mhurhangee/ep-ind-claims huggingface dataset:
A sub-assembly for an injector pen, comprising: a dose selector housing, which comprises a distal end and a proximal end and which defines an axis from the distal end to the proximal end; and a nut for guiding a piston rod, whereby the nut comprises engagement means for securely engaging a cartridge housing when the sub-assembly is assembled into an injector pen; wherein the distal end of the dose selector housing defines an opening, through which the nut can be inserted to move along the axis through an intermediate axial position in the dose selector housing and reach a final axial position in the dose selector housing; and characterized in that: the nut comprises an outwardly facing lip; and the dose selector housing comprises an inwardly facing indent; whereby, when the nut is in the intermediate axial position, the lip of the nut is releasably located in the indent of the dose selector housing. a dose selector housing, which comprises a distal end and a proximal end and which defines an axis from the distal end to the proximal end; and a nut for guiding a piston rod, whereby the nut comprises engagement means for securely engaging a cartridge housing when the sub-assembly is assembled into an injector pen; wherein the distal end of the dose selector housing defines an opening, through which the nut can be inserted to move along the axis through an intermediate axial position in the dose selector housing and reach a final axial position in the dose selector housing; and the nut comprises an outwardly facing lip; and the dose selector housing comprises an inwardly facing indent; whereby, when the nut is in the intermediate axial position, the lip of the nut is releasably located in the indent of the dose selector housing.
A detector arrangement of an X-ray system for generating phase-contrast images of an object comprising: - a first diffraction grating; - a second diffraction grating; and - a detector with a sensor; wherein the first diffraction grating is a phase grating; wherein the second diffraction grating is an analyzer grating; wherein the analyzer grating or phase grating is adapted to be stepped in a predetermined relation to the analyzer grating; characterized in that the sensor comprises at least one sensor pixel of a first sub-group of pixels and at least one sensor pixel of a second sub-group of pixels; the phase grating and the analyzer grating comprise a first sub-area with - at least one portion of a first grating structure; and - at least one portion of a second grating structure; the first grating structure comprises a plurality of bars and gaps with a first grating orientation G O1, being arranged periodically; wherein the bars are arranged such that they change the phase and/or amplitude of an X-ray radiation and wherein the gaps are X-ray transparent; the second grating structure comprises a plurality of bars and gaps with a second grating orientation G O2, being arranged periodically; wherein the bars are arranged such that they change the phase and/or amplitude of an X-ray radiation and wherein the gaps are X-ray transparent; the first grating orientation G O1 is different than the second grating orientation G O2; the first and second diffraction gratings are each adapted to be translated in relation to the sensor from a first position to at least a second position with a first translation pitch P T1; the translation pitch P T1 is adapted to the portions of the first and/or second grating structures of the diffraction gratings; and in the first and second position, different fractions of the sensor are arranged behind the portions of the first and second grating structures. - a first diffraction grating; - a second diffraction grating; and - a detector with a sensor; wherein the first diffraction grating is a phase grating; - at least one portion of a first grating structure; and - at least one portion of a second grating structure;
Method for operating a subprocess within an overall process, - in which the subprocess requires steam, which is not or not completely used up in the subprocess, and - in which in addition to an external supply of steam to the subprocess a feed gas flow containing steam with a steam partial pressure p 1 is introduced into the subprocess and a product gas flow with a steam partial pressure p 2 > p 1 is removed from the subprocess, - in which in the overall process a synthesis gas occurs, which is used as a feed gas flow and then passes through the subprocess to increase the H 2 yield, - in which a process for converting CO and H 2 O into CO 2 and H 2 by means of a water-gas shift reaction is provided as a subprocess, - in which the product gas flow from the subprocess is supplied to the retentate side of a membrane module as feed and leaves this membrane module with a reduced steam partial pressure p 2 -Δp 2 as retentate, - in which before entering into the subprocess the feed gas flow is supplied to the permeate side of this membrane module and leaves it with an increased steam partial pressure p 1 +Δp 1 as permeate, which is then supplied to the subprocess, - in which because of a partial pressure fall for H 2 O of at least 10 hPa in the membrane module steam from the product gas flow on the retentate side is conducted through a steam-selective membrane directly to the feed gas flow on the permeate side. - in which the subprocess requires steam, which is not or not completely used up in the subprocess, and - in which in addition to an external supply of steam to the subprocess a feed gas flow containing steam with a steam partial pressure p 1 is introduced into the subprocess and a product gas flow with a steam partial pressure p 2 > p 1 is removed from the subprocess, - in which in the overall process a synthesis gas occurs, which is used as a feed gas flow and then passes through the subprocess to increase the H 2 yield, - in which a process for converting CO and H 2 O into CO 2 and H 2 by means of a water-gas shift reaction is provided as a subprocess, - in which the product gas flow from the subprocess is supplied to the retentate side of a membrane module as feed and leaves this membrane module with a reduced steam partial pressure p 2 -Δp 2 as retentate, - in which before entering into the subprocess the feed gas flow is supplied to the permeate side of this membrane module and leaves it with an increased steam partial pressure p 1 +Δp 1 as permeate, which is then supplied to the subprocess, - in which because of a partial pressure fall for H 2 O of at least 10 hPa in the membrane module steam from the product gas flow on the retentate side is conducted through a steam-selective membrane directly to the feed gas flow on the permeate side.
