mhurhangee/ep-ind-claims huggingface dataset:
An aerosolized suspension comprising taxane particles comprising at least 95% wt of the taxane, wherein the taxane particles have a mean particle size (number) of between 0.4 μm and 2 μm as determined by light obscuration or laser diffraction, a specific surface area of between 12 m 2 /g and 60±3 m 2 /g as measured by the Brunauer-Emmett-Teller isotherm, and a mean bulk density of between 0.05±0.0025 g/cm 3 and 0.12±0.006 g/cm 3 as measured by pouring the particles into a graduated cylinder, without tapping, at room temperature, for use in treating a lung tumor, wherein the suspension is pulmonarily administered via nebulization to a subject with a lung tumor, and wherein the taxane comprises paclitaxel, docetaxel, or a pharmaceutically acceptable salt thereof.
An air-conditioning apparatus configured to perform at least cooling operation or humidifying operation, the air-conditioning apparatus comprising: a drain pan (11,57) configured to receive water; characterized by the air-conditioning apparatus further comprising a draining unit disposed on the underside of the drain pan (11,57) and configured to drain water received in the drain pan (11,57); and a detection unit (15,37) integrated with the drain pan (11,57) and configured to detect a biofilm formed in the drain pan (11,57), the detection unit (15,37) being configured to perform detection of the biofilm in a state in which draining of water from the drain pan (11,57) is complete, wherein the detection unit is adapted to transmit an ultrasonic wave and to detect an ultrasonic wave reflected back from the biofilm to thereby determine the presence or absence of the biofilm, or wherein the detection unit comprises a crystal oscillator detection unit comprising a crystal oscillator, and a sensitive membrane provided to the bottom surface of the drain pan. a drain pan (11,57) configured to receive water; characterized by the air-conditioning apparatus further comprising a draining unit disposed on the underside of the drain pan (11,57) and configured to drain water received in the drain pan (11,57); and a detection unit (15,37) integrated with the drain pan (11,57) and configured to detect a biofilm formed in the drain pan (11,57), a draining unit disposed on the underside of the drain pan (11,57) and configured to drain water received in the drain pan (11,57); and a detection unit (15,37) integrated with the drain pan (11,57) and configured to detect a biofilm formed in the drain pan (11,57), the detection unit (15,37) being configured to perform detection of the biofilm in a state in which draining of water from the drain pan (11,57) is complete, wherein the detection unit is adapted to transmit an ultrasonic wave and to detect an ultrasonic wave reflected back from the biofilm to thereby determine the presence or absence of the biofilm, or wherein the detection unit comprises a crystal oscillator detection unit comprising a crystal oscillator, and a sensitive membrane provided to the bottom surface of the drain pan.
A blade assembly for a food processor; the assembly comprising an elongate shaft means adapted to be driven in rotation about an axis extending longitudinally of the shaft means, and a generally discoidal base member haying a central boss in which one end of the shaft means is journalled for rotation and being adapted for sealing fitment to an open base of a goblet in which the food processing is intended to take place, the assembly further comprising first and second blade members (22, 24) supported on said shaft means for rotation therewith about said axis; said blade members (22, 24) extending in substantially opposed radial directions from said shaft means and being supported on said shaft means at respective axially spaced locations (23, 25) there-along; wherein said first blade member is mounted nearer to the free end of the shaft means than is the second blade member and is angled back along the shaft means towards the base member, whereas the second blade member is angled forwardly along the shaft means, towards the free end thereof, and wherein said first blade member further has associated therewith a relatively short and blunt stub-like blade portion angled forwardly from the support location for the first blade member and extending beyond the free end of said shaft means.
An attachment device for identifying one or more parameters of a fluid, comprising: a first end configured to selectively attach to an opening of a container; a sensor having a sensor element, the sensor element being positioned within an internal chamber of the attachment device, the sensor being configured to perform at least one test to identify one or more parameters of a fluid within the internal chamber; characterized by: the attachment device including a spike extending into a cavity in the first end of the attachment device, wherein the opening can be received by the cavity, thereby causing the spike to pierce and to provide a pathway through opening when the container is attached to the first end thereby causing the fluid to flow from the container into the internal chamber of the attachment device. a first end configured to selectively attach to an opening of a container; a sensor having a sensor element, the sensor element being positioned within an internal chamber of the attachment device, the sensor being configured to perform at least one test to identify one or more parameters of a fluid within the internal chamber; characterized by: the attachment device including a spike extending into a cavity in the first end of the attachment device, wherein the opening can be received by the cavity, thereby causing the spike to pierce and to provide a pathway through opening when the container is attached to the first end thereby causing the fluid to flow from the container into the internal chamber of the attachment device.
