mhurhangee/ep-ind-claims huggingface dataset:
A stacking header comprising: a first plate unit having a first inlet flow path, a first outlet flow path, a plurality of second outlet flow paths and a plurality of second inlet flow paths; a second plate unit attached to the first plate unit and having at least a part of a first passing flow path for refrigerant flowing from the first inlet flow path to pass through from an upstream end portion to a downstream end portion thereof, and at least a part of a second passing flow path for refrigerant to pass through from an upstream end portion to a downstream end portion thereof to the first outlet flow path, the second plate unit also having at least a part of a distribution flow path for distributing refrigerant to the plurality of second outlet flow paths; and a first pipe connecting the downstream end portion of the first passing flow path and the upstream end portion of the second passing flow path, to constitute a first turnback flow path (51c, 51d, 81, 61b, 61a); characterized in that the second plate unit has at least a part of a first junction flow path having an upstream end portion and a downstream end portion for merging refrigerant flowing in from the plurality of second inlet flow paths. a first plate unit having a first inlet flow path, a first outlet flow path, a plurality of second outlet flow paths and a plurality of second inlet flow paths; a second plate unit attached to the first plate unit and having at least a part of a first passing flow path for refrigerant flowing from the first inlet flow path to pass through from an upstream end portion to a downstream end portion thereof, and at least a part of a second passing flow path for refrigerant to pass through from an upstream end portion to a downstream end portion thereof to the first outlet flow path, the second plate unit also having at least a part of a distribution flow path for distributing refrigerant to the plurality of second outlet flow paths; and a first pipe connecting the downstream end portion of the first passing flow path and the upstream end portion of the second passing flow path, to constitute a first turnback flow path (51c, 51d, 81, 61b, 61a); characterized in that the second plate unit has at least a part of a first junction flow path having an upstream end portion and a downstream end portion for merging refrigerant flowing in from the plurality of second inlet flow paths.
A method of making a hydrogenation catalyst, comprising: mechanically processing hexagonal boron nitride in the presence of an alkali metal element, such as lithium, to produce a defective surface that catalyzes a hydrogenation reaction.
A method comprising: extracting a code from a media signal, the code including a first timestamp wherein at least a first portion of the first timestamp is unreadable or otherwise unavailable; determining an approximate timestamp based on a second portion of the first timestamp that is readable or otherwise available; determining a time range within a reference signature look-up table based on the approximate timestamp and selecting entries from the reference signature look-up table that include timestamps within the time range; determining a partition of the reference signature look-up table based on the selected entries within the time range; comparing, by executing an instruction with a processor, a signature extracted from the media signal to reference signatures in the partition of the reference signature look-up table; and identifying media associated with the media signal based on the comparison. extracting a code from a media signal, the code including a first timestamp wherein at least a first portion of the first timestamp is unreadable or otherwise unavailable; determining an approximate timestamp based on a second portion of the first timestamp that is readable or otherwise available; determining a time range within a reference signature look-up table based on the approximate timestamp and selecting entries from the reference signature look-up table that include timestamps within the time range; determining a partition of the reference signature look-up table based on the selected entries within the time range; comparing, by executing an instruction with a processor, a signature extracted from the media signal to reference signatures in the partition of the reference signature look-up table; and identifying media associated with the media signal based on the comparison.
A robot comprising: a supporting unit that rotatably supports a first passive shaft part; and a first arm fixed to the first passive shaft part, wherein the first arm has an internal space overlapping with the first passive shaft part as seen in a direction orthogonal to a center shaft of the first passive shaft part, and wherein, if of distances from an outer surface of the first arm to the center shaft of the first passive shaft part as seen from a shaft direction of the center shaft of the first passive shaft part, a longest distance not passing through the internal space overlapping with the first passive shaft part as seen in a direction orthogonal to a center shaft of the first passive shaft part is A, and a longest distance passing through the internal space overlapping with the first passive shaft part as seen in a direction orthogonal to a center shaft of the first passive shaft part is B, the following formula is satisfied: A ≥ B. a supporting unit that rotatably supports a first passive shaft part; and a first arm fixed to the first passive shaft part, wherein the first arm has an internal space overlapping with the first passive shaft part as seen in a direction orthogonal to a center shaft of the first passive shaft part, and wherein, if of distances from an outer surface of the first arm to the center shaft of the first passive shaft part as seen from a shaft direction of the center shaft of the first passive shaft part, a longest distance not passing through the internal space overlapping with the first passive shaft part as seen in a direction orthogonal to a center shaft of the first passive shaft part is A, and a longest distance passing through the internal space overlapping with the first passive shaft part as seen in a direction orthogonal to a center shaft of the first passive shaft part is B, the following formula is satisfied: A ≥ B.
