mhurhangee/ep-ind-claims huggingface dataset:
A piston for a cartridge to be filled with a medicament, the piston comprising: - a first piston member comprising a first material and forming a distal end face of the piston, - a second piston member comprising a second material of lower compressibility compared to the first material, - wherein the second piston member is arranged in a cupped receptacle of the first piston member and providing a thrust receiving surface at a proximal end of the piston, - wherein the thrust receiving surface of the second piston member is flush-mounted with a proximal end face of the first piston member to form an even or flat shaped proximal surface of the piston, characterized by - an electronic circuit equipped with a wireless communication unit and arranged between a proximally directed bottom face of the first piston member and a distally directed end face of the second piston member, which bottom face and end face mutually abut, and wherein the distal end face of the second piston member and/or the bottom face of the first piston member comprise a recess to receive the electronic circuit. - a first piston member comprising a first material and forming a distal end face of the piston, - a second piston member comprising a second material of lower compressibility compared to the first material, - wherein the second piston member is arranged in a cupped receptacle of the first piston member and providing a thrust receiving surface at a proximal end of the piston, - wherein the thrust receiving surface of the second piston member is flush-mounted with a proximal end face of the first piston member to form an even or flat shaped proximal surface of the piston, characterized by - an electronic circuit equipped with a wireless communication unit and
A method to automatically control a drivetrain provided with a servo-assisted transmission; wherein the drivetrain belongs to a vehicle driven by a driver and provided also with an internal combustion engine, with an accelerator pedal, and with a brake pedal; the control method comprises the steps of: measuring a rotation speed (ω E) of the internal combustion engine; carrying out a downshift of the servo-assisted transmission in an autonomous manner and independently of an intervention of the driver, when the rotation speed (ω E) of the internal combustion engine reaches a lower threshold (TH DOWN); and carrying out an upshift of the servo-assisted transmission in an autonomous manner and independently of an intervention of the driver, when the rotation speed (ω E) of the internal combustion engine reaches an upper threshold (TH UP); the control method is characterized in that it comprises the further steps of: detecting a release of the accelerator pedal in a first instant (t 1); waiting, starting from the first instant (t 1), a time interval until a second instant (t 2), which is subsequent to the first instant (t 1); and increasing a value of the lower threshold (TH DOWN) starting from the second instant (t 2) until a following pressing of the accelerator pedal, if in the second instant (t 2) the rotation speed (ω E) of the internal combustion engine still exceeds the lower threshold (TH DOWN). measuring a rotation speed (ω E) of the internal combustion engine; carrying out a downshift of the servo-assisted transmission in an autonomous manner and independently of an intervention of the driver, when the rotation speed (ω E) of the internal combustion engine reaches a lower threshold (TH DOWN); and carrying out an upshift of the servo-assisted transmission in an autonomous manner and independently of an intervention of the driver, when the rotation speed (ω E) of the internal combustion engine reaches an upper threshold (TH UP); the control method is characterized in that it comprises the further steps of: detecting a release of the accelerator pedal in a first instant (t 1); waiting, starting from the first instant (t 1), a time interval until a second instant (t 2), which is subsequent to the first instant (t 1); and increasing a value of the lower threshold (TH DOWN) starting from the second instant (t 2) until a following pressing of the accelerator pedal, if in the second instant (t 2) the rotation speed (ω E) of the internal combustion engine still exceeds the lower threshold (TH DOWN). detecting a release of the accelerator pedal in a first instant (t 1); waiting, starting from the first instant (t 1), a time interval until a second instant (t 2), which is subsequent to the first instant (t 1); and increasing a value of the lower threshold (TH DOWN) starting from the second instant (t 2) until a following pressing of the accelerator pedal, if in the second instant (t 2) the rotation speed (ω E) of the internal combustion engine still exceeds the lower threshold (TH DOWN).
A compound of formula 2-phenyl-6-(1H-imidazol-1-yl) quinazoline or a pharmaceutically acceptable salt thereof for use in the prevention of side effects to at least one opioid, wherein the side effects are selected from chronic constipation and sedation.
Hob with a cooking surface which is embodied from glass ceramic, embodied for positioning of a preparation vessel, wherein the cooking surface features a cutout in the outside edge of the glass ceramic, in which an insert is arranged, characterised in that the insert is embodied from a material that differs from the glass ceramic, which is permeable to light of the blue spectral range, and the insert is embodied from grey glass.
