mhurhangee/ep-ind-claims huggingface dataset:
A bottle blowing machine, comprising a machine frame; a mould opening and closing assembly having a mould opening state and a mould closing state, which comprises a fixed mould plate fixedly disposed on the machine frame, a bottom mould being slidable in a vertical direction relative to the fixed mould plate, and a moving mould plate rotatably connected with the fixed mould plate by a rotation shaft, wherein, when the mould opening and closing assembly is in the mould closing state, the fixed mould plate, the moving mould plate and the bottom mould together enclose to provide a cavity; an elevating assembly comprising a protrusion fixedly disposed on the rotation shaft, an elevating rod fixedly connected with the bottom mould, and a sliding block fixed on the elevating rod, a guiding groove being opened on the protrusion, and the sliding block being slidably inserted into the guiding groove, wherein, in the course of rotation of the rotation shaft, the contact position of the guiding groove with the sliding block rises or descends, and the sliding block moves in an up-down direction under the guiding of the guiding groove; a bottom mould locking assembly comprising a locking part slidably disposed on the machine frame, a swing member swingably connected with the machine frame around a first axis for driving the sliding of the locking part, a rotation member fixedly connected with the rotation shaft and rotatable relative to the machine frame around a second axis for controlling the swinging of the swing member relative to the machine frame, wherein, when the mould opening and closing assembly is in the mould closing state, the locking part contacts against the bottom mould such that the bottom mould is separated from the machine frame; and a power source for driving the rotation of the rotation shaft.
A method of forming a visual representation of an object from a plurality of image frames acquired by moving a portable electronic device so as to scan multiple portions of the object, the method comprising: determining at least one parameter of motion of the portable electronic device; determining at least one capture condition for at least one first image frame of the plurality of image frames; computing, based on the at least one parameter of motion and the at least one capture condition, an indication of blur in the first image frame; based on the indication of blur, conditionally taking a corrective action, wherein the corrective action comprises: a step of changing a capture condition which comprises the step of changing an exposure time based on the determined parameter of motion so that the blur in at least a second subsequently captured image frame is below a predefined threshold, wherein conditionally taking the corrective action further comprises: computing (2706, 2722) an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold. determining at least one parameter of motion of the portable electronic device; determining at least one capture condition for at least one first image frame of the plurality of image frames; computing, based on the at least one parameter of motion and the at least one capture condition, an indication of blur in the first image frame; based on the indication of blur, conditionally taking a corrective action, wherein the corrective action comprises: a step of changing a capture condition which comprises the step of changing an exposure time based on the determined parameter of motion so that the blur in at least a second subsequently captured image frame is below a predefined threshold, wherein conditionally taking the corrective action further comprises: computing (2706, 2722) an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold. a step of changing a capture condition which comprises the step of changing an exposure time based on the determined parameter of motion so that the blur in at least a second subsequently captured image frame is below a predefined threshold, wherein conditionally taking the corrective action further comprises: computing (2706, 2722) an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold. computing (2706, 2722) an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold.
A computer-implemented method comprising: receiving a set of code groups that each include source code; for each code group: determining a level of complexity of methods within the source code included in the code group; classifying the code group as a high-complexity code group whenever the level of complexity satisfies a first threshold; determining a number of attributes of other code groups on which members of the code group depend; classifying the code group as a high-dependence code group whenever the number of attributes of other code groups on which members of the code group depends satisfies a second threshold; and determining a level of cohesion for the code group based on one or more cohesion metrics; classifying the code group as a low-cohesion code group whenever the level of cohesion satisfies a third threshold; classifying the code group as a low-quality code group whenever the code group is a high-complexity code group, a high-dependence code group and a low-cohesion code group; and updating a user interface to present data identifying each code group classified as a low-quality code group. receiving a set of code groups that each include source code; for each code group: determining a level of complexity of methods within the source code included in the code group; classifying the code group as a high-complexity code group whenever the level of complexity satisfies a first threshold; determining a number of attributes of other code groups on which members of the code group depend; classifying the code group as a high-dependence code group whenever the number of attributes of other code groups on which members of the code group depends satisfies a second threshold; and determining a level of cohesion for the code group based on one or more cohesion metrics; classifying the code group as a low-cohesion code group whenever the level of cohesion satisfies a third threshold; classifying the code group as a low-quality code group whenever the code group is a high-complexity code group, a high-dependence code group and a low-cohesion code group; and determining a level of complexity of methods within the source code included in the code group; classifying the code group as a high-complexity code group whenever the level of complexity satisfies a first threshold; determining a number of attributes of other code groups on which members of the code group depend; classifying the code group as a high-dependence code group whenever the number of attributes of other code groups on which members of the code group depends satisfies a second threshold; and determining a level of cohesion for the code group based on one or more cohesion metrics; classifying the code group as a low-cohesion code group whenever the level of cohesion satisfies a third threshold; classifying the code group as a low-quality code group whenever the code group is a high-complexity code group, a high-dependence code group and a low-cohesion code group; and updating a user interface to present data identifying each code group classified as a low-quality code group.
