mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaner comprising: a nozzle assembly ; a cleaner body rotatably connected to the nozzle assembly ; and a water cleaning device coupled to the nozzle assembly , wherein the water cleaning device comprises: a water tank to which a cloth is attached and for storing water to be supplied to the cloth , and having an air hole through which air is introduced from outside; characterized by an adjusting device that receives a rotational force of the cleaner body to configured to move to open and close the air hole . a nozzle assembly ; a cleaner body rotatably connected to the nozzle assembly ; and a water cleaning device coupled to the nozzle assembly , wherein the water cleaning device comprises: a water tank to which a cloth is attached and for storing water to be supplied to the cloth , and having an air hole through which air is introduced from outside; characterized by an adjusting device that receives a rotational force of the cleaner body to configured to move to open and close the air hole . a water tank to which a cloth is attached and for storing water to be supplied to the cloth , and having an air hole through which air is introduced from outside; characterized by an adjusting device that receives a rotational force of the cleaner body to configured to move to open and close the air hole .
A semiconductor-wafer cleaning tank in which a semiconductor wafer is immersed in a cleaning solution and cleaned, comprising: a tank body , composed of quartz, for storing the cleaning solution to immerse a plurality of the semiconductor wafers in the cleaning solution; an overflow-receiving part , composed of quartz and provided around an opening of the tank body, for receiving the cleaning solution overflowing from an upper end of the opening of the tank body; and a heat-insulating wall provided around the tank body, wherein the heat-insulating wall forms a continuous enclosure around a side wall of the tank body with a hollow layer formed between the heat-insulating wall and the side wall of the tank body, the semiconductor-wafer cleaning tank being characterized in that the heat-insulating wall extends from the overflow-receiving part downward and is in contact with the lower portion of the overflow-receiving part. a tank body , composed of quartz, for storing the cleaning solution to immerse a plurality of the semiconductor wafers in the cleaning solution; an overflow-receiving part , composed of quartz and provided around an opening of the tank body, for receiving the cleaning solution overflowing from an upper end of the opening of the tank body; and a heat-insulating wall provided around the tank body, wherein the heat-insulating wall forms a continuous enclosure around a side wall of the tank body with a hollow layer formed between the heat-insulating wall and the side wall of the tank body, the semiconductor-wafer cleaning tank being characterized in that the heat-insulating wall extends from the overflow-receiving part downward and is in contact with the lower portion of the overflow-receiving part.
A set of essentially identical panels , such as building panels, provided with a mechanical locking system comprising a displaceable tongue , which is arranged in a displacement groove at a first edge of a first panel , and a first tongue groove at a second edge of an adjacent second panel , the displaceable tongue is configured to cooperate with the first tongue groove for locking of the first and the second edge in a vertical direction, wherein: at least a part of the displaceable tongue is configured to be pushed into the displacement groove during assembling of the first and the second panel and spring back to a position in which a part of the displaceable tongue cooperate with the first tongue groove for the locking in the vertical direction, characterized in that the displaceable tongue comprises a first and a third surface and the first tongue groove comprises a second and fourth surface , a first angle between the second surface and a front face of the second panel is greater than a second angle between the fourth surface and the front face, the first surface of the displaceable tongue is configured to cooperate with the second surface of the tongue groove under a first load on the mechanical locking system, the third surface of the displaceable tongue is configured to cooperate with the fourth surface of the tongue groove under a second load of the mechanical locking system, and wherein the second load is greater than the first load. at least a part of the displaceable tongue is configured to be pushed into the displacement groove during assembling of the first and the second panel and spring back to a position in which a part of the displaceable tongue cooperate with the first tongue groove for the locking in the vertical direction, characterized in that the displaceable tongue comprises a first and a third surface and the first tongue groove comprises a second and fourth surface , a first angle between the second surface and a front face of the second panel is greater than a second angle between the fourth surface and the front face, the first surface of the displaceable tongue is configured to cooperate with the second surface of the tongue groove under a first load on the mechanical locking system, the third surface of the displaceable tongue is configured to cooperate with the fourth surface of the tongue groove under a second load of the mechanical locking system, and wherein the second load is greater than the first load.
