mhurhangee/ep-ind-claims huggingface dataset:
Hearing aid microphone assembly configured for implantation into a subject, comprising: a microphone housing, the microphone housing having a generally conical sound gathering portion with a proximal end and a distal end and a microphone support portion acoustically coupled to the distal end; a diaphragm disposed over the proximal end of the microphone housing to hermetically seal the sound gathering portion of the microphone housing and create a chamber; a first microphone; wherein the microphone support portion is configured with a first port, the first port being configured to receive the first microphone and to communicate acoustically with the chamber; the first microphone is fixed to the first port and mounted outside of the microphone housing; characterised in that: it further comprises a second microphone; the microphone support portion is further configured with a second port, the second port being configured to receive the second microphone and to communicate acoustically with the chamber; the second microphone is fixed to the second port, and mounted outside of the microphone housing. a microphone housing, the microphone housing having a generally conical sound gathering portion with a proximal end and a distal end and a microphone support portion acoustically coupled to the distal end; a diaphragm disposed over the proximal end of the microphone housing to hermetically seal the sound gathering portion of the microphone housing and create a chamber; a first microphone; wherein the microphone support portion is configured with a first port, the first port being configured to receive the first microphone and to communicate acoustically with the chamber; the first microphone is fixed to the first port and mounted outside of the microphone housing; characterised in that: it further comprises a second microphone; the microphone support portion is further configured with a second port, the second port being configured to receive the second microphone and to communicate acoustically with the chamber; the second microphone is fixed to the second port, and mounted outside of the microphone housing. it further comprises a second microphone; the microphone support portion is further configured with a second port, the second port being configured to receive the second microphone and to communicate acoustically with the chamber; the second microphone is fixed to the second port, and mounted outside of the microphone housing.
A method of detecting and/or analysing at least one analyte in a biological sample for histology, cytology, or hybridizations used for support in diagnosing a subject, the method comprising: providing said sample being a section of tissue obtained from said subject; contacting said sample with at least one targeting moiety or probe, wherein each different targeting moiety or probe of said at least one targeting moiety or probe specifically binds a different analyte of the at least one analyte, and wherein each different targeting moiety or probe of said at least one targeting moiety or probe is labelled with a different luminescent particle, wherein at least one of said luminescent particle is an upconverting particle; and obtaining a digitalised first image by detecting a signal from said at least one upconverting particle associated with said at least one targeting moiety or probe bound to said sample; obtaining a second digitalized image from said sample wherein said second image is a bright-field image of said sample without counterstain, or wherein said second image is an image of said sample being counterstained or coloured using a dye or a stain, wherein said dye or stain is not any of said at least one upconverting particle associated with said at least one targeting moiety or probe bound to said sample; and wherein said first and said second digital image is obtained using the same section of the sample to avoid issues with co-registration. providing said sample being a section of tissue obtained from said subject; contacting said sample with at least one targeting moiety or probe, wherein each different targeting moiety or probe of said at least one targeting moiety or probe specifically binds a different analyte of the at least one analyte, and wherein each different targeting moiety or probe of said at least one targeting moiety or probe is labelled with a different luminescent particle, wherein at least one of said luminescent particle is an upconverting particle; and obtaining a digitalised first image by detecting a signal from said at least one upconverting particle associated with said at least one targeting moiety or probe bound to said sample; obtaining a second digitalized image from said sample wherein said second image is a bright-field image of said sample without counterstain, or wherein said second image is an image of said sample being counterstained or coloured using a dye or a stain, wherein said dye or stain is not any of said at least one upconverting particle associated with said at least one targeting moiety or probe bound to said sample; and wherein said first and said second digital image is obtained using the same section of the sample to avoid issues with co-registration.
