mhurhangee/ep-ind-claims huggingface dataset:
A flexible container carrier for unitizing a plurality of containers comprising: a plurality of flexible bands that form an array of container receiving apertures, the array arranged in longitudinal rows and transverse ranks; a handle formed adjacent the array of container receiving apertures, the handle connected to the flexible bands at two or more connection points; and two or more thickened sections extending outwardly from an outside edge of each outermost flexible band, each thickened section located on a direct opposite side from a respective connection point within each transverse rank, characterized in that, when the flexible container carrier is stretched on an applicator, the thickened sections enable the container carrier to function as if it is symmetrical such that the container carrier can be fed onto the applicator with the handle located on either side relative to the applicator without premature neck down of the plurality of flexible bands. a plurality of flexible bands that form an array of container receiving apertures, the array arranged in longitudinal rows and transverse ranks; a handle formed adjacent the array of container receiving apertures, the handle connected to the flexible bands at two or more connection points; and two or more thickened sections extending outwardly from an outside edge of each outermost flexible band, each thickened section located on a direct opposite side from a respective connection point within each transverse rank, characterized in that, when the flexible container carrier is stretched on an applicator, the thickened sections enable the container carrier to function as if it is symmetrical such that the container carrier can be fed onto the applicator with the handle located on either side relative to the applicator without premature neck down of the plurality of flexible bands.
A method for operating a gas turbine engine comprising a fan, a core in flow communication with the fan, and a nacelle assembly enclosing the fan and at least a portion of the core to define a bypass passage with the core, the nacelle assembly including a thrust reverser system moveable between a fully stowed position and a fully deployed position, the method comprising: operating at the fan at a fan pressure ratio of less than two; characterized in moving at the thrust reverser system from the fully stowed position to a partially deployed position, the partially deployed position located between the fully stowed position and the fully deployed position, wherein moving the thrust reverser system from the fully stowed position to the partially deployed position comprises translating a transcowl aftward and moving each cascade segment of a cascade system aftward with the transcowl; and holding at the thrust reverser system in the partially deployed position to allow an additional amount of airflow to exit the bypass passage. operating at the fan at a fan pressure ratio of less than two; characterized in moving at the thrust reverser system from the fully stowed position to a partially deployed position, the partially deployed position located between the fully stowed position and the fully deployed position, wherein moving the thrust reverser system from the fully stowed position to the partially deployed position comprises translating a transcowl aftward and moving each cascade segment of a cascade system aftward with the transcowl; and holding at the thrust reverser system in the partially deployed position to allow an additional amount of airflow to exit the bypass passage.
A method of forming an annealed additive manufacturing powder, comprising: - annealing an additive manufacturing powder, wherein annealing includes: - increasing a temperature of the additive manufacturing powder, wherein the additive manufacturing powder comprises a thermoplastic elastomer, wherein the temperature is increased to a temperature above the glass transition temperature of the additive manufacturing powder but below a melting temperature of the additive manufacturing powder for a first period of time; and - decreasing the temperature of the powder by at least 10 degrees Celsius after the first period of time to form the annealed additive manufacturing powder; wherein the unannealed additive manufacturing powder has a glass transition temperature and at least a primary melting temperature and a secondary melting temperature as determined by differential scanning calorimetry, wherein the primary melting temperature is at a higher temperature than the secondary melting temperature, characterised in that the glass transition temperature is below 0 degrees Celsius, the primary melting temperature is above 120 degrees Celsius, the secondary melting temperature is between the glass transition temperature and the primary melting temperature, and the secondary melting temperature is 30 degrees Celsius to 100 degrees Celsius. - annealing an additive manufacturing powder, wherein annealing includes: - increasing a temperature of the additive manufacturing powder, wherein the additive manufacturing powder comprises a thermoplastic elastomer, wherein the temperature is increased to a temperature above the glass transition temperature of the additive manufacturing powder but below a melting temperature of the additive manufacturing powder for a first period of time; and - decreasing the temperature of the powder by at least 10 degrees Celsius after the first period of time to form the annealed additive manufacturing powder;
A method of obtaining mammalian multipotent stem/progenitor cells capable of differentiating into multiple endodermal lineages, wherein the cells are obtained from biliary tree tissue of a mammal, the method comprising obtaining biliary tree tissue, and sequentially, and in any order, or substantially simultaneously obtaining cells that are positive for: (i) at least one stem cell surface marker selected from EpCAM, N-CAM, CXCR4, CD44H, or CD133; (ii) at least one marker indicative of liver cell lineage stages selected from HNF6, HES1, CK19, albumin, or AFP; and (iii) at least one marker indicative of pancreatic cell lineage stages selected from PDX1, PROX1, NGN3, or insulin. (i) at least one stem cell surface marker selected from EpCAM, N-CAM, CXCR4, CD44H, or CD133; (ii) at least one marker indicative of liver cell lineage stages selected from HNF6, HES1, CK19, albumin, or AFP; and (iii) at least one marker indicative of pancreatic cell lineage stages selected from PDX1, PROX1, NGN3, or insulin.
