mhurhangee/ep-ind-claims huggingface dataset:
A method for making a jet injection drug delivery device, wherein the drug delivery device has at least one drug reservoir and at least one injection nozzle, the method comprising the steps of: identifying a drug desired to be delivered; identifying a volume of the drug desired to be delivered; characterized by: establishing a reservoir diameter for the at least one drug reservoir; establishing a nozzle diameter for the at least one injection nozzle; identifying a tissue model for delivery of the drug; identifying a penetration depth in the tissue model for the delivery of the drug; and injecting the drug into the tissue model under variable pressure until the desired penetration depth is achieved, wherein the tissue model is in vitro. identifying a drug desired to be delivered; identifying a volume of the drug desired to be delivered; characterized by: establishing a reservoir diameter for the at least one drug reservoir; establishing a nozzle diameter for the at least one injection nozzle; identifying a tissue model for delivery of the drug; identifying a penetration depth in the tissue model for the delivery of the drug; and injecting the drug into the tissue model under variable pressure until the desired penetration depth is achieved, wherein the tissue model is in vitro. establishing a reservoir diameter for the at least one drug reservoir; establishing a nozzle diameter for the at least one injection nozzle; identifying a tissue model for delivery of the drug; identifying a penetration depth in the tissue model for the delivery of the drug; and injecting the drug into the tissue model under variable pressure until the desired penetration depth is achieved, wherein the tissue model is in vitro.
An osteosynthesis device of the chest wall consisting of a textile tubular sheath which may be implanted in the human body, the capable of containing a filling material and the ends of which are capable of enfolding the ends (Cna and Cnb) of two portions of a same resected rib (Cn) characterized in that this sheath: - contains a braid on the one hand, the biocompatible, metal or polymeric threads of which accept relative displacements with respect to each other for locally modifying the diameter and the conformation of the braid, so that it not only enfolds but also clasps the end of a rib portion (Cna or Cnb), - and, on the other hand, is secured to an endpiece for injecting a biocompatible material, ensuring the filling of the sheath, the lining of the braid and the adhesive bonding of the sheath and of the braid with the ends of the portions (Cna and Cnb) of the rib (Cn). - contains a braid on the one hand, the biocompatible, metal or polymeric threads of which accept relative displacements with respect to each other for locally modifying the diameter and the conformation of the braid, so that it not only enfolds but also clasps the end of a rib portion (Cna or Cnb), - and, on the other hand, is secured to an endpiece for injecting a biocompatible material, ensuring the filling of the sheath, the lining of the braid and the adhesive bonding of the sheath and of the braid with the ends of the portions (Cna and Cnb) of the rib (Cn).
Compact filter, in particular compact air filter for motor vehicles, with a compact filter element for an exchangeable use in a filter housing, wherein the compact filter element comprises a filter body made of web-shaped filter medium, where at least one smooth filter medium web and one wavy filter medium web are placed on top of each other and connected with each other at least in certain areas by means of ultrasonic welding, characterized in that at least one of the filter medium webs (20, 22) consists of a composite of at least two components, wherein at least one of the components is a synthetic material in the form of a synthetic support, in particular a meltblown support, and at least one of the components a non-synthetic material in the form of a carrier made of vegetable material, in particular cellulose, and wherein the composite filter medium web (20, 22) features the carrier made of vegetable material with the synthetic support facing the other filter medium web.
A method performed by a wireless device (105, 200, 300, 400, 1100) for recommending a data rate on an uplink communication channel (107, 109) between the wireless device and a network node in a wireless communications system, comprising: determining (501, 1701) to request that the network node recommend a data rate on the uplink communication channel for the wireless device; generating (503, 1703) a first information element that indicates the request, wherein the first information element includes a first index that indicates a desired data rate, wherein the first index is an index to a table of data rates on the uplink communication channel; transmitting (505, 1711), to the network node, the first information element that indicates the request via a protocol layer on the uplink communication channel; in response to said transmitting the first information element that indicates the request, receiving, from the network node, a second information element that indicates the recommended data rate for the wireless device on the uplink communication channel, the second information element being received via the protocol layer on a downlink communication channel; extracting a second index that indicates the recommended data rate from the second information element, wherein the second index is an index to the table of data rates on the uplink communication channel; and determining the recommended data rate based on the second index. determining (501, 1701) to request that the network node recommend a data rate on the uplink communication channel for the wireless device; generating (503, 1703) a first information element that indicates the request, wherein the first information element includes a first index that indicates a desired data rate, wherein the first index is an index to a table of data rates on the uplink communication channel; transmitting (505, 1711), to the network node, the first information element that indicates the request via a protocol layer on the uplink communication channel; in response to said transmitting the first information element that indicates the request, receiving, from the network node, a second information element that indicates the recommended data rate for the wireless device on the uplink communication channel, the second information element being received via the protocol layer on a downlink communication channel; extracting a second index that indicates the recommended data rate from the second information element, wherein the second index is an index to the table of data rates on the uplink communication channel; and determining the recommended data rate based on the second index.