A system for cross engine coordination during gas turbine engine motoring, the system characterized by: a first gas turbine engine of a first engine system; a first air turbine starter of the first engine system; a first starter air valve of the first engine system; and a controller operable to command the first starter air valve to control delivery of compressed air to the first air turbine starter during motoring of the first gas turbine engine, monitor cross engine data of a second gas turbine engine of a second engine system to detect a present condition or a commanded action that modifies an aspect of the compressed air received at the first starter air valve, and command an adjustment to the first engine system to compensate for the modified aspect of the compressed air based on the cross engine data. a first gas turbine engine of a first engine system; a first air turbine starter of the first engine system; a first starter air valve of the first engine system; and a controller operable to command the first starter air valve to control delivery of compressed air to the first air turbine starter during motoring of the first gas turbine engine, monitor cross engine data of a second gas turbine engine of a second engine system to detect a present condition or a commanded action that modifies an aspect of the compressed air received at the first starter air valve, and command an adjustment to the first engine system to compensate for the modified aspect of the compressed air based on the cross engine data.
A copper/ceramic bonded body comprising: a copper member made of copper or a copper alloy; and a ceramic member made of aluminum-containing ceramics, the copper member and the ceramic member being bonded to each other, wherein, at a bonded interface between the copper member and the ceramic member, an active metal compound layer containing an active metal compound that is a compound of one or more active metals selected from Ti, Zr, Nb, and Hf is formed on a ceramic member side, in the active metal compound layer, Al and Cu are present at a grain boundary of the active metal compound, and a maximum indentation hardness in a region from 10 μm to 50 μm from the bonded interface between the copper member and the ceramic member to a copper member side is in a range of 70 mgf/μm 2 or more and 135 mgf/ μm 2 or less. a copper member made of copper or a copper alloy; and a ceramic member made of aluminum-containing ceramics, the copper member and the ceramic member being bonded to each other, wherein, at a bonded interface between the copper member and the ceramic member, an active metal compound layer containing an active metal compound that is a compound of one or more active metals selected from Ti, Zr, Nb, and Hf is formed on a ceramic member side, in the active metal compound layer, Al and Cu are present at a grain boundary of the active metal compound, and a maximum indentation hardness in a region from 10 μm to 50 μm from the bonded interface between the copper member and the ceramic member to a copper member side is in a range of 70 mgf/μm 2 or more and 135 mgf/ μm 2 or less.
Protective device against electromagnetic waves emitted by a mobile terminal forming a housing comprising at least one metal protection face adapted to surround the terminal and this housing comprising at least a first piece arranged to define a metal protective frame intended to receive the terminal and a second piece which forms a removable protective flap articulating with the frame of the first part to seal at least one protective face of the protective case, characterized in that the first piece and the second piece of the protective device are associated with a device connecting the metal structure of each of the parts of the protective housing to allow electrical continuity between the two parts and ensure the electromagnetic sealing of the protective device when the flap is closed on the protective frame, this device electrical continuity being incorporated in one of the elements of a device for controlling the movements of the hinge of the protective flap with the protective frame.