An array substrate , comprising a substrate , a source-drain layer stacked on the substrate , a pixel electrode layer disposed on the source-drain layer , and an interval layer disposed between the source-drain layer and the pixel electrode layer ; wherein the interval layer comprises a via hole structure , the via hole structure comprises a via hole and a plurality of drainage grooves provided at intervals along a circumference of the via hole , the via hole has a circular shape, the drainage grooves are recessed in from an inner wall of the via hole , the via hole comprises a first hole and a second hole opposite to the first hole , and the drainage grooves extend from the first hole to the second hole ,wherein the pixel electrode layer is electrically connected to the source-drain layer through the via hole structure ; and wherein the pixel electrode layer forms a groove in a position of the via hole , the pixel electrode layer forms a plurality of sub-drainage grooves in the plurality of drainage grooves , respectively; the sub-drainage grooves are evenly distributed along the entire circumference of the via hole ; and an alignment layer covers the pixel electrode layer uninterruptedly, extending within the via hole structure and beyond the via hole structure , along an inner wall of the groove , and an inner wall of each of the sub-drainage grooves of the pixel electrode layer .
A liquid discharge head angle adjuster for individually adjusting inclination angles of a plurality of liquid discharge heads , the liquid discharge head angle adjuster comprising: a plurality of array members configured to hold the liquid discharge heads; and a plurality of array supports configured to support the array members , with each array member located between two array supports; at least one of the plurality of array members including a V rail ; at least one of the plurality array supports including a first support disposed on one side in a direction in which one of the liquid discharge heads is rotated when an inclination angle of the one of the liquid discharge heads is adjusted, and configured to support the V rail , with contact between the first support and the V rail functioning as a rotation fulcrum of the at least one of the plurality of array members; and a second support disposed on a side opposite the first support and configured to support another of the array members; and characterized in that the at least one of the plurality of array supports further includes a pressing member configured to press the V rail against the first support at the rotation fulcrum. a plurality of array members configured to hold the liquid discharge heads; and a plurality of array supports configured to support the array members , with each array member located between two array supports; at least one of the plurality of array members including a V rail ; at least one of the plurality array supports including a first support disposed on one side in a direction in which one of the liquid discharge heads is rotated when an inclination angle of the one of the liquid discharge heads is adjusted, and configured to support the V rail , with contact between the first support and the V rail functioning as a rotation fulcrum of the at least one of the plurality of array members; and a second support disposed on a side opposite the first support and configured to support another of the array members; and characterized in that the at least one of the plurality of array supports further includes a pressing member configured to press the V rail against the first support at the rotation fulcrum. a first support disposed on one side in a direction in which one of the liquid discharge heads is rotated when an inclination angle of the one of the liquid discharge heads is adjusted, and configured to support the V rail , with contact between the first support and the V rail functioning as a rotation fulcrum of the at least one of the plurality of array members; and a second support disposed on a side opposite the first support and configured to support another of the array members; and characterized in that the at least one of the plurality of array supports further includes a pressing member configured to press the V rail against the first support at the rotation fulcrum.
A safety system having at least one first safety control part having a control and evaluation unit , wherein the first safety control part is a local safety control part ; having at least one second safety control part having a control and evaluation program , wherein the second safety control part is a server based safety control part that is connected to the first safety control part over a first interface , wherein the first safety control part 2) is connected to at least one machine over a second interface , with the first safety control part being configured to control and to evaluate the machine over the second interface ; wherein the first safety control part is connected to at least one data source over a third interface , with the first safety control part being configured to control and to evaluate the data source over the third interface ; wherein the second safety control part is connected to at least the machine over a fourth interface , with the second safety control part being configured to control and to evaluate the machine over the fourth interface , characterized in that the second safety control part has a test unit for cyclic tests of the first safety control part ; and in that a test interface is arranged between the second safety control part and the first safety control part . having at least one first safety control part having a control and evaluation unit , wherein the first safety control part is a local safety control part ; having at least one second safety control part having a control and evaluation program , wherein the second safety control part is a server based safety control part that is connected to the first safety control part over a first interface , wherein the first safety control part 2) is connected to at least one machine over a second interface , with the first safety control part being configured to control and to evaluate the machine over the second interface ; wherein the first safety control part is connected to at least one data source over a third interface , with the first safety control part being configured to control and to evaluate the data source over the third interface ; wherein the second safety control part is connected to at least the machine over a fourth interface , with the second safety control part being configured to control and to evaluate the machine over the fourth interface , characterized in that the second safety control part has a test unit for cyclic tests of the first safety control part ; and in that a test interface is arranged between the second safety control part and the first safety control part .
