mhurhangee/ep-ind-claims huggingface dataset:
A mixing apparatus comprising: i. a mixing chamber having a first end and second end, where said first end is open; ii. a mixing device secured to said first end, said mixing device comprising a plunger, a rod, a mixing head, and a device to control spin of the mixing head, wherein said mixing head is inserted at least partially into the mixing chamber, wherein said device to control spin of the mixing head is configured to cause the mixing head to spin when the plunger is moved in a first axial direction, and to cause the mixing head to avoid spinning when the plunger is moved in a second axial direction; wherein said mixing chamber is the body of a first syringe, and said first syringe comprises a plunger at a second end: characterized in that the mixing head has a plurality of angled blades, and said mixing head includes a plurality of axially extending protrusions on at least one surface of at least one angled blade on said mixing head. i. a mixing chamber having a first end and second end, where said first end is open; ii. a mixing device secured to said first end, said mixing device comprising a plunger, a rod, a mixing head, and a device to control spin of the mixing head, wherein said mixing head is inserted at least partially into the mixing chamber, wherein said device to control spin of the mixing head is configured to cause the mixing head to spin when the plunger is moved in a first axial direction, and to cause the mixing head to avoid spinning when the plunger is moved in a second axial direction;
A magnetic holding brake comprising: at least one turning brake member that is coupled to a rotatable part of an actuator; and a fixed brake member that is coupled to a torque-proof part of the actuator; wherein each of the turning brake member and the fixed brake member comprise a permanent magnet (7, 8), the permanent magnet of the fixed brake member having a different polarity than the permanent magnet of the turning brake member, wherein the turning brake member comprises a rotor and the rotatable part of the actuator comprises a drive shaft, wherein the rotor is in turning association with the drive shaft; and wherein, in a pre-defined relative position of the turning brake member and the fixed brake member, the permanent magnets (7, 8) are radially aligned under exertion of a braking or holding torque characterized in that a free wheel is designed between the drive shaft and the rotor of the magnetic holding brake in a shaft turning direction. at least one turning brake member that is coupled to a rotatable part of an actuator; and a fixed brake member that is coupled to a torque-proof part of the actuator; wherein each of the turning brake member and the fixed brake member comprise a permanent magnet (7, 8), the permanent magnet of the fixed brake member having a different polarity than the permanent magnet of the turning brake member, wherein the turning brake member comprises a rotor and the rotatable part of the actuator comprises a drive shaft, wherein the rotor is in turning association with the drive shaft; and wherein, in a pre-defined relative position of the turning brake member and the fixed brake member, the permanent magnets (7, 8) are radially aligned under exertion of a braking or holding torque characterized in that a free wheel is designed between the drive shaft and the rotor of the magnetic holding brake in a shaft turning direction.
A method implemented in a computing device, the method comprising: obtaining, during booting of the computing device having multiple security boundaries, a public/private key pair for a first security boundary of the multiple security boundaries, data of the first security boundary being inaccessible to programs in a second security boundary of the multiple security boundaries; providing a private key of the public/private key pair to an operating system module of the first security boundary to enable establishment of a secure communication channel between the first security boundary and a remote device; and providing a public key of the public/private key pair to a boot measurement system of the computing device that includes a secure cryptoprocessor; wherein during booting of the computing device, measurements of modules of a boot system that are loaded and executed during booting of the computing device are provided to the boot measurement system, and the measurements provided to the boot measurement system are included in an event log of the boot measurement system, and reflected in the secure cryptoprocessor of the boot measurement system, the boot measurement system combines the measurements of the different modules and provides an indication of the combined measurement, the provided public key is combined with the measurements received for the modules of the boot system, and the combined measurement generated by the boot measurement system is made available to the remote device. obtaining, during booting of the computing device having multiple security boundaries, a public/private key pair for a first security boundary of the multiple security boundaries, data of the first security boundary being inaccessible to programs in a second security boundary of the multiple security boundaries; providing a private key of the public/private key pair to an operating system module of the first security boundary to enable establishment of a secure communication channel between the first security boundary and a remote device; and providing a public key of the public/private key pair to a boot measurement system of the computing device that includes a secure cryptoprocessor; wherein during booting of the computing device, measurements of modules of a boot system that are loaded and executed during booting of the computing device are provided to the boot measurement system, and the measurements provided to the boot measurement system are included in an event log of the boot measurement system, and reflected in the secure cryptoprocessor of the boot measurement system, the boot measurement system combines the measurements of the different modules and provides an indication of the combined measurement, the provided public key is combined with the measurements received for the modules of the boot system, and the combined measurement generated by the boot measurement system is made available to the remote device.
