mhurhangee/ep-ind-claims huggingface dataset:
A snoring prevention device comprising: an upper support adapted to be supported by upper teeth of a patient; an upper protruding part provided at the upper support to protrude downward from the upper support; a lower support adapted to be supported by lower teeth of the patient; and a lower protruding part provided at the lower support to protrude upward from the lower support and caught by a front side of the upper protruding part, characterized in that the upper protruding part comprises: a downward extension portion configured as a bar member extending downwardly; and a separation prevention portion extending from a lower end of the downward extension portion to protrude in a forward direction, and that the lower protruding part comprises: an upward extension portion configured as a bar member extending upwardly; and a separation prevention portion extending from an upper end of the upward extension portion to protrude in a backward direction such that, in use, in a condition in which the separation prevention portion extending from the upper end of the upward extension portion is caught by an upper side of the separation prevention portion of the upper protruding part the upper support and the lower support are prevented from being separated from each other in a vertical direction and that by moving the lower support in the forward direction the separation prevention portions (22, 42) are separated from each other in the vertical direction for removing the coupling between the upper protruding part and the lower protruding part. an upper support adapted to be supported by upper teeth of a patient; an upper protruding part provided at the upper support to protrude downward from the upper support; a lower support adapted to be supported by lower teeth of the patient; and a lower protruding part provided at the lower support to protrude upward from the lower support and caught by a front side of the upper protruding part, characterized in that the upper protruding part comprises: a downward extension portion configured as a bar member extending downwardly; and a separation prevention portion extending from a lower end of the downward extension portion to protrude in a forward direction, and that a downward extension portion configured as a bar member extending downwardly; and a separation prevention portion extending from a lower end of the downward extension portion to protrude in a forward direction, and that the lower protruding part comprises: an upward extension portion configured as a bar member extending upwardly; and a separation prevention portion extending from an upper end of the upward extension portion to protrude in a backward direction such that, in use, an upward extension portion configured as a bar member extending upwardly; and a separation prevention portion extending from an upper end of the upward extension portion to protrude in a backward direction such that, in use,
A transmission shaft and a roller comprising a pair of connectable portions C 1 for connecting the transmission shaft and the roller to be driven by torque exerted through the transmission shaft, the pair of connectable portions (C 1) comprising a male portion provided on one of the transmission shaft and roller and a complementary female portion provided on the other of the roller and transmission shaft, the male portion having a longitudinal axis of rotation and tapering inwardly from a proximal end to a distal end, wherein the male portion has a non-circular cross section, and characterised in that a central bore extends through and along the entire length of the transmission shaft and in that the central bore is threaded along at least part of its length. the pair of connectable portions (C 1) comprising a male portion provided on one of the transmission shaft and roller and a complementary female portion provided on the other of the roller and transmission shaft, the male portion having a longitudinal axis of rotation and tapering inwardly from a proximal end to a distal end, wherein the male portion has a non-circular cross section, and characterised in that a central bore extends through and along the entire length of the transmission shaft and in that the central bore is threaded along at least part of its length.
A multimeter comprising: a base unit having at least one test lead terminal; a remote display unit separate from said base unit, said remote display unit having a display operative to show measured parameters; and communication circuitry operative to provide electrical communication between said base unit and said remote display unit, characterised in that: said communication circuitry provides said electrical communication in a plurality of alternative communication modes, including a first communication mode that is an optical communication mode and a second communication mode that is an RF communication mode; said remote display unit is matable with said base unit; said communication circuitry provides electrical communication in the first communication mode when said remote display unit is located adjacent to and mated with said base unit, and in the second communication mode when said remote display unit is located apart from said base unit; and said communication circuitry is operative to attempt to establish communication from said base unit in said optical communication mode and then switch to said RF communication mode if optical communication is unsuccessful. a base unit having at least one test lead terminal; a remote display unit separate from said base unit, said remote display unit having a display operative to show measured parameters; and communication circuitry operative to provide electrical communication between said base unit and said remote display unit, characterised in that: said communication circuitry provides said electrical communication in a plurality of alternative communication modes, including a first communication mode that is an optical communication mode and a second communication mode that is an RF communication mode; said remote display unit is matable with said base unit; said communication circuitry provides electrical communication in the first communication mode when said remote display unit is located adjacent to and mated with said base unit, and in the second communication mode when said remote display unit is located apart from said base unit; and said communication circuitry is operative to attempt to establish communication from said base unit in said optical communication mode and then switch to said RF communication mode if optical communication is unsuccessful. said communication circuitry provides said electrical communication in a plurality of alternative communication modes, including a first communication mode that is an optical communication mode and a second communication mode that is an RF communication mode; said remote display unit is matable with said base unit; said communication circuitry provides electrical communication in the first communication mode when said remote display unit is located adjacent to and mated with said base unit, and in the second communication mode when said remote display unit is located apart from said base unit; and said communication circuitry is operative to attempt to establish communication from said base unit in said optical communication mode and then switch to said RF communication mode if optical communication is unsuccessful.
