mhurhangee/ep-ind-claims huggingface dataset:
A pump cassette comprising: a rigid body comprising a frame portion, a base portion, a compliant membrane disposed substantially therebetween, and two opposing longitudinal edge sections, wherein the rigid body comprises a controllable fluid pathway defined in part by the compliant membrane and extending from an inlet port to an outlet port; and a slider coupled to the two opposing longitudinal edge sections and longitudinally articulable in a first direction along the two opposing edge sections with respect to the rigid body, wherein the slider includes engagement protrusions that extend outwardly from the slider away from the rigid body in a second direction that is substantially perpendicular to the first direction, the engagement protrusions configured to interface with corresponding slots of a cassette recess of an infusion pump to releasably lock the pump cassette in the cassette recess upon articulation of the slider, characterized in that the engagement protrusions include a first pair of engagement protrusions that are spaced apart by a first distance and a second pair of engagement protrusions that are spaced apart by a second distance that is different from the first distance. a rigid body comprising a frame portion, a base portion, a compliant membrane disposed substantially therebetween, and two opposing longitudinal edge sections, wherein the rigid body comprises a controllable fluid pathway defined in part by the compliant membrane and extending from an inlet port to an outlet port; and a slider coupled to the two opposing longitudinal edge sections and longitudinally articulable in a first direction along the two opposing edge sections with respect to the rigid body, wherein the slider includes engagement protrusions that extend outwardly from the slider away from the rigid body in a second direction that is substantially perpendicular to the first direction, the engagement protrusions configured to interface with corresponding slots of a cassette recess of an infusion pump to releasably lock the pump cassette in the cassette recess upon articulation of the slider, characterized in that the engagement protrusions include a first pair of engagement protrusions that are spaced apart by a first distance and a second pair of engagement protrusions that are spaced apart by a second distance that is different from the first distance.
A multi-component material separator assembly comprising: a cylindrical outer wall closed at the top by an upper plate having a bottom surface and closed at the bottom, the outer wall having an inner surface; a cylindrical inner wall concentric with the cylindrical outer wall and having a top edge and a bottom, the inner wall having a central axis, the bottom of the inner wall being closed by a sloped bottom plate having a central opening, the bottom plate having an upper surface sloped down to a central opening, the top edge of the inner wall terminating at a distance from the upper plate to define an annular erythrocyte passageway therebetween, the inner wall having an outer surface and having an inner surface that slopes radially inward from its top edge to its bottom at an angle from about 0.2 degrees relative to the central axis of the inner wall; and a cylindrical depth filter positioned between the inner surface of the outer wall and the outer surface of the inner wall in communication with the inner wall through the erythrocyte passageway. a cylindrical outer wall closed at the top by an upper plate having a bottom surface and closed at the bottom, the outer wall having an inner surface; a cylindrical inner wall concentric with the cylindrical outer wall and having a top edge and a bottom, the inner wall having a central axis, the bottom of the inner wall being closed by a sloped bottom plate having a central opening, the bottom plate having an upper surface sloped down to a central opening, the top edge of the inner wall terminating at a distance from the upper plate to define an annular erythrocyte passageway therebetween, the inner wall having an outer surface and having an inner surface that slopes radially inward from its top edge to its bottom at an angle from about 0.2 degrees relative to the central axis of the inner wall; and a cylindrical depth filter positioned between the inner surface of the outer wall and the outer surface of the inner wall in communication with the inner wall through the erythrocyte passageway.
A dental appliance comprising: an attachment mechanism to attach the dental appliance onto predetermined teeth of an upper jaw of a patient; and a constraining mechanism linked to the attachment mechanism and configured to be positioned above a patient's tongue, where the constraining mechanism includes an arch that is shaped to limit the movement of a posterior zone of the patient's tongue; characterized in that the arch is configured to be positioned above a plane of occlusion of the patient, the constraining mechanism preventing the posterior zone adhering to the palate while allowing at least an anterior zone and lateral edges (32, 33) of the patient's tongue to perform movements necessary for speech and swallowing. an attachment mechanism to attach the dental appliance onto predetermined teeth of an upper jaw of a patient; and a constraining mechanism linked to the attachment mechanism and configured to be positioned above a patient's tongue, where the constraining mechanism includes an arch that is shaped to limit the movement of a posterior zone of the patient's tongue; characterized in that the arch is configured to be positioned above a plane of occlusion of the patient, the constraining mechanism preventing the posterior zone adhering to the palate while allowing at least an anterior zone and lateral edges (32, 33) of the patient's tongue to perform movements necessary for speech and swallowing.
