mhurhangee/patent-ind-claim-en huggingface dataset:
A video recording apparatus comprising: an illumination apparatus adapted to apply a modulated illumination light; a control apparatus adapted to control the illumination apparatus ; an imaging apparatus adapted to image the illumination light and an object at the same time to generate video data; and a storage apparatus (14;314) adapted to store the video data generated by the imaging apparatus ; characterized in that the control apparatus is adapted to generate encrypted data by using at least a portion of the video data imaged by the imaging apparatus and encryption information generated as information changing in accordance with a date and time and used for encryption and to control the illumination apparatus such that the illumination light is modulated by the generated encrypted data. an illumination apparatus adapted to apply a modulated illumination light; a control apparatus adapted to control the illumination apparatus ; an imaging apparatus adapted to image the illumination light and an object at the same time to generate video data; and a storage apparatus (14;314) adapted to store the video data generated by the imaging apparatus ; characterized in that the control apparatus is adapted to generate encrypted data by using at least a portion of the video data imaged by the imaging apparatus and encryption information generated as information changing in accordance with a date and time and used for encryption and to control the illumination apparatus such that the illumination light is modulated by the generated encrypted data.
A method of manufacturing an oral pouched product, the method comprising the steps of providing a powdered composition comprising at least one sugar alcohol and a powdered flavor composition, mixing water with said powdered composition, adding liquid flavor composition to a mixture of the water and the powdered composition, adding the resulting mixture to a saliva-permeable pouch, the resulting mixture forming a pouch composition, wherein the pouch composition comprises the powdered flavor composition in an amount of at least 1% by weight of the pouch composition, wherein the pouch composition comprises the liquid flavor composition in an amount of at least 0.01% by weight of the pouch composition, and wherein the pouch composition is free of tobacco, tobacco fibers and fibers derived from tobacco. providing a powdered composition comprising at least one sugar alcohol and a powdered flavor composition, mixing water with said powdered composition, adding liquid flavor composition to a mixture of the water and the powdered composition, adding the resulting mixture to a saliva-permeable pouch, the resulting mixture forming a pouch composition, wherein the pouch composition comprises the powdered flavor composition in an amount of at least 1% by weight of the pouch composition, wherein the pouch composition comprises the liquid flavor composition in an amount of at least 0.01% by weight of the pouch composition, and wherein the pouch composition is free of tobacco, tobacco fibers and fibers derived from tobacco.
Load cell comprising: a force transmitting element ; a force sensing element , the force sensing element being configured to convert a force acting on the force transmitting element into a measurement signal ; a cover defining an interior space in which the force sensing element is located, wherein the cover comprises a rigid cover structure with an opening , the opening being arranged opposite and spaced apart from the force sensing element and the force transmitting element extending through the opening into the interior space towards the force sensing element ; characterized in that the load cell further comprises a gel element placed at least partially in the opening , wherein the force transmitting element rests against the gel element in the opening . a force transmitting element ; a force sensing element , the force sensing element being configured to convert a force acting on the force transmitting element into a measurement signal ; a cover defining an interior space in which the force sensing element is located, wherein the cover comprises a rigid cover structure with an opening , the opening being arranged opposite and spaced apart from the force sensing element and the force transmitting element extending through the opening into the interior space towards the force sensing element ; characterized in that the load cell further comprises a gel element placed at least partially in the opening , wherein the force transmitting element rests against the gel element in the opening .
A waterproof microphone , comprising: a case that includes a partition wall separating an internal space into two chambers, a front chamber and a rear chamber , a hole in the partition wall for allowing communication between the front chamber and the rear chamber , and opening portions in surfaces of the front chamber and the rear chamber that face the partition wall ; a waterproof vibrating membrane covering the opening portion of the front chamber ; a microphone unit attached to a surface of the partition wall on the rear chamber side; and a sealing member sealing the opening portion of the rear chamber and including an air hole allowing communication between the rear chamber and an external space, wherein the air hole is a hole that extends while bending multiple times in the sealing member. a case that includes a partition wall separating an internal space into two chambers, a front chamber and a rear chamber , a hole in the partition wall for allowing communication between the front chamber and the rear chamber , and opening portions in surfaces of the front chamber and the rear chamber that face the partition wall ; a waterproof vibrating membrane covering the opening portion of the front chamber ; a microphone unit attached to a surface of the partition wall on the rear chamber side; and a sealing member sealing the opening portion of the rear chamber and including an air hole allowing communication between the rear chamber and an external space, wherein the air hole is a hole that extends while bending multiple times in the sealing member.