A rotor hub for a rotary aircraft, the rotor hub comprising: a rotor mast; a yoke; characterized in that the rotor hub further comprises a plurality of actuators (207a-207d) coupled between the rotor mast and the yoke, the plurality of actuators (207a-207d) being configured to selectively impart a force. a rotor mast; a yoke; characterized in that the rotor hub further comprises a plurality of actuators (207a-207d) coupled between the rotor mast and the yoke, the plurality of actuators (207a-207d) being configured to selectively impart a force.
A data exchange method for use in an assistant point in a CoMP, Coordinated Multi-Point, system, wherein said system comprises at least one assistant point (120,130), and one converging point, wherein the converging point is a serving point among the points in the system, and the assistant point is a point cooperating with the converging point, the method comprising: selecting a predetermined number N of subbands with the best channel quality, the selected subbands having channel quality better than other subbands of the assistant point, wherein selecting N subbands with the best channel quality further comprises: calculating Resource block quality, RBQ, values of all subbands, receiving RBQ values of all subbands from the converging point, calculating uplink gains of all subbands based on the RBQ values of the converging point and the RBQ values of the assistant point, and selecting N subbands with the largest uplink gains as the N subbands with the best channel quality; and transmitting user data of the selected N subbands to a converging point. selecting a predetermined number N of subbands with the best channel quality, the selected subbands having channel quality better than other subbands of the assistant point, wherein selecting N subbands with the best channel quality further comprises: calculating Resource block quality, RBQ, values of all subbands, receiving RBQ values of all subbands from the converging point, calculating uplink gains of all subbands based on the RBQ values of the converging point and the RBQ values of the assistant point, and selecting N subbands with the largest uplink gains as the N subbands with the best channel quality; and calculating Resource block quality, RBQ, values of all subbands, receiving RBQ values of all subbands from the converging point, calculating uplink gains of all subbands based on the RBQ values of the converging point and the RBQ values of the assistant point, and selecting N subbands with the largest uplink gains as the N subbands with the best channel quality; and transmitting user data of the selected N subbands to a converging point.
An imaging apparatus, comprising: an imaging optical system including at least one optical element; an image sensor configured to capture an object image formed by the imaging optical system; a substrate on which the image sensor is mounted; a holding member configured to hold the imaging optical system, the holding member including a substrate bonding face that is bonded to the substrate; a first bonding member configured to bond at least a part of a first face of the substrate, that faces the substrate bonding face, to the substrate bonding face; and a second bonding member configured to bond at least a part of a second face of the substrate, that is opposite to the first face of the substrate, to the substrate bonding face. an imaging optical system including at least one optical element; an image sensor configured to capture an object image formed by the imaging optical system; a substrate on which the image sensor is mounted; a holding member configured to hold the imaging optical system, the holding member including a substrate bonding face that is bonded to the substrate; a first bonding member configured to bond at least a part of a first face of the substrate, that faces the substrate bonding face, to the substrate bonding face; and a second bonding member configured to bond at least a part of a second face of the substrate, that is opposite to the first face of the substrate, to the substrate bonding face.