A method implementing orthogonal frequency division multiple access, OFDMA, communication according to Institute of Electrical and Electronics Engineers, IEEE, 802.11 ax standard comprising: transmitting or receiving a downlink or uplink frame; wherein the IEEE 802.1lax standard adopts one or more tone plans, each of which comprises a first set of data and pilot tones, a second set of data and pilot tones, and a direct current,DC, region positioned between the first set of data and pilot tones and the second set of data and pilot tones, wherein the DC region consists of five DC tones; and, the tone plan further comprises a first edge region, and a second edge region, the first set of data and pilot tones positioned between the first edge region and the DC region, and second set of data and pilot tones positioned between the DC region and the second edge region, wherein the first edge region includes 12 guard tones and the second edge region include 11 guard tones; wherein the tone plan is a tone plan of 40MHz channel; and wherein the first set of data and pilot tones consists of nine 26-tone resource units, RUs, and the second set of data and pilot tones consists of nine 26-tone RUs; or the first set of data and pilot tones consists of one 242-tone RUs and the second set of data and pilot tones consists of one 242-tone RUs. transmitting or receiving a downlink or uplink frame; wherein the IEEE 802.1lax standard adopts one or more tone plans, each of which comprises a first set of data and pilot tones, a second set of data and pilot tones, and a direct current,DC, region positioned between the first set of data and pilot tones and the second set of data and pilot tones, wherein the DC region consists of five DC tones; and, the tone plan further comprises a first edge region, and a second edge region, the first set of data and pilot tones positioned between the first edge region and the DC region, and second set of data and pilot tones positioned between the DC region and the second edge region, wherein the first edge region includes 12 guard tones and the second edge region include 11 guard tones; wherein the tone plan is a tone plan of 40MHz channel; and wherein the first set of data and pilot tones consists of nine 26-tone resource units, RUs, and the second set of data and pilot tones consists of nine 26-tone RUs; or the first set of data and pilot tones consists of one 242-tone RUs and the second set of data and pilot tones consists of one 242-tone RUs.
An apparatus for digesting and recovering an ammonium sulphate solution from organic substrates with a digestion module comprising an airtight container with a substrate inflow, a substrate outflow, wherein the digestion module is provided with electric actuators for generating a vertical vibration in the substrate, characterised in that the container comprises a steam outlet, wherein a vacuum pump is connected to the steam outlet, and wherein an exhaust vapours scrubber and a condenser is arranged between the vacuum pump and the steam outlet.
A rotor blade of a wind power installation, wherein the rotor blade has a longitudinal extension which extends substantially from a rotor blade root to a rotor blade tip, wherein an aerodynamic cross-section profile is provided at least in one area of the rotor blade, which has a profile leading edge (nose) and a profile trailing edge, which are connected via a suction side and a pressure side of the cross-section profile, characterised in that the rotor blade is sub-divided into a frontal rotor blade section with the profile leading edge and into a rear rotor blade section with the profile trailing edge, at least in a longitudinally extended section, wherein the rear area of the frontal rotor blade section and the adjacent front area of the rear rotor blade section are connected by a I-beam, wherein the I-beam has I-beam parts which comprise a bar (26, 27, 90, 91, 96, 99), wherein the I-beam is divided in longitudinal extension and two-dimensional in a plane which is defined by the bar (26, 27, 90, 91, 96, 99), wherein two belts complete the I-beam towards the suction side and the pressure side respectively, which have a space between each other, which is smaller than the extension of the belts in the direction of the profile leading edge to the profile trailing edge.
Process for producing metallic components which comprise an opening and/or a hollow space, wherein the component comprises at least one generatively constructed component region which is produced by selective laser sintering and/or laser melting, wherein single-component or multicomponent metallic powder is melted in layers at appropriate cross-sectional regions by using laser radiation, characterized in that after the laser sintering and/or laser melting process, the component is subjected to a fracture splitting process, in which the component is fractured into at least two fractional parts (1, 2) along a fracture line which only extends through the generatively constructed component region and then the at least two fractional parts (1, 2) are connected to one another at the sites of fracture thereof to form the component, wherein the fracture line comes into contact with and/or passes through the at least one opening and/or the at least one hollow space at least in certain regions.
A bicycle wheel, comprising: a rim, having a first side and a second side; a hub located in a center of the rim; a driving device connected to the hub which is located on the first side of the rim; a plurality of first side pulling spokes, each of the first side pulling spokes connected to the rim and the hub, and located on the first side of the rim, wherein a vertical distance between an extending axis of each of the first side pulling spokes and a center of the hub is defined as a first arm A11; a plurality of first side pushing spokes, each of the first side pushing spokes connected to the rim and the hub, and located on the first side of the rim, wherein a vertical distance between an extending axis of each of the first side pushing spokes and the center of the hub is defined as a second arm A12; and a plurality of second side spokes, each of the second side spokes connected to the rim and the hub, and located on the second side of the rim; wherein, 0 < A11/A12; and wherein a number of the first side pulling spokes is equal to a number of the first side pushing spokes; characterized in that a sum of each first arm A11 between each first side pulling spoke and the center of the hub is defined as ΣA11, and a sum of each first arm A12 between each first side pushing spoke and the center of the hub is defined as ΣA12, wherein, ΣA11 - ΣA12 > 30 mm. a rim, having a first side and a second side; a hub located in a center of the rim; a driving device connected to the hub which is located on the first side of the rim; a plurality of first side pulling spokes, each of the first side pulling spokes connected to the rim and the hub, and located on the first side of the rim, wherein a vertical distance between an extending axis of each of the first side pulling spokes and a center of the hub is defined as a first arm A11; a plurality of first side pushing spokes, each of the first side pushing spokes connected to the rim and the hub, and located on the first side of the rim, wherein a vertical distance between an extending axis of each of the first side pushing spokes and the center of the hub is defined as a second arm A12; and a plurality of second side spokes, each of the second side spokes connected to the rim and the hub, and located on the second side of the rim; wherein, 0 < A11/A12; and wherein a number of the first side pulling spokes is equal to a number of the first side pushing spokes; characterized in that a sum of each first arm A11 between each first side pulling spoke and the center of the hub is defined as ΣA11, and a sum of each first arm A12 between each first side pushing spoke and the center of the hub is defined as ΣA12, wherein, ΣA11 - ΣA12 > 30 mm.