A rubber composition for treads, comprising: a rubber component comprising a styrene butadiene rubber; a fine particle silica having an average particle size of 18 nm or less; a silane coupling agent containing an alkoxysilyl group and a sulfur atom wherein a number of carbon atoms linking the alkoxysilyl group to the sulfur atom is six or more; and a solid resin that is solid at 25°C, the rubber composition satisfying A × B ≤ 3000 wherein A and B represent total masses of silica and styrene, respectively, expressed in parts by mass per 100 parts by mass of the rubber component, the amount of the solid resin per 100 parts by mass of the rubber component being 3 parts by mass or more, wherein the average particle size of the fine particle silica is determined by measuring the sizes of 400 or more primary particles of the silica using a transmission or scanning electron microscope, and averaging them. a rubber component comprising a styrene butadiene rubber; a fine particle silica having an average particle size of 18 nm or less; a silane coupling agent containing an alkoxysilyl group and a sulfur atom wherein a number of carbon atoms linking the alkoxysilyl group to the sulfur atom is six or more; and a solid resin that is solid at 25°C, the rubber composition satisfying A × B ≤ 3000 wherein A and B represent total masses of silica and styrene, respectively, expressed in parts by mass per 100 parts by mass of the rubber component, the amount of the solid resin per 100 parts by mass of the rubber component being 3 parts by mass or more, wherein the average particle size of the fine particle silica is determined by measuring the sizes of 400 or more primary particles of the silica using a transmission or scanning electron microscope, and averaging them.
Apparatus for changing an endless clothing of a machine for producing, treating or processing a flat web, in particular a paper, board or tissue web, having a traversing device for the preferably horizontal movement of the clothing in a clothing changing direction, comprising a pressure plate (3.1) and a mating pressure plate (3.2) interacting with and arranged opposite the latter, and wherein the pressure plate (3.1) and/or the mating pressure plate (3.2) is assigned a lifting device (3.3) for applying a surface pressure to the endless clothing that can be guided between the pressure plate (3.1) and the mating pressure plate (3.2), characterized in that as viewed in the clothing changing direction, a first supporting device is provided on the first side of the traversing device, and a second supporting device is provided on the second side, and in that each supporting device (4, 5) comprises a supporting plate (4.1, 5.1) and a mating supporting plate (4.2, 5.2) interacting with and arranged opposite the latter, and in that the supporting plate and/or the mating supporting plate (4.2, 5.2) of the supporting devices (4, 5) are assigned a further lifting device (4.3, 5.3) for applying a surface pressure to the endless clothing that can be guided between the supporting plate and the mating supporting plate (4.2, 5.2).
A cap comprising a cap body to be fitted to a mouth of a container, wherein the cap is configured to include: a valve seat having a flow aperture; a valve body to be separated from or seated on the valve seat so as to open and close the flow aperture; and a biasing member to bias the valve body in a seating direction, and configured to increase a flow area in which contents flow with an increase in a displacement of the valve body, characterized in that the cap further includes a displacement restricting section to restrict the displacement of the valve body, wherein the displacement restricting section restricts the displacement of the valve body to be 0.09 times or less a diameter of the flow aperture. the cap is configured to include: a valve seat having a flow aperture; a valve body to be separated from or seated on the valve seat so as to open and close the flow aperture; and a biasing member to bias the valve body in a seating direction, and configured to increase a flow area in which contents flow with an increase in a displacement of the valve body, characterized in that the cap further includes a displacement restricting section to restrict the displacement of the valve body, wherein the displacement restricting section restricts the displacement of the valve body to be 0.09 times or less a diameter of the flow aperture.
A turbine power generation system having an emergency operation means, wherein the system includes: a steam turbine; a steam condenser; a compression pump; a heater; an inlet valve; and a proportional control valve which are sequentially connected to each other and form a closed loop, with a synchronizer and a speed governor which enable an amount of a working fluid that flows through the closed loop, to be controlled by the inlet valve and the proportional control valve according to a number of revolutions per hour of the steam turbine, characterized by an inlet sensor part including a thermometer, a pressure gauge, and a flowmeter that are installed between the heater and the inlet valve and; an emergency discharge part including a branch pipe connected to the steam condenser by being branched from one point between the inlet sensor part and the inlet valve, and a heat control means (21, 22, 23) installed on the branch pipe.
A composition for use in a method of treating cancer, the composition comprising an effective amount of at least one saponin agent and an effective amount of at least one anthelmintic agent, wherein the saponin agent is a ginsenoside and the anthelmintic agent is a methyl N-(6-benzoyl-1H-benzimidazol-2-yl)carbamate (mebendazole).
