mhurhangee/patent-ind-claim-en huggingface dataset:
A system for supplying molding sand (S) comprising a machine for disintegrating balls in molding sand (S) comprising: a first bar (B1) for disintegrating the balls that is supported at both ends, a second bar (B2) for disintegrating the balls that is supported on a common plane horizontal with, parallel to, and at a certain distance from, the first bar (B1), the second bar (B2) rotating in a reverse direction from the direction of the first bar (B1), both the first bar (B1) and the second bar (B2) having a plurality of blades that are arranged to radiate from a rotating shaft ; wherein, when molding sand (S) is loaded from above to a space between the first bar (B1) and the second bar (B2), the balls are disintegrated while the molding sand (S) is downwardly combed; characterized in that the bars (B1, B2) for disintegrating the balls in molding sand (S) are supported by the frame of a carriage and motors for rotating the bars (B1, B2) are mounted on the carriage . a first bar (B1) for disintegrating the balls that is supported at both ends, a second bar (B2) for disintegrating the balls that is supported on a common plane horizontal with, parallel to, and at a certain distance from, the first bar (B1), the second bar (B2) rotating in a reverse direction from the direction of the first bar (B1), both the first bar (B1) and the second bar (B2) having a plurality of blades that are arranged to radiate from a rotating shaft ; wherein, when molding sand (S) is loaded from above to a space between the first bar (B1) and the second bar (B2), the balls are disintegrated while the molding sand (S) is downwardly combed; characterized in that the bars (B1, B2) for disintegrating the balls in molding sand (S) are supported by the frame of a carriage and motors for rotating the bars (B1, B2) are mounted on the carriage .
A method for producing a shoe member that is partially or entirely constituted by a collective body subjected to electromagnetic wave irradiation, the method comprising: a step of preparing the collective body that comprises a plurality of portions comprising a first portion and a second portion , in which the first portion is constituted by one or more of first members , and the second portion is constituted by one or more of second members ; and a step of irradiating electromagnetic wave toward the collective body , wherein the step of preparing the collective body comprises forming the second portion of a material different from a material of the first portion , the electromagnetic wave irradiation step comprises partly shielding the electromagnetic wave irradiated toward the second member by a shielding member capable of shielding electromagnetic wave, thereby reducing the electromagnetic wave irradiated onto the second member , wherein the shielding member entirely covers the second member . a step of preparing the collective body that comprises a plurality of portions comprising a first portion and a second portion , in which the first portion is constituted by one or more of first members , and the second portion is constituted by one or more of second members ; and a step of irradiating electromagnetic wave toward the collective body , wherein the step of preparing the collective body comprises forming the second portion of a material different from a material of the first portion , the electromagnetic wave irradiation step comprises partly shielding the electromagnetic wave irradiated toward the second member by a shielding member capable of shielding electromagnetic wave, thereby reducing the electromagnetic wave irradiated onto the second member , wherein the shielding member entirely covers the second member .
A thermoplastic resin composition comprising: 100 parts by weight of a polycarbonate resin; 1 to 20 parts by weight of a rubber-modified vinyl copolymer resin; 10 to 30 parts by weight of a phosphorus flame retardant; 3 to 12 parts by weight of calcium carbonate; 10 to 40 parts by weight of talc; 5 to 11 parts by weight of wollastonite; and 0.01 to 5 parts by weight of a black pigment, wherein a weight ratio of calcium carbonate to talc ranges from 1:1.5 to 1:3.5 and a weight ratio of talc to wollastonite ranges from 1:0.3 to 1:0.7. 100 parts by weight of a polycarbonate resin; 1 to 20 parts by weight of a rubber-modified vinyl copolymer resin; 10 to 30 parts by weight of a phosphorus flame retardant; 3 to 12 parts by weight of calcium carbonate; 10 to 40 parts by weight of talc; 5 to 11 parts by weight of wollastonite; and 0.01 to 5 parts by weight of a black pigment,
A server equipment comprising connection means for connecting to a plurality of communication equipments each of which has a management communication port connectable to said server equipment with a first communication cable (MCa), wherein the plurality of communication equipments include a first communication equipment and a second communication equipment , said server equipment further comprising: storage means for storing connection configuration information indicating a connection relation between a first communication port (22a1) of the first communication equipment and a second communication port (22a1) of the second communication equipment ; first means for specifying that the first communication port (22a1) is to be connected to the second communication port (22a1) by a second communication cable based on the connection configuration information; and second means for transmitting a connection instruction to said second communication equipment , for connecting the first communication port (22a1) to the second communication port (22a1) by said second communication cable, wherein the connection instruction, when received at the second communication equipment , is configured to change a display state of a light emitting unit on the second communication port (22a1). storage means for storing connection configuration information indicating a connection relation between a first communication port (22a1) of the first communication equipment and a second communication port (22a1) of the second communication equipment ; first means for specifying that the first communication port (22a1) is to be connected to the second communication port (22a1) by a second communication cable based on the connection configuration information; and second means for transmitting a connection instruction to said second communication equipment , for connecting the first communication port (22a1) to the second communication port (22a1) by said second communication cable, wherein the connection instruction, when received at the second communication equipment , is configured to change a display state of a light emitting unit on the second communication port (22a1).
