mhurhangee/ep-ind-claims huggingface dataset:
A flexible container for non-intertwined stacked wet wipes having a aubstantially rectangular shape comprised by a top face, a bottom face and side faces the short ends of which are sealed to each other; the container having a dispensing opening which Is formed by detaching a detaching area, and a flexible seal arranged so as to tightly close the container once it has been opened, the dispensing opening being formed by a slot, characterized in that the slot starts at a point located at the top face of the flexible container and which is projected towards one of the side faces thereof, the slot defining a top portion of the dispensing opening in the top face of the flexible container and a bottom portion of the dispensing opening located In said one of the side faces; the dispensing opening has a width ranging from 1 to 10 cm; the top portion of the dispensing opening has a minimum length equal to a fifth part of the width of the top part of the container when the container is filled with wet wipes; the bottom portion of the dispensing opening has a minimum length equal to a fifth part of the side face of the container where said bottom portion Is located, when the container is filled with wet wipes. the slot starts at a point located at the top face of the flexible container and which is projected towards one of the side faces thereof, the slot defining a top portion of the dispensing opening in the top face of the flexible container and a bottom portion of the dispensing opening located In said one of the side faces; the dispensing opening has a width ranging from 1 to 10 cm; the top portion of the dispensing opening has a minimum length equal to a fifth part of the width of the top part of the container when the container is filled with wet wipes; the bottom portion of the dispensing opening has a minimum length equal to a fifth part of the side face of the container where said bottom portion Is located, when the container is filled with wet wipes.
A humidity control system comprising: a cap comprising a retention element at an inner surface of the cap, the inner surface of the cap defining an interior volume of the cap; and a package in the interior volume of the cap, the package comprising a humidity control substance configured to control humidity and a retainer comprising a sealing interface to enclose the humidity control substance, the retainer being configured to engage the retention element, wherein the package and the inner surface of the cap define a shielded volume, characterized in that the package is a porous material which is permeable to vapor but is impervious to liquid, dust, and other particulates such that the shielded volume receives vapor but not liquid, dust, and other particulates in response to the package and the inner surface of the cap enclosing the shielded volume. a cap comprising a retention element at an inner surface of the cap, the inner surface of the cap defining an interior volume of the cap; and a package in the interior volume of the cap, the package comprising a humidity control substance configured to control humidity and a retainer comprising a sealing interface to enclose the humidity control substance, the retainer being configured to engage the retention element, wherein the package and the inner surface of the cap define a shielded volume, characterized in that the package is a porous material which is permeable to vapor but is impervious to liquid, dust, and other particulates such that the shielded volume receives vapor but not liquid, dust, and other particulates in response to the package and the inner surface of the cap enclosing the shielded volume.
A three-dimensional atom trap, comprising: a first set (512, 514, 516, 518) of permanent magnets positioned along a first perimeter of a first loop; and a second set (520, 522, 524, 526) of permanent magnets positioned along a second perimeter of a second loop, wherein the first loop and the second loop bracket an internal volume of the three-dimensional atom trap; and one or more laser beam input ports enabling one or more laser beams to access the internal volume of the three-dimensional atom trap and, an optical racetrack arranged to guide a laser beam input via a laser beam input port to traverse the internal volume of the three-dimensional atom trap from three or more directions, wherein each magnet of the first set of permanent magnets has a magnetization perpendicular to the first perimeter and tilted 45 degrees away from the plane containing the first perimeter and each magnet of the second set of permanent magnets has a magnetization perpendicular to the second perimeter and tilted 45 degrees away from the plane containing the second perimeter. a first set (512, 514, 516, 518) of permanent magnets positioned along a first perimeter of a first loop; and a second set (520, 522, 524, 526) of permanent magnets positioned along a second perimeter of a second loop, wherein the first loop and the second loop bracket an internal volume of the three-dimensional atom trap; and one or more laser beam input ports enabling one or more laser beams to access the internal volume of the three-dimensional atom trap and, an optical racetrack arranged to guide a laser beam input via a laser beam input port to traverse the internal volume of the three-dimensional atom trap from three or more directions, wherein each magnet of the first set of permanent magnets has a magnetization perpendicular to the first perimeter and tilted 45 degrees away from the plane containing the first perimeter and each magnet of the second set of permanent magnets has a magnetization perpendicular to the second perimeter and tilted 45 degrees away from the plane containing the second perimeter.
