mhurhangee/patent-ind-claim-en huggingface dataset:
A microfluidic device to mimic the anatomy and physiology of a lymph node, comprising: a first channel corresponding to a subcapsular sinus region of a lymph node; a second channel corresponding to a reticular network of the lymph node located adjacent to the first channel; a bottom cavity corresponding to a paracortex of the lymph node centrally located within the device; a top cavity corresponds to a follicle of a lymph node centrally located within the device; wherein the bottom cavity and top cavity are separated by a horizontal row of micro-pillars and the first channel and second channel are separated by a set of circularly distributed micro-pillars . a first channel corresponding to a subcapsular sinus region of a lymph node; a second channel corresponding to a reticular network of the lymph node located adjacent to the first channel; a bottom cavity corresponding to a paracortex of the lymph node centrally located within the device; a top cavity corresponds to a follicle of a lymph node centrally located within the device;
A magnetic detection apparatus for coin recognition, comprising: an excitation coil (LX) that generates an AC magnetic field in a transport path (R) on which coin is transported in a first direction (G1); and a plurality of detecting coils disposed side by side at pitches set in advance in a second direction (G2), and outputting detection signals (S21, S22) based on an induced voltage by the AC magnetic field, wherein the plurality of detecting coils respectively output detection signals (S21, S22), based on an inducted voltage induced by the AC magnetic field that is changed by the coin being transported on the transport path (R), and the plurality of detecting coils (L) include a plurality of reflection detecting coils (L1) and a plurality of transmission detecting coils (L2), the plurality of reflection detecting coils (L1) are disposed on an opposite side to a transport path surface (Ra) of the transport path (R), and the plurality of transmission detecting coils (L2) are disposed on a transport path surface (Ra) side of the transport path (R). an excitation coil (LX) that generates an AC magnetic field in a transport path (R) on which coin is transported in a first direction (G1); and a plurality of detecting coils disposed side by side at pitches set in advance in a second direction (G2), and outputting detection signals (S21, S22) based on an induced voltage by the AC magnetic field, wherein the plurality of detecting coils respectively output detection signals (S21, S22), based on an inducted voltage induced by the AC magnetic field that is changed by the coin being transported on the transport path (R), and the plurality of detecting coils (L) include a plurality of reflection detecting coils (L1) and a plurality of transmission detecting coils (L2), the plurality of reflection detecting coils (L1) are disposed on an opposite side to a transport path surface (Ra) of the transport path (R), and the plurality of transmission detecting coils (L2) are disposed on a transport path surface (Ra) side of the transport path (R).
A method of determining a guard time between reception and transmission in a half-duplex transceiver, the method comprising: determining a maximum round-trip propagation delay of signals between the half-duplex transceiver and a satellite; determining a minimum round-trip propagation delay of signals between the half-duplex transceiver and the satellite; determining a maximum differential round-trip propagation delay based on the maximum round-trip propagation delay and the minimum round-trip propagation delay; determining a transition time for the half-duplex transceiver to switch between a transmit mode and a receive mode; and determining the guard time based on the maximum differential round-trip propagation delay and the transition time for the half-duplex transceiver to switch between the transmit mode and the receive mode. determining a maximum round-trip propagation delay of signals between the half-duplex transceiver and a satellite; determining a minimum round-trip propagation delay of signals between the half-duplex transceiver and the satellite; determining a maximum differential round-trip propagation delay based on the maximum round-trip propagation delay and the minimum round-trip propagation delay; determining a transition time for the half-duplex transceiver to switch between a transmit mode and a receive mode; and determining the guard time based on the maximum differential round-trip propagation delay and the transition time for the half-duplex transceiver to switch between the transmit mode and the receive mode.
A middle stanchion for a semi-trailer, which is placed in a pocket formed on a side wall , wherein in the lower part of the middle stanchion there is a safety lock consisting of a lower lever and an arm , characterized in that it comprises a safety hook module which can be locked to a pin , the arm being attached to the hook module in a hinged manner - thus, that in this way a rotational movement of the hook module is possible, and on the other side for the modular hook mounting the arm is rotatably mounted on the lower lever , and the lower lever is attached to the middle stanchion by means of a which determines the axis of rotation of the lever , thereby the axis is displaced relative to the attachment of the arm to the lever , whereby after operation and lifting of the lower lever , it performs an oscillating movement according to a pitch circle, which centre is determined by the axis of rotation of the lower lever , i.e. the pin , and the axis of rotation of the oscillating arm located in an opening at the point of connection of the arm to the hook module , and the hook module , the arm and the lower lever - forming an eccentric mechanism - together form the safety lock.
