mhurhangee/ep-ind-claims huggingface dataset:
A respiratory mask assembly for delivering gas to a person, the mask assembly comprising: a cushion and a frame, wherein the cushion includes a deformable side wall removably attachable to the frame, wherein the frame comprises a channel comprising an inner wall and an outer wall, which is distanced from the inner wall, the cushion is adapted to be inserted into the channel and the side wall includes a retention lip with a retention surface shaped to prevent separation of the cushion from the frame, a shape of the channel is selected to achieve guidance to correct cushion orientation relative to the channel. a cushion and a frame, wherein the cushion includes a deformable side wall removably attachable to the frame, wherein the frame comprises a channel comprising an inner wall and an outer wall, which is distanced from the inner wall, the cushion is adapted to be inserted into the channel and the side wall includes a retention lip with a retention surface shaped to prevent separation of the cushion from the frame, a shape of the channel is selected to achieve guidance to correct cushion orientation relative to the channel.
A constructional unit with a converter for an electric motor of an electric vehicle, comprising - a protective housing whereon - a high-voltage terminal for supplying a high-voltage direct current (U HV) from a high-voltage accumulator and - a low-voltage terminal for supplying a low-voltage direct current (U NV) from a low-voltage accumulator are arranged, as well as accommodated in the protective housing there is - a converter powered through the high-voltage terminal for generating a drive voltage (U A) for the electric motor, - control electronics powered through the low-voltage terminal for controlling the converter, - a DC converter which is powered through the high-voltage terminal and, within the housing, is connected to the control electronics for emergency control electronics low-voltage direct current (U NV) supply, wherein the DC converter, for charging the low voltage accumulator, is also interconnected or is able to be interconnected through the low-voltage terminal, to output the low-voltage direct current (U NV). - a protective housing whereon - a high-voltage terminal for supplying a high-voltage direct current (U HV) from a high-voltage accumulator and - a low-voltage terminal for supplying a low-voltage direct current (U NV) from a low-voltage accumulator - a converter powered through the high-voltage terminal for generating a drive voltage (U A) for the electric motor, - control electronics powered through the low-voltage terminal for controlling the converter, - a DC converter which is powered through the high-voltage terminal and, within the housing, is connected to the control electronics for emergency control electronics low-voltage direct current (U NV) supply,
A method for determining the presence of a mobile device located in a predetermined detection zone within a vehicle, the method comprising: receiving by a detection module a communication signal; determining by the detection module that the communication signal was transmitted by a mobile device located within a predetermined detection zone within a vehicle; transmitting by a control module a control signal to the mobile device located within the predetermined detection zone; characterised in that the method further comprises: scanning by the detection module for a plurality of frequency bands associated with the mobile device; monitoring by the detection module a radiated power level of the communication signal received by the detection module in each of the plurality of frequency bands; and transmitting by the detection module a detection signal to the control module when the measured radiated power level substantially equals at least a predetermined value. receiving by a detection module a communication signal; determining by the detection module that the communication signal was transmitted by a mobile device located within a predetermined detection zone within a vehicle; transmitting by a control module a control signal to the mobile device located within the predetermined detection zone; characterised in that the method further comprises: scanning by the detection module for a plurality of frequency bands associated with the mobile device; monitoring by the detection module a radiated power level of the communication signal received by the detection module in each of the plurality of frequency bands; and transmitting by the detection module a detection signal to the control module when the measured radiated power level substantially equals at least a predetermined value. scanning by the detection module for a plurality of frequency bands associated with the mobile device; monitoring by the detection module a radiated power level of the communication signal received by the detection module in each of the plurality of frequency bands; and transmitting by the detection module a detection signal to the control module when the measured radiated power level substantially equals at least a predetermined value.