A pneumatic tire comprising: a narrow groove formed on a tread surface, the narrow groove extending in a direction inclined with respect to a tire circumferential direction and having a width smaller than a depth; and an inflow portion opening to the tread surface, the inflow portion being formed on at least one of walls of the narrow groove facing each other in the tire circumferential direction, wherein the inflow portion has a deepest portion on a side opening to the wall of the narrow groove; the narrow groove has either end terminated within a land portion, and the inflow portion is formed at an end of a longitudinal direction of the narrow groove, CHARACTERISED IN THAT: a depth of the inflow portion gradually increases toward the side opening to the wall of the narrow groove. a narrow groove formed on a tread surface, the narrow groove extending in a direction inclined with respect to a tire circumferential direction and having a width smaller than a depth; and an inflow portion opening to the tread surface, the inflow portion being formed on at least one of walls of the narrow groove facing each other in the tire circumferential direction, wherein the inflow portion has a deepest portion on a side opening to the wall of the narrow groove; the narrow groove has either end terminated within a land portion, and the inflow portion is formed at an end of a longitudinal direction of the narrow groove, CHARACTERISED IN THAT: a depth of the inflow portion gradually increases toward the side opening to the wall of the narrow groove. a depth of the inflow portion gradually increases toward the side opening to the wall of the narrow groove.
A sound field measuring device comprising: an external output unit configured to output a measurement signal composed of a periodic function having a code length to a speaker so that the measurement signal is output from the speaker; a microphone configured to pick up the measurement signal output from the speaker; a Fourier transform unit configured to obtain frequency characteristics by Fourier transforming measurement sound picked up by the microphone with a sample length of 2 m; a thinning-out unit configured to remove noise from the frequency characteristics obtained by the Fourier transform unit by removing line spectra except for the (k×2 m-n +1)th line spectra from the frequency characteristics, wherein n and m are each a natural number satisfying m>n, and k is a non-negative integer; and an averaging unit configured to obtain averaged frequency characteristics of a sound field by calculating an average value of signal levels in a predetermined frequency range; characterized in that the code length is 2 n- 1; and the averaging unit is adapted to calculate the average value of signal levels in the predetermined frequency range on the basis of frequency characteristics thinned out by the thinning-out unit while shifting the frequency range in steps of a shorter frequency range than the predetermined frequency range. an external output unit configured to output a measurement signal composed of a periodic function having a code length to a speaker so that the measurement signal is output from the speaker; a microphone configured to pick up the measurement signal output from the speaker; a Fourier transform unit configured to obtain frequency characteristics by Fourier transforming measurement sound picked up by the microphone with a sample length of 2 m; a thinning-out unit configured to remove noise from the frequency characteristics obtained by the Fourier transform unit by removing line spectra except for the (k×2 m-n +1)th line spectra from the frequency characteristics, wherein n and m are each a natural number satisfying m>n, and k is a non-negative integer; and an averaging unit configured to obtain averaged frequency characteristics of a sound field by calculating an average value of signal levels in a predetermined frequency range; the code length is 2 n- 1; and the averaging unit is adapted to calculate the average value of signal levels in the predetermined frequency range on the basis of frequency characteristics thinned out by the thinning-out unit while shifting the frequency range in steps of a shorter frequency range than the predetermined frequency range.
A compound according to Formula, or a pharmaceutically acceptable salt, solvate, or coordination complex thereof: wherein: R 1 and R 2 are independently selected from (C 1 -C 6) alkyl.
Apparatus (BIR1; BIR2) for cleaning inner surfaces of vessels, in particular of barrels or tanks, by means of at least one fluid jet, which strikes the inner surfaces, with a first fluid path (6, 8, 9, 10, 12, 4) as pressure line, which extends from a fluid inlet of the apparatus through a connecting pipe to a spray head or nozzle head having at least one nozzle hole; a second fluid path (1 a, 14b, 14a, 5) as suction line, which extends from a suction head (1 a), having at least one suction hole, through the apparatus (BIR1; BIR2) to a fluid outlet of the apparatus; whereby during the cleaning operation the fluid outlet is disposed outside the vessel to be cleaned and the nozzle head as well as the suction head (1 a) of the apparatus are disposed in the interior of the vessel to be cleaned; and whereby connected to the fluid inlet is a fluid source providing a fluid pressure, i.e. potential energy, and a fluid throughput, i.e. kinetic energy; a section of the suction line extends inside of the connecting pipe of the pressure line, whereby the pressure line in the connecting pipe is formed by a channel, circular in section, between an inner surface of the connecting pipe and an outer surface of the section of the suction line; the nozzle head in the first fluid path is multiaxially rotatably borne and is rotatably driven by the fluid pressure and/or the fluid throughput of the fluid coming from the fluid source, characterized in that provided by the fluid source during the cleaning operation of the apparatus (BIR1; BIR2) is both a flow energy of a fluid jet exiting from a nozzle hole and a suction energy at a suction hole; and the apparatus (BIR1; BIR2) has three formations, by means of which a stable, three-point bearing of the apparatus (BIR1; BIR2) on the vessel is able to be formed, whereby - a first formation of the apparatus is a bunghole plug, which is attachable on the opening of the vessel to be cleaned, - a second formation is an outer support in the form of a support leg, and - a third formation is the suction head (1 a) serving as inner support. - a first formation of the apparatus is a bunghole plug, which is attachable on the opening of the vessel to be cleaned, - a second formation is an outer support in the form of a support leg, and - a third formation is the suction head (1 a) serving as inner support.