Lock for a door of the rebated type, comprising - a containing box body (2;102), suitable for being housed in a cavity of said rebated door; - a latch (3; 3'; 3") that is movable between an extracted position and a retracted position in said box body (2; 102); - driving means (4; 104; 204) movable, by means of a control handle, along an opening direction (D A) to move said latch (3; 3'; 3") from said extracted position to said retracted position, - said driving means (4; 104; 204) being movable, by a key-locking-member, along a locking direction (D B) opposite said opening direction (D A), to reach a disengaged position (P D) in which said driving means (4; 104; 204) are not engageable by said control handle, thus preventing the driving of said latch (3; 3'; 3"), - said driving means (4; 104; 204) comprise locking means (7A, 7B) shaped for locking said latch (3;3'; 3") in said extracted position, preventing forced movement thereof from the outside to said retracted position, when said driving means (4; 104; 204) are in said disengaged position (P D) from said control handle, CHARACTERISED IN THAT said driving means are defined by a cursor-element (4; 104; 204) that is geometrically configured to enable an optional bolt to be fitted in said box body (2; 102), said cursor-element (4; 104; 204) being provided with protrusion means for driving and locking said optional bolt. - a containing box body (2;102), suitable for being housed in a cavity of said rebated door; - a latch (3; 3'; 3") that is movable between an extracted position and a retracted position in said box body (2; 102); - driving means (4; 104; 204) movable, by means of a control handle, along an opening direction (D A) to move said latch (3; 3'; 3") from said extracted position to said retracted position, - said driving means (4; 104; 204) being movable, by a key-locking-member, along a locking direction (D B) opposite said opening direction (D A), to reach a disengaged position (P D) in which said driving means (4; 104; 204) are not engageable by said control handle, thus preventing the driving of said latch (3; 3'; 3"), - said driving means (4; 104; 204) comprise locking means (7A, 7B) shaped for locking said latch (3;3'; 3") in said extracted position, preventing forced movement thereof from the outside to said retracted position, when said driving means (4; 104; 204) are in said disengaged position (P D) from said control handle, CHARACTERISED IN THAT said driving means are defined by a cursor-element (4; 104; 204) that is geometrically configured to enable an optional bolt to be fitted in said box body (2; 102), said cursor-element (4; 104; 204) being provided with protrusion means for driving and locking said optional bolt.
A controlled mechanical ventilation system, comprising a CMV unit for controlled mechanical ventilation having an air outlet nozzle, several air inlet nozzles which are connected to ducts communicating with respective rooms to be ventilated and suction elements, wherein in relation to each air flow of the rooms to be ventilated there is arranged a suction element for extracting air through respective ducts, characterized in that each of the suction elements is arranged in an individual manner in relation to the respective inlet nozzle of the CMV unit.
Method for preventing a primary relief valve in a mud system from opening at a pressure substantially lower that a nominal opening pressure, where the mud system includes a mud pump, wherein the method includes damping higher frequency pressure fluctuations between the mud pump and the primary relief valve by: - installing a flow restrictor between the mud pump and the primary relief valve; and - providing a cavity between said restrictor and the primary relief valve, characterized i n that the method further includes the step of: - placing a second relief valve in parallel with the flow restrictor. - installing a flow restrictor between the mud pump and the primary relief valve; and - providing a cavity between said restrictor and the primary relief valve, characterized i n that the method further includes the step of: - placing a second relief valve in parallel with the flow restrictor.
An intent execution method, wherein the method comprises: receiving, by an element management system, EMS, a first intent from a network management system, NMS, wherein the first intent is used to indicate the EMS to execute a first command on a first network element and execute a second command on a second network element, a second intent in an active state is maintained in the EMS, the active state of the second intent is used to indicate that the second intent has been translated or executed, the second intent is used to indicate the EMS to execute a third command on the first network element, and the first command and the third command are mutually exclusive; receiving, by the EMS, a first parameter and conflict policy information from the NMS, wherein the first parameter is used to indicate whether the EMS is allowed to execute the commands corresponding to the first intent on a part of network elements in the scope of the first intent, and the conflict policy information is used to indicate an intent that the EMS preferentially meets when the first intent conflicts with another intent; determining, by the EMS based on the first parameter and the conflict policy information, whether to execute the second command on the second network element; and executing, by the EMS, the first command or the third command on the first network element based on the conflict policy information. receiving, by an element management system, EMS, a first intent from a network management system, NMS, wherein the first intent is used to indicate the EMS to execute a first command on a first network element and execute a second command on a second network element, a second intent in an active state is maintained in the EMS, the active state of the second intent is used to indicate that the second intent has been translated or executed, the second intent is used to indicate the EMS to execute a third command on the first network element, and the first command and the third command are mutually exclusive; receiving, by the EMS, a first parameter and conflict policy information from the NMS, wherein the first parameter is used to indicate whether the EMS is allowed to execute the commands corresponding to the first intent on a part of network elements in the scope of the first intent, and the conflict policy information is used to indicate an intent that the EMS preferentially meets when the first intent conflicts with another intent; determining, by the EMS based on the first parameter and the conflict policy information, whether to execute the second command on the second network element; and executing, by the EMS, the first command or the third command on the first network element based on the conflict policy information.