An electronic device comprising: at least one harvesting unit configured to harvest power from ambient energy; at least one circuit to be supplied with power from the at least one harvesting unit, the at least one circuit comprising processing circuitry configured to perform data processing; and control circuitry configured to adjust at least one property of the processing circuitry and/or the at least one harvesting unit to reduce impedance mismatch between an output impedance of the at least one harvesting unit and an input impedance of the at least one circuit; wherein in a non-power-converted mode of operation of the electronic device, the electronic device is configured to power the processing circuitry directly from the power harvested by the at least one harvesting unit and the processing circuitry is coupled directly to an output of the at least one harvesting unit without an intervening power converter; and wherein the electronic device further comprises a power converter configured to generate a converted voltage from the power generated by the at least one harvesting unit in a power-converted mode of operation and wherein in the power-converted mode of operation, the electronic device is configured to power the processing circuitry using the converted voltage generated by the power converter. at least one harvesting unit configured to harvest power from ambient energy; at least one circuit to be supplied with power from the at least one harvesting unit, the at least one circuit comprising processing circuitry configured to perform data processing; and control circuitry configured to adjust at least one property of the processing circuitry and/or the at least one harvesting unit to reduce impedance mismatch between an output impedance of the at least one harvesting unit and an input impedance of the at least one circuit; wherein in a non-power-converted mode of operation of the electronic device, the electronic device is configured to power the processing circuitry directly from the power harvested by the at least one harvesting unit and the processing circuitry is coupled directly to an output of the at least one harvesting unit without an intervening power converter; and wherein the electronic device further comprises a power converter configured to generate a converted voltage from the power generated by the at least one harvesting unit in a power-converted mode of operation and wherein in the power-converted mode of operation, the electronic device is configured to power the processing circuitry using the converted voltage generated by the power converter.
A method, comprising: in response to an interface record creation request, generating an interface record comprising a first IP address and a subnet identifier of a first subnet containing the first IP address, and storing the interface record in a persistent repository; in response to a first attachment request to attach the interface record to a first resource instance of a plurality of resource instances, wherein the first resource instance is in a running state subsequent to its booting up, associate the interface record with the first resource instance, thus enabling the first resource instance to receive traffic targeted at the first IP address; in response to a detachment request to detach the interface record from the first resource instance, disassociate the interface record with the first resource instance, thus preventing the first resource instance from receiving traffic targeted at the first IP address, and retaining the interface record in the persistent repository; and in response to a further attachment request to attach the interface record to a further resource instance, associate the interface record with the further resource instance, thus enabling the further resource instance to receive traffic targeted at the first IP address. in response to an interface record creation request, generating an interface record comprising a first IP address and a subnet identifier of a first subnet containing the first IP address, and storing the interface record in a persistent repository; in response to a first attachment request to attach the interface record to a first resource instance of a plurality of resource instances, wherein the first resource instance is in a running state subsequent to its booting up, associate the interface record with the first resource instance, thus enabling the first resource instance to receive traffic targeted at the first IP address; in response to a detachment request to detach the interface record from the first resource instance, disassociate the interface record with the first resource instance, thus preventing the first resource instance from receiving traffic targeted at the first IP address, and retaining the interface record in the persistent repository; and in response to a further attachment request to attach the interface record to a further resource instance, associate the interface record with the further resource instance, thus enabling the further resource instance to receive traffic targeted at the first IP address.