A soundproofing structure comprising: a plate-like member which has a plurality of through-holes passing therethrough in a thickness direction, wherein an average opening diameter of the through-holes is 40 μm or greater and less than 100 μm and the thickness of the plate-like member is equal to or greater than 5 μm and equal to or less than 1000 μm, and when the average opening diameter of the through-holes is set as phi (μm) and a thickness of the plate-like member is set as t (μm), an average opening ratio rho of the through-holes is greater than 0 and less than 1 and falls in a range where a center is rho_center = (2 + 0.25 × t) × phi -1.6, a lower limit is rho_center - (0.048 × (phi/30 -2), and an upper limit is rho_center + (0.345 × (phi/30) -2), and, characterised in that a surface roughness Ra of an inner wall surface of the through-hole is in a range of 0.1 μm to 10.0 μm. a plate-like member which has a plurality of through-holes passing therethrough in a thickness direction, wherein an average opening diameter of the through-holes is 40 μm or greater and less than 100 μm and the thickness of the plate-like member is equal to or greater than 5 μm and equal to or less than 1000 μm, and when the average opening diameter of the through-holes is set as phi (μm) and a thickness of the plate-like member is set as t (μm), an average opening ratio rho of the through-holes is greater than 0 and less than 1 and falls in a range where a center is rho_center = (2 + 0.25 × t) × phi -1.6, a lower limit is rho_center - (0.048 × (phi/30 -2), and an upper limit is rho_center + (0.345 × (phi/30) -2), and, characterised in that a surface roughness Ra of an inner wall surface of the through-hole is in a range of 0.1 μm to 10.0 μm.
A cold spray system, comprising: a feedstock cartridge comprising at least one powder and a binder that binds at least two particles of the at least one powder to form the feedstock cartridge; a material feed hopper to receive the feedstock cartridge of at least one powder and the binder; a desolidifier downstream of the material feed hopper to at least partially desolidify a portion of the feedstock cartridge by selectively removing the portion of the feedstock cartridge, wherein the desolidifier includes one of an auger that grinds off the portion of the feedstock cartridge or a laser that melts away at the feedstock cartridge; a heater downstream of the desolidifier to receive the portion of the feedstock cartridge and vaporize the binder; and a spray gun downstream of the heater, wherein the heater includes a heated coil to vaporize the binder and communicate the at least one powder to the spray gun. a feedstock cartridge comprising at least one powder and a binder that binds at least two particles of the at least one powder to form the feedstock cartridge; a material feed hopper to receive the feedstock cartridge of at least one powder and the binder; a desolidifier downstream of the material feed hopper to at least partially desolidify a portion of the feedstock cartridge by selectively removing the portion of the feedstock cartridge, wherein the desolidifier includes one of an auger that grinds off the portion of the feedstock cartridge or a laser that melts away at the feedstock cartridge; a heater downstream of the desolidifier to receive the portion of the feedstock cartridge and vaporize the binder; and a spray gun downstream of the heater, wherein the heater includes a heated coil to vaporize the binder and communicate the at least one powder to the spray gun.
Method of combining three dimensional image data and auxiliary graphical data, comprising - obtaining the three dimensional image data from an information carrier; - combining the three dimensional image data and auxiliary graphical data on a display plane, characterized in that the method comprises - obtaining scaling and/or shifting information from the information carrier; - in dependence on the obtained scaling and/or shifting information scaling and/or shifting the three dimensional image data for creating a black bar spatial area which is not occupied by the scaled and/or shifted three dimensional image data by respectively reducing the size of the three dimensional image data and/or shifting the three dimensional image data to create the black bar spatial area to be an area of the display plane where no image data is displayed and to fit the reduced or shifted three dimensional image data in the remaining area of the display plane, wherein the scaling and/or shifting information comprises information signaling the presence of an allowed scaling/shifting for enabling the scaling and/or shifting of the three dimensional image data and the method comprises in dependence thereon combining by overlaying the three dimensional image data and auxiliary graphical data or combining the scaled and/or shifted three dimensional image data and the auxiliary graphical data such that the auxiliary graphical data is placed within the black bar spatial area, wherein the scaling and/or shifting information comprises at least one of: - a scale factor; - a scale factor applying to scaling in both x and y direction of the display plane - an offset in at least one of: - the horizontal direction of the display plane and - the vertical direction of the display plane. - obtaining the three dimensional image data from an information carrier; - combining the three dimensional image data and auxiliary graphical data on a display plane, - obtaining scaling and/or shifting information from the information carrier; - in dependence on the obtained scaling and/or shifting information scaling and/or shifting the three dimensional image data for creating a black bar spatial area which is not occupied by the scaled and/or shifted three dimensional image data by respectively reducing the size of the three dimensional image data and/or shifting the three dimensional image data to create the black bar spatial area to be an area of the display plane where no image data is displayed and to fit the reduced or shifted three dimensional image data in the remaining area of the display plane, - a scale factor; - a scale factor applying to scaling in both x and y direction of the display plane - an offset in at least one of: - the horizontal direction of the display plane and - the vertical direction of the display plane. - the horizontal direction of the display plane and - the vertical direction of the display plane.