A stable aqueous hydroxycarbamide solution for use in the treatment of sickle cell disease, the solution comprising: hydroxycarbamide; and a pH adjuster being one of sodium hydroxide, potassium hydroxide, sodium bicarbonate, and sodium carbonate, or a mixture of one or more of these substances; wherein: the solution is controlled to have a pH from 6.5 to 6.7. hydroxycarbamide; and a pH adjuster being one of sodium hydroxide, potassium hydroxide, sodium bicarbonate, and sodium carbonate, or a mixture of one or more of these substances;
A support and retention frame for carrying two different machine guns (2,3), as an alternative to one another, the frame comprising: - an intermediate portion comprising fixing means for coupling the frame in a fixed position; - a first and a second end portion (9,10) arranged on opposite sides of said intermediate portion along a transverse axis; said first end portion having a seat configured so as to house a buttstock of said machine guns; said second end portion comprising a locking member with a lock for holding a barrel or mouth of said machine guns; characterized in that said seat is delimited by at least: - an upper tooth and a lower tooth, protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth (31,32) so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns. - an intermediate portion comprising fixing means for coupling the frame in a fixed position; - a first and a second end portion (9,10) arranged on opposite sides of said intermediate portion along a transverse axis; said first end portion having a seat configured so as to house a buttstock of said machine guns; said second end portion comprising a locking member with a lock for holding a barrel or mouth of said machine guns; characterized in that said seat is delimited by at least: - an upper tooth and a lower tooth, protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth (31,32) so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns. said first end portion having a seat configured so as to house a buttstock of said machine guns; said second end portion comprising a locking member with a lock for holding a barrel or mouth of said machine guns; characterized in that said seat is delimited by at least: - an upper tooth and a lower tooth, protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth (31,32) so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns. - an upper tooth and a lower tooth, protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth (31,32) so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns.
A circulating downhole tool for selectively diverting fluid (83A, 83B, 83C) to one of: below the circulating downhole tool; or into an annulus between the circulating downhole tool and a wellbore; wherein the tool comprises a cycle valve device that is cyclable utilising a change in pressure above and/or below a pre-determined fluid pressure to trigger the cycle valve device to vary fluid flow diversion cyclically between below the tool or the annulus; and wherein the tool is configured to be remotely operated from surface by an operator to allow selective and unlimited activation of the tool without having to be tripped or pulled out of the wellbore and wherein the tool comprises a longitudinal length of less than 50 cm and at least 20 cm.
A process for the synthesis of vildagliptin comprising: a) the salification of L-prolinamide with haloacetic acid (XCH 2 COOH) in a suitable solvent to obtain the salt of formula wherein X is bromine or chlorine b) the condensation of the salt of formula by reaction with a condensing agent and subsequent reaction with 1-amino-3-adamantanol in a suitable solvent to give the intermediate of formula, without the isolation of the condensation product c) the dehydration of the compound to vildagliptin, by treatment with a dehydrating agent in a suitable solvent, optionally in the presence of a base. a) the salification of L-prolinamide with haloacetic acid (XCH 2 COOH) in a suitable solvent to obtain the salt of formula wherein X is bromine or chlorine b) the condensation of the salt of formula by reaction with a condensing agent and subsequent reaction with 1-amino-3-adamantanol in a suitable solvent to give the intermediate of formula, without the isolation of the condensation product c) the dehydration of the compound to vildagliptin, by treatment with a dehydrating agent in a suitable solvent, optionally in the presence of a base.