Method for pest treatment of a plantation field, the method comprising: taking an image from a predetermined range of a plantation of the plantation field; recognizing items on the taken image of the predetermined range; identifying one or a plurality of patterns (31, 32,... 39) of an insect population based on the recognized items and a database having stored samples of an insect population (931, 932,... 939); determining a measure of a quantity of insect population based on the identified patterns; controlling a treatment arrangement of a treatment device based on the determined quantity of insect population, characterized in controlling of a treatment arrangement includes activating a treatment unit (61, 62, 63) if a quantity of a first type (931, 932) and/or a second type (933, 934) of pest insects extends a predetermined threshold (tp), and blocking a treatment unit (61, 62, 63) from being activated if a quantity of a particular type of beneficial insects (936, 937) extends a predetermined threshold (tb). taking an image from a predetermined range of a plantation of the plantation field; recognizing items on the taken image of the predetermined range; identifying one or a plurality of patterns (31, 32,... 39) of an insect population based on the recognized items and a database having stored samples of an insect population (931, 932,... 939); determining a measure of a quantity of insect population based on the identified patterns; controlling a treatment arrangement of a treatment device based on the determined quantity of insect population, characterized in controlling of a treatment arrangement includes activating a treatment unit (61, 62, 63) if a quantity of a first type (931, 932) and/or a second type (933, 934) of pest insects extends a predetermined threshold (tp), and blocking a treatment unit (61, 62, 63) from being activated if a quantity of a particular type of beneficial insects (936, 937) extends a predetermined threshold (tb).
A nebulizer comprising a nebulizer head for generating an aerosol, a controller for delivering power and control signals to the head, and a standard universal bus (5, 4), wherein the standard universal bus comprises a universal plug and a universal cable extending from said plug to the controller, and wherein the controller is linked by a cable and a plug to the head; wherein the controller comprises a voltage boost circuit linked at its input with the universal bus, a processor, and a drive circuit for delivering power to the nebulizer head under control of the processor according to power and control signals delivered to the controller via the standard universal bus (5, 4), characterized in that the controller is adapted to receive any one or more of the following signals from a host via the universal bus and to use them to generate nebulizer head drive signals: nebulization start/stop, nebulization time, nebulization flow rate, nebulization pulse rate, and inspiratory/expiratory signal to enable phased nebulization; and wherein the processor is adapted to upload to a host via the universal bus any one or more of the following nebulizer characteristic information previously captured from the nebulizer head: wet/dry state of the nebulizer head, nebulizer disconnect status, cable disconnect status, error or fault states, and nebulization duration and time of nebulization. nebulization start/stop, nebulization time, nebulization flow rate, nebulization pulse rate, and inspiratory/expiratory signal to enable phased nebulization; and wet/dry state of the nebulizer head, nebulizer disconnect status, cable disconnect status, error or fault states, and nebulization duration and time of nebulization.
Inertial sensor including a piezoelectric plate in which there is defined a vibrating member carrying excitation electrodes connected to an excitation circuit including conductive tracks carried by the piezoelectric plate, the excitation circuit including a disturbing circuit portion in which two conductive tracks extend next to each other on either side of a median plane of a part (4, 6) of the plate that is deformed when the sensor is subjected to acceleration, characterised in that compensation branches in the disturbing circuit portion are associated with corresponding disturbing conductive track portions, each compensation branch having one end connected to a corresponding disturbing conductive track portion and lying on the opposite side of the median plane to the disturbing conductive track portion.
A method for a secure non-volatile logging of a process running in a tagged article in an active RFID tag, wherein in subsequent sampling periods, a sensor acquires values of a physical parameter, wherein said values determine said process running in the tagged article at the acquisition times, wherein a high limit (h) and a low limit of an interval (1-h) of such values of said physical parameter, which are proper for retaining usability of the tagged article, are determined, and wherein the acquired values of said physical parameter and the acquisition times related thereto are converted into less numerous data characterizing said process by observing the high limit (h) and the low limit of the interval (1-h) of said values of said physical parameter, characterized in that prior to said logging, flags for locking all addresses of a logging area within a non-volatile memory of the tag are set to state 1 by means of an interrogator, and that said data characterizing said process are logged in said logging area within the non-volatile memory of the tag.
An oats processing equipment, characterized by comprising at least two groups of awners and at least two groups of oat grinders, with awners within the same group being connected in parallel or in series, and oat grinders within the same group being connected in parallel or in series.
Pneumatic drill, in particular a hand-operated pneumatic drill, consisting of a holding or gripping body, a controllable compressed air inlet valve, a cylinder with a percussion piston, a valve body or control body for the compressed air-path control of a pressure annulus for an impact or working stroke and a return stroke of the piston, as well as a silencer with a used-air outlet, whereby the valve body or the control body for opening and closing the air inlets (21, 31) to act on the piston in the cylinder with compressed air, is tube-shaped as a ring, whereby the valve body or control body has an outer diameter smaller than the recess in the handle, and an inner diameter greater than the outer diameter of the cylinder in the recess, whereby the air inlet (21, 31) is arranged to act on the piston in the cylinder with compressed air substantially perpendicular to the axis of movement (x) of the piston in directions opposite to one another, characterised in that the compressed air supply line to the piston for the return stroke of the same is guided to the air intake in the cylinder from the handle via a plug connecting part and the silencer.
