mhurhangee/ep-ind-claims huggingface dataset:
A duct-type heat exchanger system comprising: a housing comprising a housing stop member and a housing guide member; and a heat exchanger comprising a heat exchanger stop member and a heat exchanger guide member, wherein: the housing is configured such that the heat exchanger is at least partially insertable into the housing by a translation in a first direction of the heat exchanger relative to the housing; the housing stop member and the heat exchanger stop member are configured to be releasably attachable to each other; and the housing guide member and the heat exchanger guide member are configured to guide the heat exchanger stop member and the housing stop member into alignment with each other as the heat exchanger is translated in the first direction relative to the housing. a housing comprising a housing stop member and a housing guide member; and a heat exchanger comprising a heat exchanger stop member and a heat exchanger guide member, wherein: the housing is configured such that the heat exchanger is at least partially insertable into the housing by a translation in a first direction of the heat exchanger relative to the housing; the housing stop member and the heat exchanger stop member are configured to be releasably attachable to each other; and the housing guide member and the heat exchanger guide member are configured to guide the heat exchanger stop member and the housing stop member into alignment with each other as the heat exchanger is translated in the first direction relative to the housing. the housing is configured such that the heat exchanger is at least partially insertable into the housing by a translation in a first direction of the heat exchanger relative to the housing; the housing stop member and the heat exchanger stop member are configured to be releasably attachable to each other; and the housing guide member and the heat exchanger guide member are configured to guide the heat exchanger stop member and the housing stop member into alignment with each other as the heat exchanger is translated in the first direction relative to the housing.
Molluscicidal particle formed from a solid material comprising at least one compound, a so-called metallic compound, comprising at least one metal selected from the group consisting of iron, copper, zinc and aluminium, said solid material able to be used as an ingested poison for harmful molluscs, characterised in that: - the solid material comprises metaldehyde in a proportion which can vary towards the interior of said solid material, and in that; - the proportion of metaldehyde increases towards the interior of the solid material. - the solid material comprises metaldehyde in a proportion which can vary towards the interior of said solid material, and in that; - the proportion of metaldehyde increases towards the interior of the solid material.
An aerosolized pharmaceutical formulation for use in providing immediate bactericidal activity and sustained bactericidal activity when treating or providing prophylaxis against a pulmonary infection in a patient, wherein the pharmaceutical formulation comprises a nebulized mixture of free antiinfective and antiinfective encapsulated in liposomes, the lipid component of the liposomes consists of a phosphatidylcholine and a sterol, and the amount of free antiinfective is sufficient to provide for immediate bactericidal activity, and the amount of encapsulated antiinfective is sufficient to provide sustained bactericidal activity and to reduce the development of resistant strains of the infectious agent, wherein the antiinfective is a quinolone or fluoroquinolone, and the ratio by weight of free antiinfective to encapsulated antiinfective is between 1:2 and 2:1 prior to aerosolization, wherein the free and encapsulated antiinfective are stable to nebulization.
Device for cooling bulk products, of the type comprising a drum mounted in axial rotation, this drum comprising perforations distributed over all or a portion of the cylindrical lateral wall thereof, the device also comprising a motor for driving said drum as well as a thermally insulated chamber of elongate form along the axis of said drum and enveloping it, as well as means for cooling products, for example consisting of one or more manifolds for injecting a cryogenic fluid into the drum through said perforations, having the following measures: - the device comprises, in addition, at least one additional manifold for spraying a liquid cryogen, this spray manifold located inside the chamber, and outside the drum, opposite a portion of the drum wall located in the area where products enter the drum, - this additional spray manifold is capable of directing liquid cryogen to said portion of the drum wall and through this portion of the wall, via said perforations, to the products that enter the drum. - the device comprises, in addition, at least one additional manifold for spraying a liquid cryogen, this spray manifold located inside the chamber, and outside the drum, opposite a portion of the drum wall located in the area where products enter the drum, - this additional spray manifold is capable of directing liquid cryogen to said portion of the drum wall and through this portion of the wall, via said perforations, to the products that enter the drum.