Reducing sleeve (223, 224; 323; 423; 523) for installing into a scaffold component (101; 201; 301; 401), in particular into a hollow-profile rod (103; 203; 303; 403; 703) and preferably into a scaffold frame (102; 202; 702) which comprises at least one hollow-profile rod (103; 203), wherein the reducing sleeve (223, 224; 323; 423; 523) comprises a sleeve body (225; 226; 325) having a cylindrical outer lateral surface (AMF225; AMF325), wherein the reducing sleeve (223, 224; 323; 423; 523) comprises at least one latching device (262, 263; 362, 363), wherein the latching device (262, 263; 362, 363) comprises a latching lug (262a, 263a; 362a, 363a) and a spring (262b, 263b; 362b, 363b), wherein, in a latching position (R262, R263; R362, R363), the latching lug (262a, 263a; 362a, 363a) projects outwardly beyond the outer lateral surface (AMF225; AMF325) and is arranged spring-mounted on the sleeve body (225; 226; 325) in such a way that it can be pressed out of the latching position (R262, R263; R362, R363) into the sleeve body (225; 226; 325) against a restoring force of the spring (262b, 263b; 362b, 363b) to such an extent that the latching lug (262a, 263a; 362a, 363a) lies substantially flat in the outer lateral surface (AMF225; AMF325), characterized in that the spring (262b, 263b; 362b, 363b) of the latching device (262, 263; 362, 363) is formed by a first latching portion (271; 371) of the sleeve body (225; 226; 325) that is separated from a holding portion (272; 372) of the sleeve body (225; 226; 325) on the longitudinal sides by cuts (271a, 271b; 371a, 371b) extending next to one another axially in the direction of a longitudinal axis (L223; L323) of the sleeve body (225; 226; 325) and is connected on the transverse sides to the holding portion (272; 372) of the sleeve body (225; 226; 325), wherein the latching lug (262a, 263a; 362a, 363a) is connected to the latching portion (225; 271; 371).
Drawer having a side frame and a front panel , which is fastened to the side frame by means of a device for fastening the front panel to the side frame , said device having a support (8, 8', 8") which can be fixed to the front panel and an adapter which is fixed to the side frame and on which the support (8, 8', 8") is held adjustably, the support can be inserted with a retaining web into a receptacle on the adapter and be fixed by means of at least one latching element , the at least one latching element being designed as a flexible spring which engages with at least one leg behind a projection on the retaining web , characterized in that a release lever is mounted on the adapter pivotably around an axis which is arranged vertically in the mounted position that can be used to pull the flexible spring off the retaining web .
A dental cutting zirconia blank, wherein the dental cutting zirconia blank has at least one layer consisting of zirconia powder containing 4 to 15 mol% of yttria and erbium oxide as a stabilizer, the dental cutting zirconia blank is used in the oral cavity by perfect sintering to a usable state in the oral cavity after cutting and machining which are performed after pre-sintering, and a relationship among Pre-sintering density which indicates density of the dental cutting zirconia blank after pre-sintering, Perfect-sintering density which indicates density of the dental cutting zirconia blank in use in the oral cavity and Relative density satisfies the following relation: 54 ≤ Relative density % = Pre-sintering density / Perfect-sintering density × 100 ≤ 70 .
