mhurhangee/patent-ind-claim-en huggingface dataset:
A computer program for updating a current set of stimulation parameters of a neurostimulation, NS, device or a computer-brain interface, CBI, device, comprising instructions which, when being executed by data and signal processing circuitry of the NS device or the CBI device, cause the device to carry out the following steps: applying, via a neurostimulation interface device operably connected to the CBI device or to the NS device, a burst sequence of stimulation pulses to a plurality of afferent sensory neurons targeting a sensory cortex area involved with decoding information transmitted by the NS or CBI device; wherein the sequence of stimulation pulses is associated with the current set of stimulation parameters; and wherein the sequence of stimulation pulses is configured to elicit a bioelectric response in the plurality of afferent sensory neurons; recording, via the neurostimulation interface device, the elicited bioelectric response of the stimulated afferent sensory neurons; deriving, based at least in part on the recorded bioelectric response, a neural excitability profile characterizing a non-linear, dynamic excitation behavior of the plurality of afferent sensory neurons corresponding to the applied sequence of stimulation pulses; and adjusting, based on the derived excitability profile at least one stimulation parameter of the current set of stimulation parameters to obtain an updated set of stimulation parameters. applying, via a neurostimulation interface device operably connected to the CBI device or to the NS device, a burst sequence of stimulation pulses to a plurality of afferent sensory neurons targeting a sensory cortex area involved with decoding information transmitted by the NS or CBI device; wherein the sequence of stimulation pulses is associated with the current set of stimulation parameters; and wherein the sequence of stimulation pulses is configured to elicit a bioelectric response in the plurality of afferent sensory neurons; recording, via the neurostimulation interface device, the elicited bioelectric response of the stimulated afferent sensory neurons; deriving, based at least in part on the recorded bioelectric response, a neural excitability profile characterizing a non-linear, dynamic excitation behavior of the plurality of afferent sensory neurons corresponding to the applied sequence of stimulation pulses; and adjusting, based on the derived excitability profile at least one stimulation parameter of the current set of stimulation parameters to obtain an updated set of stimulation parameters.
A polyolefin production system (100, 200 and/or 300) comprising: a plurality of gas-phase polymerization tanks (10, 11, 12, 13, 14 and/or 15) configured to polymerize an olefin gas to form a polyolefin; a gas transfer series line (L41, L42, L43, L44 and/or L45) connecting the plurality of the gas-phase polymerization tanks (10, 11, 12, 13, 14 and/or 15) to each other in series; a compressor comprising an inlet and an outlet and being configured to compress an olefin-containing gas; a gas main feed line (L2) disposed at the frontmost gas-phase polymerization tank and connected to the outlet of the compressor , configured to guide the gas fed from the outlet of the compressor to the frontmost gas-phase polymerization tank; a gas discharge line (L27) disposed at the rearmost gas-phase polymerization tank and connected to the inlet of the compressor ; and a first valve (V20) installed in the gas main feed line (L2). a plurality of gas-phase polymerization tanks (10, 11, 12, 13, 14 and/or 15) configured to polymerize an olefin gas to form a polyolefin; a gas transfer series line (L41, L42, L43, L44 and/or L45) connecting the plurality of the gas-phase polymerization tanks (10, 11, 12, 13, 14 and/or 15) to each other in series; a compressor comprising an inlet and an outlet and being configured to compress an olefin-containing gas; a gas main feed line (L2) disposed at the frontmost gas-phase polymerization tank and connected to the outlet of the compressor , configured to guide the gas fed from the outlet of the compressor to the frontmost gas-phase polymerization tank; a gas discharge line (L27) disposed at the rearmost gas-phase polymerization tank and connected to the inlet of the compressor ; and a first valve (V20) installed in the gas main feed line (L2).
Method for controlling the state of a device comprising means for transferring an audiovisual source and means for reproducing an audio signal, the device being connected to a television set by means of a connection of the high-definition multimedia interface type HDMI in accordance with an HDMI specification version 2.0 or higher, characterised in that the device is in a mode of operating as an audiovisual source or in an operating mode of reproducing an audio signal coming from the HDMI connection, and the method comprises the steps performed by the device of: - receiving (E30) a command to change state of the device, the command to change state of the device being a command of sleep mode or a message of the <Active Source> type received on a consumer electronic control bus of the HDMI connection, - and following the receiving of the command to change state : - putting (E34) the device in the mode of reproducing an audio signal coming from the HDMI connection if the device is in the audiovisual source mode, - checking (E35) whether an audio signal coming from the HDMI connection is present and, if so, - reproducing (E36) the audio signal coming from the HDMI connection by the means for reproducing an audio signal. - receiving (E30) a command to change state of the device, the command to change state of the device being a command of sleep mode or a message of the <Active Source> type received on a consumer electronic control bus of the HDMI connection, - and following the receiving of the command to change state : - putting (E34) the device in the mode of reproducing an audio signal coming from the HDMI connection if the device is in the audiovisual source mode, - checking (E35) whether an audio signal coming from the HDMI connection is present and, if so, - reproducing (E36) the audio signal coming from the HDMI connection by the means for reproducing an audio signal.