A hybrid vehicle comprising an automatic transmission control device, an engine, an automatic transmission configured to change a speed of rotation of the engine and to transmit the rotation to a drive shaft via a differential mechanism, a motor connected to the differential mechanism via a reducer, and a clutch configured to release or connect power transmission between the engine and the drive shaft, the automatic transmission control device comprising a control unit configured to control the automatic transmission and the clutch to control switching of gear stages of the automatic transmission, wherein the control unit is configured to change a releasing speed of the clutch in a clutch releasing process during a speed change of the automatic transmission and to cause the motor to output a speed-change assist torque as well as a travel assist torque at a timing according to an output state of the travel assist torque of the motor at a start of the speed change of the automatic transmission.
A system for controlling a magnitude of a sonic boom caused by off-design-condition operation of a supersonic aircraft (42, 122)at supersonic speeds, the system comprising: a first sensor (90, 92, 94, 96, 98, 100, 102, 124, 126) configured to detect a first condition of the supersonic aircraft; a pair of wings configured to move fore and aft; and a processor communicatively coupled with the sensor and operatively coupled with the pair of wings, the processor configured to: receive a first information from the first sensor, the first information indicative of the first condition of the supersonic aircraft, calculate a lift distribution of the supersonic aircraft based, at least in part, on the first information, determine an existence of a deviation of the lift distribution from a desired lift distribution based on the flight condition, control the pair of wings to move in a direction that redistributes the lift in a manner that more closely conforms to the desired lift distribution, wherein the magnitude of the sonic boom is reduced when the deviation is reduced. a first sensor (90, 92, 94, 96, 98, 100, 102, 124, 126) configured to detect a first condition of the supersonic aircraft; a pair of wings configured to move fore and aft; and a processor communicatively coupled with the sensor and operatively coupled with the pair of wings, the processor configured to: receive a first information from the first sensor, the first information indicative of the first condition of the supersonic aircraft, calculate a lift distribution of the supersonic aircraft based, at least in part, on the first information, determine an existence of a deviation of the lift distribution from a desired lift distribution based on the flight condition, control the pair of wings to move in a direction that redistributes the lift in a manner that more closely conforms to the desired lift distribution, wherein the magnitude of the sonic boom is reduced when the deviation is reduced. receive a first information from the first sensor, the first information indicative of the first condition of the supersonic aircraft, calculate a lift distribution of the supersonic aircraft based, at least in part, on the first information, determine an existence of a deviation of the lift distribution from a desired lift distribution based on the flight condition, control the pair of wings to move in a direction that redistributes the lift in a manner that more closely conforms to the desired lift distribution, wherein the magnitude of the sonic boom is reduced when the deviation is reduced.
A hardware interface component arranged to operably couple at least one arithmetic unit to an interconnect component of a processing system, the hardware interface component comprising: a plurality of program-visible registers; and at least one operation decoder component, wherein the at least one operation decoder component is arranged to, upon receipt of a write access request via the interconnect component corresponding to a decorated memory-mapped address range for the hardware interface component: decode a register identifier component of a target address of the received write access request based on the decorated memory-mapped address range to identify at least one of the program-visible registers; decode a decoration component of the target address of the received write access request based on the decorated memory-mapped address range to identify an arithmetic operation to be performed; and configure the arithmetic unit to perform the identified arithmetic operation on at least one input operand within the identified at least one program-visible register, wherein the register identifier component is mapped within lesser significant bits of the target address of the received write access request and the decoration component is mapped within more significant bits of the target address of the received write access request, each arithmetic operation comprises an address space within the decorated memory-mapped address range for the hardware interface component and wherein the plurality of program-visible registers is mapped in the address space for each arithmetic operation. a plurality of program-visible registers; and at least one operation decoder component, decode a register identifier component of a target address of the received write access request based on the decorated memory-mapped address range to identify at least one of the program-visible registers; decode a decoration component of the target address of the received write access request based on the decorated memory-mapped address range to identify an arithmetic operation to be performed; and configure the arithmetic unit to perform the identified arithmetic operation on at least one input operand within the identified at least one program-visible register, wherein the register identifier component is mapped within lesser significant bits of the target address of the received write access request and the decoration component is mapped within more significant bits of the target address of the received write access request, each arithmetic operation comprises an address space within the decorated memory-mapped address range for the hardware interface component and wherein the plurality of program-visible registers is mapped in the address space for each arithmetic operation.
A foundry mix comprising: (a) foundry aggregate; and (b) a carbonate salt in an amount between 0.25 to 5.0 percent by weight based upon the weight of the foundry aggregate, the carbonate salt being magnesium carbonate and calcium carbonate. (a) foundry aggregate; and (b) a carbonate salt in an amount between 0.25 to 5.0 percent by weight based upon the weight of the foundry aggregate, the carbonate salt being magnesium carbonate and calcium carbonate.
