mhurhangee/ep-ind-claims huggingface dataset:
A medical device (5, 41, 100, 500) comprising: a catheter (15, 42, 106, 506) comprising a longitudinal axis, a proximal end (18, 43, 112, 510), a distal end (19, 46), and a cover lumen extending from the proximal end of the catheter to the distal end of the catheter; an expandable member (20, 44, 102, 504) comprising a proximal end (24, 71, 110) and a distal end, wherein the expandable member is disposed on the catheter; a cover (27, 48, 104, 502) comprising a first region (S1, 50, 114, 512), a second region (S2, 52, 116, 514), and a third region (S3, 54, 118, 516), wherein a first end of the cover inverts into a cover lumen; and an actuator coupled to the first end of the cover configured to retract the first end of the cover through the cover lumen towards the proximal end of the catheter along the longitudinal axis of the catheter, wherein the first region of the cover further comprises a therapeutic agent disposed on a surface of the first region of the cover, wherein the second region of the cover further comprises at least one aperture through which the expandable member may expand, and wherein the third region of the cover further comprises an endoprosthesis. a catheter (15, 42, 106, 506) comprising a longitudinal axis, a proximal end (18, 43, 112, 510), a distal end (19, 46), and a cover lumen extending from the proximal end of the catheter to the distal end of the catheter; an expandable member (20, 44, 102, 504) comprising a proximal end (24, 71, 110) and a distal end, wherein the expandable member is disposed on the catheter; a cover (27, 48, 104, 502) comprising a first region (S1, 50, 114, 512), a second region (S2, 52, 116, 514), and a third region (S3, 54, 118, 516), wherein a first end of the cover inverts into a cover lumen; and an actuator coupled to the first end of the cover configured to retract the first end of the cover through the cover lumen towards the proximal end of the catheter along the longitudinal axis of the catheter, wherein the first region of the cover further comprises a therapeutic agent disposed on a surface of the first region of the cover, wherein the second region of the cover further comprises at least one aperture through which the expandable member may expand, and wherein the third region of the cover further comprises an endoprosthesis.
A communication method, comprising: selecting a first set of resource elements to carry an uplink control channel; allocating at least a portion of the first set of resource elements carrying the uplink control channel to a first access terminal in a first symbol period; transmitting a configuration message including one or more configuration parameters associated with the first set of resource elements to the first access terminal; selecting a second set of resource elements to carry an uplink data channel, wherein the second set of resource elements is multiplexed in a common subframe with the first set of resource elements; allocating at least a portion of the second set of resource elements to a second access terminal in a second symbol period; transmitting a grant message to the second access terminal that identifies a start time within the subframe for the second set of resource elements; receiving uplink control signaling from the first access terminal and a signal from the second access terminal via the allocated portion of the first set of resource elements during the first symbol period, wherein the signal has a signature associated with the second access terminal to distinguish the signal from physical uplink control channel, PUCCH, signaling or is received over a reserved subcarrier interlace to distinguish the signal from physical uplink control channel, PUCCH, signaling; and receiving uplink data signaling from the second access terminal via the allocated portion of the second set of resource elements. selecting a first set of resource elements to carry an uplink control channel; allocating at least a portion of the first set of resource elements carrying the uplink control channel to a first access terminal in a first symbol period; transmitting a configuration message including one or more configuration parameters associated with the first set of resource elements to the first access terminal; selecting a second set of resource elements to carry an uplink data channel, wherein the second set of resource elements is multiplexed in a common subframe with the first set of resource elements; allocating at least a portion of the second set of resource elements to a second access terminal in a second symbol period; transmitting a grant message to the second access terminal that identifies a start time within the subframe for the second set of resource elements; receiving uplink control signaling from the first access terminal and a signal from the second access terminal via the allocated portion of the first set of resource elements during the first symbol period, wherein the signal has a signature associated with the second access terminal to distinguish the signal from physical uplink control channel, PUCCH, signaling or is received over a reserved subcarrier interlace to distinguish the signal from physical uplink control channel, PUCCH, signaling; and receiving uplink data signaling from the second access terminal via the allocated portion of the second set of resource elements.