A pump comprising: - an impeller rotating around a vertical axis (X, X') and having at least one blade, - a fixed volute surrounding the impeller, - only one finger fixed to the volute, projecting below the blade in the direction of the axis and having an upper surface, at least a part of which is at a distance from the blade of 0.05 to 1 mm, and a side leading surface - a crossing groove machined in the inner wall of the volute, the angle (δ) between the tangent at the downstream side of the input of the groove and the side between the upper surface and the side leading surface is between 180° and 150°, characterised in that there is only one groove and the finger is fixed to the volute just downstream of the input of the groove. - an impeller rotating around a vertical axis (X, X') and having at least one blade, - a fixed volute surrounding the impeller, - only one finger fixed to the volute, projecting below the blade in the direction of the axis and having an upper surface, at least a part of which is at a distance from the blade of 0.05 to 1 mm, and a side leading surface - a crossing groove machined in the inner wall of the volute, the angle (δ) between the tangent at the downstream side of the input of the groove and the side between the upper surface and the side leading surface is between 180° and 150°, characterised in that there is only one groove and the finger is fixed to the volute just downstream of the input of the groove.
A method of manufacturing a stringer for an aircraft, the method comprising: forming first (1020, 304) and second (1022, 306) stiffening segments from a first composite blank (1004, 700); coupling a first portion (1026, 326) of the first stiffening segment to a first portion (1032, 348) of the second stiffening segment; forming a carbon fiber reinforced plastic (CFRP) reinforcement segment from a second composite blank (1072, 400); and coupling the CFRP reinforcement segment to the first portion of the first stiffening segment and to the first portion of the second stiffening segment, the CFRP reinforcement segment to strengthen the first portion of the first stiffening segment and the first portion of the second stiffening segment, wherein at least one of the first composite blank and the second composite blank, or both, includes a stack and/or layup of plies (502, 802) and has a chordwise ply drop ratio between three and thirty and a spanwise ply drop ratio between one hundred twenty and three hundred, wherein the chordwise ply drop ratio is calculated as a ratio of a chordwise stagger distance (518, 818) of the plies (502, 802) to a thickness (516, 816) of individual ones of the plies (502, 802), wherein the spanwise ply drop ratio is calculated as a ratio of a spanwise stagger distance (604, 904) of the plies (502, 802) to the thickness (516, 816) of individual ones of the plies (502, 802), wherein the chordwise stagger distance (518, 818) and the spanwise stagger distance (604, 904) are implemented between successively-layered ones of the plies (502, 802). forming first (1020, 304) and second (1022, 306) stiffening segments from a first composite blank (1004, 700); coupling a first portion (1026, 326) of the first stiffening segment to a first portion (1032, 348) of the second stiffening segment; forming a carbon fiber reinforced plastic (CFRP) reinforcement segment from a second composite blank (1072, 400); and coupling the CFRP reinforcement segment to the first portion of the first stiffening segment and to the first portion of the second stiffening segment, the CFRP reinforcement segment to strengthen the first portion of the first stiffening segment and the first portion of the second stiffening segment, wherein at least one of the first composite blank and the second composite blank, or both, includes a stack and/or layup of plies (502, 802) and has a chordwise ply drop ratio between three and thirty and a spanwise ply drop ratio between one hundred twenty and three hundred, wherein the chordwise ply drop ratio is calculated as a ratio of a chordwise stagger distance (518, 818) of the plies (502, 802) to a thickness (516, 816) of individual ones of the plies (502, 802), wherein the spanwise ply drop ratio is calculated as a ratio of a spanwise stagger distance (604, 904) of the plies (502, 802) to the thickness (516, 816) of individual ones of the plies (502, 802), wherein the chordwise stagger distance (518, 818) and the spanwise stagger distance (604, 904) are implemented between successively-layered ones of the plies (502, 802).