A surface-coated cutting tool comprising a base material and a coating formed on the base material, said base material having a hard phase and a binder phase binding the hard phases to each other, said coating being formed of a single layer or a plurality of layers, La being less than 0.2 mm and Lb being less than 0.1 mm, where point a is a position located on a surface of the coating on a rake face and away from an edge ridgeline toward the rake face by a distance of said La and point b is a position located on a surface of the coating on a flank face and away from the edge ridgeline toward the flank face by a distance of said Lb in a cross section of said surface-coated cutting tool cut along a plane including a normal to a surface of said coating at a center of the rake face and a geometric edge where two flank faces intersect; and wherein two to seven cracks with a width of not more than 200 nm are present in a region of 10 μm along a surface of said base material from point a' to point b', and where said point a' is a point on the surface of said base material and on a line perpendicular to the surface of the base material and on which point a is located, and said point b' is a point on the surface of said base material and on a line perpendicular to the surface of the base material and on which point b is located.
A method for encoding an enhancement layer block representing at least a portion of a video frame within a scalable bit stream, comprising: deriving a coding mode indicator specifying a partition of the enhancement layer block based at least in part on a plurality of reference frame index values corresponding to a plurality of reference layer blocks, the reference layer blocks representing an area in a base layer that, after upsampling, covers the enhancement layer block; wherein the partition size is determined by merging the reference layer blocks that have the same reference frame index and that have motion vector information less than a predetermined threshold, the motion vector information being derived by a sum of absolute difference of motion vector components; deriving a motion vector associated with the partition of the enhancement layer block, wherein the derived motion vector comprises a weighted average of the motion vectors of the merged reference layer blocks before merging, wherein weights for the weighted average are based on differentials between the motion vectors of the reference layer blocks before merging, partition sizes associated with the reference layer blocks before merging, or a macroblock type or mode associated with the reference layer blocks before merging; and encoding the enhancement layer block utilizing the coding mode indicator and the derived motion vector. deriving a coding mode indicator specifying a partition of the enhancement layer block based at least in part on a plurality of reference frame index values corresponding to a plurality of reference layer blocks, the reference layer blocks representing an area in a base layer that, after upsampling, covers the enhancement layer block; wherein the partition size is determined by merging the reference layer blocks that have the same reference frame index and that have motion vector information less than a predetermined threshold, the motion vector information being derived by a sum of absolute difference of motion vector components; deriving a motion vector associated with the partition of the enhancement layer block, wherein the derived motion vector comprises a weighted average of the motion vectors of the merged reference layer blocks before merging, wherein weights for the weighted average are based on differentials between the motion vectors of the reference layer blocks before merging, partition sizes associated with the reference layer blocks before merging, or a macroblock type or mode associated with the reference layer blocks before merging; and encoding the enhancement layer block utilizing the coding mode indicator and the derived motion vector.
A pneumatic tire comprising a generally toroidal-shaped supporting carcass with an outer circumferential tread, two spaced beads, at least one ply extending from bead to bead, sidewalls extending radially from and connecting said tread to said beads, a sealant layer (7, 17) which is disposed inwardly from the supporting carcass, and an innerliner (6, 16) which is disposed inwardly from the sealant layer (7,17), the innerliner (6, 16) being an air barrier layer serving to keep air or another gas from escaping through the tire structure by diffusion, wherein said circumferential tread is adapted to be ground-contacting, wherein said sealant layer (7, 17) comprises a sealant composition comprising polyisobutylene, and wherein said polyisobutylene has a weight average molecular weight which is within the range of from 35,000 to 90,000, characterized in that the sealant composition comprises 0.1 to 2 phr of, or is encapsulated by, a polyethylene, a polypropylene or a polyethylene glycol having a weight average molecular weight in a range of from 500 to 40,000.
A device to capture moisture from a structural member supporting components in an aircraft, the device comprising: a flexible tray configured to snap-fit onto an exterior of the structural member and to collect the moisture from the structural member; and a diverter coupled to the flexible tray and configured to divert the moisture collected by the flexible tray away from the structural member, wherein the flexible tray comprises opposing lateral sides for extending along opposing sides of the structural member, a bottom that extends between the lateral sides and forms a capture area underneath the structural member in an attached state in which the device is snap-fit onto the structural member, and an outlet in the bottom of the flexible tray and with the diverter coupled to the flexible tray at the outlet, and wherein the tray is flexible such that the lateral sides are forcable, by a force, outwardly for placing the tray around the structural member and when the force is removed, apply a rebound force to the structural member maintaining the attached state alone. a flexible tray configured to snap-fit onto an exterior of the structural member and to collect the moisture from the structural member; and a diverter coupled to the flexible tray and configured to divert the moisture collected by the flexible tray away from the structural member, wherein the flexible tray comprises opposing lateral sides for extending along opposing sides of the structural member, a bottom that extends between the lateral sides and forms a capture area underneath the structural member in an attached state in which the device is snap-fit onto the structural member, and an outlet in the bottom of the flexible tray and with the diverter coupled to the flexible tray at the outlet, and wherein the tray is flexible such that the lateral sides are forcable, by a force, outwardly for placing the tray around the structural member and when the force is removed, apply a rebound force to the structural member maintaining the attached state alone.