An in-wheel motor driving device comprising a motor section; a wheel hub bearing section; a speed reducer section; and a wheel braking device; the motor section's output shaft being coaxially connected with the wheel hub bearing section via the speed reducer section; wherein the wheel braking device is provided by a drum brake including a brake drum (71 a) which is fastened to a hub ring in the wheel hub bearing section; and a back plate which is disposed on a side of a fixing ring of the wheel hub bearing section, the back plate (71 b) of the drum brake being formed integrally with an outboard-side end member which is made of an iron or steel material and fastened to an outboard-side end surface of a housing made of aluminum alloy of the speed reducer section, the outboard-side end member being formed with bolt holes for bolts to fasten the fixing-ring of the wheel hub bearing section, and the outboard-side end member being fixed to the housing of the speed reducer section on an outer diameter side of the speed reducer section using bolts.
A system for the movement of fluids into and out of a surgical field, the system being characterized in that it comprises: a control module manipulated by a user; a valvular unit positioned outside said surgical field and comprising two valves (26, 28) controlled by said user via said control module, said valve unit controlling flow of a fluid; and a tube set having a proximal branch and a distal branch, wherein said proximal branch is opened and closed by said valve unit, passes through said valves (26, 28) and is connected to at least a fluid source, and at least a portion of said distal branch being flexible and configured for insertion through a surgical port, and a distal tip of said distal branch configured to be grasped and manipulated with a surgical tool within a surgical field. a control module manipulated by a user; a valvular unit positioned outside said surgical field and comprising two valves (26, 28) controlled by said user via said control module, said valve unit controlling flow of a fluid; and a tube set having a proximal branch and a distal branch, wherein said proximal branch is opened and closed by said valve unit, passes through said valves (26, 28) and is connected to at least a fluid source, and at least a portion of said distal branch being flexible and configured for insertion through a surgical port, and a distal tip of said distal branch configured to be grasped and manipulated with a surgical tool within a surgical field.
A system comprising: a treatment probe; a first tracking sensor configured to track a location of the treatment probe; an ultrasound imager adapted for navigation inside a patient's body and configured to generate real-time ultrasound images, the ultrasound imager including an ultrasound transducer; a second tracking sensor configured to track a location of the ultrasound imager; a tracking system configured to receive location information from the first and second tracking sensors, to track the location of the treatment probe and the location of the ultrasound imager, and to display the real-time ultrasound images and a representation of the treatment probe in one or more pre-stored images; and a sensor mount (142, 143) configured to slidably and releasably engage with the distal tip of the ultrasound imager; wherein the second tracking sensor is mounted on the inside of the sensor mount at a predetermined position to have a spatial relationship with the distal tip of the ultrasound imager such that the second tracking sensor is located near the ultrasound transducer but not on the ultrasound transducer to ensure that the second tracking sensor does not interfere with the ultrasound transducer. a treatment probe; a first tracking sensor configured to track a location of the treatment probe; an ultrasound imager adapted for navigation inside a patient's body and configured to generate real-time ultrasound images, the ultrasound imager including an ultrasound transducer; a second tracking sensor configured to track a location of the ultrasound imager; a tracking system configured to receive location information from the first and second tracking sensors, to track the location of the treatment probe and the location of the ultrasound imager, and to display the real-time ultrasound images and a representation of the treatment probe in one or more pre-stored images; and a sensor mount (142, 143) configured to slidably and releasably engage with the distal tip of the ultrasound imager; wherein the second tracking sensor is mounted on the inside of the sensor mount at a predetermined position to have a spatial relationship with the distal tip of the ultrasound imager such that the second tracking sensor is located near the ultrasound transducer but not on the ultrasound transducer to ensure that the second tracking sensor does not interfere with the ultrasound transducer.
