mhurhangee/ep-ind-claims huggingface dataset:
A clothes treating apparatus comprising: a cabinet having an accommodating space for accommodating clothes; an air supplying device for drying air circulating into the accommodating space; at least one supply hole (60, 260, 360) formed at each side surface of the accommodating space or a rear side surface of the accommodating space for allowing the dry air to be supplied therethrough; a circulation duct communicating with the at least one supply hole (60, 260, 360) to define a path along which dry air flows; and a guide unit (100, 200, 300) for guiding dry air generated by the air supplying device to be uniformly dispersed into the accommodating space, characterized in that the guide unit includes a plurality of guide ribs (110, 120) provided inside the circulation duct, wherein said plurality of guide ribs (110, 120) include first ribs formed in parallel to the direction in which the circulation duct is installed and second ribs formed at the outsides of the respective first ribs, and the second ribs are inclined outward in the advancing direction of the dry air. a cabinet having an accommodating space for accommodating clothes; an air supplying device for drying air circulating into the accommodating space; at least one supply hole (60, 260, 360) formed at each side surface of the accommodating space or a rear side surface of the accommodating space for allowing the dry air to be supplied therethrough; a circulation duct communicating with the at least one supply hole (60, 260, 360) to define a path along which dry air flows; and a guide unit (100, 200, 300) for guiding dry air generated by the air supplying device to be uniformly dispersed into the accommodating space, characterized in that the guide unit includes a plurality of guide ribs (110, 120) provided inside the circulation duct, wherein said plurality of guide ribs (110, 120) include first ribs formed in parallel to the direction in which the circulation duct is installed and second ribs formed at the outsides of the respective first ribs, and the second ribs are inclined outward in the advancing direction of the dry air.
A recombinant cytokine comprising: i) a fragment of MDA-7/IL-24 that has antitumor activity and interacts with MDA-7/IL-24 receptors on the surface of cancer cells; and ii) a heterologous secretory leader sequence, wherein said heterologous leader sequence is represented by SEQ ID NO: 3; and wherein said fragment of MDA-7/IL-24 is represented by SEQ ID NO: 1. i) a fragment of MDA-7/IL-24 that has antitumor activity and interacts with MDA-7/IL-24 receptors on the surface of cancer cells; and ii) a heterologous secretory leader sequence,
A vehicular seat device comprising: a backrest; side supports (20L, 20R) disposed on respective sides of the backrest and having respective protrusions (66L, 66R) that project forwardly of the backrest; means for variably changing widths of the protrusions (66L, 66R); a frame disposed in the side supports (20L, 20R); and a movable assembly mounted on the frame, wherein the side supports (20L, 20R) include respective covering layers (80L, 80R) including in turn respective covering webs (84L, 84R), respective ends of the covering webs (84L, 84R) being held by the movable assembly for displacement with respect to the frame, wherein the movable assembly is mounted on the frame for displacement in a thicknesswise direction of the backrest, and for bearing a rearward load applied to the backrest, and characterized in that the movable assembly further comprises: a pressure bearing member (92, 301) held in contact with the backrest; and a flexible member mounted on the pressure bearing member (92, 301), wherein the ends of the covering webs (84L, 84R) of the side supports (20L, 20R) are engaged by the flexible member. a backrest; side supports (20L, 20R) disposed on respective sides of the backrest and having respective protrusions (66L, 66R) that project forwardly of the backrest; means for variably changing widths of the protrusions (66L, 66R); a frame disposed in the side supports (20L, 20R); and a movable assembly mounted on the frame, a pressure bearing member (92, 301) held in contact with the backrest; and a flexible member mounted on the pressure bearing member (92, 301),
A rotary supply joint, having one or more outlet ports and one or more inlet ports configured to provide a connection for fluid flow between the one or more outlet ports and the one or more inlet ports, the rotary supply joint including: first and second surfaces (11a, 12a), configured to rotate relative to each other such that, during relative rotation of the first and second surfaces, a substantially constant separation may be maintained between the first and second surfaces; wherein each of said one or more inlet ports is connected for fluid flow to at least one opening on the first surface (11 a); each of said one or more outlet ports is connected for fluid flow to at least one opening on the second surface; as the first and second surfaces (11 a, 12a) rotate relative to each other, at least one opening on the first surface (11 a) is at least periodically at least partially aligned with at least one opening on the second surface, permitting a flow of fluid from one to the other; and a gas bearing, provided between the first and second surfaces (11 a, 12a), configured to provide a bearing force between the first and second surfaces (11 a, 12a), characterised in that the first and second surfaces (11 a, 12a) are flat surfaces (11a, 12a). first and second surfaces (11a, 12a), configured to rotate relative to each other such that, during relative rotation of the first and second surfaces, a substantially constant separation may be maintained between the first and second surfaces; wherein each of said one or more inlet ports is connected for fluid flow to at least one opening on the first surface (11 a); each of said one or more outlet ports is connected for fluid flow to at least one opening on the second surface; as the first and second surfaces (11 a, 12a) rotate relative to each other, at least one opening on the first surface (11 a) is at least periodically at least partially aligned with at least one opening on the second surface, permitting a flow of fluid from one to the other; and a gas bearing, provided between the first and second surfaces (11 a, 12a), configured to provide a bearing force between the first and second surfaces (11 a, 12a), characterised in that the first and second surfaces (11 a, 12a) are flat surfaces (11a, 12a).
