mhurhangee/ep-ind-claims huggingface dataset:
A nozzle for producing a population of sub-micron fibers, comprising: a first conduit having a first terminal end; a second conduit positioned coaxially around the first conduit and having a second terminal end proximate the first terminal end, wherein said first and second conduit form an annular channel between said first and second conduit, and additionally, wherein the first terminal end extends axially outwardly beyond the second terminal end, further wherein the first terminal end is defined by a generally circular perimeter and the generally circular perimeter comprises a serrated edge comprising a plurality of teeth creating a saw-toothed pattern around the perimeter. a first conduit having a first terminal end; a second conduit positioned coaxially around the first conduit and having a second terminal end proximate the first terminal end, wherein said first and second conduit form an annular channel between said first and second conduit, and additionally, wherein the first terminal end extends axially outwardly beyond the second terminal end, further wherein the first terminal end is defined by a generally circular perimeter and the generally circular perimeter comprises a serrated edge comprising a plurality of teeth creating a saw-toothed pattern around the perimeter.
An ultra wide band UWB ranging performance testing method performed by a control terminal device, the UWB ranging performance testing method comprising: sending a test request signal message to a plurality of devices to be tested, the test request signal message comprising a communication time slot distributed by the control terminal device to the plurality of devices to be tested, wherein communication time slots of different devices to be tested are different; and receiving in each respective corresponding communication time slot, a response signal message from each respective corresponding one of the plurality of devices to be tested, each of the response signal messages being used for UWB ranging performance testing of the corresponding device, wherein after receiving, in respective corresponding communication time slots, a response signal message returned from each of the plurality of devices to be tested, the method further comprises: determining a distance between a device to be tested and the control terminal device, based on the response signal message corresponding to the device to be tested; and determining a testing result based on the distance between the device to be tested and the control terminal device, and based on a distance threshold. sending a test request signal message to a plurality of devices to be tested, the test request signal message comprising a communication time slot distributed by the control terminal device to the plurality of devices to be tested, wherein communication time slots of different devices to be tested are different; and receiving in each respective corresponding communication time slot, a response signal message from each respective corresponding one of the plurality of devices to be tested, each of the response signal messages being used for UWB ranging performance testing of the corresponding device, wherein after receiving, in respective corresponding communication time slots, a response signal message returned from each of the plurality of devices to be tested, the method further comprises: determining a distance between a device to be tested and the control terminal device, based on the response signal message corresponding to the device to be tested; and determining a testing result based on the distance between the device to be tested and the control terminal device, and based on a distance threshold. determining a distance between a device to be tested and the control terminal device, based on the response signal message corresponding to the device to be tested; and determining a testing result based on the distance between the device to be tested and the control terminal device, and based on a distance threshold.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: allocating, by the UE, a first guaranteed power for a first carrier group, CG, and a second guaranteed power for a second CG, wherein the first guaranteed power is a minimum power allocated to the first CG and the second guaranteed power is a minimum power allocated to the second CG; and allocating, by the UE, an uplink power for the first CG based on the second guaranteed power and a power sharing rule, which is applied based on a channel priority, wherein the UE is connected to both a master eNodeB, MeNB, and a secondary eNB, SeNB, in dual connectivity, wherein a PRACH, physical random access channel, transmission power for the first CG is not limited by the first guaranteed power and the second guaranteed power, and wherein the uplink power for the first CG is determined based on an unused power from the second guaranteed power when the second CG requires less power than the second guaranteed power. allocating, by the UE, a first guaranteed power for a first carrier group, CG, and a second guaranteed power for a second CG, wherein the first guaranteed power is a minimum power allocated to the first CG and the second guaranteed power is a minimum power allocated to the second CG; and allocating, by the UE, an uplink power for the first CG based on the second guaranteed power and a power sharing rule, which is applied based on a channel priority, wherein the UE is connected to both a master eNodeB, MeNB, and a secondary eNB, SeNB, in dual connectivity, wherein a PRACH, physical random access channel, transmission power for the first CG is not limited by the first guaranteed power and the second guaranteed power, and wherein the uplink power for the first CG is determined based on an unused power from the second guaranteed power when the second CG requires less power than the second guaranteed power.
An advertising pylon of modular construction, especially for use in open land, comprising at least two spaced vertical pillars, which each consist of a hollow section and at least one support element connecting the vertical pillars, wherein an outer shell is fixed to the outer surfaces (6, 7) of the vertical pillars, which outer surfaces face away from the support element, characterised in that the outer shell consists of several sub-elements (8, 9) which can be attached separately to the outer surfaces (6, 7) of the vertical pillars.
