mhurhangee/patent-ind-claim-en huggingface dataset:
Non-therapeutic use of erythrulose as antimicrobial agent, wherein erythrulose inhibits the growth of Propionibacterium acnes, Staphylococcus epidermidis, Cornyebacterium xerosis, and/ or Aspergillus brasiliensis.
A barrier movement operator system, comprising: a receiver adapted to receive, learn and respond to transmitted rolling access codes; at least one trained transmitter adapted to operate the system by transmitting a first rolling access code to the receiver , the first rolling access code including a fixed identification portion recognized by the system; at least one learning transmitter adapted to learn the first rolling access code from said trained transmitter , and adapted to transmit to the receiver a second rolling access code that is different from, and correlated to, the first rolling access code of the trained transmitter, in order to operate the system; a device adapted to provide a barrier movement in response to rolling access codes received by the receiver ; characterized by a timer adapted to run time between last operation of the barrier by the trained transmitter and receipt of transmission of the second rolling access code from the learning transmitter by the system; and a controller coupled to the receiver and adapted to evaluate whether a predetermined relationship exists between the second rolling access code from the learning transmitter and the first rolling access code from the trained transmitter , the controller further adapted to store a representation of the second rolling access code when the predetermined relationship exists and when the run time of the timer is within a predetermined duration. a receiver adapted to receive, learn and respond to transmitted rolling access codes; at least one trained transmitter adapted to operate the system by transmitting a first rolling access code to the receiver , the first rolling access code including a fixed identification portion recognized by the system; at least one learning transmitter adapted to learn the first rolling access code from said trained transmitter , and adapted to transmit to the receiver a second rolling access code that is different from, and correlated to, the first rolling access code of the trained transmitter, in order to operate the system; a device adapted to provide a barrier movement in response to rolling access codes received by the receiver ; characterized by a timer adapted to run time between last operation of the barrier by the trained transmitter and receipt of transmission of the second rolling access code from the learning transmitter by the system; and a controller coupled to the receiver and adapted to evaluate whether a predetermined relationship exists between the second rolling access code from the learning transmitter and the first rolling access code from the trained transmitter , the controller further adapted to store a representation of the second rolling access code when the predetermined relationship exists and when the run time of the timer is within a predetermined duration.
A method for producing a distal-end assembly of a medical device , the method comprising: disposing a first layer on at least part of a given section among one or more sections of a flexible substrate ; at one or more selected locations on the given section , which are to serve as electrodes on the distal-end assembly of the medical device , disposing a second layer that, when brought into contact with tissue, has a reduced impedance for transferring electrical signals to or from the tissue at a predefined frequency range, relative to the first layer ; shaping the given section to form the distal-end assembly by wrapping the given section around an internal member; characterised in that the internal member comprises a base and a ring-shaped dome-support, the ring-shaped dome-support connected to the base via multiple ribs, that the given section of the flexible substrate comprises a sheet and a dome-cover , and that wrapping the given section around the internal member comprises wrapping the sheet around the base and the ribs and wrapping the dome-cover around the ring-shaped dome-support. disposing a first layer on at least part of a given section among one or more sections of a flexible substrate ; at one or more selected locations on the given section , which are to serve as electrodes on the distal-end assembly of the medical device , disposing a second layer that, when brought into contact with tissue, has a reduced impedance for transferring electrical signals to or from the tissue at a predefined frequency range, relative to the first layer ; shaping the given section to form the distal-end assembly by wrapping the given section around an internal member; characterised in that the internal member comprises a base and a ring-shaped dome-support, the ring-shaped dome-support connected to the base via multiple ribs, that the given section of the flexible substrate comprises a sheet and a dome-cover , and that wrapping the given section around the internal member comprises wrapping the sheet around the base and the ribs and wrapping the dome-cover around the ring-shaped dome-support. characterised in that the internal member comprises a base and a ring-shaped dome-support, the ring-shaped dome-support connected to the base via multiple ribs, that the given section of the flexible substrate comprises a sheet and a dome-cover , and that wrapping the given section around the internal member comprises wrapping the sheet around the base and the ribs and wrapping the dome-cover around the ring-shaped dome-support.
