mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit for an air-conditioning apparatus including a plurality of outlets (14a, 14b, 14c, 14d) and wind direction plates (13a, 13b, 13c, 13d) which are configured to adjust wind directions of airflows blown outward from the respective outlets, an open-close status of each of the wind direction plates being settable from a remote control, the indoor unit comprising: control means, the control means being configured to put all of the wind direction plates (13a, 13b, 13c, 13d) of the indoor unit into a closed state, and subsequently let the open-close status of one of the wind direction plates (13a, 13b, 13c, 13d) be set from the remote control, perform control after completion of the setting such that the one wind direction plate is kept in the set open-close status, and let the open-close status of a different one of the wind direction plates (13a, 13b, 13c, 13d) be set from the remote control after the completion of the setting for the one wind direction plate. put all of the wind direction plates (13a, 13b, 13c, 13d) of the indoor unit into a closed state, and subsequently let the open-close status of one of the wind direction plates (13a, 13b, 13c, 13d) be set from the remote control, perform control after completion of the setting such that the one wind direction plate is kept in the set open-close status, and let the open-close status of a different one of the wind direction plates (13a, 13b, 13c, 13d) be set from the remote control after the completion of the setting for the one wind direction plate.
A cartridge assembly comprising: a body portion, that is thermally and electrically non-conductive, defining an opening; a bus bar coupled to the body portion, the bus bar being thermally and electrically conductive; and a clamping bar being thermally and electrically conductive; wherein at least one of the bus bar and the clamping bar is biased toward the other of the bus bar and the clamping bar, characterized in that the clamping bar includes a scalloped surface configured to oppose the bus bar, wherein the cartridge assembly is configured to secure a mesh between the scalloped surface of the clamping bar and the bus bar. a body portion, that is thermally and electrically non-conductive, defining an opening; a bus bar coupled to the body portion, the bus bar being thermally and electrically conductive; and a clamping bar being thermally and electrically conductive; wherein at least one of the bus bar and the clamping bar is biased toward the other of the bus bar and the clamping bar, characterized in that the clamping bar includes a scalloped surface configured to oppose the bus bar, wherein the cartridge assembly is configured to secure a mesh between the scalloped surface of the clamping bar and the bus bar.
Piston compressor, having: a motor; a drive shaft that is connected to the motor and is driven by this motor; a crankshaft that is connected to the drive shaft; at least one compressed air generating device (4; 5; 11) having a piston that can move in a cylinder and is driven by means of the crankshaft and is embodied for the purpose of generating compressed air in a compression chamber of the cylinder; a crankcase, which comprises an inner chamber wall in the form of a hollow body that receives the drive shaft at least in sections, an outer chamber wall that is spaced radially with respect to the drive shaft from the inner chamber wall, an end wall, and a dividing wall; and a compressed air storage container, which is embodied for the purpose of receiving the compressed air that is generated by the compressed air generating device (4; 5; 11), wherein the compressed air storage container is formed by means of the inner chamber wall, the outer chamber wall, the end wall and the dividing wall. a motor; a drive shaft that is connected to the motor and is driven by this motor; a crankshaft that is connected to the drive shaft; at least one compressed air generating device (4; 5; 11) having a piston that can move in a cylinder and is driven by means of the crankshaft and is embodied for the purpose of generating compressed air in a compression chamber of the cylinder; a crankcase, which comprises an inner chamber wall in the form of a hollow body that receives the drive shaft at least in sections, an outer chamber wall that is spaced radially with respect to the drive shaft from the inner chamber wall, an end wall, and a dividing wall; and an inner chamber wall in the form of a hollow body that receives the drive shaft at least in sections, an outer chamber wall that is spaced radially with respect to the drive shaft from the inner chamber wall, an end wall, and a dividing wall; and a compressed air storage container, which is embodied for the purpose of receiving the compressed air that is generated by the compressed air generating device (4; 5; 11), wherein the compressed air storage container is formed by means of the inner chamber wall, the outer chamber wall, the end wall and the dividing wall.