A method for the operation of a cleaning appliance automatically moving within an environment, wherein the cleaning appliance cleans a surface in accordance with a predetermined work schedule, wherein at least one level of contamination of the surface is determined, and a cleaning task is controlled as a function of the level of contamination, wherein the level of contamination is entered on a map associated with positional information of the environment, wherein a user undertakes editing of the map, that is to say, defines surface zones (5, 6, 7, 8) of the surface in the map, and manually assigns a cleaning task of the cleaning appliance to at least one surface zone (5, 6, 7, 8), characterised in that the user defines a position of the surface zones (5, 6, 7, 8) and sets in addition a shape and/or size, of the surface zones (5, 6, 7, 8).
A traffic planning method for enabling the controlling of a plurality of vehicles (v1, v2, v3, v4), wherein each vehicle occupies one node in a shared set of planning nodes (wp1, wp2,..., wp8) and is movable to other nodes along predefined edges between pairs of the nodes in accordance with a finite set of motion commands (v1.a1, vi.a2, v2.a1, v2.a2), the method comprising: obtaining initial node occupancies of the vehicles; and determining a sequence of motion commands by optimizing a state-action value function ( Q ( s, a)) which depends on node occupancies ( s) and the motion commands ( a) to be given, characterized in that the state-action value function includes at least one command-independent term ( Q L ( s)), which penalizes node occupancies with too small inter-vehicle gaps, and at least one command-dependent term ( Q S ( s, a)). obtaining initial node occupancies of the vehicles; and determining a sequence of motion commands by optimizing a state-action value function ( Q ( s, a)) which depends on node occupancies ( s) and the motion commands ( a) to be given, characterized in that the state-action value function includes at least one command-independent term ( Q L ( s)), which penalizes node occupancies with too small inter-vehicle gaps, and at least one command-dependent term ( Q S ( s, a)).
A method of correcting spurious pixels of a pixel array of an imaging device sensitive to infrared radiation, the method comprising: receiving, by a processing device of the imaging device, a first input image captured by the pixel array, and correcting the first input image by applying gain and offset values to pixel values of pixels in the first input image; detecting in the corrected first input image at least one spurious pixel, and adding the at least one spurious pixel to a list ( L SPUR) of spurious pixels; receiving, by the processing device, a second input image captured by the pixel array and correcting the second input image by applying the gain and offset values to pixel values of pixels in the second input image; and calculating gain and offset correction values ( s Off, s Gain) for the at least one spurious pixel based on the first and second corrected input images. receiving, by a processing device of the imaging device, a first input image captured by the pixel array, and correcting the first input image by applying gain and offset values to pixel values of pixels in the first input image; detecting in the corrected first input image at least one spurious pixel, and adding the at least one spurious pixel to a list ( L SPUR) of spurious pixels; receiving, by the processing device, a second input image captured by the pixel array and correcting the second input image by applying the gain and offset values to pixel values of pixels in the second input image; and calculating gain and offset correction values ( s Off, s Gain) for the at least one spurious pixel based on the first and second corrected input images.