Communication method for a tolling system comprising a server and at least one on-board-unit, the method comprising the steps of: - predefining (S1) by the on-board-unit a message communication protocol comprising a predefined set of messages to be transmitted between the server and the on-board-unit; - initializing (S2) by the on-board-unit a message format for each of the messages, the message format comprising a fixed length part and a variable length part with at least one status table, wherein the status table carries information generated or acquired from the on-board-unit to the server; and - assigning (S3) by the on-board-unit a multilevel security using at least two security levels attached to the messages and granted to the server and/or the on-board-unit, wherein the step of predefining (S1) the message communication protocol comprises - flagging a pending state until an answer for a previous request is received, and - sending no message before receiving of a receipt acknowledge of a previous message. - predefining (S1) by the on-board-unit a message communication protocol comprising a predefined set of messages to be transmitted between the server and the on-board-unit; - initializing (S2) by the on-board-unit a message format for each of the messages, the message format comprising a fixed length part and a variable length part with at least one status table, wherein the status table carries information generated or acquired from the on-board-unit to the server; and messages, the message format comprising a fixed length part and a variable length part with at least one status table, wherein the status table carries information generated or acquired from the on-board-unit to the server; and - assigning (S3) by the on-board-unit a multilevel security using at least two security levels attached to the messages and granted to the server and/or the on-board-unit, wherein the step of predefining (S1) the message communication protocol comprises the messages and granted to the server and/or the on-board-unit, wherein the step of predefining (S1) the message communication protocol comprises - flagging a pending state until an answer for a previous request is received, and - sending no message before receiving of a receipt acknowledge of a previous message.
A cooling device comprising; a compressor , an evaporator, a bracket attached onto the compressor forming a conduit in-between, a drip tray to be placed onto the compressor wherein the drip tray is configured to be fluidly communicated with the evaporator via a water discharge line such that the water discharged through said water discharge line is collected into the drip tray , the drip tray comprising a fastening means via which the drip tray is removable placed onto the compressor via the conduit , wherein the fastening means comprises; a pair of lugs wherein each of the lugs comprises a tab via which the fastening means holds onto the bracket in an open position of the lugs , characterized by a button pressable by means of force exerted and which upon being pressed, forces the pair of lugs to pivot around respective axes towards a closed position during which the tabs converge, freeing the tabs and the drip tray from the bracket and the compressor respectively. a compressor , an evaporator, a bracket attached onto the compressor forming a conduit in-between, a drip tray to be placed onto the compressor wherein the drip tray is configured to be fluidly communicated with the evaporator via a water discharge line such that the water discharged through said water discharge line is collected into the drip tray , the drip tray comprising a fastening means via which the drip tray is removable placed onto the compressor via the conduit , wherein the fastening means comprises; a pair of lugs wherein each of the lugs comprises a tab via which the fastening means holds onto the bracket in an open position of the lugs , characterized by a button pressable by means of force exerted and which upon being pressed, forces the pair of lugs to pivot around respective axes towards a closed position during which the tabs converge, freeing the tabs and the drip tray from the bracket and the compressor respectively.
A case for an electronic smoking device , the case comprising: - a primary reception portion , adapted to receive an electronic smoking device , - a first and a second wing element , each comprising a substantially closed compartment, wherein the wing elements are adapted to fix an electronic smoking device arranged within the primary reception portion to the case , characterized in that the wing elements are each hingedly connected to the primary reception portion and pivotable with respect to the primary reception portion . - a primary reception portion , adapted to receive an electronic smoking device , - a first and a second wing element , each comprising a substantially closed compartment,
An apparatus for coating glass articles comprising: an elongated housing structure having (i) two or more walls defining an interior chamber for receiving pressurized air or other fluid, and (ii) a mounting surface defined along at least a portion of one of the walls; and an insert removably configured on the mounting surface , the insert having apertures for distributing the pressurized air or other fluid from the chamber onto a surface of the glass articles that are positioned adjacent the insert , wherein the housing structure comprises a panel having a first wall and two perpendicular walls extending substantially perpendicularly from opposing sides of the first wall , and wherein the mounting surface is defined on a free end of each perpendicular wall, the first wall and the perpendicular walls comprising the two or more walls of the housing structure , and wherein the insert extends away from the chamber to an elevation beneath the housing structure . an elongated housing structure having (i) two or more walls defining an interior chamber for receiving pressurized air or other fluid, and (ii) a mounting surface defined along at least a portion of one of the walls; and an insert removably configured on the mounting surface , the insert having apertures for distributing the pressurized air or other fluid from the chamber onto a surface of the glass articles that are positioned adjacent the insert , wherein the housing structure comprises a panel having a first wall and two perpendicular walls extending substantially perpendicularly from opposing sides of the first wall , and wherein the mounting surface is defined on a free end of each perpendicular wall, the first wall and the perpendicular walls comprising the two or more walls of the housing structure , and wherein the insert extends away from the chamber to an elevation beneath the housing structure .