An air handling system for a climate control system in a housing that comprises at least a delimited space with controlled environment, CE space, in which the CE space has an upstream end and a downstream end (4") with respect to an air flow generated in the CE space by the air handling system, in which the air handling system comprises an air handling unit, AHU, a pipe system and a perforated plate assembly comprising at least a main perforated plate; wherein the perforated plate assembly is positioned at the upstream end of the CE space as air inlet; the air handling unit, AHU, is arranged in a service space, and is coupled to the perforated plate assembly at the upstream end of the CE space by the pipe system, and the pipe system comprises a branched tree-like structure of conduits, that branches in the direction from the air handling unit towards the perforated plate assembly for homogenous distribution of air over the perforated plate assembly such that the air flow through the perforated plate assembly into the CE space is an air flow under laminar flow conditions, wherein the housing has the size of a shipping container, the perforated area of the main perforated plate is equal to or larger than the cross-section area of the outflow of the branched pipe system, and a cross-section of the perforated plate assembly matches with a cross-section of the CE space.
The use of phosphoglycerate kinase 1, or fragments thereof, as a diagnostic marker in an in vitro method for the prognosis or diagnosis of peritoneal carcinoses, wherein the level of expression of PGK1, or fragments thereof, is used as marker.
A shutoff valve system for a fluid flow system, comprising: a fluid flow path at least partially defined by an inlet and an outlet; a plug assembly that is biased to adjust from a first position in which the fluid flow path is open to a second position in which the fluid flow path is closed; and a trip mechanism having a trigger member that is moved in response to a pressure condition, wherein the plug assembly automatically adjusts from the first position to the second position in response to movement of the trigger member, characterized in that the trip mechanism also comprises a rotator shaft pivotal about a pivot axis, the rotator shaft being configured to retain the plug assembly in the first position, wherein at least a first shaft portion of the retained plug assembly contacts the rotator shaft to urge the rotator shaft to pivot while the trigger member contacts the rotator shaft to resist rotation of the rotator shaft, and wherein the trigger member is arranged to move away from the rotator shaft in response to a downstream pressure condition, allowing the rotator shaft to pivot, thereby releasing the plug assembly to move in a linear path from the first position to the second position. a fluid flow path at least partially defined by an inlet and an outlet; a plug assembly that is biased to adjust from a first position in which the fluid flow path is open to a second position in which the fluid flow path is closed; and a trip mechanism having a trigger member that is moved in response to a pressure condition, wherein the plug assembly automatically adjusts from the first position to the second position in response to movement of the trigger member, characterized in that the trip mechanism also comprises a rotator shaft pivotal about a pivot axis, the rotator shaft being configured to retain the plug assembly in the first position, wherein at least a first shaft portion of the retained plug assembly contacts the rotator shaft to urge the rotator shaft to pivot while the trigger member contacts the rotator shaft to resist rotation of the rotator shaft, and wherein the trigger member is arranged to move away from the rotator shaft in response to a downstream pressure condition, allowing the rotator shaft to pivot, thereby releasing the plug assembly to move in a linear path from the first position to the second position.
A charging method, comprising: performing, by a policy and charging enforcement function, PCEF, online charging for a user equipment, UE; learning, by the PCEF, that an online charging system, OCS, is unavailable; switching, by the PCEF, the UE from online charging to offline charging; starting, by the PCEF, an offline timer indicating a maximum time from offline charging to deactivation for the UE; sending, by the PCEF, a first update message to a policy and charging rules function PCRF, wherein the first update message is used to indicate that the UE has been switched to offline charging; receiving, by the PCEF, a first update answer message sent by the PCRF, wherein the first update answer message carries a second control and charging policy, and the second control and charging policy is a control and charging policy that is of the UE and that is adjusted by the PCRF according to the first update message; executing, by the PCEF, the second control and charging policy on the UE during offline charging; and restoring, by the PCEF, the UE from offline charging to online charging if the PCEF learns that the OCS becomes available before the offline timer expires. performing, by a policy and charging enforcement function, PCEF, online charging for a user equipment, UE; learning, by the PCEF, that an online charging system, OCS, is unavailable; switching, by the PCEF, the UE from online charging to offline charging; starting, by the PCEF, an offline timer indicating a maximum time from offline charging to deactivation for the UE; sending, by the PCEF, a first update message to a policy and charging rules function PCRF, wherein the first update message is used to indicate that the UE has been switched to offline charging; receiving, by the PCEF, a first update answer message sent by the PCRF, wherein the first update answer message carries a second control and charging policy, and the second control and charging policy is a control and charging policy that is of the UE and that is adjusted by the PCRF according to the first update message; executing, by the PCEF, the second control and charging policy on the UE during offline charging; and restoring, by the PCEF, the UE from offline charging to online charging if the PCEF learns that the OCS becomes available before the offline timer expires.