A hair styling flat iron, the flat iron comprising: a first arm comprising a first gripping portion and a first styling portion; a second arm comprising a second gripping portion and a second styling portion; a pivotable member coupled with the first gripping portion of the first arm and the second gripping portion of the second arm to move the second arm away from and towards the first arm; a first heating plate located on a surface of the first styling portion facing the second arm, the first heating plate comprising a first heat transmissive plate and a first coating disposed on the first heat transmissive plate, the first coating having a ceramic and a lava rock incorporated therein; and a second heating plate located on a surface of the second styling portion facing the first arm, the second heating plate comprising a second heat transmissive plate and a second coating disposed on the second heat transmissive plate, the second coating having a ceramic and a lava rock incorporated therein, wherein the lava rock of one or more of the first coating and the second coating is in the form of particulates; characterized in that the particulates have diameters ranging from about 10 nm to about 25 μm. a first arm comprising a first gripping portion and a first styling portion; a second arm comprising a second gripping portion and a second styling portion; a pivotable member coupled with the first gripping portion of the first arm and the second gripping portion of the second arm to move the second arm away from and towards the first arm; a first heating plate located on a surface of the first styling portion facing the second arm, the first heating plate comprising a first heat transmissive plate and a first coating disposed on the first heat transmissive plate, the first coating having a ceramic and a lava rock incorporated therein; and a second heating plate located on a surface of the second styling portion facing the first arm, the second heating plate comprising a second heat transmissive plate and a second coating disposed on the second heat transmissive plate, the second coating having a ceramic and a lava rock incorporated therein, wherein the lava rock of one or more of the first coating and the second coating is in the form of particulates; characterized in that the particulates have diameters ranging from about 10 nm to about 25 μm.
Device for feeding thread into a stuffer box, for mounting in a thread processing line downstream of a yarn supply creel and upstream of a means for thermally fixing the crimping formed on the thread by said stuffer box, said feed device comprising a fixed support, the input to the stuffer box being formed by a pair of parallel crimping rollers designed to turn in opposite directions relative to one another in a crimping line, to send into the stuffer box a thread taken between the two, the feeding device being characterised in that it also comprises at least one feed roller, arranged upstream of said crimping rollers parallel to the latter and on which the thread circulates prior to being taken between the latter, the at least one feed roller being mobile so as to be able to move its axis of rotation in a sweeping trajectory, whilst remaining parallel to the axes of rotation of the crimping rollers.
A device for pushing and/or drawing a flexible, shear-resistant rod element, for example a glass fibre rod, a cable or the like, comprising a housing and a clamping device arranged in the housing, wherein the housing comprises a groove extending over the length of the housing and serving as a receiving portion for the rod element, wherein the receiving portion allows a movement of the rod element with respect to the housing and wherein the clamping device at least restricts, in particular blocks the movement of the rod element with respect to the housing in a longitudinal direction, and wherein the rod element can be displaced by means of the clamping device thanks to a frictional connection.
A bagging machine for packing material into a container having a closed fixed end and an open end, comprising: a movable frame having rearward and forward ends; a material forming enclosure having an intake end which receives the material to be packed and an output end which receives the open mouth of the container; said material forming enclosure having an upper end and a lower end; a material packing apparatus on said frame; said material packing apparatus moving the material to be packed rearwardly into said material forming enclosure and into the container; characterized in that the bagging machine further comprises a flexible member having one end operatively secured to said frame and an unattached free end extending rearwardly with respect to said frame beneath the container between the packed container and the ground to resist the movement of the machine away from the fixed end of the container. a movable frame having rearward and forward ends; a material forming enclosure having an intake end which receives the material to be packed and an output end which receives the open mouth of the container; said material forming enclosure having an upper end and a lower end; a material packing apparatus on said frame; said material packing apparatus moving the material to be packed rearwardly into said material forming enclosure and into the container; characterized in that the bagging machine further comprises a flexible member having one end operatively secured to said frame and an unattached free end extending rearwardly with respect to said frame beneath the container between the packed container and the ground to resist the movement of the machine away from the fixed end of the container.
