mhurhangee/ep-ind-claims huggingface dataset:
An aerosol flow control apparatus providing automatic discharge of medication responsive to an inspiratory effort of a user, the apparatus comprising a pressurized canister of medication including a canister body and a hollow discharge stem which is movable with respect to the canister body between an inoperative position in which discharge of medication is prevented and an operative position in which medication is discharged through the discharge stem, a housing adapted to support the canister and permit movement thereof between a first position in which the discharge stem is in the inoperative position to a second position in which the discharge stem is in the operative position, the housing further defining a conduit providing a primary air passage with an open end through which a user can inhale, a variable-volume device supported within the housing including a wall which is movable with respect to the housing, the variable-volume device defining a variable-volume chamber therein, a canister restraint (132, 224) movable with the removable wall from a rest position in which the canister is in the first position and relative movement between the canister body and discharge stem is prevented, to a discharge position in which the canister is free to move into the second position, and a resilient member which urges the canister into the second position upon movement of the canister restraint into its discharge position, wherein the variable-volume chamber is in fluid communication with the conduit, whereby an air flow established by inspiratory effort through the open end causes air to be evacuated from the chamber and thereby causes the movable wall to move the canister restraint (132, 224) into the discharge position, characterized in that the canister restraint (132, 224) is affixed to the movable wall of the variable-volume device, and in that the apparatus further comprises a secondary air passage (34, 218) in the housing which extends between the primary air passage and ambient air outside the conduit, the air secondary passage including a venturi having a throat (186, 214), the variable-volume chamber being in fluid communication with the throat, whereby an air flow established by inspiratory effort through the outlet causes air to be drawn through the venturi throat (186, 214) thereby creating a low pressure in the throat which is communicated to the variable-volume chamber, the low pressure causing air to be evacuated from the chamber such that the canister restraint (132, 224) is moved into the discharge position.
Device (1; 101) for casting polyurethane, comprising - A number of moulds; - A holder (20; 120) for the moulds; wherein the holder is provided with positioning means (24, 26; 124, 126) for defining positions for the moulds, - A cover (30; 130) for the holder, wherein the cover is provided with a number of casting openings (34; 134), wherein a recess (33; 133) is arranged around the casting openings for the purpose of receiving a predetermined quantity of polyurethane, at least corresponding to the quantity required for a moulded article or coating layer, characterized in that each mould consists of two parts (41, 42), which are releasably attachable to each other, and is provided on the upper side with an inflow opening, the holder comprises a base (21; 121) provided with uprights (22; 122), wherein the cover (30; 130) is releasably attachable to the holder and can rest on the uprights, the casting openings are situated above the mould positions when the cover rests on the uprights and the casting openings are configured for dropwise passage of the polyurethane into the moulds. - A number of moulds; - A holder (20; 120) for the moulds; wherein the holder is provided with positioning means (24, 26; 124, 126) for defining positions for the moulds, - A cover (30; 130) for the holder, wherein the cover is provided with a number of casting openings (34; 134), wherein a recess (33; 133) is arranged around the casting openings for the purpose of receiving a predetermined quantity of polyurethane, at least corresponding to the quantity required for a moulded article or coating layer, characterized in that each mould consists of two parts (41, 42), which are releasably attachable to each other, and is provided on the upper side with an inflow opening, the holder comprises a base (21; 121) provided with uprights (22; 122), wherein the cover (30; 130) is releasably attachable to the holder and can rest on the uprights, the casting openings are situated above the mould positions when the cover rests on the uprights and the casting openings are configured for dropwise passage of the polyurethane into the moulds.
A bendable catheter, comprising: a tube body comprising a bendable section arranged at a distal end thereof; and a traction member, wherein the traction member comprises a traction wire, a threading tube, a protective casing, and a clamping tube; the traction wire has a distal end connected to the bendable section, a proximal end wrapped and fixed within the clamping tube, and a remainder which is sequentially moveably threaded in the threading tube and the protective casing in a direction from the distal end of the tube body to a proximal end of the tube body; one end of the threading tube close to the clamping tube is fixed inside a distal end of the protective casing without a gap in axial directions of the threading tube and the protective casing and without a relative movement between the threading tube and the protective casing, and a distal end of the clamping tube is movably threaded in the protective casing; and the clamping tube is operable to move in the protective casing to drive the traction wire to move in the protective casing and the threading tube, so as to bend or straighten the bendable section. a tube body comprising a bendable section arranged at a distal end thereof; and a traction member, wherein the traction member comprises a traction wire, a threading tube, a protective casing, and a clamping tube; the traction wire has a distal end connected to the bendable section, a proximal end wrapped and fixed within the clamping tube, and a remainder which is sequentially moveably threaded in the threading tube and the protective casing in a direction from the distal end of the tube body to a proximal end of the tube body; one end of the threading tube close to the clamping tube is fixed inside a distal end of the protective casing without a gap in axial directions of the threading tube and the protective casing and without a relative movement between the threading tube and the protective casing, and a distal end of the clamping tube is movably threaded in the protective casing; and the clamping tube is operable to move in the protective casing to drive the traction wire to move in the protective casing and the threading tube, so as to bend or straighten the bendable section.