Developer device for designing a control system comprising automation software and hardware for the automated operation of a process, wherein the design device comprises - a design module (10, 110) configured to design the automation software, which includes a technology plan design module configured to design a technology plan and a converter connected to the technology plan design module for receiving the technology plan, said converter being configured to convert technology plans into specific automation software for the control system to be designed and to output the automation software. - an engineering module (30, 130) connected to the design module (10, 110) for receiving the automation software, said engineering module being configured to configure the automation hardware on the basis of the automation software and to produce configuration data on the automation hardware, and - a simulation module (50,150) configured to simulate the automation hardware and the process and connected to the engineering module (30, 130) for receiving the configuration data as well as to the design module (10, 110) for transmitting simulated process data, wherein the design module (10, 110) is connected to the simulation module (50, 150) for receiving the simulated process data by way of an interface. - a design module (10, 110) configured to design the automation software, which includes a technology plan design module configured to design a technology plan and a converter connected to the technology plan design module for receiving the technology plan, said converter being configured to convert technology plans into specific automation software for the control system to be designed and to output the automation software. - an engineering module (30, 130) connected to the design module (10, 110) for receiving the automation software, said engineering module being configured to configure the automation hardware on the basis of the automation software and to produce configuration data on the automation hardware, and - a simulation module (50,150) configured to simulate the automation hardware and the process and connected to the engineering module (30, 130) for receiving the configuration data as well as to the design module (10, 110) for transmitting simulated process data,
A carbon nanotube interconnect characterised by a patterned non-woven fabric comprising an aggregate of carbon nanotubes arranged to form an electrical network of carbon nanotubes in contact with other carbon nanotubes to define a plurality of conductive pathways along the interconnect.
An anion exchange-type fuel cell, comprising an electrolyte layer containing a layered metal oxide that has been steam treated, and having hydroxide ions as the ion conductor.
Method of ejecting packs from an exit opening of a pocket of an endless conveyor, in particular of a turret, wherein, on that side of the pocket which is located opposite the exit opening, compressed air is transmitted from an ejecting unit onto the free side of the pack and the pack is ejected via the exit opening, characterized by the following features: a) the ejecting unit is fed compressed air in a controlled manner, that is to say compressed air is directed into a pressure chamber of the ejecting unit, b) the compressed air moves a movable wall of the ejecting unit from a starting position, in which said wall is spaced apart from the turret, at least in part into an operating position, to be precise with sealing abutment against the pocket, c) in a region which is directed towards the pocket or the pack in the pocket, the movable wall of the pressure chamber has an air opening, through which compressed air is directed in a pulsed manner from the pressure chamber onto the pack. a) the ejecting unit is fed compressed air in a controlled manner, that is to say compressed air is directed into a pressure chamber of the ejecting unit, b) the compressed air moves a movable wall of the ejecting unit from a starting position, in which said wall is spaced apart from the turret, at least in part into an operating position, to be precise with sealing abutment against the pocket, c) in a region which is directed towards the pocket or the pack in the pocket, the movable wall of the pressure chamber has an air opening, through which compressed air is directed in a pulsed manner from the pressure chamber onto the pack.
A method for a user equipment comprising a contacts database, the user equipment being connected to a telecommunications network and to at least one displaying device over a wireless local network, the method comprising the steps of: - wirelessly receiving incoming caller information via the telecommunications network; - determining based on the caller information, whether there is additional information in the contacts database associated with the caller information; - determining whether a wireless local network identifier, WLAN ID, of the wireless local network is same as a predefined network ID; and - if the WLAN ID of the wireless local network is determined to be same as the predefined network ID, then perform the steps of: - creating a message comprising at least some of the received caller information and, if available in the contacts database, at least some of the additional information; and - sending the message over the wireless local network to the displaying device to enable the displaying device to show at least a part of the additional information comprised in the message. - wirelessly receiving incoming caller information via the telecommunications network; - determining based on the caller information, whether there is additional information in the contacts database associated with the caller information; - determining whether a wireless local network identifier, WLAN ID, of the wireless local network is same as a predefined network ID; and - if the WLAN ID of the wireless local network is determined to be same as the predefined network ID, then perform the steps of: - creating a message comprising at least some of the received caller information and, if available in the contacts database, at least some of the additional information; and - sending the message over the wireless local network to the displaying device to enable the displaying device to show at least a part of the additional information comprised in the message. - creating a message comprising at least some of the received caller information and, if available in the contacts database, at least some of the additional information; and - sending the message over the wireless local network to the displaying device to enable the displaying device to show at least a part of the additional information comprised in the message.