A melting furnace comprising: a gas supplying unit configured to protrude inwardly of the melting furnace to supply a gas to the melting furnace, the gas supplying unit comprising a gas supplying pipe configured to penetrate the melting furnace to protrude inwardly of the melting furnace and configured to have a nozzle hole formed at a front end thereof; and a cooling passage pipe provided outside the gas supplying pipe to include a second cooling passage through which a cooling liquid flows, the second cooling passage being directly connected to a first cooling passage through which the cooling liquid is circulated along a wall of the melting furnace, wherein the cooling passage pipe having a diameter greater than that of the gas supplying pipe is positioned on the same center axis of the gas supplying pipe. a gas supplying unit configured to protrude inwardly of the melting furnace to supply a gas to the melting furnace, the gas supplying unit comprising a gas supplying pipe configured to penetrate the melting furnace to protrude inwardly of the melting furnace and configured to have a nozzle hole formed at a front end thereof; and a cooling passage pipe provided outside the gas supplying pipe to include a second cooling passage through which a cooling liquid flows, the second cooling passage being directly connected to a first cooling passage through which the cooling liquid is circulated along a wall of the melting furnace, wherein the cooling passage pipe having a diameter greater than that of the gas supplying pipe is positioned on the same center axis of the gas supplying pipe. a gas supplying pipe configured to penetrate the melting furnace to protrude inwardly of the melting furnace and configured to have a nozzle hole formed at a front end thereof; and a cooling passage pipe provided outside the gas supplying pipe to include a second cooling passage through which a cooling liquid flows, the second cooling passage being directly connected to a first cooling passage through which the cooling liquid is circulated along a wall of the melting furnace, wherein the cooling passage pipe having a diameter greater than that of the gas supplying pipe is positioned on the same center axis of the gas supplying pipe.
A device that makes it possible to modulate an analogue signal in a wide frequency band from a digital modulation signal, the device comprising, arranged in a closed loop: - a single lateral band mixer delivering at the output the modulated analogue signal; - a radio frequency receiver receiving at the input the modulated analogue loop feedback signal; - an analogue to digital converter receiving at the input the analogue output of the radio frequency receiver; - a digital calculation module receiving at the input the digital modulation signal and the digital output of the analogue to digital converter, said module calculating the digital signals that it delivers at the input of the digital to analogue converters (3, 4), each of said convertors delivering an analogue signal to one of the inputs of the mixer, said digital signals being calculated such as to correct the deviations introduced by the mixer in the modulated analogue signal in relation to the digital modulation signal; the device being characterised in that it comprises means for transposing the modulated analogue signal in the measurement band of the analogue to digital converter by frequency sub-bands, said means comprising a phase locked loop of which the multiplication rate is adjustable, and this makes it possible to select a frequency sub-band by selecting its central frequency (LO_transpo) such that the analogue to digital converter measures the deviations introduced by the mixer, whatever the frequency range in which the analogue signal is modulated. - a single lateral band mixer delivering at the output the modulated analogue signal; - a radio frequency receiver receiving at the input the modulated analogue loop feedback signal; - an analogue to digital converter receiving at the input the analogue output of the radio frequency receiver; - a digital calculation module receiving at the input the digital modulation signal and the digital output of the analogue to digital converter, said module calculating the digital signals that it delivers at the input of the digital to analogue converters (3, 4), each of said convertors delivering an analogue signal to one of the inputs of the mixer, said digital signals being calculated such as to correct the deviations introduced by the mixer in the modulated analogue signal in relation to the digital modulation signal;
Sheet processing machine, comprising at least one sensor device, the at least one sensor device comprising at least two sensors, wherein the at least two sensors are configured as a camera, the sheet processing machine comprising at least one infeed system, the at least one sensor device being configured to control by open-loop control and/or closed-loop control at least one servo drive (218; 231; 237) of the infeed system as a function of at least one sheet of sheets being detected by the at least two sensors, the at least two sensors being configured to selectively detect at least one edge (07; 08; 09) and/or printing mark of sheets, characterized in that the at least two sensors of the sensor device are arranged next to one another in the transport direction at an alignment position, and that the alignment position is established by at least two front lay marks of the infeed system of the sheet processing machine which are arranged horizontally to the transport direction and parallel next to one another.