A covalent conjugate between a Factor IX and a modifying group that alters a property of said Factor IX, wherein said modifying group is covalently attached to said Factor IX at a preselected glycosyl or amino acid residue of said peptide via an intact glycosyl linking group, wherein said modifying group comprises poly(ethylene glycol), and wherein said intact glycosyl linking group is a sialic acid residue.
An assembly for frothing a fluid, including: - an air supply assembly including an air source and an air channel having an air inlet and a downstream end, the air source being connected to the air inlet, wherein the air supply assembly is configured to control the flow of air that is supplied to the downstream end; - a fluid channel extending from a fluid inlet to a fluid outlet, the fluid channel including subsequently: ~ a first temperature sensor that is positioned adjacent or in the fluid inlet and that is configured to generate a first temperature signal that is associated with a sensed temperature of a fluid adjacent or in the fluid inlet; ~ an air inlet emanation point to which the downstream end of the air channel is connected; ~ a frothing unit including a pump; ~ a heater; and wherein the assembly comprises: - an electronic controller assembly configured for: ~ receiving the first temperature signal, and ~ controlling the air supply assembly in response to at least the first temperature signal for controlling the flow of air that is supplied to the fluid channel, and ~ wherein the frothing unit comprises a fluid restriction. - an air supply assembly including an air source and an air channel having an air inlet and a downstream end, the air source being connected to the air inlet, wherein the air supply assembly is configured to control the flow of air that is supplied to the downstream end; - a fluid channel extending from a fluid inlet to a fluid outlet, the fluid channel including subsequently: ~ a first temperature sensor that is positioned adjacent or in the fluid inlet and that is configured to generate a first temperature signal that is associated with a sensed temperature of a fluid adjacent or in the fluid inlet; ~ an air inlet emanation point to which the downstream end of the air channel is connected; ~ a frothing unit including a pump; ~ a heater; ~ a first temperature sensor that is positioned adjacent or in the fluid inlet and that is configured to generate a first temperature signal that is associated with a sensed temperature of a fluid adjacent or in the fluid inlet; ~ an air inlet emanation point to which the downstream end of the air channel is connected; ~ a frothing unit including a pump; ~ a heater; - an electronic controller assembly configured for: ~ receiving the first temperature signal, and ~ controlling the air supply assembly in response to at least the first temperature signal for controlling the flow of air that is supplied to the fluid channel, and ~ wherein the frothing unit comprises a fluid restriction. ~ receiving the first temperature signal, and ~ controlling the air supply assembly in response to at least the first temperature signal for controlling the flow of air that is supplied to the fluid channel, and ~ wherein the frothing unit comprises a fluid restriction.
An osteosynthesis device having a bone screw which has a threaded shaft and a ball head, and having a fork head which has a groove and two legs, the ball head being pivotably supported in the fork head, and having a pressure piece which is seated on the ball head, the pressure piece being braced on the fork head and having two lateral fins extending in the axial direction of the fork head and away from the threaded shaft, wherein the pressure piece is supported in the fork head with prestressing in the axial direction and thus in the direction toward the ball head by at least one of the fins being slit transversely to the axial direction of the fork head, so that a slit forms a spring tongue, and the pressure piece is thereby resiliently embodied and is braced via the spring tongue on the fork head; characterized in that a protrusion protrudes in the axial direction into the slit, and that the protrusion, for limiting deformation or deflection of the spring tongue, forms a stop, acting in the axial direction, for the spring tongue.
A device suitable for use in a transport vehicle of able people and people in a wheelchair, comprising: - a foot support comprising foot attachment means for attachment to a vehicle floor; - a rigid arm having a shoulder end and a foot end, said rigid arm connected near said foot end to said foot support; - a safety-belt system comprising a safety-belt and safety-belt attachment means, whereby said safety-belt attachment means comprise a first attachment point with belt-guiding means situated near the shoulder end of said rigid arm, characterized in that said rigid arm is attached to said foot support by means of one or more arm hinges, whereby said rigid arm is capable of rotating around said arm hinges, whereby said arm hinges define an axis around which said rigid arm is capable of rotating between an essentially upright position and a tilted position when said rigid arm is unlocked for adjusting the position of the first attachment point of the safety-belt system in height and horizontal displacement for the safety and comfort of wheelchair passengers. - a foot support comprising foot attachment means for attachment to a vehicle floor; - a rigid arm having a shoulder end and a foot end, said rigid arm connected near said foot end to said foot support; - a safety-belt system comprising a safety-belt and safety-belt attachment means, whereby said safety-belt attachment means comprise a first attachment point with belt-guiding means situated near the shoulder end of said rigid arm,