A method of supplying power to a wind farm, the wind farm comprising a plurality of wind turbines (A1, A2,..., An) which are connected in parallel to each other in a first string, wherein respective cable section circuit breakers (21, 22,..., 27) are arranged between adjacent wind turbines of the first string; and a power generator which is connected to a first wind turbine of the first string, wherein a first string circuit breaker is arranged in a line between the power generator and the first wind turbine; wherein the method comprises the following operation modes in a low wind condition, where a wind speed falls below a threshold value: a first operation mode where the first string circuit breaker is closed to supply active power from the power generator to the first wind turbine and to supply or consume reactive power from or to the power generator to or from a passive cable and/or transformer between the power generator and the first wind turbine, while the remaining cable section circuit breakers (21, 22,..., 27) in the first string are opened; a second operation mode after the first operation mode, where a cable section circuit breaker between the first wind turbine and an adjacent second wind turbine is closed to supply active power from the power generator to the first and second wind turbines (A1, A2) and to supply or consume reactive power from or to the first wind turbine to or from the passive cable and/or transformer between the first wind turbine and the second wind turbine, while the remaining cable section circuit breakers (22, 23,..., 27) in the first string are opened. a first operation mode where the first string circuit breaker is closed to supply active power from the power generator to the first wind turbine and to supply or consume reactive power from or to the power generator to or from a passive cable and/or transformer between the power generator and the first wind turbine, while the remaining cable section circuit breakers (21, 22,..., 27) in the first string are opened; a second operation mode after the first operation mode, where a cable section circuit breaker between the first wind turbine and an adjacent second wind turbine is closed to supply active power from the power generator to the first and second wind turbines (A1, A2) and to supply or consume reactive power from or to the first wind turbine to or from the passive cable and/or transformer between the first wind turbine and the second wind turbine, while the remaining cable section circuit breakers (22, 23,..., 27) in the first string are opened.
A method of forming a container comprising: positioning a preform of the container into a first blow mold; blow molding a first form of the container from the preform; and blow molding a second form of the container from the first form, wherein the preform, the first form, and the second form each include a substantially common transitional wall, characterized in that the first form of the container includes a first threading, and the second form of the container includes a second finish with a second threading, and wherein blow molding a second form of the container from the first form includes forming the second threading from the first threading, in that the first threading and the second threading are each disposed at generally the same distance away from the upper end of the container, in that the first threading has a smaller diameter than the second threading, and in that when the second form is blown from the first form the first threading is expanded and widened to have a larger diameter and to define the second threading. positioning a preform of the container into a first blow mold; blow molding a first form of the container from the preform; and blow molding a second form of the container from the first form, wherein the preform, the first form, and the second form each include a substantially common transitional wall, characterized in that the first form of the container includes a first threading, and the second form of the container includes a second finish with a second threading, and wherein blow molding a second form of the container from the first form includes forming the second threading from the first threading, in that the first threading and the second threading are each disposed at generally the same distance away from the upper end of the container, in that the first threading has a smaller diameter than the second threading, and in that when the second form is blown from the first form the first threading is expanded and widened to have a larger diameter and to define the second threading.