A method for correcting a measured pseudorange obtained by a receiver for satellite navigation, the receiver comprising a delay-lock-loop including a DLL filter and a discriminator for calculating a discriminator value D, wherein the measured pseudorange is an estimation of a true pseudorange, the method comprising the steps of: • downconverting an RF signal emitted by a satellite to a baseband or to an IF frequency, to thereby obtain a downconverted signal containing at least a pseudo-random noise code representative of the satellite, • sampling the downconverted signal to thereby obtain a discrete-time signal at a given sampling frequency F s, • synchronizing a local replica of the PRN code with the sampled signal on the basis of the discriminator value filtered by the DLL filter, and determining the measured pseudorange cτ r from the synchronized local replica, wherein τ r is the time delay of the synchronized local replica and c is the speed of light, with τ r an estimate of the time delay τ s of the incoming code from the satellite, and with Δτ = τ r - τ s so that the pseudorange error is equal to cΔτ, wherein the receiver is configured to determine a correction term cΔτ b for the pseudorange error wherein the correction term is a periodic function of the measured or the true pseudorange with a period equal to cT s, with T s equal to 1/F s, wherein Δτ b is the value of Δτ for which the discriminator value D is zero, and wherein the method comprises the steps of: - determining cΔτ b at the measured pseudorange, - filtering cΔτ b by a low-pass filter having essentially the same characteristics as the DLL filter, - subtracting the filtered cΔτ b value from cτ r to obtain a corrected pseudorange value. • downconverting an RF signal emitted by a satellite to a baseband or to an IF frequency, to thereby obtain a downconverted signal containing at least a pseudo-random noise code representative of the satellite, • sampling the downconverted signal to thereby obtain a discrete-time signal at a given sampling frequency F s, • synchronizing a local replica of the PRN code with the sampled signal on the basis of the discriminator value filtered by the DLL filter, and determining the measured pseudorange cτ r from the synchronized local replica, wherein τ r is the time delay of the synchronized local replica and c is the speed of light, with τ r an estimate of the time delay τ s of the incoming code from the satellite, and with Δτ = τ r - τ s so that the pseudorange error is equal to cΔτ, - determining cΔτ b at the measured pseudorange, - filtering cΔτ b by a low-pass filter having essentially the same characteristics as the DLL filter, - subtracting the filtered cΔτ b value from cτ r to obtain a corrected pseudorange value.
A variable geometry diffuser for a centrifugal compressor, the variable geometry diffuser having a drive ring rotatably mounted and movable between a first position and a second position, the drive ring including a cam track positioned on a circumference of the drive ring, an actuator attached to the drive ring to move the drive ring from a first position to a second position, a drive pin connected to the drive ring, a cam follower connected to the drive pin, the cam follower mounted into the cam track of the drive ring, a diffuser ring connected to the drive pin, the diffuser ring mounted to move axially as the drive ring rotates, the diffuser ring movable within a diffuser gap, wherein the variable geometry diffuser is characterized by: the diffuser ring having an L-shaped cross section having a first flange extendable into the diffuser gap toward a diffuser plate perpendicular to gas flow in the diffuser gap, and a second flange substantially perpendicular to the first flange, the second flange being of sufficient size for attachment of an actuating means, the actuating means being a mechanism that includes a drive ring having a cam track and a drive pin within the cam track, the first flange having reduced area thereby reducing load on the extended diffuser ring from gas flow in the diffuser gap, wherein the reduced load produces a faster acting mechanism; and a controller determining a position of the diffuser ring within the diffuser gap. the diffuser ring having an L-shaped cross section having a first flange extendable into the diffuser gap toward a diffuser plate perpendicular to gas flow in the diffuser gap, and a second flange substantially perpendicular to the first flange, the second flange being of sufficient size for attachment of an actuating means, the actuating means being a mechanism that includes a drive ring having a cam track and a drive pin within the cam track, the first flange having reduced area thereby reducing load on the extended diffuser ring from gas flow in the diffuser gap, wherein the reduced load produces a faster acting mechanism; and a controller determining a position of the diffuser ring within the diffuser gap.