mhurhangee/ep-ind-claims huggingface dataset:
A transport trolley comprising: a traveling trolley main body provided with multiple wheels (12,13); a stopper member that restricts inclination of the trolley main body by contacting a floor surface in a case in which the trolley main body is inclined to the side in the travel direction, the stopper member being provided at either a side to the front or a side to the rear of the wheels in the travel direction so as to be rotatable with respect to the trolley main body around a rotation axis line that is horizontal; characterised by: an elastic member that applies elastic force such that the stopper member returns to an initial angle, and wherein the stopper member, when contacting an obstacle from the front side or the rear side in the travel direction, rotates around the rotation axis line against elastic force due to the load in the travel direction received from the obstacle so as to avoid the obstacle. a traveling trolley main body provided with multiple wheels (12,13); a stopper member that restricts inclination of the trolley main body by contacting a floor surface in a case in which the trolley main body is inclined to the side in the travel direction, the stopper member being provided at either a side to the front or a side to the rear of the wheels in the travel direction so as to be rotatable with respect to the trolley main body around a rotation axis line that is horizontal; characterised by: an elastic member that applies elastic force such that the stopper member returns to an initial angle, and wherein the stopper member, when contacting an obstacle from the front side or the rear side in the travel direction, rotates around the rotation axis line against elastic force due to the load in the travel direction received from the obstacle so as to avoid the obstacle. an elastic member that applies elastic force such that the stopper member returns to an initial angle, and wherein the stopper member, when contacting an obstacle from the front side or the rear side in the travel direction, rotates around the rotation axis line against elastic force due to the load in the travel direction received from the obstacle so as to avoid the obstacle.
A method for manufacturing a raw material powder for molding an oxide ion conductor composed of a multi-component metal oxide represented by the following general formula: Ln 1 − x A x B 1 y Fe y O 3 − z 0 < z < 1 (where Ln is at least one selected from the group consisting of lanthanum and lanthanides, A is at least one selected from the group consisting of Sr, Ca, and Ba, B is at least one selected from the group consisting of Ga, Ti, Ni, Cu, Co and Mg, 0 < x < 1, and 0 ≤ y ≤ 1), the method comprising the steps of: preparing a mixed powder composed of metal compounds so as to contain an oxide of Ln; an oxide of Fe if needed; an oxide and/or salt of the metal A; and an oxide and/or salt of the metal B if needed; prefiring said powder; and expanding at least some particles in said prefired powder by exposing said prefired powder to moist gas and by heating at 50°C to 200°C for at least 8 hours in moist gas. preparing a mixed powder composed of metal compounds so as to contain an oxide of Ln; an oxide of Fe if needed; an oxide and/or salt of the metal A; and an oxide and/or salt of the metal B if needed; prefiring said powder; and expanding at least some particles in said prefired powder by exposing said prefired powder to moist gas and by heating at 50°C to 200°C for at least 8 hours in moist gas.
A method for improving refresh rate performance based on in-system weak bit detection, comprising steps performed by a test engine embedded in a memory controller and/or on the processor side of the memory controller when coupled to a memory device: adjusting a refresh rate of the memory device to a frequency that is lower than a minimum specified frequency for the memory device; identifying specific bits of the memory device that produce errors when the memory device operates according to the lower frequency refresh rate, wherein identifying specific bits further comprises performing a stress test on the memory device including controlling either temperature or operating voltage conditions of the memory device, or both; further comprising extrapolating measured values to determine performance of the memory device in worst case conditions; mapping (712, 714, 716) out the identified specific bits to disallow use of the identified specific bits by the memory device in runtime operation, by remapping the detected specific bits in a memory controller of the memory device; and setting the refresh rate of the memory device to the adjusted lower frequency. adjusting a refresh rate of the memory device to a frequency that is lower than a minimum specified frequency for the memory device; identifying specific bits of the memory device that produce errors when the memory device operates according to the lower frequency refresh rate, wherein identifying specific bits further comprises performing a stress test on the memory device including controlling either temperature or operating voltage conditions of the memory device, or both; further comprising extrapolating measured values to determine performance of the memory device in worst case conditions; mapping (712, 714, 716) out the identified specific bits to disallow use of the identified specific bits by the memory device in runtime operation, by remapping the detected specific bits in a memory controller of the memory device; and setting the refresh rate of the memory device to the adjusted lower frequency.