Electronic circuit for measuring rotational speed in a gyroscope with a MEMS resonator, the electronic circuit being connected to at least one resonator of the gyroscope, the resonator including a mass (m) connected to a structure of the gyroscope by a spring (k) and a damping element (d), an actuation element (C act) for setting in motion the mass in one direction based on an actuation signal (drive), supplied by a drive circuit, and a detection element (C det) for detecting motion of the mass to adapt at least one level of oscillation amplitude of the moving mass in a control loop of the drive circuit, the electronic circuit including an integration unit clocked by a clocking signal (S CLK) originating from the control loop of the drive circuit, the clocking signal being phase shifted by π/2 relative to a detection signal of the detection element (C det) in phase with the carrier signal to allow the integration unit to demodulate the angular speed signal from the measurement signal, characterized in that the electronic circuit includes a measurement element, which includes at least two resistors (R1, R2) mounted in the form of a resistive bridge, the node connecting the two resistors being mechanically connected to the moving mass, the variation in resistive value of the first resistor being inverse to the variation in resistive value of the second resistor and varying at a frequency identical to the oscillation frequency of the moving mass, the two resistors (R1, R2) being polarized by at least one voltage source (Vp, Vn) to supply at least one measurement signal (S m) to the node connecting the two resistors, the measurement signal (S m) being formed of a combination of a carrier signal in phase with the oscillation of the moving mass and of an angular speed signal phase shifted by π/2, and in that the node connecting the two resistors (R1, R2) is connected to a switch at the input of the integration unit to supply the measurement signal (S m) to the integration unit, this switch being controlled by a control signal, which depends on the clocking signal (S CLK), the switch being in an open state in an integration phase in a first state of the clocking signal (S CLK) and in a closed state in a second state of the clocking signal (S CLK).
A prepackaged, one-time-use, meal-appropriate, enteral food dispenser comprising: a sealed package comprised, at least in substantial part, of flexible material; and a bolus of squeezable food that is prepackaged within the sealed package; wherein the prepackaged, one-time-use, meal-appropriate, enteral food dispenser is characterized by: a dispensing port comprising a flexible tube with a direct feeding tube connector that extends outwardly of the sealed package by no more than ten centimeters and is configured to connect directly and securely to an enteral feeding tube administration port; such that when the sealed package is squeezed, the bolus of squeezable food will exit the sealed package via the dispensing port and flexible tube and enter the enteral feeding tube administration port directly by the feeding tube connector. a sealed package comprised, at least in substantial part, of flexible material; and a bolus of squeezable food that is prepackaged within the sealed package; a dispensing port comprising a flexible tube with a direct feeding tube connector that extends outwardly of the sealed package by no more than ten centimeters and is configured to connect directly and securely to an enteral feeding tube administration port; such that when the sealed package is squeezed, the bolus of squeezable food will exit the sealed package via the dispensing port and flexible tube and enter the enteral feeding tube administration port directly by the feeding tube connector.
Rotary nozzle for a pressing device, the rotary nozzle comprising an interchangeable insert with, a. an axis of rotation b. a feed opening for feeding dough, c. at least one discharge opening (42; 46; 47; 50) for discharging the dough, and d. a dough guide channel connecting the feed opening to the at least one discharge opening (42; 46; 47; 50), wherein the rotary nozzle comprises a interchangeable insert receptacle with an inner contour that corresponds to an outer contour of the interchangeable insert, wherein a fastening portion is provided on an outer circumferential surface of the interchangeable insert for attachment in the rotary nozzle, wherein the fastening portion has a conical surface, wherein the interchangeable insert is axially secured in the rotary nozzle along a dough guide direction. a. an axis of rotation b. a feed opening for feeding dough, c. at least one discharge opening (42; 46; 47; 50) for discharging the dough, and d. a dough guide channel connecting the feed opening to the at least one discharge opening (42; 46; 47; 50),
Method for treating ornamental floral crop plants to increase the number of flowers and flowers buds and/or the earliness of the bloom, characterized in that the method comprises the foliar application of yeasts belonging to the genus Saccharomyces cerevisiae.