A shaking culture apparatus comprising: a culture bag made from a thermoplastic resin film or a laminate of thermoplastic resin film; an outer shell container being arranged to house the entirety of said culture bag to be able to perform adjustment of a temperature thereof; a power source for shaking said outer shell container housing said culture bag, a device for detecting a height of liquid level of contents in said culture bag; and an adjustment mechanism for adjusting a rotation number of shaking of said outer shell container housing said culture bag so that the height of the liquid level of said contents becomes constant, wherein said culture bag is provided with a spout, and said spout is fixed to said culture bag by sealing a base of said spout on a back side of a film of said culture bag, and said contents in said culture bag can be stirred and mixed by shaking said outer shell container housing said culture bag so that a center of said outer shell container revolves in orbit on an orbit C of radius R; wherein the culture bag is a gusset bag. a culture bag made from a thermoplastic resin film or a laminate of thermoplastic resin film; an outer shell container being arranged to house the entirety of said culture bag to be able to perform adjustment of a temperature thereof; a power source for shaking said outer shell container housing said culture bag, a device for detecting a height of liquid level of contents in said culture bag; and an adjustment mechanism for adjusting a rotation number of shaking of said outer shell container housing said culture bag so that the height of the liquid level of said contents becomes constant, said culture bag is provided with a spout, and said spout is fixed to said culture bag by sealing a base of said spout on a back side of a film of said culture bag, and said contents in said culture bag can be stirred and mixed by shaking said outer shell container housing said culture bag so that a center of said outer shell container revolves in orbit on an orbit C of radius R;
An electrode (101, 102, 103', 31) comprising: an electrically conductive support (11, 22); and an active material layer (12, 12', 23) provided on the electrically conductive support, containing an electrode active material and an electrical conductivity assistant, wherein: the electrode active material includes at least one of a first polymer compound having a tetrachalcogenofulvalene structure in a repetition unit of a main chain, and a second polymer compound which is a copolymer between a first unit which has the tetrachalcogenofulvalene structure in a side chain and a second unit which does not have the tetrachalcogenofulvalene structure in the side chain; and characterized in that in the active material layer, the electrode active material does not form particles but covers at least a portion of a surface of the electrical conductivity assistant and is present as a thin film on the surface of the electrical conductivity assistant, wherein the thickness t of the electrode active material satisfies t<d, where d denotes the average particle diameter of the electrical conductivity assistant. an electrically conductive support (11, 22); and an active material layer (12, 12', 23) provided on the electrically conductive support, containing an electrode active material and an electrical conductivity assistant, wherein: the electrode active material includes at least one of a first polymer compound having a tetrachalcogenofulvalene structure in a repetition unit of a main chain, and a second polymer compound which is a copolymer between a first unit which has the tetrachalcogenofulvalene structure in a side chain and a second unit which does not have the tetrachalcogenofulvalene structure in the side chain; and characterized in that in the active material layer, the electrode active material does not form particles but covers at least a portion of a surface of the electrical conductivity assistant and is present as a thin film on the surface of the electrical conductivity assistant, wherein the thickness t of the electrode active material satisfies t<d, where d denotes the average particle diameter of the electrical conductivity assistant. the electrode active material includes at least one of a first polymer compound having a tetrachalcogenofulvalene structure in a repetition unit of a main chain, and a second polymer compound which is a copolymer between a first unit which has the tetrachalcogenofulvalene structure in a side chain and a second unit which does not have the tetrachalcogenofulvalene structure in the side chain; and characterized in that in the active material layer, the electrode active material does not form particles but covers at least a portion of a surface of the electrical conductivity assistant and is present as a thin film on the surface of the electrical conductivity assistant, wherein the thickness t of the electrode active material satisfies t<d, where d denotes the average particle diameter of the electrical conductivity assistant.