A system for conducting mechanical integrity testing of a borehole and underground cavity having a test fluid/brine interface therein, comprising: a wireline; and a mechanical integrity testing tool connected to a conductor of the wireline and a downhole end of the wireline; wherein, the wireline comprises at least the conductor, a first optical fiber, and a second optical fiber extending from surface through the borehole to about a test depth adjacent the interface; a control system is operatively connected to the conductor and the first and second optical fibers at a surface end of the wireline and configured to emit at least a first laser beam through the first optical fiber and analyze the at least first laser beam to measure and record temperatures at a first plurality of axial segments along the first optical fiber, and emit at least a second laser beam through the second optical fiber and analyze the at least second laser beam to measure and record noise readings at a second plurality of axial segments along the second optical fiber; a first pressure sensor is operatively connected to the control system and configured to detect an uphole pressure at an upper section of the borehole; and the mechanical integrity testing tool comprises an interface detection device configured to detect a location of the interface and at least a second pressure sensor configured to detect a downhole pressure at about the test depth. a wireline; and a mechanical integrity testing tool connected to a conductor of the wireline and a downhole end of the wireline; wherein, the wireline comprises at least the conductor, a first optical fiber, and a second optical fiber extending from surface through the borehole to about a test depth adjacent the interface; a control system is operatively connected to the conductor and the first and second optical fibers at a surface end of the wireline and configured to emit at least a first laser beam through the first optical fiber and analyze the at least first laser beam to measure and record temperatures at a first plurality of axial segments along the first optical fiber, and emit at least a second laser beam through the second optical fiber and analyze the at least second laser beam to measure and record noise readings at a second plurality of axial segments along the second optical fiber; a first pressure sensor is operatively connected to the control system and configured to detect an uphole pressure at an upper section of the borehole; and the mechanical integrity testing tool comprises an interface detection device configured to detect a location of the interface and at least a second pressure sensor configured to detect a downhole pressure at about the test depth.
An organic electroluminescence device comprising an anode, an emitting layer, a blocking layer, an electron-injecting layer and a cathode in sequential order; wherein the emitting layer contains a host and a dopant which gives fluorescent emission of which the main peak wavelength is 550 nm or less; the electron affinity Ad of the dopant is smaller than the electron affinity Ah of the host; the triplet energy E T d of the dopant is larger than the triplet energy E T h of the host; the triplet energy E T b of the blocking layer is larger than E T h; and the blocking layer comprises an aromatic hydrocarbon compound and is a layer having a triplet energy blocking function different from the function of a hole blocking layer or a carrier-blocking layer.
A compound, or a pharmaceutically acceptable salt thereof, having the Formula: wherein: R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of H, hydroxyl, alkyl, alkoxy, amine, halo, and trifluoromethyl, and wherein any two adjacent moieties of R 1, R 2, R 3, R 4, and R 5 may come together to form a heterocyclic ring; R 6 is H or hydroxyl; and R 7 is selected from H, wherein R 8 is C or O, wherein when R 1 and R 3 are alkoxy and R 7 is then at least one of R 2, R 4, or R 5 is alkoxy; for use in a method of treating a subject suffering from a hematopoietic malignancy characterized by over-expression of Ten-eleven translocation 1, the method comprising administering to the subject an effective amount of said compound, or a pharmaceutically acceptable salt thereof. R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of H, hydroxyl, alkyl, alkoxy, amine, halo, and trifluoromethyl, and wherein any two adjacent moieties of R 1, R 2, R 3, R 4, and R 5 may come together to form a heterocyclic ring; R 6 is H or hydroxyl; and R 7 is selected from H, wherein R 8 is C or O, wherein when R 1 and R 3 are alkoxy and R 7 is then at least one of R 2, R 4, or R 5 is alkoxy; for use in a method of treating a subject suffering from a hematopoietic malignancy characterized by over-expression of Ten-eleven translocation 1, the method comprising administering to the subject an effective amount of said compound, or a pharmaceutically acceptable salt thereof.
