mhurhangee/ep-ind-claims huggingface dataset:
A compound comprising: an aqueous dispersion, the dispersion comprising water and: at least one thermoplastic resin; and 0 to 5 weight percent of a stabilizing agent, based on the total weight of and; at least one of an internal additive and an external additive; and a neutralizing agent, wherein the neutralizing agent is present in an amount sufficient to neutralize less than 90% on a molar basis of any acid groups in components and; wherein the dispersion comprises particles having an average volume diameter particle size from about 0.05 to about 10 microns; and wherein a combined amount of the thermoplastic resin and the stabilizing agent has an acid number of less than 25 mg KOH/g; wherein the thermoplastic resin is at least one polyester; wherein the internal additive comprises at least one of a wax, a colorant, a charge control agent, and a magnetic additive; wherein the colorant comprises at least one pigment; and wherein the pigment comprises at least one of a raw pigment, a treated pigment, a pre-milled pigment, a pigment powder, a pigment presscake, a pigment masterbatch, a recycled pigment, and a solid or liquid pigment predispersion. an aqueous dispersion, the dispersion comprising water and: at least one thermoplastic resin; and 0 to 5 weight percent of a stabilizing agent, based on the total weight of and; at least one of an internal additive and an external additive; and a neutralizing agent, wherein the neutralizing agent is present in an amount sufficient to neutralize less than 90% on a molar basis of any acid groups in components and; at least one thermoplastic resin; and 0 to 5 weight percent of a stabilizing agent, based on the total weight of and; at least one of an internal additive and an external additive; and a neutralizing agent, wherein the neutralizing agent is present in an amount sufficient to neutralize less than 90% on a molar basis of any acid groups in components and; wherein the dispersion comprises particles having an average volume diameter particle size from about 0.05 to about 10 microns; and wherein a combined amount of the thermoplastic resin and the stabilizing agent has an acid number of less than 25 mg KOH/g; wherein the thermoplastic resin is at least one polyester; wherein the internal additive comprises at least one of a wax, a colorant, a charge control agent, and a magnetic additive; wherein the colorant comprises at least one pigment; and wherein the pigment comprises at least one of a raw pigment, a treated pigment, a pre-milled pigment, a pigment powder, a pigment presscake, a pigment masterbatch, a recycled pigment, and a solid or liquid pigment predispersion.
A method for processing specimens in an automated histological staining system, the method comprising: robotically moving a slide carrier into a stainer of the system, wherein the slide carrier carries slides, the slides respectively carry the specimens, and the specimens are at least partially embedded in paraffin; automatically dispensing liquids onto the slides according to a predetermined recipe for at least deparaffinizing, staining, and counterstaining the specimens; and robotically moving the slide carrier out of the stainer after automatically dispensing the liquids, characterized in that the liquids have a common solvent, wherein the common solvent comprises a polyol, and wherein a total of all liquid dispensed onto the slides after moving the slide carrier into the stainer and before moving the slide carrier out of the stainer has a greater volumetric concentration of the same polyol than of monohydric alcohol. robotically moving a slide carrier into a stainer of the system, wherein the slide carrier carries slides, the slides respectively carry the specimens, and the specimens are at least partially embedded in paraffin; automatically dispensing liquids onto the slides according to a predetermined recipe for at least deparaffinizing, staining, and counterstaining the specimens; and robotically moving the slide carrier out of the stainer after automatically dispensing the liquids, characterized in that the liquids have a common solvent, wherein the common solvent comprises a polyol, and wherein a total of all liquid dispensed onto the slides after moving the slide carrier into the stainer and before moving the slide carrier out of the stainer has a greater volumetric concentration of the same polyol than of monohydric alcohol.
A method for wireless communications by a user equipment, UE, comprising: determining, based on one or more conditions, whether to use one or more symbols of an uplink pilot time slot, UpPTS, for transmission of a physical random access channel, PRACH, to a base station, BS; interrupting communication on a first component carrier, CC, to switch from the first CC to a second CC; and after switching to the second CC, transmitting the PRACH in the UpPTS based on the determination. determining, based on one or more conditions, whether to use one or more symbols of an uplink pilot time slot, UpPTS, for transmission of a physical random access channel, PRACH, to a base station, BS; interrupting communication on a first component carrier, CC, to switch from the first CC to a second CC; and after switching to the second CC, transmitting the PRACH in the UpPTS based on the determination.