A reflector for a luminaire comprising a shaped wall having a plurality of longitudinal main reflecting prisms circumferentially arranged to form said shaped wall and extending substantially the height of said shaped wall, each of said main reflecting prisms having a dome-like configuration to provide a light reflection pattern and a plurality of transition reflecting prisms interleaved with said main reflecting prisms characterized in that each of said transition reflecting prisms is positioned between respective adjacent main prisms, has said dome-like configuration over a major part of said shaped wall to provide said light reflection pattern, and a peak of each transition prism transitions into the valley of said respective adjacent main prisms in a transition zone that is significantly shorter than the length of said main prism.
Device for preparing food comprising: - a rotating work tool comprising a drive end and a side wall coming from the drive end, the side wall having at least one outer fragmentation member adjacent to a through passage, the side wall having a circumferential edge conserving a front opening for the release of transformed food, - a casing defining a housing having a mount opening for the implementation of the work tool in the housing, the casing having a funnel for inserting food to be transformed, the funnel leading to the housing at least partially opposite the at least one of the outer fragmentation members, - an insert supported by the casing, the insert having a release passage extended by a baffle wall extending inside the side wall, characterised in that the insert has at least one other release passage (43; 45) extended by another baffle wall (44; 46) extending inside the side wall. - a rotating work tool comprising a drive end and a side wall coming from the drive end, the side wall having at least one outer fragmentation member adjacent to a through passage, the side wall having a circumferential edge conserving a front opening for the release of transformed food, - a casing defining a housing having a mount opening for the implementation of the work tool in the housing, the casing having a funnel for inserting food to be transformed, the funnel leading to the housing at least partially opposite the at least one of the outer fragmentation members, - an insert supported by the casing, the insert having a release passage extended by a baffle wall extending inside the side wall, characterised in that the insert has at least one other release passage (43; 45) extended by another baffle wall (44; 46) extending inside the side wall.
An ablation catheter with a balloon, the catheter comprising: a shaft (2, 2a-g) formed of a single pipe, two lumens communicating from a distal end to a proximal end of the shaft, wherein the first lumen is a guidewire passing lumen (5a-h) provided to allow a guidewire to pass therethrough, the second lumen is a liquid supplying lumen (6a-h) provided to supply a heating liquid to an interior of the balloon, an electrode fixed to the shaft in the interior of the balloon, a temperature sensor for measuring a temperature in the balloon is fixed to the electrode, at least one radio-frequency carrying lead wire connected to the electrode and a temperature sensor lead wire connected to the temperature sensor, wherein the temperature sensor lead wire passes through the liquid supplying lumen (6a-h), wherein a length La of an outline of a shape of the liquid supplying lumen (6a-h) in a cross-section perpendicular to a longitudinal direction of the single pipe refers to a total length of an inner circumference of the liquid supplying lumen (6a-h), an outer circumference of each radio-frequency carrying lead wire and an outer circumference of the temperature sensor lead wire, and a length Li is a circumference of a circle having an equal area to an area of a liquid supplying lumen surrounded by the outline, characterized in that each radio-frequency carrying lead wire passes through the liquid supplying lumen (6a-h), a value La/Li is 1 to 2.3, and the area of the liquid supplying lumen surrounded by the outline is 2.0 to 4.5 mm 2. a shaft (2, 2a-g) formed of a single pipe, two lumens communicating from a distal end to a proximal end of the shaft, wherein the first lumen is a guidewire passing lumen (5a-h) provided to allow a guidewire to pass therethrough, the second lumen is a liquid supplying lumen (6a-h) provided to supply a heating liquid to an interior of the balloon, an electrode fixed to the shaft in the interior of the balloon, a temperature sensor for measuring a temperature in the balloon is fixed to the electrode, at least one radio-frequency carrying lead wire connected to the electrode and a temperature sensor lead wire connected to the temperature sensor, wherein the temperature sensor lead wire passes through the liquid supplying lumen (6a-h), wherein a length La of an outline of a shape of the liquid supplying lumen (6a-h) in a cross-section perpendicular to a longitudinal direction of the single pipe refers to a total length of an inner circumference of the liquid supplying lumen (6a-h), an outer circumference of each radio-frequency carrying lead wire and an outer circumference of the temperature sensor lead wire, and a length Li is a circumference of a circle having an equal area to an area of a liquid supplying lumen surrounded by the outline, characterized in that each radio-frequency carrying lead wire passes through the liquid supplying lumen (6a-h), a value La/Li is 1 to 2.3, and the area of the liquid supplying lumen surrounded by the outline is 2.0 to 4.5 mm 2.