A laser processing method comprising the steps of: irradiating an object to be processed comprising a silicon substrate having a front face and a rear face, and a laminate part disposed on the front face of the silicon substrate, with laser light while positioning a light-converging point within the silicon substrate, so as to form a molten processed region only within the silicon substrate, and causing the molten processed region to form a starting point region, located inside the silicon substrate at a predetermined distance from a laser light incident face of the object, for cutting the object; forming the starting point region for cutting within the object along a linearly extending line along which the object should be cut by relatively moving the laser light along the linearly extending line so as to move the light converging point of the laser light along the linearly extending line and form the molten processed region along the linearly extending line; and cutting the silicon substrate and the laminate part along the linearly extending line by applying an artificial force to the object so as to cause a fracture to generate in a thickness direction of the silicon substrate from the starting point region so that the generated fracture reaches the front face and the rear face of the silicon substrate, wherein the silicon substrate and the laminate part are cut along the line. irradiating an object to be processed comprising a silicon substrate having a front face and a rear face, and a laminate part disposed on the front face of the silicon substrate, with laser light while positioning a light-converging point within the silicon substrate, so as to form a molten processed region only within the silicon substrate, and causing the molten processed region to form a starting point region, located inside the silicon substrate at a predetermined distance from a laser light incident face of the object, for cutting the object; forming the starting point region for cutting within the object along a linearly extending line along which the object should be cut by relatively moving the laser light along the linearly extending line so as to move the light converging point of the laser light along the linearly extending line and form the molten processed region along the linearly extending line; and cutting the silicon substrate and the laminate part along the linearly extending line by applying an artificial force to the object so as to cause a fracture to generate in a thickness direction of the silicon substrate from the starting point region so that the generated fracture reaches the front face and the rear face of the silicon substrate,
A method of forming an auger useable for creating an opening in the ground, including: forming by metal lathing a shaft having an outer surface of circular cross-section having a larger outer diameter at one end than the other end there being a constant taper between the ends; forming a strip material into a helical shape having an inner wall with a larger inner diameter at one end than the other end; passing the helically shaped material over the outer diameter of the shaft until a portion of the inner wall of the helically shaped material abuts the outer surface of the shaft; and fixing the helically shaped material to the shaft to form a tapered auger with helical flighting. forming by metal lathing a shaft having an outer surface of circular cross-section having a larger outer diameter at one end than the other end there being a constant taper between the ends; forming a strip material into a helical shape having an inner wall with a larger inner diameter at one end than the other end; passing the helically shaped material over the outer diameter of the shaft until a portion of the inner wall of the helically shaped material abuts the outer surface of the shaft; and fixing the helically shaped material to the shaft to form a tapered auger with helical flighting.
A lentiviral vector comprising a polynucleotide comprising a myeloproliferative sarcoma virus enhancer, negative control region deleted, dl587rev primer-binding site substituted promoter operably linked to a nucleic acid encoding a chimeric antigen receptor, wherein the CAR comprises: (a) an scFv; (b) a CD8α hinge region; (c) a CD8α transmembrane domain; (d) a CD137 co-stimulatory signaling domain; and (e) a CD3ζ primary signaling domain. (a) an scFv; (b) a CD8α hinge region; (c) a CD8α transmembrane domain; (d) a CD137 co-stimulatory signaling domain; and (e) a CD3ζ primary signaling domain.
A method for decoding an intrinsic matrixed bar code, the method comprising: receiving an image using an image-receiving device; determining whether the received image contains at least one registration mark; and when the received image is determined to have at least one registration mark, determining, from the at least one registration mark, one or more coordinates; characterized by further comprising: when the received image is determined not to have at least one registration mark, determining one or more coordinates based on a detected color-shifting of a portion of the image; and extracting one or more matrixed bar codes overlaid on the received image and located at the one or more coordinates. receiving an image using an image-receiving device; determining whether the received image contains at least one registration mark; and when the received image is determined to have at least one registration mark, determining, from the at least one registration mark, one or more coordinates; characterized by further comprising: when the received image is determined not to have at least one registration mark, determining one or more coordinates based on a detected color-shifting of a portion of the image; and extracting one or more matrixed bar codes overlaid on the received image and located at the one or more coordinates. when the received image is determined not to have at least one registration mark, determining one or more coordinates based on a detected color-shifting of a portion of the image; and extracting one or more matrixed bar codes overlaid on the received image and located at the one or more coordinates.