A radar system operable to detect a target in an area in the presence of a wind turbine located in the area, the radar system comprising: a main antenna that is operable to move azimuthally in order to sweep the area; a transmitter for transmitting pulses from the main antenna; and a receiver for receiving return signals from the main antenna; the radar system being characterised by further comprising: a plurality of auxiliary antennas (62, 64) adapted to capture reflected radiation transmitted by the main antenna and to generate return signals from the auxiliary antennas (62, 64) on the basis of the captured radiation; and a processor for processing the return signals, the processor being operable to: a. generate a signature of the wind turbine from a number of return signals received by the main antenna and the auxiliary antennas (62, 64) in a training process; b. generate model data of a target or receive model data of the target from memory; c. test return signals from the main antenna and the auxiliary antennas (62, 64) for the presence of a target; and d. if a target is detected, to generate data representing a detected target. a main antenna that is operable to move azimuthally in order to sweep the area; a transmitter for transmitting pulses from the main antenna; and a receiver for receiving return signals from the main antenna; the radar system being characterised by further comprising: a plurality of auxiliary antennas (62, 64) adapted to capture reflected radiation transmitted by the main antenna and to generate return signals from the auxiliary antennas (62, 64) on the basis of the captured radiation; and a processor for processing the return signals, the processor being operable to: a. generate a signature of the wind turbine from a number of return signals received by the main antenna and the auxiliary antennas (62, 64) in a training process; b. generate model data of a target or receive model data of the target from memory; c. test return signals from the main antenna and the auxiliary antennas (62, 64) for the presence of a target; and d. if a target is detected, to generate data representing a detected target. a. generate a signature of the wind turbine from a number of return signals received by the main antenna and the auxiliary antennas (62, 64) in a training process; b. generate model data of a target or receive model data of the target from memory; c. test return signals from the main antenna and the auxiliary antennas (62, 64) for the presence of a target; and d. if a target is detected, to generate data representing a detected target.
A scanning optical system, comprising: a rotatable mirror unit including a first mirror surface inclining relative to a rotation axis and a second mirror surface; and a light projecting system including at least one light source which emits a light flux through the mirror unit; wherein the light flux emitted from the light source is reflected on the first mirror surface of the mirror unit, then, proceeds to the second mirror surface, further is reflected on the second mirror surface, and is projected so as to scan a measurement range correspondingly to rotation of the mirror unit, and wherein the spot of the light flux emitted from the light projecting system is longer in a sub scanning angle direction parallel to the rotation axis than in a scanning angle direction orthogonal to the sub scanning angle direction in the measurement range and satisfies the following conditional expression, θ 1 − 90 × α ≤ 225 in the expression, θ1 is an intersection angle in degrees between the first mirror surface and the second mirror surface, and α is a rotation angle in degrees, wherein the mirror unit includes multiple pairs of the first mirror surfaces and the second mirror surfaces, and the respective intersection angles of the multiple pairs are different from each other. a rotatable mirror unit including a first mirror surface inclining relative to a rotation axis and a second mirror surface; and a light projecting system including at least one light source which emits a light flux through the mirror unit; wherein the light flux emitted from the light source is reflected on the first mirror surface of the mirror unit, then, proceeds to the second mirror surface, further is reflected on the second mirror surface, and is projected so as to scan a measurement range correspondingly to rotation of the mirror unit, and wherein the spot of the light flux emitted from the light projecting system is longer in a sub scanning angle direction parallel to the rotation axis than in a scanning angle direction orthogonal to the sub scanning angle direction in the measurement range and satisfies the following conditional expression, θ 1 − 90 × α ≤ 225 in the expression, θ1 is an intersection angle in degrees between the first mirror surface and the second mirror surface, and α is a rotation angle in degrees, wherein the mirror unit includes multiple pairs of the first mirror surfaces and the second mirror surfaces, and the respective intersection angles of the multiple pairs are different from each other.