A method for recovering and producing ethanol and oil wherein the method is a method for recovering and producing ethanol and oil by saccharification, fermentation, and distillation of leftover food, wherein a three-phase centrifuge separation apparatus which separates three phases of an oil component, an aqueous solution component, and a solid component is used in a step of solid-liquid separation of any one of a saccharified liquid, a fermented liquid, and a distillation waste liquid, wherein the oil component, and the solid component are separated and recovered from the aqueous solution component by three-phase separation, and a liquid component is sent to a fermentation unit.
A mounting unit for mounting a mounting rail for electrical devices on a mounting plate for a switch cabinet, the mounting unit comprising a coupling element (23, 24) for coupling the mounting unit by a form closure with the mounting rail, which comprises a mounting rail opening (41, 42), wherein the coupling element (23, 24) is configured for coupling the mounting unit with the mounting rail opening (41, 42), wherein the coupling element (23, 24), for achieving the form closure with the mounting rail opening (41, 42), is positioned on the mounting unit such that the coupling element (23, 24), for coupling with the mounting rail opening (41, 42), can get caught at one edge of the mounting rail opening (41, 42) in the direction of the length of the mounting rail, wherein the coupling element (23, 24) comprises a snap element (231, 232, 241, 242) for forming a snap connection with a mounting rail opening (41, 42), wherein the snap element (231, 232, 241, 242) is formed as two parts each formed like a flat spring and each connected at one end with a basic body of the mounting unit and comprising at its other end a snap hook (233, 234, 243, 244), wherein the two snap hooks (233, 234, 243, 244) formed like a flat spring are spaced from each other by a spacing element of the basic body, wherein the snap hooks (233, 234, 243, 244) are positioned averted from each other.
Confining structure to confine the queen bee of a colony of bees of a beehive comprising a containing body, a reception chamber provided in said containing body to receive said queen bee, at least one introduction opening provided on said containing body and communicating with said chamber to introduce said queen bee into said chamber, occluding means capable of being coupled/uncoupled to/from said box like containing body to occlude said opening, and a plurality of feeding slots provided on said containing body and communicating with said chamber to allow said queen bee to be fed on the part of said colony of bees, suspending means associated with said confining containing body to suspend said containing body within the nest of said beehive so as to maintain the proximity of said queen bee to said colony of bees during the confining period of said queen bee, characterized in that said suspending means comprise a pair of coupling arms to couple said containing body to the rim of a nesting frame of said beehive, said coupling arms comprising first portions rigidly connected to the upper rim of said rear wall, second portions rigidly connected to said first portions, and third portions flexibly connected to said second portions, so that said containing body lies in a vertical position within the zone vertically delimited by said frame and so that the frame can be layed down along with the structure inside the beehive nest.