A method for use in providing input to an application executed by a processing apparatus , comprising the steps of: receiving on an image plane of a camera a projection of a geometric shape established on a controller , wherein the geometric shape established on the controller comprises a light source ; analyzing movements in the projection of the geometric shape; determining position information for the controller based on the analysis of the movements in the projection of the geometric shape, wherein the position information includes x, y and z coordinates that are all determined from the analysis of the movements in the projection of the geometric shape; receiving acoustic signals at a microphone array associated with the processing apparatus; determining a location of a sound source in dependence upon the received acoustic signals, to deduce information on the location and/or orientation of the joystick controller and/or its user; and generating an input to the application in dependence upon the determined position information for the controller and the determined location of the sound source. receiving on an image plane of a camera a projection of a geometric shape established on a controller , wherein the geometric shape established on the controller comprises a light source ; analyzing movements in the projection of the geometric shape; determining position information for the controller based on the analysis of the movements in the projection of the geometric shape, wherein the position information includes x, y and z coordinates that are all determined from the analysis of the movements in the projection of the geometric shape; receiving acoustic signals at a microphone array associated with the processing apparatus; determining a location of a sound source in dependence upon the received acoustic signals, to deduce information on the location and/or orientation of the joystick controller and/or its user; and generating an input to the application in dependence upon the determined position information for the controller and the determined location of the sound source.
A lighting device comprising: a light source emitting first light; a light guide plate having a light entering end surface that is a part of peripheral edge surfaces and through which the first light from the light source enters and a light exiting plate surface that is one of a pair of plate surfaces and through which the first light exits; a wavelength conversion member overlapping the light exiting plate surface of the light guide plate and containing phosphors that convert the first light from the light source to second light with other wavelengths; and a color exhibit member disposed on at least a part of a peripheral portion of the wavelength conversion member and having a higher absorption rate of light from the light source than of light converted through the wavelength conversion member , a frame including a frame portion that overlaps and supports peripheral portions of the light guide plate thereby defining an effective light exit area in the light exiting plate surface through which light rays exit, wherein the frame portion also supports the wavelength conversion member , and characterized in that the color exhibit member extends further inward than the frame portion extends thereby defining an extended portion of the color exhibit member which overlaps the effective light exit area. a light source emitting first light; a light guide plate having a light entering end surface that is a part of peripheral edge surfaces and through which the first light from the light source enters and a light exiting plate surface that is one of a pair of plate surfaces and through which the first light exits; a wavelength conversion member overlapping the light exiting plate surface of the light guide plate and containing phosphors that convert the first light from the light source to second light with other wavelengths; and a color exhibit member disposed on at least a part of a peripheral portion of the wavelength conversion member and having a higher absorption rate of light from the light source than of light converted through the wavelength conversion member , a frame including a frame portion that overlaps and supports peripheral portions of the light guide plate thereby defining an effective light exit area in the light exiting plate surface through which light rays exit, wherein the frame portion also supports the wavelength conversion member , and characterized in that the color exhibit member extends further inward than the frame portion extends thereby defining an extended portion of the color exhibit member which overlaps the effective light exit area.
A method of performing a measurement of an analyte in a sample using an automatic analyzer , wherein the automatic analyzer comprises: - a cartridge (100, 200, 300, 2100, 2200, 2300, 2502, 2502', 2502") for dispensing a fluid, - a measurement unit for performing the measurement, - a sample holder for receiving the sample, and - a pump (2100, 2102, 2200, 2202, 2300, 2302, 2502, 2504, 2502', 2504', 2502", 2504") for pumping the fluid out of the cartridge and into the sample holder; wherein the cartridge comprises: - a rigid portion - a flexible bladder , and - an outlet ; wherein the outlet is attached to the rigid portion; wherein the rigid portion comprises an inner cavity ; wherein the outlet is connected to the inner cavity; wherein the rigid portion comprises an opening ; wherein the opening is connected to the inner cavity; wherein the flexible bladder seals the opening to form a fluid chamber from the inner cavity, wherein the fluid chamber is at least partially filled with the fluid, wherein the pump is connected to the outlet, wherein when the fluid chamber is filled with the fluid the flexible bladder is operable to expand out of the inner cavity to form a bladder volume ; and wherein the bladder volume is defined by the opening and the flexible bladder, wherein the flexible bladder has an exterior surface, wherein the exterior surface is exposed to constant pressure during pumping of the fluid from the cartridge into the sample holder, wherein the fluid chamber is filled with the fluid such that the flexible bladder expands out of the inner cavity, wherein the inner cavity has an inner cavity surface, wherein when the fluid chamber is in an empty condition the flexible bladder is operable to cover the inner cavity surface; wherein the method comprises: - placing the sample into the sample holder; - controlling the pumping of the fluid from the cartridge into the sample holder; and - performing the measurement of the analyte using the measurement unit. - a cartridge (100, 200, 300, 2100, 2200, 2300, 2502, 2502', 2502") for dispensing a fluid, - a measurement unit for performing the measurement, - a sample holder for receiving the sample, and - a pump (2100, 2102, 2200, 2202, 2300, 2302, 2502, 2504, 2502', 2504', 2502", 2504") for pumping the fluid out of the cartridge and into the sample holder; wherein the cartridge comprises: - a rigid portion - a flexible bladder , and - an outlet ; - placing the sample into the sample holder; - controlling the pumping of the fluid from the cartridge into the sample holder; and - performing the measurement of the analyte using the measurement unit.
