mhurhangee/ep-ind-claims huggingface dataset:
A domestic cooking appliance comprising: a plurality of bays (104a-104d; 108a-108b) adapted to receive a plurality of different types of modules (106, 110, 114); a module (106, 110, 114) connected to a bay (104a-104d; 108a-108b) of the plurality of bays (104a-104d; 108a-108b); and a controller, wherein the controller is adapted to determine a type of the module (106, 110, 114) of the plurality of different types of modules (106, 110, 114), characterized in that the controller is adapted to automatically determine the bay (104a-104d; 108a-108b) in which the module (106, 110, 114) is connected.
An underwater personal mobility apparatus, comprising: a main body comprising a main section further comprising an observation chamber configured to retain at least a head of a user; a folding section further comprising a mount for an oxygen tank; wherein the folding section is rotatable with respect to the main section such that the apparatus may be folded to a folded configuration to facilitate transportation of the apparatus and may be unfolded when submerged to an unfolded configuration, the observation chamber and a rear steering section located above a mechanical linkage between the main section and the folding section wherein the apparatus is steerable with a lower portion of a body of a user, said underwater personal mobility apparatus further comprising a propulsion mechanism. a main body comprising a main section further comprising an observation chamber configured to retain at least a head of a user; a folding section further comprising a mount for an oxygen tank; wherein the folding section is rotatable with respect to the main section such that the apparatus may be folded to a folded configuration to facilitate transportation of the apparatus and may be unfolded when submerged to an unfolded configuration, the observation chamber and a rear steering section located above a mechanical linkage between the main section and the folding section wherein the apparatus is steerable with a lower portion of a body of a user, said underwater personal mobility apparatus further comprising a propulsion mechanism.
A composition comprising: a. a first polypeptide which has β-xylosidase activity, wherein said polypeptide has at least 90% sequence identity to SEQ ID NO:28, or to residues (i) 20-341, (ii) 21-350, (iii) 107-341, or (iv) 107-350 of SEQ ID NO:28.; and b. a second polypeptide or a variant thereof having xylanase activity; wherein the second polypeptide is a Trichoderma xylanase or an Aspergillus xylanase. a. a first polypeptide which has β-xylosidase activity, wherein said polypeptide has at least 90% sequence identity to SEQ ID NO:28, or to residues (i) 20-341, (ii) 21-350, (iii) 107-341, or (iv) 107-350 of SEQ ID NO:28.; and b. a second polypeptide or a variant thereof having xylanase activity;
Cefuroxime safety delivery system, comprising (a) A perforable sterile vial sterile-filled with a measured amount of cefuroxime, (b) A receptacle holding 0.1 ml of sterile isotonic salt solution per mg cefuroxime in the perforable vial and means for transferring the isotonic salt solution to the perforable vial and for removing from the perforable vial an aliquot of cefuroxime dissolved in the isotonic salt solution at a concentration of 10 mg/ml, and (c) one or more sterilized delivery syringes with male luer fitting, each delivery syringe being capable of holding at least 0.1 ml of ejectable liquid and containing a marking indicating a fill volume of 0.1 ml of ejectable liquid; wherein all components of the cefuroxime safety delivery system are provided in a sterile state. (a) A perforable sterile vial sterile-filled with a measured amount of cefuroxime, (b) A receptacle holding 0.1 ml of sterile isotonic salt solution per mg cefuroxime in the perforable vial and means for transferring the isotonic salt solution to the perforable vial and for removing from the perforable vial an aliquot of cefuroxime dissolved in the isotonic salt solution at a concentration of 10 mg/ml, and (c) one or more sterilized delivery syringes with male luer fitting, each delivery syringe being capable of holding at least 0.1 ml of ejectable liquid and containing a marking indicating a fill volume of 0.1 ml of ejectable liquid; wherein all components of the cefuroxime safety delivery system are provided in a sterile state.