A lens for non-prescription eyewear, comprising: a first surface having a first surface shape; and a second surface opposite the first surface, the second surface having a second surface shape, wherein the first and second surfaces are aspherized to reduce both a component of an optical power and a measure of distortion of the lens, wherein the first surface includes a point of maximum curvature and the curvature of the first surface measured along a line from the point of maximum curvature and another point on the first surface decreases by at least 1.5 diopters at a distance 15 mm in every direction from the point of maximum curvature, the first and second surface shapes define at least a portion of the lens having a dimension of at least 30 mm such that the portion includes the point of maximum curvature of the first surface, wherein a component of an optical power of the lens varies by less than 0.03 diopters over the portion, and wherein a measure of distortion of the lens varies by 0.1% or less over the portion. a first surface having a first surface shape; and a second surface opposite the first surface, the second surface having a second surface shape, wherein the first and second surfaces are aspherized to reduce both a component of an optical power and a measure of distortion of the lens, wherein the first surface includes a point of maximum curvature and the curvature of the first surface measured along a line from the point of maximum curvature and another point on the first surface decreases by at least 1.5 diopters at a distance 15 mm in every direction from the point of maximum curvature, the first and second surface shapes define at least a portion of the lens having a dimension of at least 30 mm such that the portion includes the point of maximum curvature of the first surface, wherein a component of an optical power of the lens varies by less than 0.03 diopters over the portion, and wherein a measure of distortion of the lens varies by 0.1% or less over the portion.
Method for the maintenance of machines with a machine computer using at least one remote service computer, wherein the remote service computer receives information on the state of the machine from the machine computer and enters them into a service ticket, wherein the information transmitted to the remote service computer at least contains information on a looming error in the machine, wherein the remote service computer calculates and provides data for avoiding or eliminating the looming error, and wherein a service message is created in a database under control from the remote service computer or by the machine computer when events occur that suggest that indicate that an error is looming, said database communicating with the remote service computer, characterized in that the service message is processed by the remote service computer at a specified point in time and in that up to this point in time, the service message is updated on the basis of information on the current state of the machine.
A halogenated dideoxy sugar derivative, characterised in that the derivative has the following general structure I wherein X is halogen, or R 1 and R 2 are H or Br; R 3 and R 4 are OH or OAc.
A method for transmitting a channel state information-reference signal, CSI-RS by a base station, BS, in a wireless communication system, the method comprising: transmitting synchronization signal/sequence blocks, SSBs based on a plurality of SSB indexes; transmitting CSI-RS configuration information; transmitting a CSI-RS based on the CSI-RS configuration information and the SSBs, characterized in that the CSI-RS configuration information includes i) information for a plurality of CSI-RS resources and ii) quasi co-location QCL information for each of the plurality of CSI-RS resources, wherein based on i) the CSI-RS is related to a specific CSI-RS resource among the plurality of CSI-RS resources and ii) the QCL information related to the specific CSI-RS resource represents a specific SSB index among the plurality of SSB indexes: the CSI-RS is assumed to be quasi co-located, QCL with an SSB based on the specific SSB index, with respect to a spatial reception parameter. transmitting synchronization signal/sequence blocks, SSBs based on a plurality of SSB indexes; transmitting CSI-RS configuration information; transmitting a CSI-RS based on the CSI-RS configuration information and the SSBs, characterized in that the CSI-RS configuration information includes i) information for a plurality of CSI-RS resources and ii) quasi co-location QCL information for each of the plurality of CSI-RS resources, wherein based on i) the CSI-RS is related to a specific CSI-RS resource among the plurality of CSI-RS resources and ii) the QCL information related to the specific CSI-RS resource represents a specific SSB index among the plurality of SSB indexes: the CSI-RS is assumed to be quasi co-located, QCL with an SSB based on the specific SSB index, with respect to a spatial reception parameter.
