mhurhangee/ep-ind-claims huggingface dataset:
A method for managing orders and dispensing products into a container, comprising: prompting a user selection of a product type at an order entry station; reading (1010, 2008) indicia (400A, 400C, 400E) on the container at a product dispensing station; determining if the container is authorized to receive the product type from the product dispensing station; and dispensing (1014, 1028, 2012, 2030, 3026) the product type selected into the container, and characterised by printing (1006, 2004) the indicia on the container indicating at least the product type selected. prompting a user selection of a product type at an order entry station; reading (1010, 2008) indicia (400A, 400C, 400E) on the container at a product dispensing station; determining if the container is authorized to receive the product type from the product dispensing station; and dispensing (1014, 1028, 2012, 2030, 3026) the product type selected into the container, and characterised by printing (1006, 2004) the indicia on the container indicating at least the product type selected.
A steam turbine plant comprising: a steam turbine; a heating unit configured to produce steam from water, the steam to be supplied to the steam turbine; a means for diverging the water into a second feed water and a third feed water on an upstream side of the heating unit; wherein the heating unit includes a first heater using a first heat source using a fossil fuel for heating the second feed water and producing a heated second feed water and the steam from the heated second feed water and a third heater (18, 47) using a third heat source (44, 19, 40) using other than a solar heat, not using a fossil fuel for heating the third feed water and characterized in that the heated third feed water is merged into the heated second feed water flowing in the first heater. a steam turbine; a heating unit configured to produce steam from water, the steam to be supplied to the steam turbine; a means for diverging the water into a second feed water and a third feed water on an upstream side of the heating unit; wherein the heating unit includes a first heater using a first heat source using a fossil fuel for heating the second feed water and producing a heated second feed water and the steam from the heated second feed water and a third heater (18, 47) using a third heat source (44, 19, 40) using other than a solar heat, not using a fossil fuel for heating the third feed water and characterized in that the heated third feed water is merged into the heated second feed water flowing in the first heater.
A method for production of a cell population containing a pluripotent stem cell, said method comprising a step of infecting a somatic cell with a retrovirus vector carrying genes encoding nuclear reprogramming factors in the presence of a fibronectin fragment having a heparin-II binding region.
MR body coil (8, 9; 14; 24) having a supporting surface for support on an object to be examined and an outer side remote from the support side, wherein a plurality of light sources (11-13; 19-22; 25-28) disposed in a predefined arrangement, which in particular comprise a plurality of light-emitting diodes, are fastened to the outer side at a predefined position in each case, characterised in that the MR body coil (8, 9; 14; 24) has at least one driver, which is adapted to operate the light sources (11-13; 19-22; 25-28) to flash in a coded manner by means of a respective binary blink code identifying them in an individual manner.
A swivel for transfer of high pressure oil and/or gas_across a rotary interface around a swivel rotation axis between an incoming fluid line and an outgoing product piping, the swivel comprising a fixed annular element and a rotating annular element, each arranged around a common rotation axis and having a substantially equal diameter; one selected element from the fixed annular element and the rotating annular element comprising an annular disk being provided with a continuous and circular toroidal cavity in a first of its circular end surfaces, and the other selected element from the fixed annular element and the rotating annular element being arranged with a flat circular end surface that is adjacent to and in close proximity above said first circular end surface of said annular disk so as to close the toroidal cavity and form a toroidal chamber within the annular disk, the rotary interface being formed by the flat circular end surface of the other selected element and the adjacent first circular surface of the one selected element, the rotary interface being perpendicular to the common rotation axis, the fixed annular element comprises an inner wall and an outer wall; the inner wall at one end arranged at an inner circumference of the annular disk, and the outer wall at one end arranged at an outer circumference of the fixed annular disk; characterized in that the inner and outer walls each extending in an axial direction parallel to the rotation axis, towards the rotating annular element so as to form a "U-shaped" fixed annular element, and the rotary interface between the rotating annular element and the fixed annular element is arranged inbetween the inner and outer walls of the fixed annular element.