Headphones comprising: a speaker unit including a diaphragm and a frame supporting an outer peripheral portion of the diaphragm ; a housing configured to house the speaker unit ; and a damping member made of a material exhibiting air permeability and attached to cover an opening of the frame through which a sound wave emitted from the diaphragm passes and/or an opening of the housing , wherein the damping member has one or more air holes formed by removal of the material forming the damping member , characterized by a secondary damping member attached to an annular edge portion defining each air hole , an inner hole of the secondary damping member being positioned substantially concentrically with respect to the air hole . a speaker unit including a diaphragm and a frame supporting an outer peripheral portion of the diaphragm ; a housing configured to house the speaker unit ; and a damping member made of a material exhibiting air permeability and attached to cover an opening of the frame through which a sound wave emitted from the diaphragm passes and/or an opening of the housing , wherein the damping member has one or more air holes formed by removal of the material forming the damping member , characterized by a secondary damping member attached to an annular edge portion defining each air hole , an inner hole of the secondary damping member being positioned substantially concentrically with respect to the air hole .
A harvest header apparatus including a header table with a knife mounted along a lower front edge thereof, wherein a plurality of crop shields is attached to and spaced along the header table at a selected shield spacing, characterized by each crop shield extending forward from a rear portion thereof located under the knife to a forward end thereof located forward of the knife; and wherein a forward portion of each crop shield slopes upward such that crop plants contacted by the forward portion of each crop shield are pushed downward and pass under the knife without contacting the knife, and crop plants passing between the crop shields are cut by the knife and moved onto the header table.
A stereoscopic imaging system comprising a first camera (C1) comprising a first optical objective (O1) and a second camera (C2) comprising a second optical objective , the optical features of the first objective being substantially identical to those of the second objective, said stereoscopic imaging system comprising a flat semi-reflective plate (M1) disposed in front of the first objective and inclined at a determined angle on the optical axis of said first objective, characterised in that : the first optical objective comprises an optical sub-assembly comprising two groups of lenses (L1, L2) disposed at the front of said first optical objective and comprising a thick glass plate (E), said plate being disposed between the first group of lenses (L1) and the second group of lenses (L2) of said first optical objective; and the second optical objective comprises an optical sub-assembly (L1, L2) that is optically identical to that of the first objective, in which sub-assembly the thick plate is replaced by a reflection prism (P) comprising a flat reflective surface, the optical thickness of said reflection prism being identical to that of the thick glass plate, said prism being disposed between the first group of lenses (L1) and the second group of lenses (L2) of said second optical objective, said flat reflective surface being opposite the semi-reflective plate (M1) relative to the first optical objective , oriented toward the rear of the second optical objective and substantially inclined by the same determined angle as that of the semi-reflective plate on the optical axis of said second objective, so that the main part of the optical axis of the second objective is substantially parallel to the optical axis of the first objective. the first optical objective comprises an optical sub-assembly comprising two groups of lenses (L1, L2) disposed at the front of said first optical objective and comprising a thick glass plate (E), said plate being disposed between the first group of lenses (L1) and the second group of lenses (L2) of said first optical objective; and the second optical objective comprises an optical sub-assembly (L1, L2) that is optically identical to that of the first objective, in which sub-assembly the thick plate is replaced by a reflection prism (P) comprising a flat reflective surface, the optical thickness of said reflection prism being identical to that of the thick glass plate, said prism being disposed between the first group of lenses (L1) and the second group of lenses (L2) of said second optical objective, said flat reflective surface being opposite the semi-reflective plate (M1) relative to the first optical objective , oriented toward the rear of the second optical objective and substantially inclined by the same determined angle as that of the semi-reflective plate on the optical axis of said second objective, so that the main part of the optical axis of the second objective is substantially parallel to the optical axis of the first objective.