An optical module, applied to a passive optical network, wherein a circuit board of the optical module is provided with a first electrical interface and a second electrical interface, a first optical port and a second optical port, and an optical transceiver assembly; wherein the first electrical interface is configured to connect to an electrical interface of a board or to a second electrical interface of another optical module, and the second electrical interface is configured to connect to a first electrical interface of another optical module or to an electrical interface of the board; wherein the first optical port is configured to connect to an optical transmission device or to a second optical port of another optical module, and the second optical port is configured to connect to an optical receiving device or to a first optical port of another optical module; and wherein after being input into the optical transceiver assembly through the first optical port, a downstream incident light is multiplexed, by using the optical transceiver assembly, with light that is generated by the optical transceiver assembly, and the downstream light formed by multiplexing the downstream incident light with the light generated by the optical transceiver assembly is output through the second optical port; and wherein after an upstream incident light is input into the optical transceiver assembly through the second optical port, light corresponding to a wavelength of the optical module is filtered out by using the optical transceiver assembly, and the upstream light remaining after filtering is output through the first optical port; and wherein the first optical port contains a first upstream optical port and a first downstream optical port, and the second optical port contains a second upstream optical port and a second downstream optical port; wherein after being input into the optical transceiver assembly through the first downstream optical port, the downstream incident light is multiplexed with the light that is generated by the optical transceiver assembly, and the downstream light formed by multiplexing is output through the second downstream optical port; and wherein after the upstream incident light is input into the optical transceiver assembly through the second upstream optical port, the light corresponding to the wavelength of the optical module is filtered out by using the optical transceiver assembly, and the upstream light remaining after filtering is output through the first upstream optical port.
A method for wirelessly re-distributing multi-media streams, said method comprising: receiving multi-media streams at a master device from a source; adaptively determining channel time allocations for at least one transmit queue in response to status information for the at least one transmit queue and transmission channel conditions; constructing a superframe with media access control frames from said multi-media streams, said media access control frames being inserted into respective ones of the at least one transmit queue for downstream transmission at the determined channel time allocations; and wirelessly transmitting downstream to a remote device the media access control frames from the at least one transmit queue at the determined channel time allocations to effect re-distribution of said multi-media streams to the remote device, wherein a length of media access control frames is adjustable based on a length of said transmit queues and downstream channel conditions. receiving multi-media streams at a master device from a source; adaptively determining channel time allocations for at least one transmit queue in response to status information for the at least one transmit queue and transmission channel conditions; constructing a superframe with media access control frames from said multi-media streams, said media access control frames being inserted into respective ones of the at least one transmit queue for downstream transmission at the determined channel time allocations; and wirelessly transmitting downstream to a remote device the media access control frames from the at least one transmit queue at the determined channel time allocations to effect re-distribution of said multi-media streams to the remote device, wherein a length of media access control frames is adjustable based on a length of said transmit queues and downstream channel conditions.
A white crystalline polymorph A of the hydrate of the Ca salt of a compound according to formula I with a molar ratio of said compound according to formula I to calcium 2±0.3, which is characterized by an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2theta at ±0.2 of the values 2theta = 5.91°, 9.64°, 16.78°, 17.81°, 19.81°, 25.41°. with a molar ratio of said compound according to formula I to calcium 2±0.3, which is characterized by an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2theta at ±0.2 of the values 2theta = 5.91°, 9.64°, 16.78°, 17.81°, 19.81°, 25.41°.
Heating cabinet comprising: - walls (7, 8, 9, 11) defining at least one internal compartment intended to receive damp or wet clothes, - means for blowing air into the compartment, - heating means for heating the air blown into the compartment, - an opening for exhausting moist air from the compartment, characterized in that the exhaust opening can be connected to extraction means which vent the moist air outside a premises in which the cabinet is installed. and in that the exhaust opening can be connected to the extraction means via a manifold capable of collecting the moist air from several heating cabinets (1, 1a, 1b, 1c) installed in a block. - walls (7, 8, 9, 11) defining at least one internal compartment intended to receive damp or wet clothes, - means for blowing air into the compartment, - heating means for heating the air blown into the compartment, - an opening for exhausting moist air from the compartment,
A device to determine a state of the lacrimal layer of the eye, comprising: at least one light source arranged to form a pattern of source points for projecting a plurality of light rays onto a cornea surface and a lens-camera system arranged to receive a respective plurality of reflected light rays reflected on the cornea surface, thereby forming a pattern of image points; characterised by a computational unit arranged to determine on the basis of the image points the state of the lacrimal layer of the eye and/or to determine on the basis of the image points data representative for the state of the lacrimal layer of the eye and to provide the data representative for the state of the lacrimal layer of the eye to a user. at least one light source arranged to form a pattern of source points for projecting a plurality of light rays onto a cornea surface and a lens-camera system arranged to receive a respective plurality of reflected light rays reflected on the cornea surface, thereby forming a pattern of image points; characterised by a computational unit arranged to determine on the basis of the image points the state of the lacrimal layer of the eye and/or to determine on the basis of the image points data representative for the state of the lacrimal layer of the eye and to provide the data representative for the state of the lacrimal layer of the eye to a user.