An apparatus comprising a circuit board , a circuit board connector mounted on the circuit board and configured to mate with a cable connector , and a grounding part distinct form the circuit board and distinct from the circuit board connector , - wherein the circuit board connector comprises at least one grounding element transferable from a rest position to a grounding position by mating the cable connector with the circuit board connector ; - wherein the grounding position is a position for grounding the circuit board connector by means of a direct mechanical contact between an end portion of the grounding element and the grounding part ; - wherein the grounding element is configured to perform a movement in a direction perpendicular to a circuit board connector mounting surface when it is transferred from the rest position to the grounding position; and - wherein the end portion of the grounding element is configured to penetrate the circuit board in the grounding position. - wherein the circuit board connector comprises at least one grounding element transferable from a rest position to a grounding position by mating the cable connector with the circuit board connector ; - wherein the grounding position is a position for grounding the circuit board connector by means of a direct mechanical contact between an end portion of the grounding element and the grounding part ; - wherein the grounding element is configured to perform a movement in a direction perpendicular to a circuit board connector mounting surface when it is transferred from the rest position to the grounding position; and - wherein the end portion of the grounding element is configured to penetrate the circuit board in the grounding position.
A sesame seed hulling machine (A) including, as the main structure, a main body , a middle helix which provides mixing of the sesame seeds to be hulled, a top mixing helix , an air vacuum paddle box which vacuums the dust created when the seed and the hull are being separated, fore plates which provide that middle helix , top mixing helix and a bottom body are fixed to the main body , and decreasing the overall assembly height distance (d) characterized in that: said machine comprise a demountable reductor support chassis , which provide that propulsion reductors are mounted to the hulling machine (A), and support them vertically, duct drawers in a demountable structure which provide that the sesame seeds are transferred from the top mixing helix to the middle helix.
A thermostatic valve comprising a closed hollow body , a first opening and a second opening leading into the body and hydraulically connected by a through section and a shutter disposed in the through section and comprising a thermostatic actuator , a return means , a flap able to open the through section when actuated by the thermostatic actuator and to close the through section when returned by the return means , the thermostatic actuator being configured to move the flap away from a valve seat formed by the body , thus opening the flap , and the return means being configured to press the flap against said seat, thus closing the flap , the thermostatic valve further comprising a ring disposed in the through section and movable between a closed position in which the ring closes the through section except for a leakage, of small section in front of the through section and an open position in which the ring releases the through section, the ring being shaped and disposed so as to be in the closed position at the start of the opening of the flap and then to switch into the open position after a certain opening travel of the flap .
A method for manufacturing a bone implant, consisting of depositing a synthetic hydroxyapatite on a supporting structure , having a step of immersing the supporting structure in a suspension consisting of a liquid phase, advantageously water, containing a disphersed phase of synthetic hydroxyapatite particles having an average particle size not greater than 100 nm and molar ratio of calcium to phosphorus (Ca/P) greater than 1.55 and less than 1.67, and a step of inducing ultrasonic cavitation in a portion of the suspension being in contact with the supporting structure , characterized in that for preparation of the dispersed phase are used the hydroxyapatite particles containing structural water in an amount from 2 to 6% by weight, the supporting structure is immobilized in the suspension , the ultrasonic cavitation is induced by means of an vibrating object immersed into the suspension near the immobilized supporting structure of the implant, the vibrating object has a vibrating front surface, and during the cavitation the distance of the vibrating front surface from the surface of the supporting structure is constant and not greater than 200% of the vibrating front surface diameter, advantageously about 100% of that diameter.