A method of collecting a tail section of a long product, comprising the steps of: unwinding a lead wire from a tail spool ; feeding the lead wire through a flange of a main spool , the tail spool and the main spool having at least substantially aligned rotation axes; attaching the lead wire to the long product; rotating the tail spool while holding the main spool substantially stationary so as to wind the lead wire and the tail section of the long product onto the tail spool ; stopping or reducing rotation of the tail spool ; and rotating the main spool and the tail spool together so as to wind the long product onto the main spool . unwinding a lead wire from a tail spool ; feeding the lead wire through a flange of a main spool , the tail spool and the main spool having at least substantially aligned rotation axes; attaching the lead wire to the long product; rotating the tail spool while holding the main spool substantially stationary so as to wind the lead wire and the tail section of the long product onto the tail spool ; stopping or reducing rotation of the tail spool ; and rotating the main spool and the tail spool together so as to wind the long product onto the main spool .
A power distribution rack assembly comprising: a manifold having an outer surface and defining an interior having a set of slots adapted to receive a set of electronic cards ; a set of bus bar channels disposed in the outer surface of a wall of the manifold normal to the set of slots and having a set of apertures through the wall; a set of bus bar segments configured to be received in the set of bus bar channels and having at least one end that couples with a power source; and a set of electrical contacts coupled with the set of bus bar segments , wherein the set of electrical contacts extend from the outer surface of the wall through the set of apertures to the interior of the manifold and couple with a set of electronic cards received in the set of slots when the set of bus bar segments are received in the set of bus bar channels ; wherein the set of bus bar segments is selected and arranged in the set of bus bar channels to couple with a selected set of electronic cards received in the set of slots.
Dielectric composition comprising particles having a perovskite crystal structure including at least Bi, Na, Sr and Ti, characterized in that : at least some of the particles have a core-shell structure comprising a core portion and a shell portion; and the content of Bi present in the core portion is no greater than 0.83 times the content of Bi present in the shell portion. at least some of the particles have a core-shell structure comprising a core portion and a shell portion; and the content of Bi present in the core portion is no greater than 0.83 times the content of Bi present in the shell portion.
A testing device for testing printed circuit boards, in particular bare or partially populated printed circuit boards, the testing device comprising several testing fingers designed for contacting printed circuit board test points of a printed circuit board to be tested, and the testing fingers each being provided with a testing probe , the testing fingers being movable such that they are able to contact any points in a predetermined testing area with their testing probes , and a shuttle for conveying a printed circuit board between a receiving area and the testing area , characterized in that the shuttle is formed from two partial shuttles which are arranged to be movable in a plane in each case along a travel distance between the receiving area and the testing area , the travel distances extending parallel to each other and side by side and the partial shuttles each comprising a retaining area in which a printed circuit board can be held by means of one or more retaining elements, the partial shuttles have an open design at the side pointing toward the respectively other partial shuttle , so that a printed circuit board can extend across both retaining areas and be simultaneously held by both partial shuttles . a shuttle for conveying a printed circuit board between a receiving area and the testing area , characterized in that the shuttle is formed from two partial shuttles which are arranged to be movable in a plane in each case along a travel distance between the receiving area and the testing area , the travel distances extending parallel to each other and side by side and the partial shuttles each comprising a retaining area in which a printed circuit board can be held by means of one or more retaining elements, the partial shuttles have an open design at the side pointing toward the respectively other partial shuttle , so that a printed circuit board can extend across both retaining areas and be simultaneously held by both partial shuttles .
A polarizing lens, which is formed by stretching a polyvinyl alcohol film and dyeing the film with a dichroic dye, bonding an aromatic polycarbonate sheet to both surfaces of the film via an adhesive layer and bending the obtained product to have a spherical or aspherical surface, wherein the depth of an area in which the dichroic dye seeps from the surface of the polyvinyl alcohol film is not more than a quarter of the thickness of the polyvinyl alcohol film, and wherein the central portion in the thickness direction of the polyvinyl alcohol film is not dyed with the dichroic dye, wherein the depth of an area in which the dichroic dye seeps is determined by taking a photograph of a cross-section of the polyvinyl alcohol film by optical microscopy.