A distributed control system, configured to: receive, from an automated analyzer device, analysis data comprising: an indication of quality attributes of a plurality of fluid samples; and an indication of a plant location corresponding to the quality attributes of the plurality of the fluid samples; identify one or more anomalies of fluid based upon the indication of quality attributes of the plurality of fluid samples; attribute the one or more anomalies to one or more particular areas based at least in part upon the indication of the plant location corresponding to the quality attributes of the plurality of the fluid samples; and trigger an alert, trigger control, or both, based at least in part upon the identified one or more anomalies and the attributed one or more particular areas; characterized by the following feature: the identified one or more anomalies comprising inadequate fuel quality. receive, from an automated analyzer device, analysis data comprising: an indication of quality attributes of a plurality of fluid samples; and an indication of a plant location corresponding to the quality attributes of the plurality of the fluid samples; an indication of quality attributes of a plurality of fluid samples; and an indication of a plant location corresponding to the quality attributes of the plurality of the fluid samples; identify one or more anomalies of fluid based upon the indication of quality attributes of the plurality of fluid samples; attribute the one or more anomalies to one or more particular areas based at least in part upon the indication of the plant location corresponding to the quality attributes of the plurality of the fluid samples; and trigger an alert, trigger control, or both, based at least in part upon the identified one or more anomalies and the attributed one or more particular areas; characterized by the following feature: the identified one or more anomalies comprising inadequate fuel quality.
A method of communication at a ground network, comprising: determining a neighbor cell list that includes at least one start angle and span for at least one satellite for a next cell reselection of a user terminal; and sending via satellite the neighbor cell list to the user terminal in a Broadcast Information Block, BIB, message, wherein said BIB message comprises a number of segments, each segment comprising a corresponding sequence number relating to the neighbor cell list and a portion of the neighbor cell list. determining a neighbor cell list that includes at least one start angle and span for at least one satellite for a next cell reselection of a user terminal; and sending via satellite the neighbor cell list to the user terminal in a Broadcast Information Block, BIB, message, wherein said BIB message comprises a number of segments, each segment comprising a corresponding sequence number relating to the neighbor cell list and a portion of the neighbor cell list.
A photomultiplier tube comprising: a semiconductor photocathode; a photodiode including: a p-doped semiconductor layer; a n-doped semiconductor layer formed on a first surface of the p-doped semiconductor layer to form a diode; and a pure boron layer formed on a second surface of the p-doped semiconductor layer; wherein the semiconductor photocathode comprises silicon; and wherein the silicon of the semiconductor photocathode is coated with a pure boron coating on at least the electron emitting side. a semiconductor photocathode; a photodiode including: a p-doped semiconductor layer; a n-doped semiconductor layer formed on a first surface of the p-doped a p-doped semiconductor layer; a n-doped semiconductor layer formed on a first surface of the p-doped semiconductor layer to form a diode; and a pure boron layer formed on a second surface of the p-doped semiconductor layer; wherein the semiconductor photocathode comprises silicon; and wherein the silicon of the semiconductor photocathode is coated with a pure boron coating on at least the electron emitting side.
A device (200, 300, 400, 500) comprising: a main body comprising a power source and control circuitry; and a functional unit comprising a functional member (208, 402) and a sensing component (210, 524), wherein the functional member (208, 402) and the sensing component (210, 524) are arranged electrically in parallel with one another, and wherein the functional member (208, 402) has a threshold voltage below which the functional member (208, 402) is electrically non-conductive or substantially electrically non-conductive, and above which the functional member (208, 402) is electrically conductive, wherein the control circuitry and the power source are electrically coupled to the functional unit by a single pair of electric connection paths (214, 216), and wherein the control circuitry and the power source are configured to switch between providing first and second voltages to the functional unit via the single pair of electric connection paths (214, 216), wherein the first voltage exceeds the threshold voltage and the second voltage is below the threshold voltage to enable a measurement signal to be obtained from the sensing component (210, 524) via the single pair of electric connection paths (214, 216). a main body comprising a power source and control circuitry; and a functional unit comprising a functional member (208, 402) and a sensing component (210, 524), wherein the functional member (208, 402) and the sensing component (210, 524) are arranged electrically in parallel with one another, and wherein the functional member (208, 402) has a threshold voltage below which the functional member (208, 402) is electrically non-conductive or substantially electrically non-conductive, and above which the functional member (208, 402) is electrically conductive, wherein the control circuitry and the power source are electrically coupled to the functional unit by a single pair of electric connection paths (214, 216), and wherein the control circuitry and the power source are configured to switch between providing first and second voltages to the functional unit via the single pair of electric connection paths (214, 216), wherein the first voltage exceeds the threshold voltage and the second voltage is below the threshold voltage to enable a measurement signal to be obtained from the sensing component (210, 524) via the single pair of electric connection paths (214, 216).