Valve device, in particular a wiper liquid valve, with a housing which comprises an inlet connection, an outlet connection and a media channel connecting the inlet connection to the outlet connection, and with a displaceable valve element, which is urged against a valve seat formed in the housing by a first spring element in order to close the media channel, and which is urged away from the valve seat in order to open the media channel by a second spring element, wherein the first spring element is made of a thermally activatable material and comprises, in a deactivated state, a first spring force which is smaller than that of the second spring element, and, in an activated state, a second spring force which is greater than that of the second spring element such that the valve element is displaced to close the media channel, wherein the first spring element is held at least partially in a hollow cylindrical housing projection protruding outwards from the housing, characterised in that an in particular annular sealing element is arranged on the valve element which is designed to interact with the valve seat in the activated state of the first spring element, and in that the valve element comprises, axially spaced apart from the sealing element in the direction of the housing projection, at least one radial projection which is designed to interact with at least one axial stop formed in the housing axially spaced apart from the valve seat in the direction of the valve seat in order to limit maximum deformation of the sealing element.
A packaged oil filter comprising an oil filter and an item of packaging (40, 60) for the oil filter, the item of packaging (40, 60) having a first configuration and a second configuration wherein: the first configuration is a packaging configuration in which the item of packaging is configured to package the oil filter; and the second configuration is an oil tray configuration in which the item of packaging is configured to receive oil; wherein the oil tray comprises a channel (530, 730) that extends from a proximal end to a distal end; wherein the distal end includes a narrowing of the channel to serve as a spout; and characterised in that: the proximal end includes an attachment flange configured for receipt within an orifice of an oil tray mounting bracket of an engine with which the oil filter is designed for use, so as to locate and retain the item of packaging (40, 60) in the oil tray configuration in a location for receipt of oil from the oil filter, or from an oil filter port of the engine, during a filter change process. the first configuration is a packaging configuration in which the item of packaging is configured to package the oil filter; and the second configuration is an oil tray configuration in which the item of packaging is configured to receive oil; wherein the oil tray comprises a channel (530, 730) that extends from a proximal end to a distal end; wherein the distal end includes a narrowing of the channel to serve as a spout; and characterised in that: the proximal end includes an attachment flange configured for receipt within an orifice of an oil tray mounting bracket of an engine with which the oil filter is designed for use, so as to locate and retain the item of packaging (40, 60) in the oil tray configuration in a location for receipt of oil from the oil filter, or from an oil filter port of the engine, during a filter change process.
A vehicle glazed unit (100 to 700), particularly for a road or rail vehicle, in particular a windshield, rear window, in particular curved, of given thickness, comprising a first glass sheet intended to be the outer glazing with a first external main face F1 and a second internal main face F2 oriented towards the passenger compartment, at least one first zone, called the infrared transmission zone, of said glazed unit being transparent to a wavelength called the working wavelength in the infrared in a range from 800 nm to 1800 nm characterized in that, in said infrared transmission zone, the glazed unit comprises, opposite face F1, a heating coating comprising a heating layer made of an electrically conductive material which is transparent to said so-called working wavelength and which is a transparent conductive oxide comprising an indium oxide and another metal chosen from molybdenum and titanium, the other metal optionally being in the oxidized state, and in that in the infrared transmission zone with the heating layer, the glazed unit has a total infrared transmission of at least 70% at the working wavelength. at least one first zone, called the infrared transmission zone, of said glazed unit being transparent to a wavelength called the working wavelength in the infrared in a range from 800 nm to 1800 nm characterized in that, in said infrared transmission zone, the glazed unit comprises, opposite face F1, a heating coating comprising a heating layer made of an electrically conductive material which is transparent to said so-called working wavelength and which is a transparent conductive oxide comprising an indium oxide and another metal chosen from molybdenum and titanium, the other metal optionally being in the oxidized state, and in that in the infrared transmission zone with the heating layer, the glazed unit has a total infrared transmission of at least 70% at the working wavelength.