A preparation comprising peptides of a natural allergen wherein the peptides are hydrolyzed allergen peptides for use in the prevention of development of allergy, wherein the preparation is administered prior to the development of any allergy against the allergen used for the preparation.
An abnormality determination system for a photovoltaic module including a plurality of photovoltaic cells (C1, C2, C3, C4, C5) connected in series, the abnormality determination system for the photovoltaic module comprising: a modulated light radiation unit configured to radiate modulated light to one photovoltaic cell among the plurality of photovoltaic cells (C1, C2, C3, C4, C5); a lock-in amplifier configured to output a signal in accordance with a state of the one photovoltaic cell according to a signal indicating a power output of the photovoltaic module and a reference signal indicating a phase of the modulated light; and a determination unit configured to determine whether the one photovoltaic cell is in an abnormal state according to the signal output from the lock-in amplifier, characterised in that the signal indicating the power output of the photovoltaic module and the reference signal are input to the lock-in amplifier. a modulated light radiation unit configured to radiate modulated light to one photovoltaic cell among the plurality of photovoltaic cells (C1, C2, C3, C4, C5); a lock-in amplifier configured to output a signal in accordance with a state of the one photovoltaic cell according to a signal indicating a power output of the photovoltaic module and a reference signal indicating a phase of the modulated light; and a determination unit configured to determine whether the one photovoltaic cell is in an abnormal state according to the signal output from the lock-in amplifier, characterised in that the signal indicating the power output of the photovoltaic module and the reference signal are input to the lock-in amplifier.
A process for manufacturing a gypsum slurry comprising: - bringing together and mixing at least the following components: gypsum, water and a wax powder, wherein - 0.1 to 10 wt.-% of the wax powder are contained in the gypsum slurry, relative to the mass of dry gypsum; - the wax powder having - a particle size below 500 μm, - an average particle size dso (number average) of below 300 μm; and - the wax powder comprises the following wax composition: i. at least 70 wt.-% hydrocarbon wax, ii. at least 5 wt.-% of a polar wax, iii. 0 to 10 wt.-% hydrocarbon resins, and iv. 0.1 to 5 wt.-% of one or more components selected from the group consisting of one or more polyols, starches, sugars, polyvinylalcohols and the derivatives thereof; and wherein - the wax composition has a dynamic viscosity at 100°C of below 12 cP and - the acid number of the wax composition is below 10 mg KOH/g. - bringing together and mixing at least the following components: gypsum, water and a wax powder, wherein - 0.1 to 10 wt.-% of the wax powder are contained in the gypsum slurry, relative to the mass of dry gypsum; - the wax powder having - a particle size below 500 μm, - an average particle size dso (number average) of below 300 μm; and - a particle size below 500 μm, - an average particle size dso (number average) of below 300 μm; and - the wax powder comprises the following wax composition: i. at least 70 wt.-% hydrocarbon wax, ii. at least 5 wt.-% of a polar wax, iii. 0 to 10 wt.-% hydrocarbon resins, and iv. 0.1 to 5 wt.-% of one or more components selected from the group consisting of one or more polyols, starches, sugars, polyvinylalcohols and the derivatives thereof; and i. at least 70 wt.-% hydrocarbon wax, ii. at least 5 wt.-% of a polar wax, iii. 0 to 10 wt.-% hydrocarbon resins, and iv. 0.1 to 5 wt.-% of one or more components selected from the group consisting of one or more polyols, starches, sugars, polyvinylalcohols and the derivatives thereof; and - the wax composition has a dynamic viscosity at 100°C of below 12 cP and - the acid number of the wax composition is below 10 mg KOH/g.
