mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device for managing a sleep state when a Discontinuous Reception, DRX, cycle of the wireless device is configured to be longer than a predefined value, wherein the predefined value refers to a System Frame Number, SFN, range, said method comprising the steps of: ▪ determining a future point in time indicating an upcoming, future reception occasion at which the wireless device will receive a message, wherein the future point in time lies beyond the SFN range; ▪ entering said sleep state; ▪ keeping track of time during said sleep state according to a first time format by using a clock in the wireless communication device; ▪ waking-up from said sleep state before, as monitored by said clock, said future point in time, and monitoring SFNs by receiving SFN information; ▪ reading broadcasted time information according to a second time format representative of absolute time as reference time; ▪ obtaining SFN synchronization, although the SFN wraps around, based not only on the received SFN information but also on said broadcasted time information according to said second time format; and ▪ receiving, with obtained SFN synchronization, said message at said future point in time. ▪ determining a future point in time indicating an upcoming, future reception occasion at which the wireless device will receive a message, wherein the future point in time lies beyond the SFN range; ▪ entering said sleep state; ▪ keeping track of time during said sleep state according to a first time format by using a clock in the wireless communication device; ▪ waking-up from said sleep state before, as monitored by said clock, said future point in time, and monitoring SFNs by receiving SFN information; ▪ reading broadcasted time information according to a second time format representative of absolute time as reference time; ▪ obtaining SFN synchronization, although the SFN wraps around, based not only on the received SFN information but also on said broadcasted time information according to said second time format; and ▪ receiving, with obtained SFN synchronization, said message at said future point in time.
Luminal endoprosthesis comprising a tubular armature extending along an axis, a throat and a head, the axis of which coincides with that of the armature, the head being able to be inserted in an aneurysm pocket, radially expansible from a contracted state to an expanded state, characterized in that said armature and head consist of a single integrated multilayer braided structure braided from one end to the other which comprises, in the expanded state, at least one lenticular head arranged at one end of the tubular armature, this head and throat being so dimensioned that when inserted in the aneurysm pocket, which comprises an aneurysm neck and an aneurysm wall, only the proximal side of a proximal lenticular head rests on the neck of the aneurysm, the lenticular head(s) not pressing against the wall of the aneurysm, so as to avoid the risk of puncturing it.
A dish drying apparatus (1; 1000; 10000) that comprises a base (21; 2000; 20000)- and an air blower; characterized by an open drain trough, a sensor, and a system of tubules through which the air flows; wherein the open drain trough is made up of two sides (41, 42) extending from the base (21; 2000; 20000), wherein the open drain trough is adapted to receive a dish for drying; wherein the air flows from the air blower, through the system of tubules, and into the open drain trough through the perforations in the two sides (41, 42) of the open drain trough; wherein the sensor activates the air blower when it detects the presence of a dish in the open drain trough, causing air from the air blower to flow through the tubules and the perforations in the two sides (41,42) into the open drain trough and dry the dish that has been placed in it.
A power head comprising: a motor assembly; a housing assembly covering the motor assembly; and the motor assembly comprising a motor base and a motor fixed on the motor base, the bottom of the motor base is sealed and the side of the motor base is provided with an air outlet characterized in that a waterproof rib protrudes from the air outlet for partial shielding and in that an installation bottom surface of the housing assembly corresponding to the air outlet is at least partially overlapping the waterproof rib in a vertical direction. a motor assembly; a housing assembly covering the motor assembly; and the motor assembly comprising a motor base and a motor fixed on the motor base, the bottom of the motor base is sealed and the side of the motor base is provided with an air outlet characterized in that a waterproof rib protrudes from the air outlet for partial shielding and in that an installation bottom surface of the housing assembly corresponding to the air outlet is at least partially overlapping the waterproof rib in a vertical direction.