A system for delivery of a flow of air to a patient's airways comprising: a first flow generator and a second flow generator, each configured to provide air to a patient via a patient interface, the patient interface comprising a mask portion that includes a vent (3400, 16220, 18220, 22510) associated with a vent flow rate (Qvent) through the vent; and one or more controllers configured to: determine a pressure and a flow rate of the air being provided to the patient via the patient interface with a plurality of sensors (4272; 4274); determine the vent flow rate (Qvent); and control the first flow generator and the second flow generator so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively, wherein the one or more controllers are further configured to limit the predetermined flow rate to be less than a maximum flow rate, and wherein the one or more controllers are configured to determine the maximum flow rate by subtracting a peak expiratory flow rate of the patient from a vent flow rate (Qvent). a first flow generator and a second flow generator, each configured to provide air to a patient via a patient interface, the patient interface comprising a mask portion that includes a vent (3400, 16220, 18220, 22510) associated with a vent flow rate (Qvent) through the vent; and one or more controllers configured to: determine a pressure and a flow rate of the air being provided to the patient via the patient interface with a plurality of sensors (4272; 4274); determine the vent flow rate (Qvent); and control the first flow generator and the second flow generator so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively, wherein the one or more controllers are further configured to limit the predetermined flow rate to be less than a maximum flow rate, and wherein the one or more controllers are configured to determine the maximum flow rate by subtracting a peak expiratory flow rate of the patient from a vent flow rate (Qvent). determine a pressure and a flow rate of the air being provided to the patient via the patient interface with a plurality of sensors (4272; 4274); determine the vent flow rate (Qvent); and control the first flow generator and the second flow generator so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively, wherein the one or more controllers are further configured to limit the predetermined flow rate to be less than a maximum flow rate, and wherein the one or more controllers are configured to determine the maximum flow rate by subtracting a peak expiratory flow rate of the patient from a vent flow rate (Qvent).
A handle for doors and windows comprising: • a lever, • an actuating spindle of the lever, • a transmission mechanism arranged on the inside of a profile of the door or window leaf, • a movable piece arranged between a wing of the profile of the leaf that defines the outer portion of the door or window leaf and the transmission mechanism to adapt the handle to different widths of the profile of the door or window leaf, wherein said movable piece is then attached to the profile of the leaf, • attachment means (153, 154) for attaching the lever to the movable piece that contribute, along with elastic means that change the relative position of the handle with respect to the movable piece to absorb the existing gaps or wear that are produced in the direction defined by the actuating spindle of the lever, wherein the movable piece arranged between the door or window leaf and the transmission mechanism is movable in a direction defined by the actuating spindle of the lever to change the existing dimension between the center of a channel of the profile of the door or window leaf where the transmission mechanism is housed and the wing of said profile of the leaf, characterized in that it further comprises: • regulating means that carry out the movement of the movable piece in the direction defined by the actuating spindle of the lever. • a lever, • an actuating spindle of the lever, • a transmission mechanism arranged on the inside of a profile of the door or window leaf, • a movable piece arranged between a wing of the profile of the leaf that defines the outer portion of the door or window leaf and the transmission mechanism to adapt the handle to different widths of the profile of the door or window leaf, wherein said movable piece is then attached to the profile of the leaf, • attachment means (153, 154) for attaching the lever to the movable piece that contribute, along with elastic means that change the relative position of the handle with respect to the movable piece to absorb the existing gaps or wear that are produced in the direction defined by the actuating spindle of the lever, • regulating means that carry out the movement of the movable piece in the direction defined by the actuating spindle of the lever.
