitting the indication comprises transmitting a tracking area update request to a radio access network node indicating that a control plane signaling entity towards the mobile entity should be transferred from a currently used network entity to another network entity of the cellular network even when the mobile entity remains in the same tracking area,
Method for operating an elevator control device , wherein the elevator control device has an interface for wireless and/or wired access to the elevator control unit by means of a programming device , wherein for access to the elevator control device by means of the programming device a code is automatically sent to the programming device , wherein the elevator control device expects, within a specified or specifiable entry time period, an entry of the previously sent code at a control panel comprised by the lift control device or assigned to the elevator control device , and wherein the elevator control device enables access to the elevator control device if the previously sent code has been entered correctly, in particular entered correctly within the entry time period. wherein the elevator control device has an interface for wireless and/or wired access to the elevator control unit by means of a programming device , wherein for access to the elevator control device by means of the programming device a code is automatically sent to the programming device , wherein the elevator control device expects, within a specified or specifiable entry time period, an entry of the previously sent code at a control panel comprised by the lift control device or assigned to the elevator control device , and wherein the elevator control device enables access to the elevator control device if the previously sent code has been entered correctly, in particular entered correctly within the entry time period.
A fluid retainer cartridge assembly , comprising: a base portion defining a plurality of test strip assay-receiving channels ; and a cap portion removably-connected to the base portion , wherein the cap portion defines a fluid-receiving void that is fluidly-divided into an upstream fluid-receiving void and a downstream fluid-receiving void by a flange of the base portion that is disposed within the fluid-receiving void of the cap portion , characterised in that the upstream fluid-receiving void is in fluid communication with the downstream fluid-receiving void by a fluid-flow passage formed through the flange of the base portion . a base portion defining a plurality of test strip assay-receiving channels ; and a cap portion removably-connected to the base portion , wherein the cap portion defines a fluid-receiving void that is fluidly-divided into an upstream fluid-receiving void and a downstream fluid-receiving void by a flange of the base portion that is disposed within the fluid-receiving void of the cap portion , characterised in that the upstream fluid-receiving void is in fluid communication with the downstream fluid-receiving void by a fluid-flow passage formed through the flange of the base portion .
A pyrolysis furnace comprising: (a) a housing (a1) having at least one first air inlet for primary air and at least one second air inlet for secondary air and tertiary air in the lower area of the housing and (a2) a combustion gas outlet at the upper end of the housing, (b) an open-top combustion chamber being arranged in the housing and having an air inlet which is arranged in the lower area of the combustion chamber and communicates with the first air inlet of the housing, and (c) a flame concentrator surrounding an upper portion of the combustion chamber and having an upper opening whose cross-section is smaller than the cross-section of the upper opening of the combustion chamber , (d) wherein a gap is provided between the outer wall of the combustion chamber and the inner wall of the flame concentrator for introducing the secondary air to inlet openings in the upper portion of the combustion chamber , (e) wherein a gap is provided between the outer wall of the flame concentrator and the inner wall of the housing for introducing the tertiary air to the area of the upper opening of the flame concentrator , and (f) wherein the combustion chamber and the flame concentrator are made of metal. (a) a housing (a1) having at least one first air inlet for primary air and at least one second air inlet for secondary air and tertiary air in the lower area of the housing and (a2) a combustion gas outlet at the upper end of the housing, (a1) having at least one first air inlet for primary air and at least one second air inlet for secondary air and tertiary air in the lower area of the housing and (a2) a combustion gas outlet at the upper end of the housing, (b) an open-top combustion chamber being arranged in the housing and having an air inlet which is arranged in the lower area of the combustion chamber and communicates with the first air inlet of the housing, and (c) a flame concentrator surrounding an upper portion of the combustion chamber and having an upper opening whose cross-section is smaller than the cross-section of the upper opening of the combustion chamber , (d) wherein a gap is provided between the outer wall of the combustion chamber and the inner wall of the flame concentrator for introducing the secondary air to inlet openings in the upper portion of the combustion chamber , (e) wherein a gap is provided between the outer wall of the flame concentrator and the inner wall of the housing for introducing the tertiary air to the area of the upper opening of the flame concentrator , and (f) wherein the combustion chamber and the flame concentrator are made of metal.