An endoscopy device for facilitating the use of an endoscope, comprising a single airway tube and a mask carried at one end of the airway tube, the mask having a distal end and a proximal end and a peripheral formation capable of conforming to, and of fitting within, the actual and potential space behind the larynx of the patient so as to form a seal around the circumference of the laryngeal inlet, the peripheral formation surrounding a hollow interior space or lumen of the mask and the airway tube opening into the lumen of the mask, the device further comprising a conduit adapted for passage of an endoscope into the oesophagus of a patient when the mask is in place, the conduit having a proximal end and a distal end, wherein the distal end of the conduit is substantially adjacent to the distal end of the peripheral formation and extends to the distal end of the peripheral formation, and characterised in that the airway tube has a smaller diameter than the diameter of the conduit, and wherein the device comprises a proximal end and a distal end, wherein a major axis is provided therebetween, and wherein the conduit is provided at an angle, such that it is offset to the midline with respect to the major axis of the device.
A cutting head for a device for cutting hair, comprising a laser generator and an optical system configured to focus a laser beam generated by the laser generator and direct the laser beam along an optical axis across a cutting zone in the cutting head, wherein the laser generator and optical system are configured such that, in a focus spot of the laser beam, a dimension of the focus spot, a power density of the laser beam and a numerical aperture of the laser beam are such that, when a hair is received in the cutting zone, the power output of the laser generator is minimised whilst ensuring that, for a predetermined exposure time, the hair received in the cutting zone is cut by optical absorption, wherein the dimension of the focus spot comprises a horizontal dimension, the horizontal focus spot size, and a vertical dimension, the vertical focus spot size, characterized by the horizontal focus spot size of the focus spot being between 0.15mm and 0.3mm.
Gas tank system for use in a means of transport comprising: - a gas-tight outer shell, - at least one heat-resistant inner shell arranged therein, within which the gas can be stored, - at least one channel, wherein the channel is arranged between the outer and the inner shell and is delimited by the inner and the outer shell and wherein the outer shell has an inlet for receiving the gas in the channel and the inner shell has a first outlet for guiding the gas into the inner shell, characterised in that a cooling apparatus is arranged at the first inlet. - a gas-tight outer shell, - at least one heat-resistant inner shell arranged therein, within which the gas can be stored, - at least one channel, wherein the channel is arranged between the outer and the inner shell and is delimited by the inner and the outer shell and wherein the outer shell has an inlet for receiving the gas in the channel and the inner shell has a first outlet for guiding the gas into the inner shell, characterised in that a cooling apparatus is arranged at the first inlet.
A patch comprising a backing, and an adhesive layer laminated on at least one surface of the backing, wherein the adhesive layer contains at least one selected from the group consisting of fentanyl and salts thereof, and contains an adhesive base material and an antioxidant having a sulfur atom in its molecule.
A pram brake mechanism comprising a corrugated element with a bulge and two brake tappets arranged symmetrically on both sides of the corrugated element, such that upon pressure on the corrugated element by the user the corrugated element moves and gradually pushes both brake tappets outwardly and away from each other due to a first end of each brake tappet sliding on the increasingly convex outer surface of the corrugated element, wherein a second end of each brake tappet is adapted to engage a wheel for blocking the wheel, characterized in that each brake tappet comprises a monolithic plastic housing comprising a cylindrical part and a fitting, each fitting has an axial, internal, longitudinal hole in which a rivet corresponding to the shape of the hole is inserted, each rivet is situated on the first end of the brake tappets and is adapted to slide on the outer surface of the corrugated element during movement of the corrugated element.
A device for installing decking boards on a structure, said structure being composed of mutually parallel beams and/or of mutually parallel joists, preferably made of wood, forming a support capable of receiving mutually parallel decking boards, said device further comprising said decking boards, a joist hanger and a separator of decking boards, characterized in that: - said joist hanger comprises a first plate, preferably metallic, flat and rectangular, the length of which defines a longitudinal axis, the width of which is adapted to match the width of said decking boards and which is provided with at least one slot perpendicular to the longitudinal axis of the joist hanger; said boards having shapes and dimensions complementary to those of said separator, the thickness of which is determined to separate two decking boards by a distance allowing a gap between two decking boards called an "expansion space", in order to removably receive said separator which is thus reusable to successively separate several contiguous boards, - said joist hanger comprises two flanks perpendicular to the first plate to fit the edges of the decking boards, the length of said first plate and said lateral flanks being adapted to colinearly hold the decking boards between them, said first plate being provided with holes provided at determined positions of said slot to guide the fastening of the boards on the beams and/or joists. - said joist hanger comprises a first plate, preferably metallic, flat and rectangular, the length of which defines a longitudinal axis, the width of which is adapted to match the width of said decking boards and which is provided with at least one slot perpendicular to the longitudinal axis of the joist hanger; said boards having shapes and dimensions complementary to those of said separator, the thickness of which is determined to separate two decking boards by a distance allowing a gap between two decking boards called an "expansion space", in order to removably receive said separator which is thus reusable to successively separate several contiguous boards, - said joist hanger comprises two flanks perpendicular to the first plate to fit the edges of the decking boards, the length of said first plate and said lateral flanks being adapted to colinearly hold the decking boards between them, said first plate being provided with holes provided at determined positions of said slot to guide the fastening of the boards on the beams and/or joists.