A hair setter apparatus comprising: a housing comprising a base and a lid, the base comprising a top wall and a plurality of side walls (30, 32, 34, 36), the base defining an interior space of the housing, the base further comprising a plurality of access openings open to the interior space of the housing, each access opening comprising an insert opening at the top wall and a vertical slot in at least one of the side walls (30, 32, 34, 36) and intersecting the insert opening at the top wall of the housing; a heater assembly enclosed within the housing, the heater assembly comprising a first heat delivery rail and a second heat delivery rail mounted in the housing in spaced parallel relationship to each other, each heat delivery rail having a longitudinal edge extending parallel and generally adjacent to a respective one of the vertical slots and generally below a corresponding insert opening; and a plurality of hair setters, each of the hair setters comprising a central body having opposing web plates spaced from each other to define a mounting slot extending longitudinally of the hair setter, the opposing web plates being configured to slidably couple the hair setter to one of the heat delivery rails along the longitudinal edge of said one of the heat delivery rails, the hair setter being sized relative to the insert opening for insertion of the hair setter through the insert opening and onto the respective one of the heat delivery rails within the interior space of the housing. a housing comprising a base and a lid, the base comprising a top wall and a plurality of side walls (30, 32, 34, 36), the base defining an interior space of the housing, the base further comprising a plurality of access openings open to the interior space of the housing, each access opening comprising an insert opening at the top wall and a vertical slot in at least one of the side walls (30, 32, 34, 36) and intersecting the insert opening at the top wall of the housing; a heater assembly enclosed within the housing, the heater assembly comprising a first heat delivery rail and a second heat delivery rail mounted in the housing in spaced parallel relationship to each other, each heat delivery rail having a longitudinal edge extending parallel and generally adjacent to a respective one of the vertical slots and generally below a corresponding insert opening; and a plurality of hair setters, each of the hair setters comprising a central body having opposing web plates spaced from each other to define a mounting slot extending longitudinally of the hair setter, the opposing web plates being configured to slidably couple the hair setter to one of the heat delivery rails along the longitudinal edge of said one of the heat delivery rails, the hair setter being sized relative to the insert opening for insertion of the hair setter through the insert opening and onto the respective one of the heat delivery rails within the interior space of the housing.
A connector for holding a multi-core cable, wherein the connector are connectable the leads in clamping and cutting technique, having a substrate, a plurality of clamping and cutting devices (3a through 3h) that are arranged on the substrate and are suitable for holding leads, wherein a first sub-quantity (3a through 3d) of the plurality of clamping and cutting devices (3a through 3h) is arranged above the substrate and a second sub-quantity (3e through 3h) of the plurality of clamping and cutting devices (3a through 3h) is arranged below the substrate, and wherein the connector has other circuit covers (4a, 4b) that are suitable to snap leads into place in the clamping and cutting devices (3a through 3h), characterized in that the circuit covers (4a, 4b) have at least one electrically conducting bar for high frequency separation of leads, and, the clamping and cutting devices of the first sub-quantity (3a through 3d) are arranged offset to one another on the substrate so that the leads that are part the of a pair of leads are connected spatially separated from one another in that the clamping and cutting devices of first sub-quantity (3a through 3d) are arranged such that only one clamping and cutting device (3a through 3d) is present in a plane per line and column. a substrate, a plurality of clamping and cutting devices (3a through 3h) that are arranged on the substrate and are suitable for holding leads, wherein a first sub-quantity (3a through 3d) of the plurality of clamping and cutting devices (3a through 3h) is arranged above the substrate and a second sub-quantity (3e through 3h) of the plurality of clamping and cutting devices (3a through 3h) is arranged below the substrate, and wherein the connector has other circuit covers (4a, 4b) that are suitable to snap leads into place in the clamping and cutting devices (3a through 3h), characterized in that the circuit covers (4a, 4b) have at least one electrically conducting bar for high frequency separation of leads, and, the clamping and cutting devices of the first sub-quantity (3a through 3d) are arranged offset to one another on the substrate so that the leads that are part the of a pair of leads are connected spatially separated from one another in that the clamping and cutting devices of first sub-quantity (3a through 3d) are arranged such that only one clamping and cutting device (3a through 3d) is present in a plane per line and column.