A package for a medical implant comprising: an outer component; an inner component interlocked with said outer component by a mechanical interlock, wherein said inner component is adapted to be disposed inside said outer component when said package is closed, and wherein said package is adapted to be opened while said outer and inner components (50, 120) remain mechanically interlocked together; characterised in that said inner component is more hydrophilic than said outer component and the inner component is adapted to remove moisture present in the medical implant and inside the package and that one of said outer and inner components (50, 120) comprises at least one slit and the other one of said outer and inner components (50, 120) comprises at least one tab forming said mechanical interlock for interlocking said outer and inner components (50, 120) together. an outer component; an inner component interlocked with said outer component by a mechanical interlock, wherein said inner component is adapted to be disposed inside said outer component when said package is closed, and wherein said package is adapted to be opened while said outer and inner components (50, 120) remain mechanically interlocked together; characterised in that said inner component is more hydrophilic than said outer component and the inner component is adapted to remove moisture present in the medical implant and inside the package and that one of said outer and inner components (50, 120) comprises at least one slit and the other one of said outer and inner components (50, 120) comprises at least one tab forming said mechanical interlock for interlocking said outer and inner components (50, 120) together.
A soy-containing binder composition comprising at least one carbohydrate, at least one nitrogen-containing compound other than a soy protein, and 0.5 wt.% to 75 wt.% of at least one soy protein, said nitrogen containing compound belongs to the following classes i) amino-amide, reaction products of urea compound with glyoxal or salt of inorganic acid with amines, ii) the nitrogen-containing compound is different than the soy protein and iii) the nitrogen-containing compound acts as cross-linking agent for the carbohydrate. i) amino-amide, reaction products of urea compound with glyoxal or salt of inorganic acid with amines, ii) the nitrogen-containing compound is different than the soy protein and iii) the nitrogen-containing compound acts as cross-linking agent for the carbohydrate.
An intent decomposition method, comprising: sending (501, 703), by a first network device and to a subordinate network device, a first sub-intent target value corresponding to this subordinate network device; receiving (504, 706), by the first network device, a first message from the subordinate network device, wherein the first message is used to indicate that the first sub-intent target value corresponding to the subordinate network device is not achieved, the subordinate device is thereby a second network device, and wherein the first message comprises a first measurement value of the corresponding second network device; and re-decomposing (506, 709), by the first network device, the intent based on the first measurement value, and sending (710, 711, 712) first sub-intent target values obtained through re-decomposition to corresponding subordinate network devices, until the first network device determines based on first and/or second messages received (713, 714, 715) from the subordinate network devices that all the first sub-intent target values are achieved or that no first sub-intent target value is achieved, wherein the second message is used to indicate that the first sub-intent target value relating to a corresponding subordinate network device is achieved. sending (501, 703), by a first network device and to a subordinate network device, a first sub-intent target value corresponding to this subordinate network device; receiving (504, 706), by the first network device, a first message from the subordinate network device, wherein the first message is used to indicate that the first sub-intent target value corresponding to the subordinate network device is not achieved, the subordinate device is thereby a second network device, and wherein the first message comprises a first measurement value of the corresponding second network device; and re-decomposing (506, 709), by the first network device, the intent based on the first measurement value, and sending (710, 711, 712) first sub-intent target values obtained through re-decomposition to corresponding subordinate network devices, until the first network device determines based on first and/or second messages received (713, 714, 715) from the subordinate network devices that all the first sub-intent target values are achieved or that no first sub-intent target value is achieved, wherein the second message is used to indicate that the first sub-intent target value relating to a corresponding subordinate network device is achieved.