An apparatus having bacterial anti-adhesion properties comprising: a body having an engineered surface (110, 210, 700), at least a portion of said surface comprising a plurality of engineered structures (120, 220, 420, 710); a plurality of randomly distributed, directed nanofeatures (140, 540, 550) disposed on at least a portion of the engineered structures (120, 220, 420, 710), wherein the nanofeatures (140, 540, 550) comprise inorganic nanoparticles and wherein the nanofeatures (140, 540, 550) comprise an aspect ratio of at least 1 to 2 and no greater than 10 to 1; wherein the plurality of engineered structures (120, 220, 420, 710) comprise at least one periodic structure, wherein the periodic structure comprises at least one dimension (112, 114) of at least 0.5 microns and no greater than 50 microns, and wherein the pitch between adjacent structures of the plurality of engineered structures (120, 220, 420, 710) is at least 0.1 and no greater than 150 microns. a body having an engineered surface (110, 210, 700), at least a portion of said surface comprising a plurality of engineered structures (120, 220, 420, 710); a plurality of randomly distributed, directed nanofeatures (140, 540, 550) disposed on at least a portion of the engineered structures (120, 220, 420, 710), wherein the nanofeatures (140, 540, 550) comprise inorganic nanoparticles and wherein the nanofeatures (140, 540, 550) comprise an aspect ratio of at least 1 to 2 and no greater than 10 to 1; wherein the plurality of engineered structures (120, 220, 420, 710) comprise at least one periodic structure, wherein the periodic structure comprises at least one dimension (112, 114) of at least 0.5 microns and no greater than 50 microns, and wherein the pitch between adjacent structures of the plurality of engineered structures (120, 220, 420, 710) is at least 0.1 and no greater than 150 microns.
A radio frame sending method, comprising: generating, by a transmit end, a radio frame, wherein the radio frame comprises one or more station information fields, a length of each station, STA, information field is 4 bytes, a first two bytes of the 4 bytes include an association identifier field, AID, a last two bytes of the 4 bytes does not include any AID; and a most significant bit, MSB, of the front 12 bits of the last two bytes in each station information field is set to 1; wherein the MSB of the front 12 bits of the last two bytes in the each STA information field is: the 28th bit, B27, of the each STA information field; and sending the radio frame. generating, by a transmit end, a radio frame, wherein the radio frame comprises one or more station information fields, a length of each station, STA, information field is 4 bytes, a first two bytes of the 4 bytes include an association identifier field, AID, a last two bytes of the 4 bytes does not include any AID; and a most significant bit, MSB, of the front 12 bits of the last two bytes in each station information field is set to 1; wherein the MSB of the front 12 bits of the last two bytes in the each STA information field is: the 28th bit, B27, of the each STA information field; and sending the radio frame.
A method for selecting a non-standard peptide comprising multiple N-methyl amino acids that binds to a target substance from a peptide library, comprising the steps of: (i) preparing a peptide library comprising non-standard peptides wherein N-methyl amino acids are randomly incorporated in the peptide sequence by an in vitro translation system comprising tRNAs acylated by an N-methyl amino acid; (ii) bringing the peptide library in contact with a target substance; and (iii) selecting a non-standard peptide comprising multiple N-methyl amino acids that binds to the target substance, wherein, in the step (i), each peptide constituting the library is translated from a nucleic acid sequence encoding the peptide, and the nucleic acid sequence and its translation products, which is the peptide, are linked, and a region encoding the peptide in the nucleic acid sequence includes a random sequence consisting of a repetition of different triplets, wherein at least some of the triplets in the random sequence, which correspond to amino acids in the universal genetic code, are reprogrammed to specify N-methyl amino acids. (i) preparing a peptide library comprising non-standard peptides wherein N-methyl amino acids are randomly incorporated in the peptide sequence by an in vitro translation system comprising tRNAs acylated by an N-methyl amino acid; (ii) bringing the peptide library in contact with a target substance; and (iii) selecting a non-standard peptide comprising multiple N-methyl amino acids that binds to the target substance,
A motorcycle having a frame and a front wheel and a rear wheel and an internal combustion engine with at least one cylinder and a crankshaft and a gearbox coupled to the internal combustion engine and having a gearbox input shaft and a gearbox output shaft, wherein the crankshaft is arranged above and behind the gearbox input shaft in the longitudinal direction of the motorcycle and transversely to the longitudinal direction, characterised in that a rotational axis of the crankshaft is arranged below and behind a centre of gravity of the motorcycle in the longitudinal direction of the motorcycle.