A method for using a fitting system adapted for fitting a hearing aid suitable to be worn by a wearer, the method comprising the steps of using a touch screen or touch pad interface to enter user preferences during a fitting session, the interface providing to the user a tactile response using haptic technology, the tactile response including providing a sensation of: a. the user's finger against a solid object as an indication of an upper or lower limit on a range of parameter adjustment as one of the preferences; and/or b. greater or lesser drag against the user's finger as an indication of approaching the upper or lower limit. a. the user's finger against a solid object as an indication of an upper or lower limit on a range of parameter adjustment as one of the preferences; and/or b. greater or lesser drag against the user's finger as an indication of approaching the upper or lower limit.
A connector body (100; 200) for use in a connector assembly for making fluid connections comprising: a hollow connector body, the hollow connector body comprising a recess and a resilient deformable seal (130; 230) having a central aperture (131; 231), a seal body and a lip surrounding the central aperture, wherein the lip (132; 232) is foldable into the recess of the hollow connector body; a locking mechanism (150; 250) integrally formed with the hollow connector body, the locking mechanism (150; 250) comprising at least one lug (151; 251) including a slot (152; 252), and at least one ramp (155; 255); a hollow connector first body end (101; 201) and a hollow connector second body end (106; 206); and an anti-actuation assembly engagement portion comprising at least one recess and/or at least one protrusion; a removable anti-actuation assembly comprising at least one peel strip, and at least one recess and/or at least one protrusion, the at least one recess of the anti-actuation assembly and/or at least one protrusion being engaged with the anti-actuation assembly engagement portion of the hollow connector body (100; 200); and, a removable cap, engaged with the hollow connector body (100; 200), wherein the removable anti-actuation assembly is interposed between the cap and the hollow connector first body end (101; 201), the cap covering the hollow connector first body end (101; 201). a hollow connector body, the hollow connector body comprising a recess and a resilient deformable seal (130; 230) having a central aperture (131; 231), a seal body and a lip surrounding the central aperture, wherein the lip (132; 232) is foldable into the recess of the hollow connector body; a locking mechanism (150; 250) integrally formed with the hollow connector body, the locking mechanism (150; 250) comprising at least one lug (151; 251) including a slot (152; 252), and at least one ramp (155; 255); a hollow connector first body end (101; 201) and a hollow connector second body end (106; 206); and an anti-actuation assembly engagement portion comprising at least one recess and/or at least one protrusion; a removable anti-actuation assembly comprising at least one peel strip, and at least one recess and/or at least one protrusion, the at least one recess of the anti-actuation assembly and/or at least one protrusion being engaged with the anti-actuation assembly engagement portion of the hollow connector body (100; 200); and, a removable cap, engaged with the hollow connector body (100; 200), wherein the removable anti-actuation assembly is interposed between the cap and the hollow connector first body end (101; 201), the cap covering the hollow connector first body end (101; 201).
A safety restraint device for a seat having a seat back, a frame and a seat cushion, the safety restraint device comprising: a continuous webbing continuously extending from a first end to a second end and defining a lap belt portion and a shoulder belt portion; the lap belt portion adapted to be positioned above the seat cushion and to extend across the seat from a second lateral side of the seat to a first lateral side of the seat; and the shoulder belt portion adapted to extend from the first lateral side to the second lateral side of the seat, characterized in that the continuous webbing further defines a pelvis restraint portion being inflatable and adapted to extend across the seat cushion between the first lateral side of the seat and the second lateral side of the seat, the continuous webbing defines each of the pelvis restraint portion, the lap belt portion and the shoulder belt portion along a length thereof between the first end and the second end, and inflation of the pelvis restraint portion pretensions the continuous webbing. a continuous webbing continuously extending from a first end to a second end and defining a lap belt portion and a shoulder belt portion; the lap belt portion adapted to be positioned above the seat cushion and to extend across the seat from a second lateral side of the seat to a first lateral side of the seat; and the shoulder belt portion adapted to extend from the first lateral side to the second lateral side of the seat, characterized in that the continuous webbing further defines a pelvis restraint portion being inflatable and adapted to extend across the seat cushion between the first lateral side of the seat and the second lateral side of the seat, the continuous webbing defines each of the pelvis restraint portion, the lap belt portion and the shoulder belt portion along a length thereof between the first end and the second end, and inflation of the pelvis restraint portion pretensions the continuous webbing.