Pharmaceutical compositions in the form of a pad comprising equine origin type I collagen and hyaluronic acid in the form of sodium salt, wherein the hyaluronic acid has a mean molecular weight ranging from 130 to 500 kDa and a concentration ranging from 0.1 to 4% w/w, and the collagen is present in quantities of not less than 90% w/w, being said compositions obtained by a process comprising: a) homogenising collagen of equine origin in a 1% w/w gel at pH ≈ 3.5 in the presence of an organic acid, b) preparing an aqueous solution of hyaluronic acid in the form of sodium salt having a mean molecular weight ranging from 130 to 500 kDa at a concentration ranging between 0.1 and 4% w/w, c) adding the aqueous solution of sodium hyaluronate to the collagen of equine origin in homogenised gel form, d) maintaining it under gentle stirring until a homogenous mixture is obtained without the aid of crosslinking agents, e) optionally preparing an aqueous solution of colloidal metallic silver or a silver salt, f) adding the possible aqueous solution of colloidal metallic silver or a silver salt to the mixture previously obtained, g) maintaining the resulting mixture under gentle stirring for 15-60 minutes until a gel is obtained, h) maintaining the gel in the absence of stirring for 5-20 minutes to allow any inclusions to settle, i) freeze-drying the gel to obtain a freeze-dried pad with elimination of organic acid residues by varying the temperature, containing collagen in the amount of not less than 90% w/w; j) cutting the freeze-dried pad into pads of the desired size. a) homogenising collagen of equine origin in a 1% w/w gel at pH ≈ 3.5 in the presence of an organic acid, b) preparing an aqueous solution of hyaluronic acid in the form of sodium salt having a mean molecular weight ranging from 130 to 500 kDa at a concentration ranging between 0.1 and 4% w/w, c) adding the aqueous solution of sodium hyaluronate to the collagen of equine origin in homogenised gel form, d) maintaining it under gentle stirring until a homogenous mixture is obtained without the aid of crosslinking agents, e) optionally preparing an aqueous solution of colloidal metallic silver or a silver salt, f) adding the possible aqueous solution of colloidal metallic silver or a silver salt to the mixture previously obtained, g) maintaining the resulting mixture under gentle stirring for 15-60 minutes until a gel is obtained, h) maintaining the gel in the absence of stirring for 5-20 minutes to allow any inclusions to settle, i) freeze-drying the gel to obtain a freeze-dried pad with elimination of organic acid residues by varying the temperature, containing collagen in the amount of not less than 90% w/w; j) cutting the freeze-dried pad into pads of the desired size.
A vehicular rotating electrical machine apparatus comprising: a rotating electrical machine which includes a rotor having a field winding, and a stator disposed at an outer periphery of the rotor and having a stator winding, and performs electric power generation and starting; and an inverter unit which converts DC power of a battery into AC power at a time of a starting motor operation of the rotating electrical machine and supplies it to the stator winding, and converts AC power generated in the stator winding into DC power at a time of a generator operation of the rotating electrical machine and charges the battery, wherein the inverter unit is integrally mounted to the rotating electrical machine and is electrically connected to the stator winding, the rotor includes a rotor iron core which includes a magnetic part where adjacent magnetic poles (40a, 40b) are formed to have different polarities, and a field winding, and a permanent magnet (40c, 40d) which supplies, together with the field winding, magnetic flux to the stator iron core, characterized in that the permanent magnet (40c, 40d) is disposed between the adjacent magnetic poles (40a, 40b), wherein the magnetic flux by the permanent magnet (40c, 40d) is adjusted so that in an actual use rotation speed range of the rotating electrical machine, when a field current is not applied to the field winding, a deenergization no-load induced voltage or a deenergization induced voltage in a minimum electric load power generation state does not exceed a voltage of the battery. a rotating electrical machine which includes a rotor having a field winding, and a stator disposed at an outer periphery of the rotor and having a stator winding, and performs electric power generation and starting; and an inverter unit which converts DC power of a battery into AC power at a time of a starting motor operation of the rotating electrical machine and supplies it to the stator winding, and converts AC power generated in the stator winding into DC power at a time of a generator operation of the rotating electrical machine and charges the battery, wherein the inverter unit is integrally mounted to the rotating electrical machine and is electrically connected to the stator winding, the rotor includes a rotor iron core which includes a magnetic part where adjacent magnetic poles (40a, 40b) are formed to have different polarities, and a field winding, and a permanent magnet (40c, 40d) which supplies, together with the field winding, magnetic flux to the stator iron core, characterized in that the permanent magnet (40c, 40d) is disposed between the adjacent magnetic poles (40a, 40b), wherein the magnetic flux by the permanent magnet (40c, 40d) is adjusted so that in an actual use rotation speed range of the rotating electrical machine, when a field current is not applied to the field winding, a deenergization no-load induced voltage or a deenergization induced voltage in a minimum electric load power generation state does not exceed a voltage of the battery.