A climate generator adapted to produce a flow of air controlled temperature and relative humidity values (tc, ic), comprising: - bubbler means adapted to receive a flow of air to be conditioned (Ga) having a first temperature (ta) and a first value of relative humidity (ia), comprising a predetermined volume of water at a second temperature, which are adapted to emit a flow of air saturated with water vapor (Gb) at said second temperature; - heat exchanger means associated with said bubbler means, arranged to adjust said second temperature of said predetermined volume of water and/or to provide a quantity of latent heat of evaporation to said predetermined volume of water; and characterized by further comprising heater means adapted to heat the flow of air at the dew point (Gb) exiting from the bubbler means up to said controlled temperature value of the flow of air (tc) produced by the climate generator, wherein said second temperature is established according to said temperature and relative humidity with controlled values (tc, ic) of the flow of air produced by the climate generator (Gc), so that the heating of the flow of air at the dew point (Gb) from said second temperature to said controlled temperature value results in a decrease of the relative humidity (ic) of said flow of air produced by the climate generator (Gc) to said controlled relative humidity value. - bubbler means adapted to receive a flow of air to be conditioned (Ga) having a first temperature (ta) and a first value of relative humidity (ia), comprising a predetermined volume of water at a second temperature, which are adapted to emit a flow of air saturated with water vapor (Gb) at said second temperature; - heat exchanger means associated with said bubbler means, arranged to adjust said second temperature of said predetermined volume of water and/or to provide a quantity of latent heat of evaporation to said predetermined volume of water; and characterized by further comprising heater means adapted to heat the flow of air at the dew point (Gb) exiting from the bubbler means up to said controlled temperature value of the flow of air (tc) produced by the climate generator,
A lock of a door or door wing with which a flat plate is associated frontally which is provided with a handle and on which an oval access opening for a cylinder is provided, said lock comprising a protection device comprising a covering element, which is shaped complementarily to said oval opening and is internally hollow, is provided with a circular front access window for said cylinder and with which a slider is associated internally and slidingly, said slider being provided externally with a temporary grip tab for a magnetic key and accommodating internally a combination element with two or more cams (21a, 21b), which is adapted to allow/block temporarily the sliding of said slider with respect to said covering element in order to conceal temporarily said front window.
Apparatus comprising: a ventricular assist device comprising a blood pump comprising an impeller configured to be placed inside a left ventricle of a subject and to pump blood from the subject's left ventricle to an aorta of the subject; a blood pressure sensor configured to measure aortic pressure of the subject; a computer processor, characterized in that the computer processor is configured to: vary a flow rate that is generated by the blood pump by changing a rotation rate of the impeller; determine a relationship between arterial pulsatility of the subject and the flow rate that is generated by the blood pump, based upon aortic pressure that is measured by the blood pressure sensor as the flow rate that is generated by the blood pump is varied; and estimate native cardiac output of the subject at least partially based upon the relationship. a ventricular assist device comprising a blood pump comprising an impeller configured to be placed inside a left ventricle of a subject and to pump blood from the subject's left ventricle to an aorta of the subject; a blood pressure sensor configured to measure aortic pressure of the subject; a computer processor, vary a flow rate that is generated by the blood pump by changing a rotation rate of the impeller; determine a relationship between arterial pulsatility of the subject and the flow rate that is generated by the blood pump, based upon aortic pressure that is measured by the blood pressure sensor as the flow rate that is generated by the blood pump is varied; and estimate native cardiac output of the subject at least partially based upon the relationship.
A pharmaceutical composition deliverable from a metered dose inhaler, comprising: a suspension medium comprising a pharmaceutically acceptable propellant; two or more different species of active agent particles, wherein each of the two or more different species of active agent particles comprises a different active agent, wherein a first species of active agent particles comprises an active agent selected from glycopyrrolate, including any pharmaceutically acceptable salts, esters, enantiomers, mixtures of enantiomers or solvates thereof, a second species of active agent particles comprises an active agent selected from formoterol including any pharmaceutically acceptable salts, esters, enantiomers, mixtures of enantiomers or solvates thereof; and one or more species of respirable suspending particles, wherein the two or more different species of active agent particles and one or more species of suspending particles co-locate within the suspension medium to form a co-suspension; wherein at least one species of suspending particles comprises perforated microstructures wherein the perforated microstructures comprise DSPC (1,2-disteroyl-sn-glycero-3-phosphocholine) and calcium chloride. a suspension medium comprising a pharmaceutically acceptable propellant; two or more different species of active agent particles, wherein each of the two or more different species of active agent particles comprises a different active agent, wherein a first species of active agent particles comprises an active agent selected from glycopyrrolate, including any pharmaceutically acceptable salts, esters, enantiomers, mixtures of enantiomers or solvates thereof, a second species of active agent particles comprises an active agent selected from formoterol including any pharmaceutically acceptable salts, esters, enantiomers, mixtures of enantiomers or solvates thereof; and one or more species of respirable suspending particles, wherein the two or more different species of active agent particles and one or more species of suspending particles co-locate within the suspension medium to form a co-suspension; wherein at least one species of suspending particles comprises perforated microstructures wherein the perforated microstructures comprise DSPC (1,2-disteroyl-sn-glycero-3-phosphocholine) and calcium chloride.