A vacuum insulation assembly for an appliance, comprising: a plurality of panels (14, 16) coupled to one another and spaced apart from one another to define a cavity therebetween, each of the plurality of panels (14, 16) including an inner surface (20, 22); a vacuum insulation material positioned within the cavity; and a stiffening material coupled to one or more panels (14, 16) of the plurality of panels (14, 16), wherein the stiffening material includes: a polymer layer configured to adhere to the inner surface (20, 22) of the one or more panels (14, 16) of the plurality of panels (14, 16) when the stiffening material is heated, and a mesh layer positioned over the polymer layer, characterised in that the stiffening material is provided in strips and coupled to the inner surfaces (20, 22) of the one or more panels (14, 16) of the plurality of panels (14, 16) in a predetermined pattern formed by the strips of the stiffening material. a plurality of panels (14, 16) coupled to one another and spaced apart from one another to define a cavity therebetween, each of the plurality of panels (14, 16) including an inner surface (20, 22); a vacuum insulation material positioned within the cavity; and a stiffening material coupled to one or more panels (14, 16) of the plurality of panels (14, 16), a polymer layer configured to adhere to the inner surface (20, 22) of the one or more panels (14, 16) of the plurality of panels (14, 16) when the stiffening material is heated, and a mesh layer positioned over the polymer layer,
A device for managing communications between communication terminals (TMi, TFi, PCi), comprising a memory capable of storing user identifiers as matches for lists of at least one communication terminal identifier, and processing means arranged, upon receipt of a request to call a user known as 'called' (Uj) by a calling user (Ui), to access said memory to extract lists of terminal identifiers associated with the identifiers of said calling (Ui) and called (Uj) users, then to determine within those extracted lists a calling terminal and a called terminal able to establish between themselves a communication satisfying said call request, based on at least one availability criterion.
Toy vehicle, - comprising a car body and a vehicle frame, - comprising a sliding door, - having a sliding door mechanism via which the sliding door is connected to the vehicle frame, comprising: -- an actuation member on the sliding door side, which is arranged on an actuation side of the sliding door, -- an actuation locking bar which is connected to the actuation member on the actuation side of the sliding door and to a frame-side locking member on an opposite linkage side of the sliding door, -- wherein the actuation member is switchable between --- a locking position in which the actuation locking bar is locked to the frame-side locking member, and --- a release position in which the actuation member carries the actuation locking bar into a position free of the frame-side locking member, -- a lift-off spring for lifting the linkage side of the sliding door outwards from the car body in the release position of the actuation member. - comprising a car body and a vehicle frame, - comprising a sliding door, - having a sliding door mechanism via which the sliding door is connected to the vehicle frame, comprising: -- an actuation member on the sliding door side, which is arranged on an actuation side of the sliding door, -- an actuation locking bar which is connected to the actuation member on the actuation side of the sliding door and to a frame-side locking member on an opposite linkage side of the sliding door, -- wherein the actuation member is switchable between --- a locking position in which the actuation locking bar is locked to the frame-side locking member, and --- a release position in which the actuation member carries the actuation locking bar into a position free of the frame-side locking member, -- a lift-off spring for lifting the linkage side of the sliding door outwards from the car body in the release position of the actuation member. -- an actuation member on the sliding door side, which is arranged on an actuation side of the sliding door, -- an actuation locking bar which is connected to the actuation member on the actuation side of the sliding door and to a frame-side locking member on an opposite linkage side of the sliding door, -- wherein the actuation member is switchable between --- a locking position in which the actuation locking bar is locked to the frame-side locking member, and --- a release position in which the actuation member carries the actuation locking bar into a position free of the frame-side locking member, --- a locking position in which the actuation locking bar is locked to the frame-side locking member, and --- a release position in which the actuation member carries the actuation locking bar into a position free of the frame-side locking member, -- a lift-off spring for lifting the linkage side of the sliding door outwards from the car body in the release position of the actuation member.
A frequency multiplier for generating an output signal having a frequency N times an input signal, with N equal to or greater than 3, the frequency multiplier comprising: a phase splitter circuit responsive to the input signal for generating N signals of the same frequency with phase differences where the difference of phase between the signals is approximately 360°/N, or approximately 180°/N; and a mixer circuit responsive to the N signals of the phase splitter circuit characterized in that the mixer circuit is configured to multiply the N signals with each other to provide an output signal having a frequency N times the input signal. a phase splitter circuit responsive to the input signal for generating N signals of the same frequency with phase differences where the difference of phase between the signals is approximately 360°/N, or approximately 180°/N; and a mixer circuit responsive to the N signals of the phase splitter circuit characterized in that the mixer circuit is configured to multiply the N signals with each other to provide an output signal having a frequency N times the input signal.