A multi-layered fabric for use in padding for treating ulcers, said fabric comprising: at least one first layer comprising: a first sublayer made of permeable material; a second sublayer made of permeable material; and a third sublayer located between the first and the second sublayers , the third sublayer comprising a plurality of fibers interconnecting the first sublayer with the second sublayer for allowing an airflow between the first and second sublayers ; and at least one second layer made of impermeable material disposed in parallel and secured to the at least one first layer ; wherein the density of the plurality of fibers allows a vertical airflow of 140 cubic centimeters per square centimeter of surface area, the airflow being a vertical airflow through the first sublayer and the second sublayer ;and wherein the first and second sublayers comprise bristles protruding from a first sublayer surface and a second sublayer surface for providing frictional engagement with the bristles of an adjacent sublayer. a first sublayer made of permeable material; a second sublayer made of permeable material; and a third sublayer located between the first and the second sublayers , the third sublayer comprising a plurality of fibers interconnecting the first sublayer with the second sublayer for allowing an airflow between the first and second sublayers ; and at least one second layer made of impermeable material disposed in parallel and secured to the at least one first layer ; wherein the density of the plurality of fibers allows a vertical airflow of 140 cubic centimeters per square centimeter of surface area, the airflow being a vertical airflow through the first sublayer and the second sublayer ;and wherein the first and second sublayers comprise bristles protruding from a first sublayer surface and a second sublayer surface for providing frictional engagement with the bristles of an adjacent sublayer.
A cell-permeable bone morphogenetic protein (CP-BMP) recombinant protein, which comprises a BMP being one of BMP2 and BMP7, and an advanced macromolecule transduction domain (aMTD) being composed of 9 to 13 amino acid sequences and having improved cell or tissue permeability, wherein the aMTD is fused to one end or both ends of the BMP and has the following features of: (a) being composed of 3 or more amino acids sequences selected from the group consisting of Ala, Val, Ile, Leu, and Pro; (b) having proline as amino acids corresponding to any one or more of positions 5 to 8, and 12 of its amino acid sequence; (c) having an instability index of 40 to 60; an aliphatic index of 180 to 220; and a grand average of hydropathy (GRAVY) of 2.1 to 2.6, as measured by Protparam, and wherein the aMTD has the amino acid sequence set forth in SEQ ID NO: 101. (a) being composed of 3 or more amino acids sequences selected from the group consisting of Ala, Val, Ile, Leu, and Pro; (b) having proline as amino acids corresponding to any one or more of positions 5 to 8, and 12 of its amino acid sequence; (c) having an instability index of 40 to 60; an aliphatic index of 180 to 220; and a grand average of hydropathy (GRAVY) of 2.1 to 2.6, as measured by Protparam, and
Pneumatic spring for axles of vehicles with air suspension, with a plunger piston which can be fixed to an axle, an upper closing cover which can be fixed to the vehicle with a rolling lobe attached thereto, and with a bead which is formed on the rolling lobe and which is fixed to the upper face of the plunger piston by a ring , characterized in that the ring is secured against the plunger piston via a rotational mechanism formed firstly on the ring and secondly on the plunger piston .
A packet flow description, PFD, information management method, wherein the method comprises: determining, by a network exposure function network element , that PFD information fails to be deployed on a user plane function network element, wherein the determining comprises determining, by the network exposure function network element , that the PFD information cannot be sent to a session management network element managing the user plane function network element within an allowed delay, wherein the allowed delay is duration of completing deployment of the PFD information; and sending, by the network exposure function network element , a first message to an application server , wherein the first message comprises first indication information, an application ID corresponding to the PFD information, and first information of the user plane function network element; the first information of the user plane function network element is used to identify the user plane function network element, and the first indication information indicates that the PFD information fails to be deployed, wherein the first information of the user plane function network element comprises: one or more of a routing area or tracking area identifier corresponding to the user plane function network element, a cell identifier corresponding to the user plane function network element, a data network access identifier corresponding to the user plane function network element, a geographic location corresponding to the user plane function network element, or a municipal address corresponding to the user plane function network element. determining, by a network exposure function network element , that PFD information fails to be deployed on a user plane function network element, wherein the determining comprises determining, by the network exposure function network element , that the PFD information cannot be sent to a session management network element managing the user plane function network element within an allowed delay, wherein the allowed delay is duration of completing deployment of the PFD information; and sending, by the network exposure function network element , a first message to an application server , wherein the first message comprises first indication information, an application ID corresponding to the PFD information, and first information of the user plane function network element; the first information of the user plane function network element is used to identify the user plane function network element, and the first indication information indicates that the PFD information fails to be deployed, wherein the first information of the user plane function network element comprises: one or more of a routing area or tracking area identifier corresponding to the user plane function network element, a cell identifier corresponding to the user plane function network element, a data network access identifier corresponding to the user plane function network element, a geographic location corresponding to the user plane function network element, or a municipal address corresponding to the user plane function network element.