An electro luminescence display device comprising: a pixel circuit comprising a plurality of pixels on a substrate; an outer circuit located outside the substrate at an upper side of the pixel circuit; a data driver formed on the substrate and formed at the upper side of the pixel circuit between the pixel circuit and the outer circuit for supplying a data signal to the plurality of pixels; first and second scan drivers (24a, 24b) formed on the substrate and formed at the upper side of the pixel circuit between the pixel circuit and the outer circuit for supplying a scan signal to the plurality of pixels; wherein the data driver is located between the first and second scan drivers (24a, 24b) along the direction of the upper side of the pixel circuit; and a ground line GND and a power supply line VDD both of which are formed on the substrate and are connected to the outer circuit, wherein the ground line GND and the power supply line VDD are separated from each other, so that the power supply line VDD is placed at outer left side and a portion of outer left lower side of the first scan driver, and outer left side of the pixel circuit, and so that the ground line GND is placed at outer right side and a portion of outer right lower side of the second scan driver, and outer right side of the pixel circuit, wherein the right and left sides of the pixel circuit are perpendicular to the upper side of the pixel circuit, wherein the pixel circuit, the data driver and the first and second scan drivers (24a, 24b) are located between the ground line GND and the power supply line VDD. a pixel circuit comprising a plurality of pixels on a substrate; an outer circuit located outside the substrate at an upper side of the pixel circuit; a data driver formed on the substrate and formed at the upper side of the pixel circuit between the pixel circuit and the outer circuit for supplying a data signal to the plurality of pixels; first and second scan drivers (24a, 24b) formed on the substrate and formed at the upper side of the pixel circuit between the pixel circuit and the outer circuit for supplying a scan signal to the plurality of pixels; wherein the data driver is located between the first and second scan drivers (24a, 24b) along the direction of the upper side of the pixel circuit; and a ground line GND and a power supply line VDD both of which are formed on the substrate and are connected to the outer circuit, wherein the ground line GND and the power supply line VDD are separated from each other, so that the power supply line VDD is placed at outer left side and a portion of outer left lower side of the first scan driver, and outer left side of the pixel circuit, and so that the ground line GND is placed at outer right side and a portion of outer right lower side of the second scan driver, and outer right side of the pixel circuit, wherein the right and left sides of the pixel circuit are perpendicular to the upper side of the pixel circuit, wherein the pixel circuit, the data driver and the first and second scan drivers (24a, 24b) are located between the ground line GND and the power supply line VDD.
A communication control device (150, 160, 170) comprising: an acquisition unit (151, 161, 171) configured to acquire measurement related information related to execution of measurement by a terminal device (20, 200) in an extension band, which is other than a band of a predetermined bandwidth in frequency bands allocated to a service provider; and a control unit (153, 163, 173) configured to perform control related to the measurement by the terminal device (20, 200) in the extension band, on the basis of the measurement related information; wherein the measurement related information is information related to execution and non-execution of the measurement by the terminal device (20, 200) in the extension band, wherein the measurement related information is information related to the presence or absence of the execution of measurement by the terminal device in the extension band, and wherein the control related to the measurement by the terminal device (20, 200) includes control of the execution of the measurement by the terminal device in the extension band; wherein the control of the execution of the measurement by the terminal device (20, 200) includes instructing the terminal device either to execute or not to execute measurement in the extension band whereby in a case in which the terminal device (20, 200) uses the frequency bands allocated to the service provider for communication, the terminal device (20, 200) is instructed not to execute the measurement in the extension band. an acquisition unit (151, 161, 171) configured to acquire measurement related information related to execution of measurement by a terminal device (20, 200) in an extension band, which is other than a band of a predetermined bandwidth in frequency bands allocated to a service provider; and a control unit (153, 163, 173) configured to perform control related to the measurement by the terminal device (20, 200) in the extension band, on the basis of the measurement related information; wherein the measurement related information is information related to execution and non-execution of the measurement by the terminal device (20, 200) in the extension band, wherein the measurement related information is information related to the presence or absence of the execution of measurement by the terminal device in the extension band, and wherein the control related to the measurement by the terminal device (20, 200) includes control of the execution of the measurement by the terminal device in the extension band; wherein the control of the execution of the measurement by the terminal device (20, 200) includes instructing the terminal device either to execute or not to execute measurement in the extension band whereby in a case in which the terminal device (20, 200) uses the frequency bands allocated to the service provider for communication, the terminal device (20, 200) is instructed not to execute the measurement in the extension band.