A polyamide compound comprising: from 25 to 50 mol% of a diamine unit that contains at least 50 mol% of an alicyclic diamine unit represented by the following general formula; from 25 to 50 mol% of a dicarboxylic acid unit that contains a linear aliphatic dicarboxylic acid unit represented by the following general formula (II-1) and/or an aromatic dicarboxylic acid unit represented by the following general formula (II-2) in an amount of at least 50 mol% in total; and from 0.1 to 50 mol% of a constituent unit represented by the following general formula: wherein, in the general formula (II-1), n indicates an integer of from 2 to 18; in the general formula (II-2), Ar represents an arylene group; and in the general formula, R represents a substituted or unsubstituted alkyl group, or a substituted or unsubstituted aryl group. from 25 to 50 mol% of a diamine unit that contains at least 50 mol% of an alicyclic diamine unit represented by the following general formula; from 25 to 50 mol% of a dicarboxylic acid unit that contains a linear aliphatic dicarboxylic acid unit represented by the following general formula (II-1) and/or an aromatic dicarboxylic acid unit represented by the following general formula (II-2) in an amount of at least 50 mol% in total; and from 0.1 to 50 mol% of a constituent unit represented by the following general formula: wherein, in the general formula (II-1), n indicates an integer of from 2 to 18; in the general formula (II-2), Ar represents an arylene group; and in the general formula, R represents a substituted or unsubstituted alkyl group, or a substituted or unsubstituted aryl group.
Protection device for electric appliances, in particular electric motors, compressors and transformers, suitable for selectively connecting an electric appliance to a power supply line comprising: - a metal plate member having at a first end a stationary electrical contact and at a second end a first electric connection terminal; - a composite metal blade having at a first end a movable electrical contact and at a second end a second electric connection terminal, said movable electrical contact making with said stationary electrical contact an electric switch having an opening position and a closing position, said composite metal blade being configured for deforming until snapping from the closing position to the opening position when temperature around said composite metal blade exceeds a higher temperature threshold value, and for deforming until snapping from the opening position to the closing position when the temperature around said composite metal blade falls below a lower temperature threshold value; characterised by - an insulating block for supporting said metal plate member and said composite metal blade; - a compensating resistor made as an enbloc with said metal plate member between said stationary electrical contact and said first connection terminal, said insulating block being constrained to said metal plate element so that the latter projects cantilevered with respect to the insulating block itself leaving said compensating resistor free. - a metal plate member having at a first end a stationary electrical contact and at a second end a first electric connection terminal; - a composite metal blade having at a first end a movable electrical contact and at a second end a second electric connection terminal, said movable electrical contact making with said stationary electrical contact an electric switch having an opening position and a closing position, said composite metal blade being configured for deforming until snapping from the closing position to the opening position when temperature around said composite metal blade exceeds a higher temperature threshold value, and for deforming until snapping from the opening position to the closing position when the temperature around said composite metal blade falls below a lower temperature threshold value; characterised by - an insulating block for supporting said metal plate member and said composite metal blade; - a compensating resistor made as an enbloc with said metal plate member between said stationary electrical contact and said first connection terminal, said insulating block being constrained to said metal plate element so that the latter projects cantilevered with respect to the insulating block itself leaving said compensating resistor free.
A method of making hollow turbomachine components having a first end, an intermediate portion (17.2) and a second end, the method comprising: sequentially producing by additive manufacturing on a substrate: a first terminal portion (17.1) of a semi-finished component, said first terminal portion adhering to said substrate; an intermediate portion (17.2) adjoining the first terminal portion (17.1); and a second terminal portion (17.3) adjoining the intermediate portion (17.2); and removing at least one of said first terminal portion and second terminal portion; characterized in that said at least one terminal portion comprises at least one of a removable stiffening feature (17.4) and a removable feature adapted to concentrate thermally induced deformations therein. sequentially producing by additive manufacturing on a substrate: a first terminal portion (17.1) of a semi-finished component, said first terminal portion adhering to said substrate; an intermediate portion (17.2) adjoining the first terminal portion (17.1); and a second terminal portion (17.3) adjoining the intermediate portion (17.2); and removing at least one of said first terminal portion and second terminal portion; characterized in that said at least one terminal portion comprises at least one of a removable stiffening feature (17.4) and a removable feature adapted to concentrate thermally induced deformations therein.