A medical device comprising: a memory configured to store computer executable components and instructions; a processor to facilitate operation of the computer executable components and instructions; a communication component configured to facilitate telemetry communication between the medical device and a second device using a first telemetry communication protocol to communicate data; and a communication mode management component configured to control operation of the medical device in different communication modes, the communication modes comprising: a first advertising mode configured to facilitate establishment of a first type of telemetry communication session between the medical device and the second device using the first telemetry communication protocol; and a second advertising mode configured to facilitate establishment of a second type of telemetry communication session between the medical device and the second device using the first telemetry communication protocol, wherein the medical device is configured to transition from the first advertising mode to the second advertising mode in response to reception of a request for the second type of telemetry communication session. a memory configured to store computer executable components and instructions; a processor to facilitate operation of the computer executable components and instructions; a communication component configured to facilitate telemetry communication between the medical device and a second device using a first telemetry communication protocol to communicate data; and a communication mode management component configured to control operation of the medical device in different communication modes, the communication modes comprising: a first advertising mode configured to facilitate establishment of a first type of telemetry communication session between the medical device and the second device using the first telemetry communication protocol; and a second advertising mode configured to facilitate establishment of a second type of telemetry communication session between the medical device and the second device using the first telemetry communication protocol, a first advertising mode configured to facilitate establishment of a first type of telemetry communication session between the medical device and the second device using the first telemetry communication protocol; and a second advertising mode configured to facilitate establishment of a second type of telemetry communication session between the medical device and the second device using the first telemetry communication protocol, wherein the medical device is configured to transition from the first advertising mode to the second advertising mode in response to reception of a request for the second type of telemetry communication session.
A facility system , comprising: a) a telecommunications rack having equipment mounted thereon; b) an overhead cable pathway structure located above the telecommunications rack ; c) cables running along the overhead cable pathway structure ; and d) a cable termination device mounted to the overhead cable pathway structure , the cable termination device including a plurality of adapters mounted outside of a cable-carrying region of the overhead cable pathway structure ; e) wherein cables exiting the overhead cable pathway structure are terminated to the adapters of the cable termination device mounted to the overhead cable pathway structure . a) a telecommunications rack having equipment mounted thereon; b) an overhead cable pathway structure located above the telecommunications rack ; c) cables running along the overhead cable pathway structure ; and d) a cable termination device mounted to the overhead cable pathway structure , the cable termination device including a plurality of adapters mounted outside of a cable-carrying region of the overhead cable pathway structure ; e) wherein cables exiting the overhead cable pathway structure are terminated to the adapters of the cable termination device mounted to the overhead cable pathway structure .
A magnetic circuit comprising, - at least one inner leg configured to carry at least one coil and at least two outer legs , and - a connecting part serving to guide the magnetic flux from the inner leg to each outer leg , each outer leg having no non-magnetic gap and the inner leg being at least partially made from one or more materials that have a relative magnetic permeability that is lower than that of the material or materials of which the outer legs are formed. - at least one inner leg configured to carry at least one coil and at least two outer legs , and - a connecting part serving to guide the magnetic flux from the inner leg to each outer leg ,
A dental composition of papain in the form of a gel for use in the atraumatic treatment of caries comprising papain with a final activity of at least 3,000 U/mg, wherein the papain is bio-encapsulated in a mixture of pH=7 buffer- C 3-6 polyol-pectin-C 2-6 alkanolamine-nonionic emulsifier, together with pharmaceutically acceptable coloring agents, preservatives and solvents.
An infusion catheter system , comprising: an elongate catheter shaft having a proximal end region , a distal end region , a distal opening, and a lumen extending between the proximal end region and distal opening, wherein the distal end region includes a coiled portion having a preformed coiled configuration including a plurality of helically wound rings ; a plurality of apertures formed through a sidewall of the coiled portion and in fluid communication with the lumen of the catheter shaft ; and a guidewire configured to be slidably disposed within the lumen of the catheter shaft , the guidewire including a proximal end region having a first outer diameter , a distal end region having a second outer diameter , the second outer diameter greater than the first outer diameter , and an intermediate region disposed between the proximal end region and the distal end region ; wherein the intermediate region has a first flexibility greater than a second flexibility of the proximal end region , and wherein the coiled portion has a third flexibility less than the first flexibility and greater than the second flexibility. an elongate catheter shaft having a proximal end region , a distal end region , a distal opening, and a lumen extending between the proximal end region and distal opening, wherein the distal end region includes a coiled portion having a preformed coiled configuration including a plurality of helically wound rings ; a plurality of apertures formed through a sidewall of the coiled portion and in fluid communication with the lumen of the catheter shaft ; and a guidewire configured to be slidably disposed within the lumen of the catheter shaft , the guidewire including a proximal end region having a first outer diameter , a distal end region having a second outer diameter , the second outer diameter greater than the first outer diameter , and an intermediate region disposed between the proximal end region and the distal end region ; wherein the intermediate region has a first flexibility greater than a second flexibility of the proximal end region , and wherein the coiled portion has a third flexibility less than the first flexibility and greater than the second flexibility.