Communication unit, in particular smart meter gateway, having a basic printed circuit board, at least one modular printed circuit board (17, 18, 19, 20) and a housing for assembly on a carrier rail, in particular on a top-hat rail, wherein a wall of the housing - assembly wall - is constructed as a receiving member for the carrier rail, wherein the basic printed circuit board and the at least one modular printed circuit board (17, 18, 19, 20) are arranged in the housing, wherein the basic printed circuit board is arranged in a wall (5, 6, 7) of the housing and extends substantially in a plane parallel with this wall, wherein the at least one modular printed circuit board (17, 18, 19, 20) extends in a plane orthogonal to the basic printed circuit board and orthogonal to an extent direction (x) of the receiving member for the carrier rail and is electrically connected to the basic printed circuit board, wherein the extent direction (x) of the receiving member is perpendicular to a modular wall of the housing and wherein each of the plurality of modular printed circuit boards (17, 18, 19, 20) has a predetermined function region and is constructed as a network component module, as a safety module, as a communication module or as a radio module.
A trailer detection system configured to determine a presence of a trailer towed by a host vehicle, said system comprising: a camera used to capture images of an area behind the host vehicle; an angle detector configured to determine a trailer angle; and a controller in communication with the camera, characterized in that said controller is configured to detect a position of edges in the images and determine that the edges are associated with a front of a trailer towed by the host vehicle when the position of tracked edges moves less than a movement threshold in any direction, wherein the movement threshold corresponds to a predetermined pixel count; in accordance with the determination that the edges are associated with the front of the trailer, the controller is further configured to adjust the movement threshold for the tracked edges based on the trailer angle so that the tracked edges are determined by the controller to remain associated with the front of the trailer; the controller is further configured to determine a trailer height based on the position of edges associated with the front of the trailer. a camera used to capture images of an area behind the host vehicle; an angle detector configured to determine a trailer angle; and a controller in communication with the camera, characterized in that said controller is configured to detect a position of edges in the images and determine that the edges are associated with a front of a trailer towed by the host vehicle when the position of tracked edges moves less than a movement threshold in any direction, wherein the movement threshold corresponds to a predetermined pixel count; in accordance with the determination that the edges are associated with the front of the trailer, the controller is further configured to adjust the movement threshold for the tracked edges based on the trailer angle so that the tracked edges are determined by the controller to remain associated with the front of the trailer; the controller is further configured to determine a trailer height based on the position of edges associated with the front of the trailer.
A refrigerating apparatus comprising: a vacuum adiabatic body comprising: a first plate defining at least a portion of a wall for a first space having a first temperature, the first space forming a cavity, a second plate defining at least a portion of a wall for a second space having a second temperature different from the first temperature, a sealing part sealing the first plate and the second plate to provide a third space between the first plate and the second plate that has a third temperature between the first temperature and the second temperature and is in a vacuum state, a supporting unit provided in the third space to support the first and second plates (10, 20) to maintain the third space, a heat resistance unit for reducing heat transfer between the first plate and the second plate, and a vacuum port through which a gas in the third space is discharged; and a heat exchange module comprising a heat exchanger and a fan configured to cycle air through the heat exchanger and the cavity; characterized in that the heat exchange module contacts an inner surface of the cavity provided by the first plate and the second plate. a first plate defining at least a portion of a wall for a first space having a first temperature, the first space forming a cavity, a second plate defining at least a portion of a wall for a second space having a second temperature different from the first temperature, a sealing part sealing the first plate and the second plate to provide a third space between the first plate and the second plate that has a third temperature between the first temperature and the second temperature and is in a vacuum state, a supporting unit provided in the third space to support the first and second plates (10, 20) to maintain the third space, a heat resistance unit for reducing heat transfer between the first plate and the second plate, and a vacuum port through which a gas in the third space is discharged; and a heat exchange module comprising a heat exchanger and a fan configured to cycle air through the heat exchanger and the cavity; characterized in that the heat exchange module contacts an inner surface of the cavity provided by the first plate and the second plate.