A hand guard for a firearm of a type that includes a barrel and a barrel nut extending longitudinally forward from a receiver of the firearm, the hand guard comprising: an elongated tubular housing having a lumen extending between opposite ends of the housing; a mounting assembly coupled concentrically to a rear end portion of the housing, the mounting assembly including a pair of opposing transverse surfaces respectively disposed on opposite sides of a transverse flange located on a front end of the barrel nut, at least one of the transverse surfaces being longitudinally moveable toward the other transverse surface so as to clamp the flange firmly between the two transverse surfaces and such that the barrel of the firearm is disposed concentrically within the lumen of the housing; a mechanism for adjustably urging the at least one transverse surface longitudinally toward the other transverse surface; and wherein: the flange of the barrel nut includes at least one tine extending radially outward from it, characterised in that a forward facing one of the transverse surfaces comprises a barrel nut interface and includes at least one indentation configured to receive the at least one tine longitudinally therein, or the flange of the barrel nut includes at least one scallop extending radially into it, and a rearward facing one of the transverse surfaces comprises a wedge ring and includes at least one rearwardly extending land configured to engage longitudinally within the at least one scallop. an elongated tubular housing having a lumen extending between opposite ends of the housing; a mounting assembly coupled concentrically to a rear end portion of the housing, the mounting assembly including a pair of opposing transverse surfaces respectively disposed on opposite sides of a transverse flange located on a front end of the barrel nut, at least one of the transverse surfaces being longitudinally moveable toward the other transverse surface so as to clamp the flange firmly between the two transverse surfaces and such that the barrel of the firearm is disposed concentrically within the lumen of the housing; a mechanism for adjustably urging the at least one transverse surface longitudinally toward the other transverse surface; and the flange of the barrel nut includes at least one tine extending radially outward from it, characterised in that a forward facing one of the transverse surfaces comprises a barrel nut interface and includes at least one indentation configured to receive the at least one tine longitudinally therein, or the flange of the barrel nut includes at least one scallop extending radially into it, and a rearward facing one of the transverse surfaces comprises a wedge ring and includes at least one rearwardly extending land configured to engage longitudinally within the at least one scallop.
A compound having the following structure: or a stereoisomer, tautomer or pharmaceutically acceptable salt thereof, wherein: one of R 1, R 2 or R 3 is -P(=O) 2, and the other two of R 1, R 2 and R 3 are each H.
A hearing system (34, 34') comprising - a bony portion fastening unit configured to be arranged in an ear canal of a user, configured to be permanently connected with a bone of a bony portion of the ear canal, and configured to penetrate skin of the bony portion of the ear canal in order to extend in an implanted state from the bone of the bony portion of the ear canal through the skin into a cavity formed by the ear canal, the bony portion fastening unit comprising a bony portion fastening interface (37, 98, 102) configured to be arranged in the cavity formed by the ear canal and a hearing device comprising an insertion part having a housing configured to be positioned in the ear canal, the housing having a housing fastening interface (84, 96) configured to be connected to the bony portion fastening interface (37, 98, 102) in order to mount the housing to the bony portion fastening unit, the insertion part having an output transducer configured to provide a signal perceptible as sound by the user. - a bony portion fastening unit configured to be arranged in an ear canal of a user, configured to be permanently connected with a bone of a bony portion of the ear canal, and configured to penetrate skin of the bony portion of the ear canal in order to extend in an implanted state from the bone of the bony portion of the ear canal through the skin into a cavity formed by the ear canal, the bony portion fastening unit comprising a bony portion fastening interface (37, 98, 102) configured to be arranged in the cavity formed by the ear canal and a hearing device comprising an insertion part having a housing configured to be positioned in the ear canal, the housing having a housing fastening interface (84, 96) configured to be connected to the bony portion fastening interface (37, 98, 102) in order to mount the housing to the bony portion fastening unit, the insertion part having an output transducer configured to provide a signal perceptible as sound by the user.
A process for forming a nutritional supplement containing iron, the process comprising: providing a culture medium containing insoluble iron selected from elemental iron powders, atomized iron, electrolytic iron, H-reduced iron, CO-reduced iron, carbonyl iron, ferric pyrophosphate, and ferric orthophosphate having from 0.1 grams to up to 10 grams elemental iron per liter of culture medium; culturing filamentous fungi Aspergillus oryzae (A.o.) in the culture medium to accumulate iron in the filamentous fungi as metabolizable organic iron; and harvesting the filamentous fungi to obtain a nutritional supplement containing fungal biomass having at least 100 mg/kg organic iron in the fungal biomass. providing a culture medium containing insoluble iron selected from elemental iron powders, atomized iron, electrolytic iron, H-reduced iron, CO-reduced iron, carbonyl iron, ferric pyrophosphate, and ferric orthophosphate having from 0.1 grams to up to 10 grams elemental iron per liter of culture medium; culturing filamentous fungi Aspergillus oryzae (A.o.) in the culture medium to accumulate iron in the filamentous fungi as metabolizable organic iron; and harvesting the filamentous fungi to obtain a nutritional supplement containing fungal biomass having at least 100 mg/kg organic iron in the fungal biomass.