Method for decoding a digital signal coded using predictive coding and using transform coding, comprising the following steps: - predictive decoding of a preceding frame of the digital signal, which preceding frame is coded by a set of predictive coding parameters; - detection of the loss of a current frame of the coded digital signal; - predictive generation, on the basis of at least one predictive coding parameter coding the preceding frame, of a replacement frame for the current frame; - predictive generation, on the basis of at least one predictive coding parameter coding the preceding frame, of an additional digital signal segment; - temporary storage of said additional digital signal segment. - predictive decoding of a preceding frame of the digital signal, which preceding frame is coded by a set of predictive coding parameters; - detection of the loss of a current frame of the coded digital signal; - predictive generation, on the basis of at least one predictive coding parameter coding the preceding frame, of a replacement frame for the current frame; - predictive generation, on the basis of at least one predictive coding parameter coding the preceding frame, of an additional digital signal segment; - temporary storage of said additional digital signal segment.
A loading wagon for picking up, transporting onward and discharging bulk material, including a wagon frame supported on on-track undercarriages and a distributing conveyor belt, extending in a longitudinal direction of the wagon, for transporting the bulk material to discharge devices (6, 7, 8), characterized in that a) the distributing conveyor belt is designed to be displaceable in the longitudinal direction of the wagon for selectively charging the discharge devices (6, 7, 8), b) a first discharge device is designed as a chute arranged above a track, and c) a second as well as a third discharge device (7, 8) are designed in each case as a conveyor belt pivotable about a vertical axis, each having a receiving end positioned in the region of the axes. a) the distributing conveyor belt is designed to be displaceable in the longitudinal direction of the wagon for selectively charging the discharge devices (6, 7, 8), b) a first discharge device is designed as a chute arranged above a track, and c) a second as well as a third discharge device (7, 8) are designed in each case as a conveyor belt pivotable about a vertical axis, each having a receiving end positioned in the region of the axes.
A method of fabricating a fuel injector comprising the step of: a) forming a structural portion of a fuel injector from an alloy having a first mechanical property; and characterized by the step of: b) adding an alloy having a second mechanical property that is different from the first mechanical property on a surface area (54, 58) of the structural portion of the fuel injector to enhance the mechanical properties of the fuel injector. a) forming a structural portion of a fuel injector from an alloy having a first mechanical property; and characterized by the step of: b) adding an alloy having a second mechanical property that is different from the first mechanical property on a surface area (54, 58) of the structural portion of the fuel injector to enhance the mechanical properties of the fuel injector.
Device for introducing a filling material into a hole in the ground, with a channel-like filling means which can be introduced into the hole and has an upper feed opening for feeding in the filling material and a lower discharge opening for discharging the filling material, characterized in that the filling means has an upper feed section and a flexible hose section arranged below, in that during the filling of the hole with the filling material the flexible hose section can be moved upwards along the feed section and in that a severing means is provided, with which an upper area of the flexible hose section can be severed along a longitudinal direction during its upward movement.
A memory chip package containing at least one semiconductor memory chip (12, 13), wherein said memory chip (12, 13) contains MOS memory cells with semiconductor charge storage sites, and wherein said memory chip is mounted on an interconnect substrate using solder bump interconnections, the solder material used for said solder bump interconnections being lead free and containing at least 75% tin, wherein at least some of those solder bump interconnections are located within 127 μm of a semiconductor charge storage site, and further wherein the solder bumps are bonded to bonding pads (15, 16) on one or both the memory chip (12, 13) and the interconnection substrate, at least some of said bonding pads (15, 16) being coated with under bump metallization, the under bump metallization comprises chromium and copper, characterized in that the under bump metallization comprises three layers having the following properties: layer 1 is formed on the bonding pad and consists of 100-200 nm of chromium, layer 2 is formed on layer 1 and consists of at least 500 nm of chromium/copper, and layer 3 is formed on layer 2 and consists of 100-600 nm of copper. layer 1 is formed on the bonding pad and consists of 100-200 nm of chromium, layer 2 is formed on layer 1 and consists of at least 500 nm of chromium/copper, and layer 3 is formed on layer 2 and consists of 100-600 nm of copper.