A method for preserving the privacy of persons detected by a camera of a smart device, like a smart glass, the method comprising the steps: taking at least one image of a face by means of the camera of the smart device, detecting a face in the image taken by the camera, generating a state signal if a face is detected in the image, tracking identity features of the detected face in case a state signal is generated; and de-identifying identity features in the taken image by removing facial identification information from the image, wherein the method is implemented as a program or framework which is located on a layer directly above the operating system kernel (i) and below an application framework layer in the smart device, wherein said former layer is not manipulatable/accessible by applications programmed by application developers. taking at least one image of a face by means of the camera of the smart device, detecting a face in the image taken by the camera, generating a state signal if a face is detected in the image, tracking identity features of the detected face in case a state signal is generated; and de-identifying identity features in the taken image by removing facial identification information from the image, wherein the method is implemented as a program or framework which is located on a layer directly above the operating system kernel (i) and below an application framework layer in the smart device, wherein said former layer is not manipulatable/accessible by applications programmed by application developers.
A system for inductive heating of an aircraft surface, characterised in that the system comprises: a conductive outer layer configured to be located on an outer portion of the aircraft surface; a carbon nanotube, CNT, yarn configured to receive and conduct electrical current; and an insulator located between the conductive outer layer and the CNT yarn such that the electrical current flowing through the CNT yarn generates induction heating on the conductive outer layer. a conductive outer layer configured to be located on an outer portion of the aircraft surface; a carbon nanotube, CNT, yarn configured to receive and conduct electrical current; and an insulator located between the conductive outer layer and the CNT yarn such that the electrical current flowing through the CNT yarn generates induction heating on the conductive outer layer.
An assembled flange bearing for supporting a drive shaft in a diesel injection pump, having a cylindrical radial bearing part and an annular-disk-shaped axial bearing part, which axial bearing part is built in one piece in a circumferential direction and is materially and nondetachably joined to the radial bearing part and nondetachably and has a shaft passageway opening, wherein beginning at the shaft passageway opening at least one radially outward-oriented widening of the opening, encompassing a total material thickness of the axial bearing part, is provided in the axial bearing part, characterized in that the widening of the opening extends in a radial direction past an outer circumference of the radial bearing part; and that the flange bearing has an axial clear total passage area (44a-d) of the widening of the opening, extending from the circumference outward in the radial direction, of between 10 mm 2 and 60 mm 2 and has a radial total passage area (36a-d) of the widening of the opening with an area of between 10 mm 2 and 60 mm 2.