An agricultural combine harvester operable to move across an agricultural field and configured to harvest crop plants therefrom, the agricultural combine harvester comprising: a chassis; a cutting head assembly coupled to the chassis, the cutting head assembly configured to reap the crop plants from the agricultural field; a threshing assembly positioned downstream of the cutting head assembly, the threshing assembly configured to receive the reaped crop plants from the cutting head assembly and separate the crop plants into a crop portion and a residue portion; a chopping assembly positioned downstream of the threshing assembly, the chopping assembly including an inlet, an outlet defining an outlet area, and a plurality of blades between the inlet and the outlet, the plurality of blades configured to chop the residue portion before the residue portion exits the chopping assembly through the outlet; and a control processor in communication with an actuator adapted to increase and decrease the area of the outlet of the chopping assembly, the control processor configured to receive a first signal corresponding to a condition representative of a characteristic of the crop plants, the control processor also configured to generate a second signal operable to change the area of the outlet based on the condition, characterized in that the condition is a physical characteristic of the crop plants traveling through a component upstream relative to the chopping assembly. a chassis; a cutting head assembly coupled to the chassis, the cutting head assembly configured to reap the crop plants from the agricultural field; a threshing assembly positioned downstream of the cutting head assembly, the threshing assembly configured to receive the reaped crop plants from the cutting head assembly and separate the crop plants into a crop portion and a residue portion; a chopping assembly positioned downstream of the threshing assembly, the chopping assembly including an inlet, an outlet defining an outlet area, and a plurality of blades between the inlet and the outlet, the plurality of blades configured to chop the residue portion before the residue portion exits the chopping assembly through the outlet; and a control processor in communication with an actuator adapted to increase and decrease the area of the outlet of the chopping assembly, the control processor configured to receive a first signal corresponding to a condition representative of a characteristic of the crop plants, the control processor also configured to generate a second signal operable to change the area of the outlet based on the condition, characterized in that the condition is a physical characteristic of the crop plants traveling through a component upstream relative to the chopping assembly.
Method of diagnosis or assessing the status of a disease or diseases associated with synaptic degeneration, wherein the disease or diseases associated with synaptic degeneration are one or more of Alzheimer's disease, Creutzfeldt-Jakob disease, traumatic brain injury, stroke, and/or glioma, the method comprising determining the concentration of ß-synuclein in a sample of a patient, wherein the sample of the patient is blood, serum, or plasma, and wherein the method is carried out ex vivo.
A dry powder formulation comprising a. a micronized formoterol fumarate dihydrate and micronized budesonide and, b. lactose monohydrate as a carrier comprising fine lactose monohydrate particles and coarse lactose monohydrate particles; d 0.5 particle size by volume of the fine lactose monohydrate particles is between 0.5 μm and 25 μm and d 0.5 particle size by volume of the coarse lactose monohydrate particles is between 40 μm and 200 μm characterized in that the poured bulk density of the dry powder formulation is between 0.42 g/ml and 0.57 g/ml. a. a micronized formoterol fumarate dihydrate and micronized budesonide and, b. lactose monohydrate as a carrier comprising fine lactose monohydrate particles and coarse lactose monohydrate particles; d 0.5 particle size by volume of the fine lactose monohydrate particles is between 0.5 μm and 25 μm and d 0.5 particle size by volume of the coarse lactose monohydrate particles is between 40 μm and 200 μm
A method in a portable device for displaying map data, the method comprising: obtaining, by one or more processors in a portable device, a request for map data of a geographic area; displaying, by the one or more processors, a panoramic view of geolocated imagery for a first portion of the geographic area; and simultaneously displaying, by the one or more processors, a non-panoramic map representation for a second portion of the geographic area, including displaying an intersection between the panoramic view and the non-panoramic map representation at a common geographic boundary shared between the first portion of the geographic area and the second portion of the geographic area, wherein the non-panoramic map representation replaces sky depicted in the panoramic view; the method further comprising: obtaining, by the one or more processors, a gesture from a user applied at a location on the panoramic view or the non-panoramic map representation which does not correspond to a center position of the geographic area; and zooming, by the one or more processors, the panoramic view or the non-panoramic map representation according to the gesture on a location at the intersection between the panoramic view and the non-panoramic map representation without panning the panoramic view away from the geographic area. obtaining, by one or more processors in a portable device, a request for map data of a geographic area; displaying, by the one or more processors, a panoramic view of geolocated imagery for a first portion of the geographic area; and simultaneously displaying, by the one or more processors, a non-panoramic map representation for a second portion of the geographic area, including displaying an intersection between the panoramic view and the non-panoramic map representation at a common geographic boundary shared between the first portion of the geographic area and the second portion of the geographic area, wherein the non-panoramic map representation replaces sky depicted in the panoramic view; obtaining, by the one or more processors, a gesture from a user applied at a location on the panoramic view or the non-panoramic map representation which does not correspond to a center position of the geographic area; and zooming, by the one or more processors, the panoramic view or the non-panoramic map representation according to the gesture on a location at the intersection between the panoramic view and the non-panoramic map representation without panning the panoramic view away from the geographic area.