An articulation mechanism comprising; a housing; a rotatable shaft having an inner end and an outer end, the shaft extending through the housing; an articulation member mounted on the outer end of the shaft; a rotatable plate, positioned within the housing, and affixed to the inner end of the shaft, which rotatable plate defining a spiral slot; a translation member mounted for longitudinal movement within the housing; and a pin assembly affixed to the translation member and extending into the spiral slot such that rotation of the rotatable plate effects longitudinal movement of the translation member within the housing, wherein the plate is a disk having a plurality of teeth wherein the housing includes a spring loaded slide engageable with the teeth on the disk, to provide audible and/or tactile indications of rotation of the disk.
Polymeric composition, more particularly adhesive composition, which comprises at least one reversible color former having a memory effect, by which - a first color change on an increase in the ambient temperature to a temperature ≥ T 1 can be displayed; - a second color change on a lowering of the ambient temperature to a temperature ≤ T 2 can be displayed; where T 1 > T 2; and which exhibits at least one further color change on - an increase in the ambient temperature to a temperature ≥ T 3, where T 3 ≤ T 1 but greater than 20°C, preferably greater than 30°C, more preferably greater than 40°C, and where this further color change is irreversible; and/or - a lowering of the ambient temperature to a temperature ≤ T 4, where T 4 ≥ T 2 but is less than 20°C, preferably less than 0°C, more preferably less than -10°C, and where this further color change is irreversible. - a first color change on an increase in the ambient temperature to a temperature ≥ T 1 can be displayed; - a second color change on a lowering of the ambient temperature to a temperature ≤ T 2 can be displayed; - an increase in the ambient temperature to a temperature ≥ T 3, where T 3 ≤ T 1 but greater than 20°C, preferably greater than 30°C, more preferably greater than 40°C, and where this further color change is irreversible; and/or - a lowering of the ambient temperature to a temperature ≤ T 4, where T 4 ≥ T 2 but is less than 20°C, preferably less than 0°C, more preferably less than -10°C, and where this further color change is irreversible.
A method of using an RFID tag, the method comprising: associating the RFID tag with a user account, the RFID tag including: first, second, and third RFID inlays corresponding to different charging rates, a second surface movable among first, second and third positions relative to the first, second, and third RFID inlays and including one or more structures positioned relative to the first, second, and third RFID inlays to cause the first, second, and third inlays to be inactive such that, in any of the first, second, and third positions, only one of the first, second, and third RFID inlays remains active; and receiving a tag reading indicating that a first RFID inlay of the RFID tag is active; and charging the user account according to a first charging rate. first, second, and third RFID inlays corresponding to different charging rates, a second surface movable among first, second and third positions relative to the first, second, and third RFID inlays and including one or more structures positioned relative to the first, second, and third RFID inlays to cause the first, second, and third inlays to be inactive such that, in any of the first, second, and third positions, only one of the first, second, and third RFID inlays remains active; and receiving a tag reading indicating that a first RFID inlay of the RFID tag is active; and charging the user account according to a first charging rate.
A tile for covering surfaces, comprising at least a first layer made of ceramic material having a visible face and a laying face opposite to said visible face, said laying face being suitable for be turned towards a laying surface to be covered, and at least a second layer arranged on said laying face of said first layer and made of a magnetic material, characterized in that said second layer has a thickness of between 0.3 mm and 3 mm and comprises strontium ferrites with a weight concentration varying between 85% and 95% and chlorinated polyethylene with a weight concentration varying between 5% and 15% with respect to the total weight of the second layer itself.