A heat exchanger comprising: a first reservoir having an outlet for discharging a heat exchange medium ; a second reservoir having an inlet for receiving the heat exchange medium ; a heat exchange chamber for receiving the heat exchange medium travelling in an overall flow direction from the first reservoir toward the second reservoir , the heat exchange chamber having an interior formed by a cavity within a plate and comprising a medium-directing insert positioned within the chamber interior, characterised in that the cavity is formed within the plate without going completely through the plate ; and in that the plate further comprises a hole that goes through the thickness of the plate to create a tube-like segment, the cavity being centered on the hole and having a diameter larger than that of the hole ; and with first and second ends of the medium directing insert being respectively connected between opposite edges of the cavity whereby the plate is stacked onto another plate and the medium directing insert between the adjoining plates having aligned holes causes heat exchange medium entering the chamber interior in the overall flow direction to be redirected transverse to the overall flow direction in two opposing directions to disperse the heat exchange medium throughout the chamber interior and to be discharged from the chamber interior in the overall flow direction. a first reservoir having an outlet for discharging a heat exchange medium ; a second reservoir having an inlet for receiving the heat exchange medium ; a heat exchange chamber for receiving the heat exchange medium travelling in an overall flow direction from the first reservoir toward the second reservoir , the heat exchange chamber having an interior formed by a cavity within a plate and comprising a medium-directing insert positioned within the chamber interior, characterised in that the cavity is formed within the plate without going completely through the plate ; and in that the plate further comprises a hole that goes through the thickness of the plate to create a tube-like segment, the cavity being centered on the hole and having a diameter larger than that of the hole ; and with first and second ends of the medium directing insert being respectively connected between opposite edges of the cavity whereby the plate is stacked onto another plate and the medium directing insert between the adjoining plates having aligned holes causes heat exchange medium entering the chamber interior in the overall flow direction to be redirected transverse to the overall flow direction in two opposing directions to disperse the heat exchange medium throughout the chamber interior and to be discharged from the chamber interior in the overall flow direction.
Device for holding and thermal protection of flexible wire (F) and/or semirigid tubular (A) longitudinal elements under the floor of motor vehicles close to the exhaust duct, comprising a base of support cooperating with members (P) for fixing to the floor and extending upwards by an angled wedging blade delimiting with said base a thermally insulated housing for the longitudinal elements (A, F), said base and/or said blade carrying members for retaining said elements, characterized in that said base carries, on its face facing the floor, a stud forming a spacer through which a bore is formed emerging, on its other face, in a welded nut cooperating with the members (P) for fixing to the floor.
Deflector for guiding lubricant to supply a hollow shaft , comprising a disc arc and a tubular nozzle for introducing the lubricant , which nozzle is intended to be engaged inside the hollow shaft , the disc arc forming on one of its faces at least one cavity intended to be capped, at least in part, by the end of the shaft and designed to collect the flow of lubricant coming from a guide chute and guide it towards the tubular nozzle , characterized in that the cavity is delimited by a lateral wall perpendicular to the plane of the disc arc along part of the edge of the disc arc , and by a collar extending radially from the cavity, the collar being separated from the lateral wall by a gap that is designed to provide fluidic communication between the cavity and the chute .
A crystalline polymorph of 3-[2-butyl-1-(2-diethylamino-ethyl)-1H-benzoimidazol-5-yl]-N-hydroxy-acrylamide dihydrochloride 2.5 hydrate characterized by a powder X-ray diffraction pattern having peaks at 6.46, 20.26, and 26.68 °2θ ± 0.1°2θ.