A ready to use bi-dose nasal spray device which is configured in such a way that a spray puff can be administered with the nasal spray device without the nasal spray device having to be activated in advance, for use in sedation, premedication or treatment of patients with claustrophobia, anxiety disorders, panic attacks; or for the treatment of convulsions in CNS diseases consisting of four components: a) a drive element including a spray device, referred to as actuator, including a spring and a hollow needle, whereby the triggering of the spray is independent from air pressure by direct shift of the active agent container against the plug by pressure to the drive element whereby the hollow needle perforates the plug; b) a vial holder; c) an active agent container; and d) an airtight sealing plug; whereby it can be identified from the nasal spray device whether one or two spray puffs have already been administered with the nasal spray device; characterized in that (i) the active agent container contains a solution of the anxiolytic or anticonvulsant active agent midazolam or a salt thereof, (ii) the active agent container containing the active agent is hermetically sealed with the plug so that no residual air is left in the active agent container, (iii) the nasal spray device is configured to allow the administration of two spray puffs with each an equivalent, defined volume of the aqueous solution of the active agent, and wherein the nasal spray device is configured to allow for an equal administration of the two doses, independent of whether the nasal spray device is held in an upright, a horizontal or an upside down or in any intermediate position. a) a drive element including a spray device, referred to as actuator, including a spring and a hollow needle, whereby the triggering of the spray is independent from air pressure by direct shift of the active agent container against the plug by pressure to the drive element whereby the hollow needle perforates the plug; b) a vial holder; c) an active agent container; and d) an airtight sealing plug; (i) the active agent container contains a solution of the anxiolytic or anticonvulsant active agent midazolam or a salt thereof, (ii) the active agent container containing the active agent is hermetically sealed with the plug so that no residual air is left in the active agent container, (iii) the nasal spray device is configured to allow the administration of two spray puffs with each an equivalent, defined volume of the aqueous solution of the active agent, and wherein the nasal spray device is configured to allow for an equal administration of the two doses, independent of whether the nasal spray device is held in an upright, a horizontal or an upside down or in any intermediate position.
A system for treating an incisional wound having incisional walls (108, 109), the system comprising: a pressure source to supply reduced pressure; a conduit fluidly coupled to the pressure source having a first end for receiving reduced pressure and a second end; and a scaffold structure fluidly coupled to the second end of said conduit for receiving the reduced pressure and being sufficiently thin for positioning within the incisional wound between the incisional walls (108, 109), said scaffold structure having opposed surfaces (145, 147) for positioning adjacent the incisional walls, said scaffold structure being formed from a porous material having reticulated pathways for fluid flow between the opposed surfaces (145, 147) in response to the reduced pressure; whereby the scaffold structure induces tissue apposition between the incisional walls (108, 109). a pressure source to supply reduced pressure; a conduit fluidly coupled to the pressure source having a first end for receiving reduced pressure and a second end; and a scaffold structure fluidly coupled to the second end of said conduit for receiving the reduced pressure and being sufficiently thin for positioning within the incisional wound between the incisional walls (108, 109), said scaffold structure having opposed surfaces (145, 147) for positioning adjacent the incisional walls, said scaffold structure being formed from a porous material having reticulated pathways for fluid flow between the opposed surfaces (145, 147) in response to the reduced pressure; whereby the scaffold structure induces tissue apposition between the incisional walls (108, 109).
A multi-function tool, comprising: a first handle and a second handle pivotable between an open position and a closed position; a jaw assembly slidably coupled to the first and second handles (102,103), wherein the jaw assembly is configured to move between a stowed position within the handles and a deployed position extending from the handles (102,103); and a driver having a stowed position and a deployed position; wherein with the two handles (102,103) in the closed position and the driver in the stowed position, the driver is not in an on-center position relative to the two handles (102,103); the multi-function tool being characterized in that wherein with the two handles (102, 103) in the closed position and the driver in the deployed position, the driver is in an on-center position relative to the two handles (102, 103); and the driver is pivotally coupled to the first handle and configured to pivot between the stored position either within or alongside the first handle and the deployed position extending from the first handle; and the driver comprises a curved shaft and an exchangeable bit. a first handle and a second handle pivotable between an open position and a closed position; a jaw assembly slidably coupled to the first and second handles (102,103), wherein the jaw assembly is configured to move between a stowed position within the handles and a deployed position extending from the handles (102,103); and a driver having a stowed position and a deployed position; wherein with the two handles (102,103) in the closed position and the driver in the stowed position, the driver is not in an on-center position relative to the two handles (102,103); the multi-function tool being characterized in that wherein with the two handles (102, 103) in the closed position and the driver in the deployed position, the driver is in an on-center position relative to the two handles (102, 103); and the driver is pivotally coupled to the first handle and configured to pivot between the stored position either within or alongside the first handle and the deployed position extending from the first handle; and the driver comprises a curved shaft and an exchangeable bit.
A pharmaceutical composition comprising EDI200 for use in altering one or more phenotypic presentations of ectodermal dysplasia in a mammalian organism diagnosed with or suspected of having ectodermal dysplasia, wherein administration is via an intra-amniotic route and intra-amniotic administration is effected via direct injection into the amniotic sac or via catheter infusion to the amniotic sac.