A hybrid sacrificial core for forming an impingement space and an internal cooling passageway network in a blade outer air seal , the internal cooling passageway network being separate from the impingement space of a part, the core comprising: a ceramic core having a first surface portion for forming the impingement space; and a refractory metal core that forms a plurality of passages of the internal cooling passageway network ; wherein the refractory metal core is comprised of four distinct parts, and wherein the refractory metal core is comprised of a leading edge core , a trailing edge core , and two side cores . a ceramic core having a first surface portion for forming the impingement space; and a refractory metal core that forms a plurality of passages of the internal cooling passageway network ; wherein the refractory metal core is comprised of four distinct parts, and wherein the refractory metal core is comprised of a leading edge core , a trailing edge core , and two side cores .
A turbocharger turbine wheel comprising, at least as a part of its overall composition, a nickel-based alloy, wherein the nickel-based alloy consists of, on a weight basis of the overall alloy: 10.5% to 11.5% cobalt; 9.0% to 10.0% chromium; 5.75% to 6.25% aluminum; 2.8% to 3.3% tantalum; 4.0% to 4.5% molybdenum; 2.2% to 2.4% titanium; 0.13% to 0.15% carbon; 0.03% to 0.09% zirconium; and a balance of nickel, with the proviso that tungsten is not included beyond impurity levels. 10.5% to 11.5% cobalt; 9.0% to 10.0% chromium; 5.75% to 6.25% aluminum; 2.8% to 3.3% tantalum; 4.0% to 4.5% molybdenum; 2.2% to 2.4% titanium; 0.13% to 0.15% carbon; 0.03% to 0.09% zirconium; and a balance of nickel, with the proviso that tungsten is not included beyond impurity levels.
Spring-loaded clamping terminal for clamping an electrical conductor , the spring-loaded clamping terminal having at least one clamping spring for clamping the electrical conductor to the spring-loaded clamping terminal and at least one pivotable actuating lever for actuating the clamping spring , the actuating lever being movable between an open position, in which a conductor clamping point formed with the clamping spring is open, and a closed position, in which the clamping point is closed, the spring-loaded clamping terminal having an actuating element which can be actuated by the pivotable actuating lever , characterized in that a) the actuating element is designed as a substantially linearly displaceable tension element, by means of which, when the actuating lever is pivoted into the open position, the clamping point can be opened by means of a tensile force acting on the clamping spring , the actuating lever having a bearing contour for forming a sliding bearing with the bearing surface of the insulating material housing and/or b) the open position and the closed position form end positions of the pivoting movement of the actuating lever , at which the actuating lever comes to rest against a mechanical stop, the actuating lever being pivotable beyond at least one of the end positions into an overpressure position without parts of the spring force clamping connection being damaged in the process or the actuating lever becoming detached from the spring-loaded clamping terminal . a) the actuating element is designed as a substantially linearly displaceable tension element, by means of which, when the actuating lever is pivoted into the open position, the clamping point can be opened by means of a tensile force acting on the clamping spring , the actuating lever having a bearing contour for forming a sliding bearing with the bearing surface of the insulating material housing and/or b) the open position and the closed position form end positions of the pivoting movement of the actuating lever , at which the actuating lever comes to rest against a mechanical stop, the actuating lever being pivotable beyond at least one of the end positions into an overpressure position without parts of the spring force clamping connection being damaged in the process or the actuating lever becoming detached from the spring-loaded clamping terminal .
A household appliance with a display apparatus, wherein the display apparatus comprises a planar projection plate and a projection source that projects light onto the projection plate , wherein there is a tilt angle between a light projection direction of the projection source and the projection plate , and characterised in that the projection plate reflects at least a part of the light projected by the projection source , so that a user of the household appliance sees displayed content that is from the projection source by means of the light reflected by the projection plate , so that the displayed content has relatively strong depth of field effect, and has a sense of space, wherein the projection plate is capable of transmitting a part of the light and simultaneously reflecting the other part of the light. the display apparatus comprises a planar projection plate and a projection source that projects light onto the projection plate , wherein there is a tilt angle between a light projection direction of the projection source and the projection plate , and characterised in that the projection plate reflects at least a part of the light projected by the projection source , so that a user of the household appliance sees displayed content that is from the projection source by means of the light reflected by the projection plate , so that the displayed content has relatively strong depth of field effect, and has a sense of space, wherein the projection plate is capable of transmitting a part of the light and simultaneously reflecting the other part of the light.