An external control device (16,18) for selectively defining connections between a plurality of lead bodies, each coupled to at least one electrode, and a plurality of output ports of a neurostimulator, the external control device comprising: a user interface (121, 122, 124, 126) configured for receiving input from a user, and for displaying the lead bodies and the output ports of the neurostimulator; and control circuitry configured for, in response to input from the user, selecting a first one of the lead bodies, dragging a connector from the first lead body to a first one of the output ports of the neurostimulator, and dropping the connector onto the first output port of the neurostimulator, thereby defining a connection between the first lead body and the first output port of the neurostimulator. a user interface (121, 122, 124, 126) configured for receiving input from a user, and for displaying the lead bodies and the output ports of the neurostimulator; and control circuitry configured for, in response to input from the user, selecting a first one of the lead bodies, dragging a connector from the first lead body to a first one of the output ports of the neurostimulator, and dropping the connector onto the first output port of the neurostimulator, thereby defining a connection between the first lead body and the first output port of the neurostimulator.
A drainage mast for draining liquids from an APU compartment of an aircraft with a first end adapted to be connected to the APU compartment and with a second end for discharging said liquids to the atmosphere, wherein the drainage mast is configured: - with at least an outlet sector at the end of the drainage mast having decreasing cross section areas towards the second end, said decreasing cross section areas extending until said second end, - and in that the area of the initial cross section of said outlet sector is lesser than the area of any cross section of the drainage mast closer to the first end. - with at least an outlet sector at the end of the drainage mast having decreasing cross section areas towards the second end, said decreasing cross section areas extending until said second end, - and in that the area of the initial cross section of said outlet sector is lesser than the area of any cross section of the drainage mast closer to the first end.
A content-centric network on-demand distance vector route method, comprising: step 1), broadcasting, by a request source node that needs to request a route, a route request packet CCN_RREQ to other nodes in a network to start a route discovery process, wherein the route request packet CCN_RREQ is carried in an interest packet of the content-centric network, and comprises at least the following information: a hash value of a requested content, an address of the request source node and a sequence number of the request source node; step 2), replying, by a target node after receiving the route request packet CCN_RREQ, with a route reply packet CCN_RREP, wherein the route reply packet CCN_RREP is carried in a data packet of the content-centric network, and comprises at least the following information: a hash value of the requested content, an address of a content provider and a sequence number of the content provider; and step 3), establishing, by the request source node after receiving the route reply packet CCN_RREP returned by the target node, a path between the request source node and the target node according to content contained in the packet. step 1), broadcasting, by a request source node that needs to request a route, a route request packet CCN_RREQ to other nodes in a network to start a route discovery process, wherein the route request packet CCN_RREQ is carried in an interest packet of the content-centric network, and comprises at least the following information: a hash value of a requested content, an address of the request source node and a sequence number of the request source node; step 2), replying, by a target node after receiving the route request packet CCN_RREQ, with a route reply packet CCN_RREP, wherein the route reply packet CCN_RREP is carried in a data packet of the content-centric network, and comprises at least the following information: a hash value of the requested content, an address of a content provider and a sequence number of the content provider; and step 3), establishing, by the request source node after receiving the route reply packet CCN_RREP returned by the target node, a path between the request source node and the target node according to content contained in the packet.
High-voltage insulator, comprising a substantially rotationally symmetrical insulating tube of glassfibre-reinforced epoxy resin with a free internal volume, an upper metallic flange and lower metallic flange, which each surround a respective end of the insulating tube and hermetically close the free internal volume thereof relative to the external atmosphere, a screen of silicon mounted circumferentially on the insulating tube, and a pick-up, which is provided at the inner side of the insulating tube and constructed as a passive sensor and which co-operates wirelessly with a substantially oppositely arranged receiver, characterised in that the receiver is fastened directly at the outer circumferential side of the insulating tube and positioned within a recess of one of the flanges (4, 5).