A method for the operation of a pump device, which comprises at least one pump as well as a suction element, said suction element being connected to the pump and having a suction opening, said pump device sucking a fluid in a cavity, in particular a body of a patient, by producing a reduced pressure in the suction element, wherein an acceleration is measured and monitored during the operation of the pump device, characterised in that the reduced pressure in the suction element is reduced at least for a limited reaction time period given the occurrence of a spiked, abrupt acceleration value, or a value derived from this value, which lies above a fixed threshold value (s 1, s 2).
A communication apparatus, wherein the communication apparatus is configured to perform spatial reuse, SR, transmission, comprising: a communication part configured to transmit a packet on the basis of information regarding an interference signal; and a control part configured to control a backoff time while the interference signal is being observed on the basis of at least one of interference power or information regarding a communication distance to a transmission destination of the packet; wherein the control part is configured to set a backoff time in which an additional backoff time is added to a first backoff time when transmitting a packet while an interference signal is not observed; and wherein the control part is configured to set a backoff time in which an additional backoff time is added to the first backoff time depending on a result of packet transmission based on information regarding an interference signal. a communication part configured to transmit a packet on the basis of information regarding an interference signal; and a control part configured to control a backoff time while the interference signal is being observed on the basis of at least one of interference power or information regarding a communication distance to a transmission destination of the packet; wherein the control part is configured to set a backoff time in which an additional backoff time is added to a first backoff time when transmitting a packet while an interference signal is not observed; and wherein the control part is configured to set a backoff time in which an additional backoff time is added to the first backoff time depending on a result of packet transmission based on information regarding an interference signal.
A hybrid speaker comprising a tweeter and a dynamic woofer, wherein the tweeter has upper and lower coils (20, 30) arranged opposite to each other, a high-tone vibration plate formed with a center hole at its center and located between the upper and lower coils (20, 30) and one or more permanent magnets (50, 60) arranged outside the upper and lower coils (20, 30), and wherein the woofer is coaxially coupled to a lower side of the tweeter so as to let low tone sound generated from a low tone vibration plate of the woofer pass through the hole of the high tone vibration plate of the tweeter wherein the high tone vibration plate has a plurality of vibration wings, each of which is formed by cutting an inner periphery of the hole of the high tone vibration plate in a radial direction. wherein the tweeter has upper and lower coils (20, 30) arranged opposite to each other, a high-tone vibration plate formed with a center hole at its center and located between the upper and lower coils (20, 30) and one or more permanent magnets (50, 60) arranged outside the upper and lower coils (20, 30), and wherein the woofer is coaxially coupled to a lower side of the tweeter so as to let low tone sound generated from a low tone vibration plate of the woofer pass through the hole of the high tone vibration plate of the tweeter wherein the high tone vibration plate has a plurality of vibration wings, each of which is formed by cutting an inner periphery of the hole of the high tone vibration plate in a radial direction.
A reflector for a lighting device, comprising: a plurality of reflecting bodies each having a plurality of internal reflecting facets, the plurality of reflecting bodies are arranged to rotate by different rotation angles around their respective rotation axes, so as to be capable of compensating unsmooth light distribution caused by the internal reflecting facets, the plurality of reflecting bodies are sequentially arranged with a predetermined rotation angle difference in a clockwise or anticlockwise direction, characterized in that, the rotation angle difference is A = θ n, wherein, n is the number of the reflecting bodies, and θ is a facet angle of the internal reflecting facet, said facet angle defined as the central angle corresponding to the lower edge of the internal reflecting facet.
An optical detector comprising a CMOS optical sensor with a plurality of optical elements (41, 42) for a device for detecting parameters of moving yarn or another linear textile formation on textile machines by means of perpendicular projection of yarn images onto optical elements (41, 42) of the sensor with the aid of one source of radiation, wherein the optical elements (41, 42) are rectangular-shaped and are arranged in two parallel rows extending in a first direction, each optical element (41,42) produces at its output an analog signal corresponding to the intensity of its irradiation the optical elements of the first row are oriented to have their longer side extending in a second direction perpendicular to the first direction and characterized in that the optical elements of the second row are oriented to have their longer side extending in the first direction and wherein the ratio of the shorter and longer sides of the optical elements in the first row ranges from 1: 10 to 1: 200, preferably 1:100 and the ratio of the shorter and longer sides of the optical elements in the second row is in the range between 1: 2 and 1: 10, preferably 1: 5.