A method for obtaining light field data of a scene from a sequence of images of the scene, each image being captured at a different viewpoint by a use of a non-light-field image capture device, the method being executed by said non-light-field image capture device, the method comprising: - obtaining a reference image of the scene at a reference viewpoint, wherein an interest area of the scene is comprised in the reference image, and wherein a reference position (x0,y0) is associated with said interest area in a reference local coordinate system of said capture device; - responsive to detecting a change of position or angle orientation of said capture device, obtaining a current image of the scene at a current viewpoint; - identifying said interest area of the scene in the current image; - determining, in the reference local coordinate system, a current position (xc,yc) of said interest area identified in the current image; - comparing the current position (xc,yc) with the reference position (x0,y0); - in case a distance between the current position (xc,yc) and the reference position (x0,y0) is below a threshold, capturing said current image, and else providing a capture guidance indicator indicating to a user how to readjust a relative position of said capture device such that said current position (xc,yc) of said interest area matches said reference position (x0,y0), and capturing a current image when said capture device has been readjusted; and, - processing at least said reference image and said captured current image to obtain light field data. - obtaining a reference image of the scene at a reference viewpoint, wherein an interest area of the scene is comprised in the reference image, and wherein a reference position (x0,y0) is associated with said interest area in a reference local coordinate system of said capture device; - responsive to detecting a change of position or angle orientation of said capture device, obtaining a current image of the scene at a current viewpoint; - identifying said interest area of the scene in the current image; - determining, in the reference local coordinate system, a current position (xc,yc) of said interest area identified in the current image; - comparing the current position (xc,yc) with the reference position (x0,y0); - in case a distance between the current position (xc,yc) and the reference position (x0,y0) is below a threshold, capturing said current image, and else providing a capture guidance indicator indicating to a user how to readjust a relative position of said capture device such that said current position (xc,yc) of said interest area matches said reference position (x0,y0), and capturing a current image when said capture device has been readjusted; and, - processing at least said reference image and said captured current image to obtain light field data.
A forming device that is adapted to form a metal pipe having a pipe part and a flange part (100b, 100c, 100x), the forming device comprising: a heating mechanism that is configured to energize a metal pipe material; a gas supply part that is adapted to supply a gas into the metal pipe material held and heated between a first die and a second die that are paired each other; a driving mechanism that is adapted to move at least one of the first die and the second die in a direction in which the dies (11, 12) are combined together; a first cavity part that is formed between the first die and the second die to form the pipe part, and a second cavity part that communicates with the first cavity part to form the flange part (100b, 100c, 100x); a flange forming member that can be allowed to advance or retreat in the second cavity part and forms the flange part (100b, 100c, 100x); and a controller that is configured to control the gas supply of the gas supply part, the driving of the driving mechanism, and the advance or retreat of the flange forming member; characterized in that the flange forming member is configured to advance in the second cavity part such that a thickness of the flange part (100b, 100c, 100x) becomes smaller than a thickness of the pipe part. a heating mechanism that is configured to energize a metal pipe material; a gas supply part that is adapted to supply a gas into the metal pipe material held and heated between a first die and a second die that are paired each other; a driving mechanism that is adapted to move at least one of the first die and the second die in a direction in which the dies (11, 12) are combined together; a first cavity part that is formed between the first die and the second die to form the pipe part, and a second cavity part that communicates with the first cavity part to form the flange part (100b, 100c, 100x); a flange forming member that can be allowed to advance or retreat in the second cavity part and forms the flange part (100b, 100c, 100x); and a controller that is configured to control the gas supply of the gas supply part, the driving of the driving mechanism, and the advance or retreat of the flange forming member; characterized in that the flange forming member is configured to advance in the second cavity part such that a thickness of the flange part (100b, 100c, 100x) becomes smaller than a thickness of the pipe part.
A conjugate for use in the treatment of a patient having metastatic cancer of the ovary, wherein said cancer is resistant to a taxane treatment, said method comprising administering to said patient an effective amount of a conjugate having the structure:
Cosmetic preparation comprising a) hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate), b) one or more chelating agents selected from the group of compounds comprising - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - phosphonobutanetricarboxylic acid/ PBTC - sodium polyphosphate - tetrasodium pyrophosphate - hydroxamic acid - polygalacturonic acid - malic acid and/or alkali metal salts thereof. a) hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate), b) one or more chelating agents selected from the group of compounds comprising - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - phosphonobutanetricarboxylic acid/ PBTC - sodium polyphosphate - tetrasodium pyrophosphate - hydroxamic acid - polygalacturonic acid - malic acid - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - phosphonobutanetricarboxylic acid/ PBTC - sodium polyphosphate - tetrasodium pyrophosphate - hydroxamic acid - polygalacturonic acid - malic acid