A pearl-like molded body obtained by molding a mixture comprising an aromatic polyester for dilution and a resin composition, the resin composition comprising: a polyolefin (other than a low-density polyethylene with a density of 0.92 g/cm 3 or less) and an acid-modified polyolefin, wherein the acid-modified polyolefin has an acid value of 1 to 60 mg KOH/g, and a final blending ratio between materials of the pearl-like molded body is 0.1 to 20 parts by mass of the polyolefin and 0.1 to 20 parts by mass of the acid-modified polyolefin with respect to 100 parts by mass of the aromatic polyester.
Method of assembling a body of a rail vehicle, the body comprising at least one chassis module , at least one wall module and at least one roof module , the method comprising the following steps: - creating a numerical model of at least one specific module among the chassis , wall and roof modules; - dimensioning in the numerical model, the position of fixing holes in the specific module , the dimension of each fixing hole being defined at least with respect to one edge of the specific module extending in a direction of greater length (A-A', B-B', D-D') of the specific module , and with respect to an axis (X-X') transverse to the longer direction (A-A', B-B', D-D') of the specific module , the transverse axis (X-X') being distinct from the edges the specific module , the transverse axis (X-X') being a median axis of the specific module . - providing the specific module ; - drilling with a drilling device, fixing holes in the specific module at the dimensioned position in the numerical model, each fixing hole being drilled at a distance from the position dimensioned in the numerical model with a diameter localization tolerance of 0.25 mm ; and - assembly of the body by fixing the chassis , wall and roof modules together, the assembly comprising the fixing of the specific module to at least one portion of adjacent modules that are to be assembled with the specific module , by means of fixing means inserted in the fixing holes that have been drilled in the specific module . - creating a numerical model of at least one specific module among the chassis , wall and roof modules; - dimensioning in the numerical model, the position of fixing holes in the specific module , the dimension of each fixing hole being defined at least with respect to one edge of the specific module extending in a direction of greater length (A-A', B-B', D-D') of the specific module , and with respect to an axis (X-X') transverse to the longer direction (A-A', B-B', D-D') of the specific module , the transverse axis (X-X') being distinct from the edges the specific module , the transverse axis (X-X') being a median axis of the specific module . - providing the specific module ; - drilling with a drilling device, fixing holes in the specific module at the dimensioned position in the numerical model, each fixing hole being drilled at a distance from the position dimensioned in the numerical model with a diameter localization tolerance of 0.25 mm ; and - assembly of the body by fixing the chassis , wall and roof modules together, the assembly comprising the fixing of the specific module to at least one portion of adjacent modules that are to be assembled with the specific module , by means of fixing means inserted in the fixing holes that have been drilled in the specific module .
Weaving machine for simultaneously weaving a top pile fabric (F2) and a bottom pile fabric (F4), each pile fabric presenting one or several pile patterns (P2, P2', P4) and including tufts (102 i , 104 i ), made from pile warp yarns , binding warp yarns and weft yarns , the machine comprising - a pile warp yarn feeding unit , - a binding warp yarns feeding unit , - a shedding unit for creating a shed (S) with the pile warp yarns and the binding warp yarns, - a weft insertion unit for inserting the weft yarns in the shed, in successive insertion cycles, - a beating-up mechanism for beating the weft yarns into the shed, and - a take up system for taking-up the two pile fabrics, characterized in that the weaving machine also comprises - a control unit for controlling operation of the weaving machine, - a treatment unit located, along a path of the pile warp yarns , between the pile warp yarns feeding unit and the shedding unit , for applying different segments (S241-S252, S241'-S252') of treatment on at least some of the pile warp yarns and - an adjusting sub-assembly for adjusting the position of the segments (S241-S252, S241'-S252') of treatment products in the fabrics (F2, F4), wherein the adjusting sub-assembly includes at least one sensor for determining the position and/or the length of the segments (S241-S252, S241'-S252') of treatment in the fabrics (F2, F4). - a pile warp yarn feeding unit , - a binding warp yarns feeding unit , - a shedding unit for creating a shed (S) with the pile warp yarns and the binding warp yarns, - a weft insertion unit for inserting the weft yarns in the shed, in successive insertion cycles, - a beating-up mechanism for beating the weft yarns into the shed, and - a take up system for taking-up the two pile fabrics, - a control unit for controlling operation of the weaving machine, - a treatment unit located, along a path of the pile warp yarns , between the pile warp yarns feeding unit and the shedding unit , for applying different segments (S241-S252, S241'-S252') of treatment on at least some of the pile warp yarns and - an adjusting sub-assembly for adjusting the position of the segments (S241-S252, S241'-S252') of treatment products in the fabrics (F2, F4), wherein the adjusting sub-assembly includes at least one sensor for determining the position and/or the length of the segments (S241-S252, S241'-S252') of treatment in the fabrics (F2, F4).