A method performed by a first base station, the method is characterized by comprising: receiving, from a second base station, a request to refresh a security key used by the secondary base station, wherein the request to refresh the security key is received before Packet Data Convergence Protocol, PDCP, count for a bearer is about to wrap around; sending, to a user equipment, UE, that is connected to the first base station and the second base station simultaneously through Dual Connectivity, DC, an RRC signaling to the UE to effectuate the security key refresh for the corresponding second base station, wherein the first base station is a primary master base station and the second base station is a secondary base station in the DC; and receiving, from the UE, a message indicating that the refresh for the security key has been completed. receiving, from a second base station, a request to refresh a security key used by the secondary base station, wherein the request to refresh the security key is received before Packet Data Convergence Protocol, PDCP, count for a bearer is about to wrap around; sending, to a user equipment, UE, that is connected to the first base station and the second base station simultaneously through Dual Connectivity, DC, an RRC signaling to the UE to effectuate the security key refresh for the corresponding second base station, wherein the first base station is a primary master base station and the second base station is a secondary base station in the DC; and
A gas turbine combustor comprising: a combustion chamber in which fuel is burned with air to generate combustion gas; a plurality of fuel nozzles arranged in multiple concentric annular rows; a first plate arranged downstream of the fuel nozzles and having multiple concentric circular air hole rows made up of a plurality of air holes corresponding to the fuel nozzles; a second plate arranged downstream of the first plate to face the first plate and having multiple air hole rows corresponding to the air hole rows of the first plate, wherein the air hole rows of the second plate are made up of a plurality of air holes and an outlet of each air hole of the second plate is open to the combustion chamber; and partition wall parts which are formed concentrically corresponding to the air hole rows of the first plate and the second plate, extend from the first plate to the second plate and contact the opposing surface of the second plate, the partition wall parts partitioning a space part between the first plate and the second plate into a plurality of annular internal channels corresponding to the air hole rows. a combustion chamber in which fuel is burned with air to generate combustion gas; a plurality of fuel nozzles arranged in multiple concentric annular rows; a first plate arranged downstream of the fuel nozzles and having multiple concentric circular air hole rows made up of a plurality of air holes corresponding to the fuel nozzles; a second plate arranged downstream of the first plate to face the first plate and having multiple air hole rows corresponding to the air hole rows of the first plate, wherein the air hole rows of the second plate are made up of a plurality of air holes and an outlet of each air hole of the second plate is open to the combustion chamber; and partition wall parts which are formed concentrically corresponding to the air hole rows of the first plate and the second plate, extend from the first plate to the second plate and contact the opposing surface of the second plate, the partition wall parts partitioning a space part between the first plate and the second plate into a plurality of annular internal channels corresponding to the air hole rows.
A cooking appliance comprising at least one cooking module equipped with heating elements, housed in a cabinet comprising a top, characterised in that it further comprises at least one operating module, said cooking module being movable between a first and a second positions, wherein in the first position the cooking module lies over said operating module and its upper face is substantially coplanar with the support top of the cabinet, so that the operating module is lower than the top, whereas in the second position the cooking module lies over the top alongside said operating module and the latter is substantially coplanar with the top, thus making the operating module accessible, and wherein at least said cooking module is fitted with guides adapted to allow for a movement between said first and said second positions in at least two directions perpendicular to each other.
Connecting device in alignment of chairs with each other, the chair consisting of at least one seat (as) and legs (pt) and of: a) two arms, each joined directly/indirectly to the chair by an articulation, each articulation making possible its turning (g) between a retracted position under the seat (as) and a coupling position in which the arms, of all the chairs coincide in an aligned row; b) means for coupling/uncoupling to each other of the arms, of each two contiguous chairs in alignment; said means consisting of b1) the arms, which are each provided with toothed geometries, (31 b) counterposed and faceable, which are coupled to each other in the free zone of the respective arms,; and characterized in that: b2) a carriage, which can move in at least one of the arms, between two extreme positions to fasten to/free said arms, from each other by blocking/freedom of said toothed geometries (31 a), (31 b). a) two arms, each joined directly/indirectly to the chair by an articulation, each articulation making possible its turning (g) between a retracted position under the seat (as) and a coupling position in which the arms, of all the chairs coincide in an aligned row; b) means for coupling/uncoupling to each other of the arms, of each two contiguous chairs in alignment; said means consisting of b1) the arms, which are each provided with toothed geometries, (31 b) counterposed and faceable, which are coupled to each other in the free zone of the respective arms,; and characterized in that: b2) a carriage, which can move in at least one of the arms, between two extreme positions to fasten to/free said arms, from each other by blocking/freedom of said toothed geometries (31 a), (31 b). b1) the arms, which are each provided with toothed geometries, (31 b) counterposed and faceable, which are coupled to each other in the free zone of the respective arms,; and characterized in that: b2) a carriage, which can move in at least one of the arms, between two extreme positions to fasten to/free said arms, from each other by blocking/freedom of said toothed geometries (31 a), (31 b).