A seat heating control system for a smart toilet with a detachable toilet seat, comprising a toilet main body, and the toilet main body is connected to a detachable toilet seat, the toilet main body is provided with a main control panel, and the main control panel is connected to a power supply; the toilet seat is provided with a heat control panel, and the heat control panel is connected to a heating wire; wherein a circuit loop is formed between the main control panel and the heat control panel through a first lead wire and a second lead wire; the first lead wire is connected to a switch control device; a heating information is sent by the main control panel and is converted into a high-frequency switch signal by the switch control device and then sent to the heat control panel; the heat control panel measures the high-frequency switch signal, analyzes the information sent by the main control panel, and controls the heating of the heating wire.
A computer implemented method for generating an estimated depth map for usage in constructing a three-dimensional representation (452/462) of an object, based on captured image data of the object comprising a plurality of images, the method comprising: warping a set of target images, resulting in warped target images, wherein the set of target images is selected from the plurality of images; characterized in that: determining a difference between each warped target image and a reference image, wherein the reference image is from the plurality of images; determining, for each warped target image, an alpha mask comprising per-pixel weights; and updating an initialized depth map based on alpha mask, resulting in the estimated depth map. warping a set of target images, resulting in warped target images, wherein the set of target images is selected from the plurality of images; characterized in that: determining a difference between each warped target image and a reference image, wherein the reference image is from the plurality of images; determining, for each warped target image, an alpha mask comprising per-pixel weights; and updating an initialized depth map based on alpha mask, resulting in the estimated depth map. determining a difference between each warped target image and a reference image, wherein the reference image is from the plurality of images; determining, for each warped target image, an alpha mask comprising per-pixel weights; and updating an initialized depth map based on alpha mask, resulting in the estimated depth map.
An occlusion clamp comprising: a spring comprising at least two elongated legs (114, 116) coupled together at a first end and independently repositionable with respect to one another at second, free ends so that the spring is open-ended, the spring having a dominant dimension measured from the first end to one of the second ends; a first runner coupled to a first leg of the at least two elongated legs (114, 116), the first runner comprising an elongated occlusion beam having an occlusion surface, the first runner having a dominant dimension; a second runner coupled to a second leg of the at least two elongated legs (114, 116), the second runner comprising an elongated occlusion beam having an occlusion surface, the second runner having a dominant dimension; wherein the spring is configured to bias the occlusion surface of the first runner toward the occlusion surface of the second runner; wherein the dominant dimensions of the spring, first runner, and the second runner extend in generally the same direction; and, characterised in that the occlusion surfaces of the first and second runners (104. 106) by default are parallel and contact one another along a majority of the dominant dimension. a spring comprising at least two elongated legs (114, 116) coupled together at a first end and independently repositionable with respect to one another at second, free ends so that the spring is open-ended, the spring having a dominant dimension measured from the first end to one of the second ends; a first runner coupled to a first leg of the at least two elongated legs (114, 116), the first runner comprising an elongated occlusion beam having an occlusion surface, the first runner having a dominant dimension; a second runner coupled to a second leg of the at least two elongated legs (114, 116), the second runner comprising an elongated occlusion beam having an occlusion surface, the second runner having a dominant dimension; wherein the spring is configured to bias the occlusion surface of the first runner toward the occlusion surface of the second runner; wherein the dominant dimensions of the spring, first runner, and the second runner extend in generally the same direction; and, characterised in that the occlusion surfaces of the first and second runners (104. 106) by default are parallel and contact one another along a majority of the dominant dimension.