Two-way door hinge for European groove, comprising an upper flap and a lower flap, which are attached one to the other through a telescopic pin acting as a rotating axis, the said pin being received in the rotating part of the upper flap and fitted in the rotating part of the lower flap, whereby a) the telescopic pin has a first washer at the same distance to its upper and lower ends, a thread following the first washer towards the lower end, and a recess after that one which receives an attachment means; b) a second washer with two diameters, one outer diameter and one inner diameter, wherein the inner diameter is threaded so as to screw in the thread of the telescopic pin; c) the second washer can be fitted onto the lower end of the telescopic pin and can slide up to the thread, and from here screw up to the first washer till the flaps define an angle of 0° between them; d) having a cover which is adaptable to the upper flap which fits in its rotating part; characterized in that e) the outer diameter has the same height as the first washer and f) the upper flap and the lower flap are both fixed by attachment means (3,5) to an upper and to a lower bracket, respectively, and the said flaps (1,10) are attached one to the other through an externally threaded bushing fitting in the rotating part of the upper flap g) the upper end of the telescopic pin is fitted into the externally threaded bushing, and the said upper flap can slide up to the first washer till fixing its lower end at said first washer. a) the telescopic pin has a first washer at the same distance to its upper and lower ends, a thread following the first washer towards the lower end, and a recess after that one which receives an attachment means; b) a second washer with two diameters, one outer diameter and one inner diameter, wherein the inner diameter is threaded so as to screw in the thread of the telescopic pin; c) the second washer can be fitted onto the lower end of the telescopic pin and can slide up to the thread, and from here screw up to the first washer till the flaps define an angle of 0° between them; d) having a cover which is adaptable to the upper flap which fits in its rotating part; characterized in that e) the outer diameter has the same height as the first washer and f) the upper flap and the lower flap are both fixed by attachment means (3,5) to an upper and to a lower bracket, respectively, and the said flaps (1,10) are attached one to the other through an externally threaded bushing fitting in the rotating part of the upper flap g) the upper end of the telescopic pin is fitted into the externally threaded bushing, and the said upper flap can slide up to the first washer till fixing its lower end at said first washer.
A package blank made of cardboard for sleeve-like placement around bottles, cans or other containers or other objects with a cover wall, a bottom wall, side walls (5, 6), which are respectively connected with a lateral edge of the cover wall on an upper lateral edge and with a lateral edge of the bottom wall on a lower lateral edge, wherein at least one of the cover, bottom and side walls has separated sections (7.1, 7.2) between its lateral edges, which are interconnected in an overlapping arrangement, wherein the main load of the package blank is perpendicular to the lateral edges (3, 4) of the bottom, cover and side walls, characterized in that the alignment of the fibers in the cardboard is parallel to the lateral edges (3, 4) of the bottom, cover and side walls and there are no bottom folding lines present between the lower lateral edges of the side walls (5, 6) and the lateral edges of the bottom wall.
A modular seating system comprising: a first seat having an upper surface, a first side wall extending downward from the upper surface, a second side wall extending down from the upper surface, a front wall extending downward from the upper surface and a back side wall extending downward from the upper surface, the first side wall having a first set of first connector components and the back wall having a first set of first connector components; said system further comprising: a first arm having a first set of second connector components for connecting the first arm to the first side wall of the first seat in a first position to provide a first selectable arm configuration for the system and a second set of second connector components for connecting the first arm to the first side wall of the first seat in a second position different than the first position to provide a second selectable arm configuration for the system different than the first selectable arm configuration; and, a first back having a first set of second connector components, the back connected to the back wall of the first seat. a first arm having a first set of second connector components for connecting the first arm to the first side wall of the first seat in a first position to provide a first selectable arm configuration for the system and a second set of second connector components for connecting the first arm to the first side wall of the first seat in a second position different than the first position to provide a second selectable arm configuration for the system different than the first selectable arm configuration; and, a first back having a first set of second connector components, the back connected to the back wall of the first seat.
Combustion chamber of a gas turbine with an annular combustion plenum surrounding a rotor-axis, wherein a number of burners is arranged intentional at the upstream side of the combustion chamber and an expansion turbine with a turbine inlet can be arranged intentional at the downstream side of the combustion chamber, including an inner component, which is surrounding the rotor-axis at the radial inner side of the combustion plenum and which comprises an inner chamber wall adjacent to the combustion plenum and an inner end wall suitable to be arranged next to the turbine inlet extending in radial direction and an inner air guidance piece arranged at a distance from the inner chamber wall with an inner cooling channel in-between, wherein the distance of the inner air guidance piece to the inner end wall is at least 0.5-times and at most 2-times the lowest width of the inner cooling channel, wherein the inner chamber wall is connected to the inner end wall with an inner corner without any protrusion, wherein inner corner has a curved shape and is fluid tight, and wherein the thickness of the inner corner is at most 1.2 times the lowest thickness of the inner chamber wall in the area of the inner air guidance piece.
A composition for cleansing a keratin material, comprising, in an aqueous phase: a) at least one amino acid surfactant; b) calcium alginate, wherein the weight ratio (a/b) of a) amino acid surfactant and b) calcium alginate is from 0.7 to 6. a) at least one amino acid surfactant; b) calcium alginate, wherein the weight ratio (a/b) of a) amino acid surfactant and b) calcium alginate is from 0.7 to 6.