An application execution method which is performable by using a first device, the method comprising: detecting an occurrence of a first short distance communication between at least one external device and the first device; receiving connection information which relates to a second short distance communication mode and application information which relates to the at least one external device from the at least one external device via the first short distance communication; displaying information which relates to the at least one external device; selecting a connection to an external device among the at least one external device based on the displayed information and a user input at the first device; establishing the selected connection based on the second short distance communication mode between the external device and the first device by using the received connection information; executing an application based on the received application information; and controlling the external device via the second short distance communication mode by using the application. detecting an occurrence of a first short distance communication between at least one external device and the first device; receiving connection information which relates to a second short distance communication mode and application information which relates to the at least one external device from the at least one external device via the first short distance communication; displaying information which relates to the at least one external device; selecting a connection to an external device among the at least one external device based on the displayed information and a user input at the first device; establishing the selected connection based on the second short distance communication mode between the external device and the first device by using the received connection information; executing an application based on the received application information; and controlling the external device via the second short distance communication mode by using the application.
- A sterilizable medical packaging with living pores comprising: - a polyolefin blend comprising at least 50 percent by weight of an isotactic polypropylene homopolymer; - 100-2,500 ppm of a nucleating agent; and - 0.1-2 percent by weight of a hydrophilic filler; wherein the above compositions are mixed and plasticized at temperature in range of 180-250 °C and cooled down with cooling rate in range of 1-10 °C per second to form a sterilizable medical substrate film packaging according to this invention. - a polyolefin blend comprising at least 50 percent by weight of an isotactic polypropylene homopolymer; - 100-2,500 ppm of a nucleating agent; and - 0.1-2 percent by weight of a hydrophilic filler;
A method of using an optical time domain reflectometer (OTDR) and signature-applying means in the form of an event feature box to identify each of a plurality of fibers each having first and second ends, the signature-applying means comprising a plurality of input ports (IP1,..., IP4) for removably connecting to the plurality of fibers (DF1,..., DF4), respectively, and a plurality of event feature means (E1',... E4'; E1",..., E4") connected to said plurality of input ports for producing, in OTDR traces for fibers connected to said input ports, respectively, a corresponding plurality of unique signatures, each unique signature comprising at least two events (4, 5), the method being characterized by the steps of: connecting the second end of each of the plurality of fibers to a respective one of said plurality of input ports (IP1,..., IP4) of the signature-applying means; using the OTDR, launching light into the first end of each of the fibers and obtaining at least one OTDR trace for each fiber comprising a respective unique signature; and identifying each of the fibers by detecting the said at least two events of the respective unique signature. connecting the second end of each of the plurality of fibers to a respective one of said plurality of input ports (IP1,..., IP4) of the signature-applying means; using the OTDR, launching light into the first end of each of the fibers and obtaining at least one OTDR trace for each fiber comprising a respective unique signature; and identifying each of the fibers by detecting the said at least two events of the respective unique signature.
A luminaire with - a disk made from light-permeable material with a broad light radiating surface, - a light source for the emission of light through the disk, - and a base carrier, which is arranged on the back side of the disk, - wherein the disk is arranged in a frame, and - wherein the frame and the base carrier are connected with each other by means of a detachable latching connection, characterized in that the latching connection is arranged in an edge area of the luminaire and that the frame and the base carrier are connected with each other by means of a plug-in-swivel connection, which is arranged in the edge area off the luminaire opposite the latching connection between the frame and the base carrier. - a disk made from light-permeable material with a broad light radiating surface, - a light source for the emission of light through the disk, - and a base carrier, which is arranged on the back side of the disk, - wherein the disk is arranged in a frame, and - wherein the frame and the base carrier are connected with each other by means of a detachable latching connection,
A system for adjusting a height of a ceiling panel in an aircraft, the system comprising: an arm; at least one ceiling support latch (204, 206) configured to hold a ceiling panel, wherein each of the at least one ceiling support latches is attached to the arm; and an adjustable fitting attached to the arm, wherein the adjustable fitting comprises (i) a first sliding block attached to the arm, (ii) a second sliding block attached to a support structure, and (iii) an adjustment screw, wherein rotation of the adjustment screw forces the first and second sliding blocks to move relative to one another. an arm; at least one ceiling support latch (204, 206) configured to hold a ceiling panel, wherein each of the at least one ceiling support latches is attached to the arm; and an adjustable fitting attached to the arm, wherein the adjustable fitting comprises (i) a first sliding block attached to the arm, (ii) a second sliding block attached to a support structure, and (iii) an adjustment screw, wherein rotation of the adjustment screw forces the first and second sliding blocks to move relative to one another.