A method comprising: displaying information associated with a first application on a touch-sensitive display of an electronic device, the touch-sensitive display comprising a display area and a non-display area extending around the periphery of the display area; receiving a notification associated with a second application while displaying the information associated with the first application, wherein the second application is different from the first application; after receiving the notification, activating monitoring for a gesture on the touch-sensitive display, which gesture indicates a request to preview information associated with the second application, the gesture having an origin in the non-display area and extends into or enters the display area; and in response to said gesture being detected and without opening the second application, gradually displaying the information associated with the second application on the display area by gradually shifting the information associated with the second application onto or off the display area of the touch-sensitive display, wherein the gradual shifting occurs in accordance with movement of the gesture, and wherein the information associated with the second application shifts onto the touch-sensitive display from a first edge of the display area of the touch-sensitive display while the information associated with the first application shifts off a second edge of the display area of the touch-sensitive display, wherein the second edge is opposite the first edge. displaying information associated with a first application on a touch-sensitive display of an electronic device, the touch-sensitive display comprising a display area and a non-display area extending around the periphery of the display area; receiving a notification associated with a second application while displaying the information associated with the first application, wherein the second application is different from the first application; after receiving the notification, activating monitoring for a gesture on the touch-sensitive display, which gesture indicates a request to preview information associated with the second application, the gesture having an origin in the non-display area and extends into or enters the display area; and in response to said gesture being detected and without opening the second application, gradually displaying the information associated with the second application on the display area by gradually shifting the information associated with the second application onto or off the display area of the touch-sensitive display, wherein the gradual shifting occurs in accordance with movement of the gesture, and wherein the information associated with the second application shifts onto the touch-sensitive display from a first edge of the display area of the touch-sensitive display while the information associated with the first application shifts off a second edge of the display area of the touch-sensitive display, wherein the second edge is opposite the first edge.
Device for providing weather protection for scaffolding, comprising two tarpaulins (8, 9) which can be fastened to the scaffolding and comprising two unwinding rollers (2, 3) which extend along roller longitudinal axes running in parallel with one another, characterised in that the unwinding rollers (2, 3) are mounted on a common fastening support for the scaffolding so as to be rotatable in relation to their roller longitudinal axes and are arranged with a height offset with respect to one another, wherein the unwound tarpaulin of the first unwinding roller which is lower in relation to the height level overlaps the second unwinding roller in the manner of a roof tile, such that the tarpaulin of the second unwinding roller is guided past behind the first unwinding roller when viewed from the front side of the construction equipment.
A locker unit comprising: a cabinet body; at least one internal mounting bracket provided at each lateral side of the cabinet body; at least one horizontal panel mountable to each mounting bracket at a vertical height so as to define two or more vertically stacked lockers, each panel comprising a side flange provided at each lateral edge of the panel; and a door associated with each locker, wherein each side flange has one or more apertures which are alignable with an aperture provided at the mounting bracket for receiving a retaining member, and wherein each panel includes an obstructing member located near to each aperture of the side flange, and characterised in that: the obstructing member comprises a plate which is spaced apart and extends parallel to the side flange. a cabinet body; at least one internal mounting bracket provided at each lateral side of the cabinet body; at least one horizontal panel mountable to each mounting bracket at a vertical height so as to define two or more vertically stacked lockers, each panel comprising a side flange provided at each lateral edge of the panel; and a door associated with each locker, wherein each side flange has one or more apertures which are alignable with an aperture provided at the mounting bracket for receiving a retaining member, and wherein each panel includes an obstructing member located near to each aperture of the side flange, and characterised in that: the obstructing member comprises a plate which is spaced apart and extends parallel to the side flange.
A device for comminuting feed material with first comminuting tools and second comminuting tools which are arranged within a housing coaxially to an axis and which lie opposite one another at an axial distance, forming a comminuting zone, and of which at least the first comminuting tools perform a rotational movement about the axis, the first comminuting tools being rigidly mounted on a first tool carrier and the second comminuting tools being rigidly mounted on a second tool carrier, characterized in that a number of channels for the passage of a process gas are present in the contact surface between the first tool carrier and the first comminuting tools and/or in the contact surface between the second tool carrier and the second comminuting tools, with a radially inner inlet opening, via which the process gas enters the channels, and a radially outer outlet opening, via which the process gas exits the channels.
An apparatus, comprising: an interface to detect a connection to a 3D printer and a connection to a powder supply/post-processing component; a processor in communication with the interface; and a timer in communication with the processor, wherein the timer is configured to begin tracking a cooling time when the interface is disconnected from the 3D printer and the processor is configured to transmit the cooling time to the powder supply/post-processing component when the interface detects the connection to the powder supply/post-processing component. an interface to detect a connection to a 3D printer and a connection to a powder supply/post-processing component; a processor in communication with the interface; and a timer in communication with the processor, wherein the timer is configured to begin tracking a cooling time when the interface is disconnected from the 3D printer and the processor is configured to transmit the cooling time to the powder supply/post-processing component when the interface detects the connection to the powder supply/post-processing component.