A process for preparing a particulate pharmaceutical formulation from core particles comprising an active pharmaceutical ingredient, comprising the step of: mixing the core particles, water soluble and/or water swellable coating material particles, and substantially water insoluble polymer particles, to produce the particulate pharmaceutical formulation comprising coated core particles; and subjecting the coated core particles to mechanical stress to deform a coating on the coated core particles into a substantially continuous or continuous film; wherein a volume averaged median particle size of the core particles is at least three times greater than a median particle size of both the water soluble and/or water swellable coating material particles and the substantially water insoluble polymer particles; less than 0.1 % of the active pharmaceutical ingredient dissolves in 60 seconds as determined by a USP dissolution test using a media of 7.2 pH phosphate buffer solution with 0.4 g/L sodium dodecyl sulfate at 37°C in USP Apparatus II operating at 50 RPM; and at least 90 % of an amount of the active pharmaceutical ingredient that would have been released from uncoated core particles of a same composition and size dissolves in 30 minutes as determined by a USP dissolution test using a media of 7.2 pH phosphate buffer solution with 0.4 g/L sodium dodecyl sulfate at 37°C in USP Apparatus II operating at 50 RPM. mixing the core particles, water soluble and/or water swellable coating material particles, and substantially water insoluble polymer particles, to produce the particulate pharmaceutical formulation comprising coated core particles; and subjecting the coated core particles to mechanical stress to deform a coating on the coated core particles into a substantially continuous or continuous film; wherein a volume averaged median particle size of the core particles is at least three times greater than a median particle size of both the water soluble and/or water swellable coating material particles and the substantially water insoluble polymer particles; less than 0.1 % of the active pharmaceutical ingredient dissolves in 60 seconds as determined by a USP dissolution test using a media of 7.2 pH phosphate buffer solution with 0.4 g/L sodium dodecyl sulfate at 37°C in USP Apparatus II operating at 50 RPM; and at least 90 % of an amount of the active pharmaceutical ingredient that would have been released from uncoated core particles of a same composition and size dissolves in 30 minutes as determined by a USP dissolution test using a media of 7.2 pH phosphate buffer solution with 0.4 g/L sodium dodecyl sulfate at 37°C in USP Apparatus II operating at 50 RPM.
System for determining soil properties, comprising: a probe system arranged for penetration of a soil, the probe system comprising: a first probe comprising at least a liquid injection port and at least one first pressure transducer (13"); and a second probe (9") comprising at least one second pressure transducer (13, 13'), the first and second pressure transducers being arranged to be used in 3D space (X, Y, Z) around an injection point; a controller arranged to control the system to: push the probe system into the soil; carry out one or more pumping tests, wherein during a pumping test infiltration liquid is pumped through the injection port; and measure, by means of the first and second pressure transducers, for each of the one or more pumping tests, pressure responses in the soil, resulting from the injection of liquid through the liquid injection port; and the system further comprising a data acquisition system arranged for sampling measurement signals in the form of electrical signals from the first and second pressure transducers. a first probe comprising at least a liquid injection port and at least one first pressure transducer (13"); and a second probe (9") comprising at least one second pressure transducer (13, 13'), the first and second pressure transducers being arranged to be used in 3D space (X, Y, Z) around an injection point; a controller arranged to control the system to: push the probe system into the soil; carry out one or more pumping tests, wherein during a pumping test infiltration liquid is pumped through the injection port; and measure, by means of the first and second pressure transducers, for each of the one or more pumping tests, pressure responses in the soil, resulting from the injection of liquid through the liquid injection port; and push the probe system into the soil; carry out one or more pumping tests, wherein during a pumping test infiltration liquid is pumped through the injection port; and measure, by means of the first and second pressure transducers, for each of the one or more pumping tests, pressure responses in the soil, resulting from the injection of liquid through the liquid injection port; and the system further comprising a data acquisition system arranged for sampling measurement signals in the form of electrical signals from the first and second pressure transducers.
A method for improving stability of a sugar derivative of formula: wherein L is a leaving group and P 1 to P 4 are each an acyl protecting group; which comprises storage of said sugar derivative in acetonitrile solvent in a sealed container.
Electronic module (10a; 10b; 10c; 10d), in particular for a hand-held power tool, having at least one electronic unit (12a; 12b; 12c; 12d), having at least one contacting unit (14a; 14b; 14c; 14d), which is intended to contact an electrical energy source (16b; 16d) and/or to transmit electronic data, and having at least one cover unit (18a; 18b; 18c; 18d), wherein the contacting unit (14a; 14b; 14c; 14d) is arranged on a side (20a; 20b; 20c; 20d) of the electronic unit (12a; 12b; 12c; 12d) that faces away from the cover unit (18a; 18b; 18c; 18d), characterized by at least one damping unit, which is arranged on a side (20a; 20b) of the electronic unit (12a; 12b) that faces away from the cover unit (18a; 18b; 18c; 18d), and which is at least partially in the form of an energy harvesting unit and is intended to use a mechanical vibrational energy to operate the electronic unit (12a; 12b), in particular to convert it into electrical energy for operating the electronic unit (12a; 12b).