A nonwoven fabric, comprising fibers formed from a resin composition, wherein the nonwoven fabric is a melt blown nonwoven fabric, the resin composition contains a long-chain branched polypropylene in an amount of from 0.7% by mass to 5% by mass with respect to a total mass of the resin composition and a linear polypropylene in an amount of from 95% by mass to 99.3% by mass with respect to a total mass of the resin composition, the linear polypropylene comprises a linear polypropylene having a weight-average molecular weight of 20,000 or more in an amount of 50% by mass or more with respect to a total mass of the linear polypropylene, and the fibers have an elongational viscosity, as measured under conditions at an elongational strain rate of 2.5 × 10 2 (1/s) and a temperature of 160°C, of from 430 Pa s to 1200 Pa·s, and a ratio of the elongational viscosity (Pa·s) to a shear viscosity (Pa·s) of the fiber, as measured under conditions at a shear strain rate of 2.5 × 10 2 (1/s) and a temperature of 160°C, is from 35 to 65. the resin composition contains a long-chain branched polypropylene in an amount of from 0.7% by mass to 5% by mass with respect to a total mass of the resin composition and a linear polypropylene in an amount of from 95% by mass to 99.3% by mass with respect to a total mass of the resin composition, the linear polypropylene comprises a linear polypropylene having a weight-average molecular weight of 20,000 or more in an amount of 50% by mass or more with respect to a total mass of the linear polypropylene, and the fibers have an elongational viscosity, as measured under conditions at an elongational strain rate of 2.5 × 10 2 (1/s) and a temperature of 160°C, of from 430 Pa s to 1200 Pa·s, and a ratio of the elongational viscosity (Pa·s) to a shear viscosity (Pa·s) of the fiber, as measured under conditions at a shear strain rate of 2.5 × 10 2 (1/s) and a temperature of 160°C, is from 35 to 65.
A bitwise writing apparatus for a System on Chip system, the bitwise writing apparatus being communicatively coupled to a master device interface of a bus controller and a slave device interface of the bus controller, and the bitwise writing apparatus comprising: a decoding module configured to receive a write request from a master device and to decode the write request to acquire a destination address, bit selection information, and bit valid data; and a master device interface module configured to: receive the destination address, the bit selection information, and the bit valid data from the decoding module, read data in the destination address to obtain read data; perform a bitwise operation for the read data to obtain new data according to the bit selection information and the bit valid data by modifying, according to the bit selection information, a designated bit of the read data into the bit valid data after the decoding to obtain the new data, and send a write request to the slave device interface of the bus controller and write the obtained new data into a peripheral register corresponding to the destination address. a decoding module configured to receive a write request from a master device and to decode the write request to acquire a destination address, bit selection information, and bit valid data; and a master device interface module configured to: receive the destination address, the bit selection information, and the bit valid data from the decoding module, read data in the destination address to obtain read data; perform a bitwise operation for the read data to obtain new data according to the bit selection information and the bit valid data by modifying, according to the bit selection information, a designated bit of the read data into the bit valid data after the decoding to obtain the new data, and send a write request to the slave device interface of the bus controller and write the obtained new data into a peripheral register corresponding to the destination address. receive the destination address, the bit selection information, and the bit valid data from the decoding module, read data in the destination address to obtain read data; perform a bitwise operation for the read data to obtain new data according to the bit selection information and the bit valid data by modifying, according to the bit selection information, a designated bit of the read data into the bit valid data after the decoding to obtain the new data, and send a write request to the slave device interface of the bus controller and write the obtained new data into a peripheral register corresponding to the destination address.