A method for detecting an oxide layer on a metal strip in motion in a continuous manufacturing facility, in which the strip in motion is observed by means of a contactless detection system based on the measurement of the thermal radiation emitted by said strip, characterized in that the strip is observed in a location where its temperature is relatively homogeneous, in that the apparent temperature of the strip is measured in a plurality of areas, said measurement being carried out by omitting to apply any emissivity correction, and in that an area covered with oxide is identified by an apparent temperature value that is substantially greater than that of one or several oxide-free areas.
Checking device intended to check the veracity of a fingerprint of the finger of a person, the checking device comprising: - a capture system intended to contactlessly capture at least one image of the said finger and of the said print, - acquisition means intended to contactlessly acquire a three-dimensional model of the finger, - determination means intended to determine the core on the image of the print, - orientation means intended to determine the orientation and the position of the end of the said finger, - location means intended to locate the apex of the three-dimensional model, - position means intended to determine the relative positions between the said end, the said apex and the said core, - first checking means intended to check that the relative positions thus determined of the core, of the apex and of the end of the finger comply with those expected, - calculation means intended to calculate the distance between the apex of the three-dimensional model thus located and the core thus determined, - second checking means intended to check that the distance thus calculated between the apex and the core lies in a first predefined interval, and - first decision taking means intended to take a decision as regards the veracity of the fingerprint on the basis of information transmitted by the first checking means and the second checking means. - a capture system intended to contactlessly capture at least one image of the said finger and of the said print, - acquisition means intended to contactlessly acquire a three-dimensional model of the finger, - determination means intended to determine the core on the image of the print, - orientation means intended to determine the orientation and the position of the end of the said finger, - location means intended to locate the apex of the three-dimensional model, - position means intended to determine the relative positions between the said end, the said apex and the said core, - first checking means intended to check that the relative positions thus determined of the core, of the apex and of the end of the finger comply with those expected, - calculation means intended to calculate the distance between the apex of the three-dimensional model thus located and the core thus determined, - second checking means intended to check that the distance thus calculated between the apex and the core lies in a first predefined interval, and - first decision taking means intended to take a decision as regards the veracity of the fingerprint on the basis of information transmitted by the first checking means and the second checking means.
A medical device, comprising: a thermal treatment element; a plurality of granules disposed within the thermal treatment element; a tensioning element biasing the plurality of granules towards the first geometric configuration; characterized by an encapsulation member disposed within the treatment element and surrounding the plurality of granules, the encapsulation member being selectively transitionable between a first geometric configuration and a second geometric configuration. a thermal treatment element; a plurality of granules disposed within the thermal treatment element; a tensioning element biasing the plurality of granules towards the first geometric configuration; characterized by an encapsulation member disposed within the treatment element and surrounding the plurality of granules, the encapsulation member being selectively transitionable between a first geometric configuration and a second geometric configuration.
A method for making swellable particles, said method comprising mixing: (a) initial particles that comprise polymer, (b) at least one monomer, (c) at least one oil-soluble initiator, and (d) at least one chain-transfer agent, wherein said mixing is performed under conditions in which said monomer is capable of forming oligomer or polymer or a mixture thereof; characterised in that the amount of chain-transfer agent is 5% or more, by weight based on the total weight of monomer used. (a) initial particles that comprise polymer, (b) at least one monomer, (c) at least one oil-soluble initiator, and (d) at least one chain-transfer agent,
Method for scanning microscopy, wherein a sample is scanned simultaneously with a plurality of illumination spots (54, 56, 58) of excitation light, wherein the light emitted by a sample location being irradiated by an illumination spot is being detected independently from the light which is emitted by another sample location being illuminated by another illumination spot, and wherein a microscopic image of the sample can be put together from the emitted light detected for the different locations of the sample, wherein the intensities of the different illumination spots (54, 56, 58) are being adjusted independently from each other and wherein the illumination spots (54, 56, 58) are being guided over the sample in one scan line behind each other, characterized in that a leading illumination spot and a following illumination spot are being guided over the sample and that an intensity of the light emitted from a sample location measured for the leading illumination spot is being used for adjusting an intensity of the following illumination spot when the following illumination spot hits this sample location.