A water heater, comprising: a hot water tank that stores a heat medium; a heating heat exchanger (Hx) that heats the heat medium supplied to the hot water tank; a first pump configured to convey the heat medium to the hot water tank; a heat medium circuit in which the hot water tank, the first pump, and the heating heat exchanger (Hx) are provided; a lower part temperature sensor provided in the hot water tank, the lower part temperature sensor being configured to measure a lower part temperature of the heat medium stored in the hot water tank; an upper part temperature sensor provided in the hot water tank and provided higher than the lower part temperature sensor, the upper part temperature sensor being configured to measure an upper part temperature of the heat medium stored in the hot water tank; and a controller configured to control the first pump, in a case in which the upper part temperature is lower than a first boiling temperature, the controller being configured to execute a first boiling operation in which the first pump is operated at a first pump rotation frequency, characterized in that in a case in which the upper part temperature is lower than a second boiling temperature that is higher than the first boiling temperature and the lower part temperature is lower than a third boiling temperature that is lower than the first boiling temperature, the controller being configured to execute a second boiling operation in which the first pump is operated at a second pump rotation frequency that is lower than the first pump rotation frequency. a hot water tank that stores a heat medium; a heating heat exchanger (Hx) that heats the heat medium supplied to the hot water tank; a first pump configured to convey the heat medium to the hot water tank; a heat medium circuit in which the hot water tank, the first pump, and the heating heat exchanger (Hx) are provided; a lower part temperature sensor provided in the hot water tank, the lower part temperature sensor being configured to measure a lower part temperature of the heat medium stored in the hot water tank; an upper part temperature sensor provided in the hot water tank and provided higher than the lower part temperature sensor, the upper part temperature sensor being configured to measure an upper part temperature of the heat medium stored in the hot water tank; and a controller configured to control the first pump, in a case in which the upper part temperature is lower than a first boiling temperature, the controller being configured to execute a first boiling operation in which the first pump is operated at a first pump rotation frequency, characterized in that in a case in which the upper part temperature is lower than a second boiling temperature that is higher than the first boiling temperature and the lower part temperature is lower than a third boiling temperature that is lower than the first boiling temperature, the controller being configured to execute a second boiling operation in which the first pump is operated at a second pump rotation frequency that is lower than the first pump rotation frequency.
A roofing system comprising a plurality of roofing shingles arranged in courses on a roof deck; at least one solar panel installed on the roof deck in place of a roofing shingle, the solar panel being configured to match or complement the surrounding roofing shingles; a plurality of elongated battens arranged on the roof deck in spaced relationship relative to each other; at least two conductors (39, 41) incorporated into and extending along the length of a batten, at least one panel connector provided for electrically connecting the solar panel to the conductors (39, 41) of the batten, the panel connector having terminals (53, 54) designed to make electrical contact with the conductors (39, 41) of the batten; characterized by a plurality of shingle hangers attached at one end to the battens and extending downwardly therefrom to upwardly hooked ends, the shingles and the at least one solar panel captured along lower edges within the hooked ends of at least two shingle hangers with the upper edges of the shingles and the at least one solar panel spaced below and captured beneath shingle hangers of a next higher batten to hold the shingles and the at least one solar panel in place; and a wiring harness secured to the roof deck, the wiring harness having at least two electrical conductors (42, 43) and a plurality of electrical junctions which intersect the battens, wherein at each junction the at least two electrical conductors (42, 43) of the wiring harness are coupled to the at least two conductors (39, 41) of the corresponding batten thereby electrically connecting the conductors (39, 41) of the corresponding battens in parallel to form an electrical transmission grid on the roof deck. characterized by a plurality of shingle hangers attached at one end to the battens and extending downwardly therefrom to upwardly hooked ends, the shingles and the at least one solar panel captured along lower edges within the hooked ends of at least two shingle hangers with the upper edges of the shingles and the at least one solar panel spaced below and captured beneath shingle hangers of a next higher batten to hold the shingles and the at least one solar panel in place; and a wiring harness secured to the roof deck, the wiring harness having at least two electrical conductors (42, 43) and a plurality of electrical junctions which intersect the battens, wherein at each junction the at least two electrical conductors (42, 43) of the wiring harness are coupled to the at least two conductors (39, 41) of the corresponding batten thereby electrically connecting the conductors (39, 41) of the corresponding battens in parallel to form an electrical transmission grid on the roof deck.
A fluorescent X-ray analysis device, comprising: a device main body in which a sample is to be arranged; a door part that is movable between an open position for opening the device main body and a closed position for closing the device main body; and a lock switch having an actuator insertion part that is provided in the device main body and an actuator that is provided in the door part, wherein it becomes impossible for the door part to move to the open position while the actuator is inserted into the actuator insertion part, characterized in that the actuator is configured to move between a protruding position where the actuator protrudes from the door part and an accommodated position where the actuator is accommodated in the door part, and the actuator is configured to automatically move to the protruding position when the door part is moved to the closed position, whereas the actuator is configured to automatically move to the accommodated position when the door part is moved to the open position. a device main body in which a sample is to be arranged; a door part that is movable between an open position for opening the device main body and a closed position for closing the device main body; and a lock switch having an actuator insertion part that is provided in the device main body and an actuator that is provided in the door part, wherein it becomes impossible for the door part to move to the open position while the actuator is inserted into the actuator insertion part, characterized in that the actuator is configured to move between a protruding position where the actuator protrudes from the door part and an accommodated position where the actuator is accommodated in the door part, and the actuator is configured to automatically move to the protruding position when the door part is moved to the closed position, whereas the actuator is configured to automatically move to the accommodated position when the door part is moved to the open position.