Method for manufacturing doses of multilayer synthetic resin for the production of multilayer objects by compression moulding; said dose having an axis of symmetry and comprising a first synthetic resin and at least one thin functional layer of synthetic resin forming the external envelope of a body exhibiting symmetry of revolution defined around said axis of symmetry; said functional layer comprising two ends disposed in a direction parallel to the axis of symmetry; said manufacturing method comprising a step in which the resins are co-extruded through an extrusion tool in order to form a multilayer flow; said flow being cut periodically in order to form individual portions; said portions being transferred into a compression mould; characterized in that at least one of the ends of the functional layer is trapped in the first synthetic resin by deforming said first resin, said deformation consisting in modifying the initial geometry of the dose and being carried out outside the extrusion tool , in that said portions are deformed during the cutting of the multilayer flow by means of a cutter and in that the deformation is carried out by the cutter .
System for monitoring the erosion of internal components of a valve comprising a valve which in turn comprising a body , a trim and a seat and at least an ultrasonic probe able to transmit ultrasonic waves through the internal components and receive waves reflection through, the system being characterized by the fact that the gaps between the internal components of the valve are closed and the distances between them are almost equal to zero so that the continuity between components is able to transfer the waves determining therefore the distance between the ultrasonic probe and the internal component to be monitored.
An ergonomic sampler device , comprising: a top plate including a top surface, a side wall with an inner surface and an outer surface, the inner surface of the top plate being straight, a plurality of through bores through the top surface of the top plate, a bottom plate including a top surface, a bottom surface, a side surface, and a receiving portion at the top surface of the bottom plate for receiving a dish , wherein the top plate is separable from the bottom plate, and the top surface of the bottom plate mating with the side wall of the top plate, the bottom surface of the bottom plate comprising a channel terminating at a hole in the side surface, the channel fluidly connecting the plurality of through holes of the top plate with the hole in the side surface of the bottom plate, characterized in that the outer surface of the top plate being concaved inward, a rounded lip between the top surface of the top plate and the side wall of the top plate, wherein the side wall has a sharp lip opposite the rounded lip, wherein each of the rounded and sharp lips extends outwardly beyond the outer surface, wherein the outer surface terminates at the rounded and sharp lips, respectively. a top plate including a top surface, a side wall with an inner surface and an outer surface, the inner surface of the top plate being straight, a plurality of through bores through the top surface of the top plate, a bottom plate including a top surface, a bottom surface, a side surface, and a receiving portion at the top surface of the bottom plate for receiving a dish , wherein the top plate is separable from the bottom plate, and the top surface of the bottom plate mating with the side wall of the top plate, the bottom surface of the bottom plate comprising a channel terminating at a hole in the side surface, the channel fluidly connecting the plurality of through holes of the top plate with the hole in the side surface of the bottom plate, characterized in that the outer surface of the top plate being concaved inward, a rounded lip between the top surface of the top plate and the side wall of the top plate, wherein the side wall has a sharp lip opposite the rounded lip, wherein each of the rounded and sharp lips extends outwardly beyond the outer surface, wherein the outer surface terminates at the rounded and sharp lips, respectively.
An ultra-thin aluminum-based launder, the launder has an ultra-thin body with a wall thickness of 12 mm to 25 mm; and the body has a segmented structure, comprising a part of alloy in , a first launder , a second launder and a part of alloy out that are connected in sequence; characterized in that the part of alloy in comprises a buffer zone and a direct-flow zone; and the buffer zone and the direct-flow zone are connected via a ramp; the buffer zone has an area larger than that of the direct-flow zone; one end of the buffer zone is closed, and the closed end surface is an irregular and smooth inclined surface, which has an inclination angle of 100° to 120° with the bottom surface of the launder body; and the top cross section of the buffer zone is a trapezoid, and the upper plane of the trapezoid has an included angle of 120° to 150°.
Electrical device having an electrical component at least partly enveloped by an envelope material comprising a cement material , wherein the envelope material also includes particles comprising a first material and fibers comprising a second material, where said first material and said second material have a higher coefficient of thermal conductivity than the cement of the cement material ; characterized in that the particles form a particle mixture having a multitude of particle sizes; and where the particles and the fibres are distributed essentially homogeneously in the cement material, where the particle size distribution of the particles approximates to the Fuller distribution with a grain size exponent of q = 0.4. the particles form a particle mixture having a multitude of particle sizes; and where the particles and the fibres are distributed essentially homogeneously in the cement material, where the particle size distribution of the particles approximates to the Fuller distribution with a grain size exponent of q = 0.4.