A device for drawing wire, having a plurality of cone pairs (2, 3, 4) arranged in a row and drawing dies (23, 33, 43) arranged between cones (21, 22, 31, 32, 41, 42) of a cone pair (2, 3, 4), with wire to be drawn running from one cone pair (2, 3, 4) to the next cone pair (2, 3, 4), and a motor (6, 7, 8) being provided for each cone pair (2, 3, 4) to drive the cone pair (2, 3, 4), a drawing disc being situated after the last cone pair, characterised in that the cones (21, 22, 31, 32, 41, 42) of a cone pair (2, 3, 4) are arranged one above the other, and a testing disc is situated after the drawing disc, with which testing disc a defined testing load can be applied to the wire, wherein the drawing disc and/or the testing disc are provided on the end face with a conjointly rotating disc which has openings through which an intake of air takes place while the disc rotates.
Electrochemical generator (16; 116) for a sea-going machine, comprising: - an electrochemical block comprising at least one anode, at least one cathode located facing each anode, each cathode and each anode that face one another delimiting between them at least one intermediate channel for circulation of an electrolyte; - a conduit supplying electrolyte into the intermediate channel; - a conduit for removal of electrolyte from the intermediate channel; - a system for circulating the electrolyte from the supply conduit, through the intermediate channel and to the removal conduit; characterised in that the circulating system includes a unit for generation of a magnetic field in each intermediate channel, capable of bringing about the movement of electrolyte at least partially by the effect of a Lorentz force when an electric current passes between the anode and the cathode. - an electrochemical block comprising at least one anode, at least one cathode located facing each anode, each cathode and each anode that face one another delimiting between them at least one intermediate channel for circulation of an electrolyte; - a conduit supplying electrolyte into the intermediate channel; - a conduit for removal of electrolyte from the intermediate channel; - a system for circulating the electrolyte from the supply conduit, through the intermediate channel and to the removal conduit;
A helmet comprising a translucent optical strip covering all or part of the field of vision of the user of said equipment, the strip being a visor, and a device for projecting images onto said strip in at least one zone, called image projection zone, of the field of vision of the user, the optical strip comprising a plurality of zones (12, 13, 15) covered by a layer of material with a controlled light transmission coefficient of the photochromic type, a zone at least covering the image projection zone, characterised in that the vision equipment further comprises means for controlling the light transmission coefficient comprising means for activating the photochromic reaction on at least one zone of the optical strip for controlling the light transmission coefficient of the zone capable of receiving status information and for controlling the light transmission coefficient of each of the zones (12, 13, 15) and independently of each other as a function of said status information, wherein the means for activating the photochromic reaction is an ultraviolet radiation projection system (41, 42, 43, 44) comprising a plurality of ultraviolet radiation light emitting diodes (41, 42, 43, 44) and optical control means for delimiting the ultraviolet radiation projection zones and for controlling the exposure time of said zones to the ultraviolet radiation, the ultraviolet radiation light emitting diodes being mounted on the helmet.
A method comprising: acquiring (202, 902), in a wireless apparatus (104, 108) a plurality of probe request messages originated from a plurality of requesting wireless apparatuses (110, 112, 114, 118), the method being characterized in that each of the plurality of probe request messages comprises an information element that indicates that a requesting wireless apparatus from which a probe request message comprising the information element is acquired supports a collision avoidance mechanism according to which the wireless apparatus is allowed to determine whether or not to reduce a number of probe response messages by responding to the plurality of probe request messages with a single probe response message; and in that the method comprises in response to detecting that said information element comprised in the plurality of probe request messages and indicating said support for the collision avoidance mechanism, transmitting (204, 904), by the wireless apparatus, a probe response message that responds to the plurality of probe request messages. acquiring (202, 902), in a wireless apparatus (104, 108) a plurality of probe request messages originated from a plurality of requesting wireless apparatuses (110, 112, 114, 118), the method being characterized in that each of the plurality of probe request messages comprises an information element that indicates that a requesting wireless apparatus from which a probe request message comprising the information element is acquired supports a collision avoidance mechanism according to which the wireless apparatus is allowed to determine whether or not to reduce a number of probe response messages by responding to the plurality of probe request messages with a single probe response message; and in that the method comprises in response to detecting that said information element comprised in the plurality of probe request messages and indicating said support for the collision avoidance mechanism, transmitting (204, 904), by the wireless apparatus, a probe response message that responds to the plurality of probe request messages.