Sensor, comprising a sensor element which comprises at least one probe element, wherein the sensor element has a holding device for connection to a support element, wherein the holding device is part of a first housing and is integrally connected to it and the holding device has at least one embraceable edge, wherein the sensor additionally has a support element, comprising at least one positioning element for positioning the support element in an injection molding tool, wherein the support element comprises at least one clamping device which can accommodate and/or hold a holding device of the sensor element, wherein the sensor element is clipped, with the holding device which is embraceable from the outside into the clamping device of the support element, and wherein the sensor element and the support element are at least partially encapsulation molded with a sensor housing, wherein the sensor housing is formed in a common encapsulation molding process.
An aircraft steam oven, comprising: a housing installable in a galley of an aircraft; a door positioned on a forward side of the housing; an oven cavity situated within the housing and defined by the door and a plurality of interior surfaces, the door operable to access the oven cavity; a meal carrier disposed within the oven cavity and configured to removably hold one or more meal trays; and characterized by: at least one baffle plate attached to the meal carrier and configured to extend substantially vertically and parallel to a first interior surface of the plurality of interior surfaces when the meal carrier is disposed within the oven cavity; at least one fan disposed between the first interior surface and the baffle plate, the fan configured to distribute at least one of air and steam throughout the oven cavity; at least one injector coupled to a water supply and including a nozzle set into the first interior surface in a substantially horizontal orientation, the nozzle configured to inject at least one quantity of water from the water supply into the baffle plate; and at least one heating element proximate to the fan, the heating element configured to heat the air and the baffle plate. a housing installable in a galley of an aircraft; a door positioned on a forward side of the housing; an oven cavity situated within the housing and defined by the door and a plurality of interior surfaces, the door operable to access the oven cavity; a meal carrier disposed within the oven cavity and configured to removably hold one or more meal trays; and characterized by: at least one baffle plate attached to the meal carrier and configured to extend substantially vertically and parallel to a first interior surface of the plurality of interior surfaces when the meal carrier is disposed within the oven cavity; at least one fan disposed between the first interior surface and the baffle plate, the fan configured to distribute at least one of air and steam throughout the oven cavity; at least one injector coupled to a water supply and including a nozzle set into the first interior surface in a substantially horizontal orientation, the nozzle configured to inject at least one quantity of water from the water supply into the baffle plate; and at least one heating element proximate to the fan, the heating element configured to heat the air and the baffle plate. at least one baffle plate attached to the meal carrier and configured to extend substantially vertically and parallel to a first interior surface of the plurality of interior surfaces when the meal carrier is disposed within the oven cavity; at least one fan disposed between the first interior surface and the baffle plate, the fan configured to distribute at least one of air and steam throughout the oven cavity; at least one injector coupled to a water supply and including a nozzle set into the first interior surface in a substantially horizontal orientation, the nozzle configured to inject at least one quantity of water from the water supply into the baffle plate; and at least one heating element proximate to the fan, the heating element configured to heat the air and the baffle plate.
An assembly for delivering an endoluminal prosthesis to a patient, the assembly comprising: a proximal end and a distal end; an inner catheter extending between the proximal and distal ends; an endoluminal prosthesis releasably disposed about the distal end of the inner catheter; an outer catheter movably disposed about at least a portion of the prosthesis; a handle at the proximal end of the assembly, the handle operatively connected to the outer catheter and configured for imparting axial movement to the outer catheter relative to the inner catheter; characterised by: a sheath fixed to at least one of the inner catheter and the handle, and disposed about at least a portion of the outer catheter, the sheath comprising indicia visible to the user of the assembly, the indicia identifying a particular measured distance from a selected point on the sheath to a selected point on the prosthesis; wherein the inner catheter and the sheath are fixed components that do not move relative to each other during axial movement of the outer catheter. a proximal end and a distal end; an inner catheter extending between the proximal and distal ends; an endoluminal prosthesis releasably disposed about the distal end of the inner catheter; an outer catheter movably disposed about at least a portion of the prosthesis; a handle at the proximal end of the assembly, the handle operatively connected to the outer catheter and configured for imparting axial movement to the outer catheter relative to the inner catheter; characterised by: a sheath fixed to at least one of the inner catheter and the handle, and disposed about at least a portion of the outer catheter, the sheath comprising indicia visible to the user of the assembly, the indicia identifying a particular measured distance from a selected point on the sheath to a selected point on the prosthesis; wherein the inner catheter and the sheath are fixed components that do not move relative to each other during axial movement of the outer catheter. a sheath fixed to at least one of the inner catheter and the handle, and disposed about at least a portion of the outer catheter, the sheath comprising indicia visible to the user of the assembly, the indicia identifying a particular measured distance from a selected point on the sheath to a selected point on the prosthesis; wherein the inner catheter and the sheath are fixed components that do not move relative to each other during axial movement of the outer catheter.