A method for preparing azoxystrobin intermediates represented by formulae and, comprising: controlling a compound represented by formula to contact with sodium methoxide and 4,6-dichloropyrimidine in the presence of a catalyst, to obtain a mixture of intermediates represented by formulae and, wherein the catalyst is an azabicyclic compound or its salt,
A cutting insert, comprising: a first end surface and a second end surface facing opposite to each other; a peripheral side surface extending between the first end surface and the second end surface; and a cutting edge formed at an intersecting ridge portion between the first end surface and the peripheral side surface, the cutting edge being formed so that the first end surface functions as a rake face and a part of the peripheral side surface functions as a flank, wherein a portion of the peripheral side surface adjacent to at least a part of the cutting edge includes at least a first flank portion adjacent to the cutting edge, a second flank portion, a third flank portion, and a fourth flank portion, which are arranged in this order from a side of the first end surface toward a side of the second end surface; the second flank portion connects the first flank portion and the third flank portion; and the fourth flank portion has a slope angle greater than the third flank portion; characterised in that the first flank portion has a slope angle that gradually varies along the cutting edge, and a width that is constant or substantially constant in an area along the cutting edge from the side of the first end surface toward the side of the second end surface; the slope angle of the first flank portion has a minimum value that falls in a range of not less than 2.0° and not more than 6.0°, and the slope angle of the first flank portion has a maximum value that falls in a range of not less than 10.5° and not more than 14.5°; and a slope angle of the third flank portion falls in a range of not less than 0.0° and not more than 11.0°. a first end surface and a second end surface facing opposite to each other; a peripheral side surface extending between the first end surface and the second end surface; and a cutting edge formed at an intersecting ridge portion between the first end surface and the peripheral side surface, the cutting edge being formed so that the first end surface functions as a rake face and a part of the peripheral side surface functions as a flank, wherein a portion of the peripheral side surface adjacent to at least a part of the cutting edge includes at least a first flank portion adjacent to the cutting edge, a second flank portion, a third flank portion, and a fourth flank portion, which are arranged in this order from a side of the first end surface toward a side of the second end surface;
A method of providing fault tolerance to a primary server operative to receive and match trade orders, the method comprising: receiving a copy of a first input relating to a first trade order transmitted to the primary server; forwarding the copy of the first input to a backup server operative to receive and match trade orders and operative to process the first trade order related input and generate a first backup result based thereon; waiting, in response to the receiving of the copy of the first input, for the primary server to process the first trade order related input and transmit a first primary result based thereon; determining, based on a time out thresholds that the first primary result is not likely to be transmitted; preventing, based on the determination that the first primary result is not likely to be transmitted, the primary server from completing a transaction that the primary server is supposed to complete to continue operating; and transmitting the first backup result when the first primary result is not likely to be transmitted. receiving a copy of a first input relating to a first trade order transmitted to the primary server; forwarding the copy of the first input to a backup server operative to receive and match trade orders and operative to process the first trade order related input and generate a first backup result based thereon; waiting, in response to the receiving of the copy of the first input, for the primary server to process the first trade order related input and transmit a first primary result based thereon; determining, based on a time out thresholds that the first primary result is not likely to be transmitted; preventing, based on the determination that the first primary result is not likely to be transmitted, the primary server from completing a transaction that the primary server is supposed to complete to continue operating; and transmitting the first backup result when the first primary result is not likely to be transmitted.
A framing system for delimiting a light beam, said framing system comprises a base support rotatable supporting a frame support, said frame support comprises: o a number of shutter blades surrounding said light beam; o a number of actuators adapted to moved said shutter blades in and out of said light beam; said base support comprises a first support plate comprising a number of pulley systems rotatable carrying said frame support characterized in that said base support comprises a second support plate connected to and separated from said first support plate by a number of spacers; said second support plate comprise at least one electric conducting track surrounding said light beam; said frame support comprise at least one contact (303a, 303b, 303c, 303c), said at least one contact is connected to said electric conducting track and adapted to move along said electric conducting track when said frame support rotates in relation to said base support. o a number of shutter blades surrounding said light beam; o a number of actuators adapted to moved said shutter blades in and out of said light beam;
A data processing method performed by a remote user equipment, remote UE, the method comprising: receiving Session Initiation Protocol, SIP, information including a temporary mobile group identity, TMGI, of a multimedia broadcast multicast service, MBMS, bearer and including a quality of Service, QoS, of the MBMS bearer from an application server (step 4a); sending a TMGI monitoring request to a relay UE, wherein the TMGI monitoring request includes the TMGI of the MBMS bearer and the QoS of the MBMS bearer (step 5a); receiving MBMS data for the remote UE on the MBMS bearer from the relay UE (step 7). receiving Session Initiation Protocol, SIP, information including a temporary mobile group identity, TMGI, of a multimedia broadcast multicast service, MBMS, bearer and including a quality of Service, QoS, of the MBMS bearer from an application server (step 4a); sending a TMGI monitoring request to a relay UE, wherein the TMGI monitoring request includes the TMGI of the MBMS bearer and the QoS of the MBMS bearer (step 5a); receiving MBMS data for the remote UE on the MBMS bearer from the relay UE (step 7).