A mono-succinic acid salt of one of the compounds la, Ib, Ic, and Id in a solid form having the characteristic X-ray powder diffraction pattern as shown in Figure 1:
An oral appliance , comprising: a pair of upper and lower jaw oral appliances facing each other; a pair of positioning members each being adjustable in position in a front-rear direction, the pair of positioning members being provided in one oral appliance of the upper and lower jaw oral appliances ; and a pair of stoppers provided in another oral appliance of the upper and lower jaw oral appliances , the pair of stoppers abutting against the respective positioning members and thereby restricting rearward displacement of the lower jaw oral appliance , and each of the stoppers including an extension portion that abuts against the oral appliance thereby restricting displacement in a right-left direction of the upper jaw oral appliance and lower jaw oral appliance , the extension portion having a height that is equal to or less than half a height of the stoppers , and characterized in that each of the stoppers include an inclined surface which abuts against relevant positioning members , and the inclined surface is further inclined in the extension portion . a pair of upper and lower jaw oral appliances facing each other; a pair of positioning members each being adjustable in position in a front-rear direction, the pair of positioning members being provided in one oral appliance of the upper and lower jaw oral appliances ; and a pair of stoppers provided in another oral appliance of the upper and lower jaw oral appliances , the pair of stoppers abutting against the respective positioning members and thereby restricting rearward displacement of the lower jaw oral appliance , and each of the stoppers including an extension portion that abuts against the oral appliance thereby restricting displacement in a right-left direction of the upper jaw oral appliance and lower jaw oral appliance , the extension portion having a height that is equal to or less than half a height of the stoppers , and characterized in that each of the stoppers include an inclined surface which abuts against relevant positioning members , and the inclined surface is further inclined in the extension portion .
A laser device comprising: a surface emitting laser configured to emit light; an optical system disposed in an optical path of light that is emitted from the surface emitting laser ; a laser resonator which the light passed through the optical system enters; wherein the optical system includes a first optical element configured to collimate the light emitted from the surface emitting laser , and a second optical element configured to collect and condense the light collimated by the first optical element ; and a transmission member in the form of an optical fibre configured to transmit light from the second optical element to the laser resonator , wherein a diameter of a core of the optical fibre is equal to or greater than 1.0 mm and less than 2.0 mm, wherein a fibre output of the optical fibre is equal to or greater than 120 watts, and wherein an M2 value of light exiting from the optical fibre is equal to or less than 1200. a surface emitting laser configured to emit light; an optical system disposed in an optical path of light that is emitted from the surface emitting laser ; a laser resonator which the light passed through the optical system enters; wherein the optical system includes a first optical element configured to collimate the light emitted from the surface emitting laser , and a second optical element configured to collect and condense the light collimated by the first optical element ; and a transmission member in the form of an optical fibre configured to transmit light from the second optical element to the laser resonator , wherein a diameter of a core of the optical fibre is equal to or greater than 1.0 mm and less than 2.0 mm, wherein a fibre output of the optical fibre is equal to or greater than 120 watts, and wherein an M2 value of light exiting from the optical fibre is equal to or less than 1200.
A cast or forged component having a fatigue life indication arrangement comprising: a member connected to said component and configured to alter from a first condition to a second condition when a predetermined stage in the component fatigue life is reached, the member being configured to provide a visual indication that the predetermined stage in the component fatigue life has been reached, characterised in that the component is a brake caliper housing having a cavity and the member is positioned within the cavity of the brake caliper housing. a member connected to said component and configured to alter from a first condition to a second condition when a predetermined stage in the component fatigue life is reached, the member being configured to provide a visual indication that the predetermined stage in the component fatigue life has been reached, characterised in that the component is a brake caliper housing having a cavity and the member is positioned within the cavity of the brake caliper housing.
An article, comprising: a thin film interference pigment including a reflector layer, a dielectric layer, and an absorber layer; and a discontinuous coating including a colored selectively absorbing nanoparticle on the thin film interference pigment, wherein the selectively absorbing nanoparticle is a nanoparticle chosen from a pigment, a dye, a metal carbide, and combinations thereof. a thin film interference pigment including a reflector layer, a dielectric layer, and an absorber layer; and a discontinuous coating including a colored selectively absorbing nanoparticle on the thin film interference pigment, wherein the selectively absorbing nanoparticle is a nanoparticle chosen from a pigment, a dye, a metal carbide, and combinations thereof.