A control apparatus configured to perform image stabilization using a first image stabilization unit and a second image stabilization unit, the control apparatus comprising a determining unit configured to determine a correction ratio between the first image stabilization unit and the second image stabilization unit, characterized in that the determining unit determines the correction ratio between the first image stabilization unit and the second image stabilization unit such that a proportion of the second image stabilization unit in the correction ratio increases as a shortest distance to a movable end of the first image stabilization unit decreases, wherein the determining unit determines the correction ratio between the first image stabilization unit and the second image stabilization unit such that the proportion of the second image stabilization unit at a first timing in which a shortest distance to a movable end of the first image stabilization unit is a first distance is larger than the proportion of the second image stabilization unit at a second timing different from the first timing in which the shortest distance to the movable end of the first image stabilization unit is a second distance longer than the first distance. characterized in that the determining unit determines the correction ratio between the first image stabilization unit and the second image stabilization unit such that a proportion of the second image stabilization unit in the correction ratio increases as a shortest distance to a movable end of the first image stabilization unit decreases, wherein the determining unit determines the correction ratio between the first image stabilization unit and the second image stabilization unit such that the proportion of the second image stabilization unit at a first timing in which a shortest distance to a movable end of the first image stabilization unit is a first distance is larger than the proportion of the second image stabilization unit at a second timing different from the first timing in which the shortest distance to the movable end of the first image stabilization unit is a second distance longer than the first distance.
A medical device for detecting a cardiac event, comprising: sensing circuitry (200, 204) configured to receive a cardiac signal from a plurality of electrodes (17, 21) coupled to the medical device; and a processor configured to: identify R-waves in the cardiac signal attendant ventricular depolarizations over a predetermined time period; determine RR-intervals between successive R-waves in the sensed cardiac signal over the predetermined time period, classify the predetermined time period as detecting an atrial tachyarrhythmia based on an analysis of the RR-intervals; iteratively sense groups of a predetermined number of P-waves attendant atrial depolarizations over a subsequent predetermined time period in response to classifying the predetermined time period as detecting the atrial tachyarrhythmia; and confirm the atrial tachyarrhythmia based on an analysis of the iteratively sensed groups of P-waves. sensing circuitry (200, 204) configured to receive a cardiac signal from a plurality of electrodes (17, 21) coupled to the medical device; and a processor configured to: identify R-waves in the cardiac signal attendant ventricular depolarizations over a predetermined time period; determine RR-intervals between successive R-waves in the sensed cardiac signal over the predetermined time period, classify the predetermined time period as detecting an atrial tachyarrhythmia based on an analysis of the RR-intervals; iteratively sense groups of a predetermined number of P-waves attendant atrial depolarizations over a subsequent predetermined time period in response to classifying the predetermined time period as detecting the atrial tachyarrhythmia; and confirm the atrial tachyarrhythmia based on an analysis of the iteratively sensed groups of P-waves. identify R-waves in the cardiac signal attendant ventricular depolarizations over a predetermined time period; determine RR-intervals between successive R-waves in the sensed cardiac signal over the predetermined time period, classify the predetermined time period as detecting an atrial tachyarrhythmia based on an analysis of the RR-intervals; iteratively sense groups of a predetermined number of P-waves attendant atrial depolarizations over a subsequent predetermined time period in response to classifying the predetermined time period as detecting the atrial tachyarrhythmia; and confirm the atrial tachyarrhythmia based on an analysis of the iteratively sensed groups of P-waves.