A manufacturing assistance system for an additive manufacturing system, comprising: - a process sensor unit, - an imaging sensor unit, - an error detection unit, and - a control unit, wherein the process sensor unit is arrangeable at the additive manufacturing system and configured to generate process data during manufacturing an object by the additive manufacturing system, wherein the imaging sensor unit is arrangeable at the additive manufacturing system and configured to generate image data of the object during manufacturing, and wherein the error detection unit is arranged inside and/or outside the manufacturing chamber and configured to generate error data based on a human error or interference, during manufacturing the object and send the error data to the control unit, wherein the control unit is configured to collect the process data generated by the process sensor unit, the image data generated by the imaging sensor unit and the error data sent by the error detection unit, and to correlate the process data, the image data, and the error data to determine a current state of the object to verify if the object being manufactured meets predefined requirements or has any failure. - a process sensor unit, - an imaging sensor unit, - an error detection unit, and - a control unit, wherein the process sensor unit is arrangeable at the additive manufacturing system and configured to generate process data during manufacturing an object by the additive manufacturing system, wherein the imaging sensor unit is arrangeable at the additive manufacturing system and configured to generate image data of the object during manufacturing, and wherein the error detection unit is arranged inside and/or outside the manufacturing chamber and configured to generate error data based on a human error or interference, during manufacturing the object and send the error data to the control unit, wherein the control unit is configured to collect the process data generated by the process sensor unit, the image data generated by the imaging sensor unit and the error data sent by the error detection unit, and to correlate the process data, the image data, and the error data to determine a current state of the object to verify if the object being manufactured meets predefined requirements or has any failure.
A method in a wireless client that includes one or more wireless network interfaces for communicating with at least one access point, the method comprising: associating the wireless client with a wireless access point; authenticating the wireless client to an authentication server; and conditionally applying, at the wireless client, one or more security policies based on one or more anomalies detected by the wireless client during the authenticating to the authentication server, wherein at least one of the one or more applied security policies comprises recording data relating to the one or more anomalies and transmitting the data in a report of the one or more anomalies detected by the wireless client to a network in response to the one or more anomalies. associating the wireless client with a wireless access point; authenticating the wireless client to an authentication server; and conditionally applying, at the wireless client, one or more security policies based on one or more anomalies detected by the wireless client during the authenticating to the authentication server, wherein at least one of the one or more applied security policies comprises recording data relating to the one or more anomalies and transmitting the data in a report of the one or more anomalies detected by the wireless client to a network in response to the one or more anomalies.
A gas turbine engine comprising a core engine (20,220), a nose cone, a first particle separator defining a first particle separator stage and a second particle separator defining a second particle separator stage; the first particle separator including a surface for: impacting air at an outer periphery of an air flow passage; capturing impacted particles at said outer periphery; and routing captured particles towards the second particle separator, whereby in use air inward of the first particle separator passes towards the core engine (20,220) of said engine, and the second particle separator delivers cleaner air than is directed into the second particle separator for an air function at a location other than the core engine (20,220); and a particle discharge disposed downstream of said second particle separator, characterised in that: said first particle separator surrounds the nose cone, with a path into said core engine (20, 220) being downstream and radially inwardly of said surface, and outwardly of the surface of said nose cone. impacting air at an outer periphery of an air flow passage; capturing impacted particles at said outer periphery; and routing captured particles towards the second particle separator, whereby in use air inward of the first particle separator passes towards the core engine (20,220) of said engine, and the second particle separator delivers cleaner air than is directed into the second particle separator for an air function at a location other than the core engine (20,220); and a particle discharge disposed downstream of said second particle separator, characterised in that: said first particle separator surrounds the nose cone, with a path into said core engine (20, 220) being downstream and radially inwardly of said surface, and outwardly of the surface of said nose cone.