A chimeric antigen receptor comprising: a humanized anti-BCMA (B cell maturation antigen) antibody or antigen binding fragment thereof that binds one or more epitopes of a human BCMA polypeptide; a CTLA-4 transmembrane domain or a PD-1 transmembrane domain that reduces antigen independent cytokine release of the CAR; one or more intracellular co-stimulatory signaling domains; and a primary signaling domain.
A method of photoacoustic imaging a region of interest of a body, the body having sites outside the region which can produce image clutter, the method including: generating a first pattern of vibration within the body to produce a localised first displacement at the region and localised first displacements at the clutter-producing sites; while the body undergoes the first displacements, optically irradiating the region using light to generate ultrasound signals from the region, and detecting the ultrasound signals to generate a first image of the region; generating a second pattern of vibration within the body to produce a localised second displacement at the region and localised second displacements at the clutter-producing sites; while the body undergoes the second displacements, optically irradiating the region using light to generate ultrasound signals from the region, and detecting the ultrasound signals to generate a second image of the region; and combining the first and second images to produce a third image of the region; wherein the first and second vibration patterns are selected such that the first and second displacements combine in the production of the third image to reduce or eliminate the clutter in the third image relative to the clutter in the first and second images. generating a first pattern of vibration within the body to produce a localised first displacement at the region and localised first displacements at the clutter-producing sites; while the body undergoes the first displacements, optically irradiating the region using light to generate ultrasound signals from the region, and detecting the ultrasound signals to generate a first image of the region; generating a second pattern of vibration within the body to produce a localised second displacement at the region and localised second displacements at the clutter-producing sites; while the body undergoes the second displacements, optically irradiating the region using light to generate ultrasound signals from the region, and detecting the ultrasound signals to generate a second image of the region; and combining the first and second images to produce a third image of the region; wherein the first and second vibration patterns are selected such that the first and second displacements combine in the production of the third image to reduce or eliminate the clutter in the third image relative to the clutter in the first and second images.
A synergistic fungicidal mixture comprising a fungicidally effective amount of a compound of Formula I-V and at least one fungicide selected from the group consisting of penthiopyrad, and boscalid, or a compound of Formula I and at least one fungicide selected from the group consisting of isopyrazam and bixafen,
A method for controlling a modular converter with a plurality of converter modules, each converter module comprises two power connectors, power semiconductors and an energy storage and/or and energy source, wherein the power connectors are short-circuited in a first switching state of the semiconductors and are connected to the energy storage and/or energy source in a second switching state of the semiconductors, the method characterised in that it comprises the steps of: selecting possible future switching sequences of the converter based on an actual converter switching state, wherein a switching sequence is a series of converter switching states with at least one converter switching state and a converter switching state comprises switching states of the converter modules; predicting a future current trajectory for each switching sequence based on actual internal currents and on actual internal voltages; determining candidate sequences from the switching sequences, wherein a candidate sequence is a switching sequence with a current trajectory that respects predefined bounds with respect to a reference current or, when a predefined bound is violated, moves the current trajectory closer to the predefined bound; predicting future module voltages for each candidate sequence based on actual module voltages and the current trajectory of the respective candidate sequence; evaluating a cost function for each candidate sequence, wherein the cost function is based on the converter switching states of the switching sequence, the future module voltages and/ or future currents; selecting the next converter switching state as a first converter switching state of a candidate sequence with minimal costs. selecting possible future switching sequences of the converter based on an actual converter switching state, wherein a switching sequence is a series of converter switching states with at least one converter switching state and a converter switching state comprises switching states of the converter modules; predicting a future current trajectory for each switching sequence based on actual internal currents and on actual internal voltages; determining candidate sequences from the switching sequences, wherein a candidate sequence is a switching sequence with a current trajectory that respects predefined bounds with respect to a reference current or, when a predefined bound is violated, moves the current trajectory closer to the predefined bound; predicting future module voltages for each candidate sequence based on actual module voltages and the current trajectory of the respective candidate sequence; evaluating a cost function for each candidate sequence, wherein the cost function is based on the converter switching states of the switching sequence, the future module voltages and/ or future currents; selecting the next converter switching state as a first converter switching state of a candidate sequence with minimal costs.