A tire comprising a tread portion comprising two main grooves (3, 3A, 3B) extending continuously in a tire circumferential direction in zigzag shapes and a land region defined between the two main grooves (3A, 3B), wherein phases of the zigzag shapes of the two main grooves (3A, 3B) are aligned with each other, wherein peak portions and valley portions of one of the zigzag-shaped main grooves (3A, 3B) are at same positions in the tire circumferential direction with peak portions and valley portions of the other one of the zigzag-shaped main grooves (3A, 3B) the land region is provided with at least one longitudinal sipe extending in the tire circumferential direction in a zigzag shape, a phase of the zigzag of the longitudinal sipe is opposite to the phases of the zigzags of the two main grooves (3A, 3B), wherein peak portions of the main grooves (3A, 3B) extending in a zigzag manner are aligned in the tire circumferential direction with valley portions of the longitudinal sipe extending in a zigzag manner, the land region is provided with a plurality of first lateral grooves extending from the main groove arranged on one side toward the main groove arranged on the other side and terminating within the land region and a plurality of second lateral grooves extending from the main groove arranged on the other side toward the main groove arranged on the one side and terminating within the land region, the longitudinal sipe extends between the first lateral grooves and the second lateral grooves, the land region includes first blocks divided by the longitudinal sipe and the plurality of the first lateral grooves and second blocks divided by the longitudinal sipe and the plurality of the second lateral grooves, and each of the first blocks and the second blocks is provided with a plurality of lateral narrow groove pairs composed of two crown lateral narrow grooves completely crossing the entire block, characterized in that each of the first blocks and the second blocks includes a plurality of small block pieces each defined between the two crown lateral narrow grooves of one of the lateral narrow groove pairs, the small block pieces include a first small block piece provided at a center portion in the tire circumferential direction of the first block or the second block, and second small block pieces having greater lengths in the tire axial direction than that of the first small block piece, and each of the first small block pieces provided in the first blocks is adjacent to one of the second small block pieces provided in the second blocks with the longitudinal sipe therebetween.
An induction motor for a chiller assembly, the induction motor comprising: - a stator having a cylindrical shape; - a rotor coupled to a shaft, the rotor and the shaft configured to rotate relative to the stator; - a first magnetic bearing assembly (214, 216, 218) configured to support the rotor; and - a housing configured to at least partially encapsulate the stator, the rotor, the shaft, and the first magnetic bearing assembly (214, 216, 218); wherein the stator is coupled to the housing using a clearance fit configured to prevent distortion of the cylindrical shape; and wherein a first clearance between the housing and a motor jacket coupled to the stator is controlled such that deviations in a second clearance between the stator and the rotor do not exceed ten percent of a nominal clearance value. - a stator having a cylindrical shape; - a rotor coupled to a shaft, the rotor and the shaft configured to rotate relative to the stator; - a first magnetic bearing assembly (214, 216, 218) configured to support the rotor; and - a housing configured to at least partially encapsulate the stator, the rotor, the shaft, and the first magnetic bearing assembly (214, 216, 218);
A spray arm assembly for a dishwasher, comprising: a spray arm base; a first bevel gear, fixedly fitted over an upper end of the spray arm base; a spray arm, provided with a central water-inlet conduit and defining a plurality of spray apertures, the central water-inlet conduit passing through the first bevel gear to be inserted downwards into the spray arm base; and a water baffling member, having a first end rotatably arranged to an end of the spray arm and a second end provided with a second bevel gear engaged with the first bevel gear, the water baffling member corresponding to at least one of the plurality of spray apertures, characterized in that the end of the spray arm is provided with a lug, and the first end of the water baffling member is rotatably arranged to the lug; the spray arm has a pivot adjacent to the central water-inlet conduit and corresponding to the lug, and the second bevel gear is fitted over the pivot. a spray arm base; a first bevel gear, fixedly fitted over an upper end of the spray arm base; a spray arm, provided with a central water-inlet conduit and defining a plurality of spray apertures, the central water-inlet conduit passing through the first bevel gear to be inserted downwards into the spray arm base; and a water baffling member, having a first end rotatably arranged to an end of the spray arm and a second end provided with a second bevel gear engaged with the first bevel gear, the water baffling member corresponding to at least one of the plurality of spray apertures, characterized in that the end of the spray arm is provided with a lug, and the first end of the water baffling member is rotatably arranged to the lug; the spray arm has a pivot adjacent to the central water-inlet conduit and corresponding to the lug, and the second bevel gear is fitted over the pivot.
Self-supporting CVD diamond film, comprising a plurality of diamond layers stacked one on top of the other, wherein an underside of each diamond layer is formed from diamond with a first average crystal size of 2 to 50 nm, wherein the average crystal size inside the diamond layer increases from the underside to a top side of the diamond layer and wherein a second average crystal size in the region of the top side is 50 to 500 nm.