A method for cryptographically secure storing of a file using a web application executed by a web browser on a user computer system of a user , the method comprising - invoking the web application from a web server computer system over a network by the web browser on the user computer system , - encrypting the file with a cryptographic key locally on the user computer system using the web application , - providing a distribution plan by the web application , wherein the distribution plan comprises instructions for fragmenting the file into a plurality of file fragments (F1-F4) by means of an error correction method (ECM) and identifiers of a plurality of mutually independent storage services (SS1-SS6) in whose non-volatile storage media (SM1-SM6) the generated file fragments (F1-F4) are to be stored, characterized in that - the encrypted file is fragmented on the user computer system by the web application into a plurality of file fragments (F1-F4) by the error correction method (ECM) according to the distribution plan , wherein at least one of the file fragments (F1-F4) includes error correction bits, - the resulting file fragments (F1-F4) are sent by the web application over the network to the storage services (SS1-SS6) identified by the distribution plan , wherein an authorization token is provided by the web server computer system for each of the storage services (SS1-SS6) as proof of authorization to store the corresponding file fragment (F1-F4). - invoking the web application from a web server computer system over a network by the web browser on the user computer system , - encrypting the file with a cryptographic key locally on the user computer system using the web application , - providing a distribution plan by the web application , wherein the distribution plan comprises instructions for fragmenting the file into a plurality of file fragments (F1-F4) by means of an error correction method (ECM) and identifiers of a plurality of mutually independent storage services (SS1-SS6) in whose non-volatile storage media (SM1-SM6) the generated file fragments (F1-F4) are to be stored, characterized in that - the encrypted file is fragmented on the user computer system by the web application into a plurality of file fragments (F1-F4) by the error correction method (ECM) according to the distribution plan , wherein at least one of the file fragments (F1-F4) includes error correction bits, - the resulting file fragments (F1-F4) are sent by the web application over the network to the storage services (SS1-SS6) identified by the distribution plan , wherein an authorization token is provided by the web server computer system for each of the storage services (SS1-SS6) as proof of authorization to store the corresponding file fragment (F1-F4).
A composition comprising isolated polypeptides, wherein i. the isolated polypeptides do not form a virus like particle, ii. the composition induces neutralizing antibodies against Rift Valley Fever Virus (RVFV) in a subject at primary dose, and iii. the composition consists essentially of: a. at least one polypeptide consisting essentially of the ectodomain of the Gn protein of RVFV having an amino acid sequence as set forth in SEQ ID NO:4, wherein said polypeptide lacks transmembrane and cytoplasmic domains, and has a carboxyl terminus consisting of a TEV protease cleavage site derived from plasmid pFastBac/CT TOPO and six histidine residues, and b. at least one polypeptide consisting essentially of the Gc protein of RVFV having an amino acid sequence as set forth in SEQ ID NO:6, wherein said polypeptide has a carboxyl terminus consisting of a TEV protease cleavage site derived from plasmid pFastBac/CT TOPO and six histidine residues. i. the isolated polypeptides do not form a virus like particle, ii. the composition induces neutralizing antibodies against Rift Valley Fever Virus (RVFV) in a subject at primary dose, and iii. the composition consists essentially of: a. at least one polypeptide consisting essentially of the ectodomain of the Gn protein of RVFV having an amino acid sequence as set forth in SEQ ID NO:4, wherein said polypeptide lacks transmembrane and cytoplasmic domains, and has a carboxyl terminus consisting of a TEV protease cleavage site derived from plasmid pFastBac/CT TOPO and six histidine residues, and b. at least one polypeptide consisting essentially of the Gc protein of RVFV having an amino acid sequence as set forth in SEQ ID NO:6, wherein said polypeptide has a carboxyl terminus consisting of a TEV protease cleavage site derived from plasmid pFastBac/CT TOPO and six histidine residues. a. at least one polypeptide consisting essentially of the ectodomain of the Gn protein of RVFV having an amino acid sequence as set forth in SEQ ID NO:4, wherein said polypeptide lacks transmembrane and cytoplasmic domains, and has a carboxyl terminus consisting of a TEV protease cleavage site derived from plasmid pFastBac/CT TOPO and six histidine residues, and b. at least one polypeptide consisting essentially of the Gc protein of RVFV having an amino acid sequence as set forth in SEQ ID NO:6, wherein said polypeptide has a carboxyl terminus consisting of a TEV protease cleavage site derived from plasmid pFastBac/CT TOPO and six histidine residues.