Method for automated parking of a motor vehicle with a trailer into a parking space using a driver assistance device of the motor vehicle , with a) manual parking of the motor vehicle into the parking space by a driver of a motor vehicle with an activated learning mode of the driver assistance device , wherein in the learning mode during the parking a1) reference data about a surrounding area of the parking space is acquired by a sensor device of the driver assistance device and stored, and a2) a reference target position in which the motor vehicle is parked in the parking space sensed by the driver assistance device and stored; wherein during subsequent b) automated parking of the motor vehicle with the coupled trailer into this parking space using the driver assistance device the stored reference data and the reference target position are taken into account in an operating mode of the driver assistance device which is different from the learning mode, wherein the manual parking according to step a) takes place forwards, and the automated parking according to step b) takes place rearwards. a) manual parking of the motor vehicle into the parking space by a driver of a motor vehicle with an activated learning mode of the driver assistance device , wherein in the learning mode during the parking a1) reference data about a surrounding area of the parking space is acquired by a sensor device of the driver assistance device and stored, and a2) a reference target position in which the motor vehicle is parked in the parking space sensed by the driver assistance device and stored; wherein during subsequent a1) reference data about a surrounding area of the parking space is acquired by a sensor device of the driver assistance device and stored, and a2) a reference target position in which the motor vehicle is parked in the parking space sensed by the driver assistance device and stored; b) automated parking of the motor vehicle with the coupled trailer into this parking space using the driver assistance device the stored reference data and the reference target position are taken into account in an operating mode of the driver assistance device which is different from the learning mode, wherein the manual parking according to step a) takes place forwards, and the automated parking according to step b) takes place rearwards.
An ionization gauge comprising an anode , a cathode , and an electromagnetic wave source , wherein the cathode comprises a first cathode plate , said cathode plate including a first through hole through which the anode passes, a storage portion configured to store the electromagnetic wave source , and a passage arranged between the storage portion and the first through hole , characterised in that the passage is a groove or a slit exposed to a space or a through hole arranged such that the electromagnetic wave generated by the electromagnetic wave source passes through the passage to the first through hole . the cathode comprises a first cathode plate , said cathode plate including a first through hole through which the anode passes, a storage portion configured to store the electromagnetic wave source , and a passage arranged between the storage portion and the first through hole , characterised in that the passage is a groove or a slit exposed to a space or a through hole arranged such that the electromagnetic wave generated by the electromagnetic wave source passes through the passage to the first through hole .
A medical data processing method, performed by a computer , for determining the alignment between a patient and a three-dimensional dataset which represents at least a part of a contour of the patient's body, wherein the contour is the shape of the surface of the patient's body, comprising the steps of: - acquiring the three-dimensional dataset; - acquiring at least two two-dimensional image datasets, wherein each two-dimensional image dataset represents a two-dimensional thermographic image of at least a part of the surface which comprises a plurality of points and wherein the two-dimensional images are taken from different and known viewing directions; - determining, for each point in the plurality of points, the pixels in the two-dimensional image datasets which capture the thermal radiation emitted from said point on the surface of the body using a descriptor which describes the thermal signature of the point and the area surrounding the point, wherein the descriptor is calculated from the properties of the pixel which represents the point in a two-dimensional image dataset and of pixels in the vicinity of this pixel; - calculating, for each point in the plurality of points, the spatial location of the point from the locations of the corresponding determined pixels in the two-dimensional image datasets and the viewing directions of the two-dimensional images; and - calculating alignment information which represents a virtual relative position between the three-dimensional dataset and the locations of the plurality of points, such that the measured locations of the plurality of points lie on the contour of the body as represented by the three-dimensional dataset. - acquiring the three-dimensional dataset; - acquiring at least two two-dimensional image datasets, wherein each two-dimensional image dataset represents a two-dimensional thermographic image of at least a part of the surface which comprises a plurality of points and wherein the two-dimensional images are taken from different and known viewing directions; - determining, for each point in the plurality of points, the pixels in the two-dimensional image datasets which capture the thermal radiation emitted from said point on the surface of the body using a descriptor which describes the thermal signature of the point and the area surrounding the point, wherein the descriptor is calculated from the properties of the pixel which represents the point in a two-dimensional image dataset and of pixels in the vicinity of this pixel; - calculating, for each point in the plurality of points, the spatial location of the point from the locations of the corresponding determined pixels in the two-dimensional image datasets and the viewing directions of the two-dimensional images; and - calculating alignment information which represents a virtual relative position between the three-dimensional dataset and the locations of the plurality of points, such that the measured locations of the plurality of points lie on the contour of the body as represented by the three-dimensional dataset.