A combustion chamber comprising: a first surface and a second surface interconnected by a wall forming said chamber; the first surface defining a plurality of first openings each first opening of the plurality of first openings having an outer diameter and an inner diameter smaller than the outer diameter, and wherein air is configured to pass from the outer diameter through the inner diameter into the chamber; and the second surface defining a plurality of second openings configured to receive fuel, wherein air from the first openings of the plurality of first openings and fuel from the second openings of the plurality of second openings oppose each other to create a vortex of product proximal to the second surface, wherein the chamber having a central axis, the first surface defining at least one outlet opening configured to allow exhaust products to exit the chamber and the second surface defining at least one inlet opening, and each of the at least one outlet opening and the at least one inlet opening are axially aligned along the central axis, wherein the plurality of first openings and the plurality of second openings are arranged on a circumference around the central axis. a first surface and a second surface interconnected by a wall forming said chamber; the first surface defining a plurality of first openings each first opening of the plurality of first openings having an outer diameter and an inner diameter smaller than the outer diameter, and wherein air is configured to pass from the outer diameter through the inner diameter into the chamber; and the second surface defining a plurality of second openings configured to receive fuel, wherein air from the first openings of the plurality of first openings and fuel from the second openings of the plurality of second openings oppose each other to create a vortex of product proximal to the second surface, wherein the chamber having a central axis, the first surface defining at least one outlet opening configured to allow exhaust products to exit the chamber and the second surface defining at least one inlet opening, and each of the at least one outlet opening and the at least one inlet opening are axially aligned along the central axis, wherein the plurality of first openings and the plurality of second openings are arranged on a circumference around the central axis.
A method of assembling an optical device, comprising: providing a circuit board supporting an imager and a support for supporting the circuit board; applying a first adhesive layer to a mating region (2,3) of at least one of the circuit board and the support; and fastening the circuit board to the support using at least one fastener, wherein the first adhesive layer is compressed between the mating regions (2,3) once the circuit board is fastened; curing the first adhesive layer for forming a stabilised imager assembly; fixing a lens to the stabilised imager assembly using a second adhesive layer, wherein the step of fixing the lens comprises positioning the lens on the support to align its focal plane with the imager and curing the second adhesive layer. providing a circuit board supporting an imager and a support for supporting the circuit board; applying a first adhesive layer to a mating region (2,3) of at least one of the circuit board and the support; and fastening the circuit board to the support using at least one fastener, wherein the first adhesive layer is compressed between the mating regions (2,3) once the circuit board is fastened; curing the first adhesive layer for forming a stabilised imager assembly; fixing a lens to the stabilised imager assembly using a second adhesive layer, wherein the step of fixing the lens comprises positioning the lens on the support to align its focal plane with the imager and curing the second adhesive layer.
A pasta-making attachment for a multi-purpose kitchen machine, the attachment comprising components of a meat-grinding attachment including a hollow main body part having a processing cavity therein within which a scroll-like extruder screw can rotate when driven by the machine, and a hopper for allowing foodstuffs to be introduced into the processing cavity; the pasta-making attachment further comprising a replacement scroll-like extruder screw dedicated to pasta making, and replacement pasta-extrusion dies; the attachment being characterised by the further provision of a tubular conversion device for insertion into the processing cavity to condition said cavity for operation with said replacement scroll-like extruder screw dedicated to pasta making.
A rotating system for a toy which comprises at least two parts (110, 120) to be rotated relative to each other, the rotating system comprising a top unit, a middle unit, a bottom unit, and a resilient component, and further comprising: the top unit fixedly coupled to the bottom unit defining a longitudinal axis and leaving a space in-between them, the space configured for housing the resilient component and the middle unit, wherein the middle unit is moveably housed in-between the top and bottom units and configured to rotate around the longitudinal axis as well as to displace longitudinally along the longitudinal axis; wherein the middle unit is configured to be coupled to a first part of the at least two parts and the bottom unit is configured to be coupled to a second part of the at least two parts; and wherein the middle and bottom units are configured with complementary engaging means (336, 346) at their interface. the top unit fixedly coupled to the bottom unit defining a longitudinal axis and leaving a space in-between them, the space configured for housing the resilient component and the middle unit, wherein the middle unit is moveably housed in-between the top and bottom units and configured to rotate around the longitudinal axis as well as to displace longitudinally along the longitudinal axis; wherein the middle unit is configured to be coupled to a first part of the at least two parts and the bottom unit is configured to be coupled to a second part of the at least two parts; and wherein the middle and bottom units are configured with complementary engaging means (336, 346) at their interface.