Method for measuring the beam geometry of a beam, in particular of a rail or of a pipe, by means of a measuring device having a tracker control sensor and by means of a laser tracker, wherein the laser tracker is arranged stationary and at a distance to the measuring device and the laser tracker is optically coupled to the tracker control sensor, characterized by the method steps: - placing the measuring device onto the beam, - measuring the beam by travelling along the beam with the measuring device along a longitudinal axis and covering numerous measurement positions (x, y, z, α, β, γ), - measuring the beam geometry based on the numerous measurement positions (x, y, z, α, β, γ), - wherein at least one sensor is provided on the measuring device which detects the proper contacting of the bearing surfaces of the measuring device on the beam, and in that measurement positions (x, y, z, α, β, y) are only covered after the proper contacting of the bearing surfaces of the measuring device on the beam has been determined. - placing the measuring device onto the beam, - measuring the beam by travelling along the beam with the measuring device along a longitudinal axis and covering numerous measurement positions (x, y, z, α, β, γ), - measuring the beam geometry based on the numerous measurement positions (x, y, z, α, β, γ), - wherein at least one sensor is provided on the measuring device which detects the proper contacting of the bearing surfaces of the measuring device on the beam, and in that measurement positions (x, y, z, α, β, y) are only covered after the proper contacting of the bearing surfaces of the measuring device on the beam has been determined.
A method of amplifying a linear, double-stranded nucleic acid of unknown sequence, comprising the steps of: (a) providing the linear, double-stranded nucleic acid of unknown sequence; (b) adding one adenine nucleotide to the 3'-tails of the linear, double-stranded nucleic acid of unknown sequence to obtain a target nucleic acid of unknown sequence with 3'-adenine nucleotide (3'-A) overhangs; (c) providing a first strand oligonucleotide (oligo) with a 5'-phosphate (5'-p); (d) providing a second strand oligonucleotide (oligo) with a 3'-thymine nucleotide (3'-T) and without a 5'-phosphate (5'-p), wherein the second strand oligo with a 3'-T is complementary to the first stand oligo with a 5'-p except at its 3'-T, and is shorter than or equal to the first strand oligo with the 5'-p in length; (e) annealing the first and the second strand oligos to generate a homogeneous adaptor with one 3'-T-overhang; (f) ligating the homogeneous adaptor to the target nucleic acid of unknown sequence with 3'-A overhangs to form an adaptor-ligated target nucleic acid of unknown sequence with the adaptor attached at each end thereof; and (g) performing a polymerase chain reaction with the adaptor-ligated target nucleic acid of unknown sequence as a template and the second strand oligo with a 3'-T as a single primer to obtain a PCR product, wherein the full length of the nucleic acid of unknown sequence is amplified. (a) providing the linear, double-stranded nucleic acid of unknown sequence; (b) adding one adenine nucleotide to the 3'-tails of the linear, double-stranded nucleic acid of unknown sequence to obtain a target nucleic acid of unknown sequence with 3'-adenine nucleotide (3'-A) overhangs; (c) providing a first strand oligonucleotide (oligo) with a 5'-phosphate (5'-p); (d) providing a second strand oligonucleotide (oligo) with a 3'-thymine nucleotide (3'-T) and without a 5'-phosphate (5'-p), wherein the second strand oligo with a 3'-T is complementary to the first stand oligo with a 5'-p except at its 3'-T, and is shorter than or equal to the first strand oligo with the 5'-p in length; (e) annealing the first and the second strand oligos to generate a homogeneous adaptor with one 3'-T-overhang; (f) ligating the homogeneous adaptor to the target nucleic acid of unknown sequence with 3'-A overhangs to form an adaptor-ligated target nucleic acid of unknown sequence with the adaptor attached at each end thereof; and (g) performing a polymerase chain reaction with the adaptor-ligated target nucleic acid of unknown sequence as a template and the second strand oligo with a 3'-T as a single primer to obtain a PCR product, wherein the full length of the nucleic acid of unknown sequence is amplified.
A synergistic composition useful for the removal of biofilm comprising: i) glutaraldehyde; and ii) 2-deoxy-D-glucose. i) glutaraldehyde; and ii) 2-deoxy-D-glucose.
An isolated antimicrobial peptide, wherein the peptide is a linear analog of hBD3 of length 10 amino acid (aa) residues, and wherein the peptide is selected from the group consisting of SEQ ID NOs: 38-45.