A method performed by a master base station in a cloud cell, the method comprising: receiving at least one data packet for a mobile station from a gateway ; identifying a network node to which the at least one data packet is to be transmitted if the at least one data packet is received, wherein the network node is one of the mobile station, and a slave base station in the cloud cell; if the network node is the slave base station, performing a partial processing of the at least one data packet received from the data gateway and transmitting the partially processed at least one data packet to the slave base station, if the network node is the mobile base station, performing an entire processing of the at least one data packet received from the gateway and transmitting the entirely processed at least one data packet to the mobile station; and wherein the partial layer processing comprises a packet data convergence protocol, PDCP, sub layer processing, wherein the entire processing comprises the PDCP sub layer processing, a radio link control, RLC, sub layer processing, a medium access control, MAC, sub layer processing, and a physical, PHY, layer processing, and wherein the partially processed at least one data packet is transmitted to the slave base station, for a RLC sub layer processing, a MAC sub layer processing, and a PHY layer processing in the slave base station. receiving at least one data packet for a mobile station from a gateway ; identifying a network node to which the at least one data packet is to be transmitted if the at least one data packet is received, wherein the network node is one of the mobile station, and a slave base station in the cloud cell; if the network node is the slave base station, performing a partial processing of the at least one data packet received from the data gateway and transmitting the partially processed at least one data packet to the slave base station, if the network node is the mobile base station, performing an entire processing of the at least one data packet received from the gateway and transmitting the entirely processed at least one data packet to the mobile station; and wherein the partial layer processing comprises a packet data convergence protocol, PDCP, sub layer processing, wherein the entire processing comprises the PDCP sub layer processing, a radio link control, RLC, sub layer processing, a medium access control, MAC, sub layer processing, and a physical, PHY, layer processing, and wherein the partially processed at least one data packet is transmitted to the slave base station, for a RLC sub layer processing, a MAC sub layer processing, and a PHY layer processing in the slave base station.
A first apparatus for a synchronization system, the first apparatus comprising: a detector configured to detect a request signal generated by a second apparatus , and a generator ; at the detector comprising: a charger configured to be charged using the request signal and output a signal to a regulator after being charged, and a comparator configured to instruct the generator on whether to generate a response signal based on a magnitude of a signal inputted to the charger and a magnitude of a signal outputted from the regulator; and the generator configured to: generate the response signal corresponding to the request signal; and output the response signal; wherein the request signal is received through a cable from the second apparatus and wherein the response signal is transmitted to the second apparatus through the cable. a detector configured to detect a request signal generated by a second apparatus , and a generator ; at the detector comprising: a charger configured to be charged using the request signal and output a signal to a regulator after being charged, and a comparator configured to instruct the generator on whether to generate a response signal based on a magnitude of a signal inputted to the charger and a magnitude of a signal outputted from the regulator; and a charger configured to be charged using the request signal and output a signal to a regulator after being charged, and a comparator configured to instruct the generator on whether to generate a response signal based on a magnitude of a signal inputted to the charger and a magnitude of a signal outputted from the regulator; and the generator configured to: generate the response signal corresponding to the request signal; and output the response signal; generate the response signal corresponding to the request signal; and output the response signal; wherein the request signal is received through a cable from the second apparatus and wherein the response signal is transmitted to the second apparatus through the cable.
A mechanical reduction gear for a turbomachine configured to drive a fan (S), the mechanical reduction gear being configured to be fixedly mounted with respect to a stator of the turbomachine and comprising a plurality of meshing parts , said meshing parts comprising: - a sun gear , centered on a main axis (X) of the mechanical reduction gear , - a ring gear , centered on the main axis (X) of the mechanical reduction gear , and - at least three planet gears cooperating with the sun gear and the ring gear , each meshing part having an upstream face and a downstream face each perpendicular to the main axis (X) and an outer radial face which connects the upstream face and the downstream face and extends circumferentially around the main axis (X), at least one meshing part of the mechanical reduction gear which is rotatable relative to the stator comprising a first channel opening into one of the upstream face and the downstream face of the meshing part and a second channel fluidically connected with the first channel and opening into the radially outer face of the meshing part , the mechanical reduction gear being characterized in that the first channel has a variable passage cross-section, the passage cross-section being greater in the vicinity of one of the upstream face and the downstream face than in the vicinity of the second channel , and in that each meshing part comprises two rows of teeth which are coaxial with the main axis (X) and separated axially by an annular groove , the second channel opening into the annular groove . - a sun gear , centered on a main axis (X) of the mechanical reduction gear , - a ring gear , centered on the main axis (X) of the mechanical reduction gear , and - at least three planet gears cooperating with the sun gear and the ring gear , each meshing part having an upstream face and a downstream face each perpendicular to the main axis (X) and an outer radial face which connects the upstream face and the downstream face and extends circumferentially around the main axis (X), at least one meshing part of the mechanical reduction gear which is rotatable relative to the stator comprising a first channel opening into one of the upstream face and the downstream face of the meshing part and a second channel fluidically connected with the first channel and opening into the radially outer face of the meshing part , the mechanical reduction gear being characterized in that the first channel has a variable passage cross-section, the passage cross-section being greater in the vicinity of one of the upstream face and the downstream face than in the vicinity of the second channel , and in that each meshing part comprises two rows of teeth which are coaxial with the main axis (X) and separated axially by an annular groove , the second channel opening into the annular groove .