mhurhangee/patent-ind-claim-en huggingface dataset:
A hot melt ink composition, comprising: at least one wax having a freezing point of from about 20°C to about 50°C and a melting point of at least about 35°C, the melting point being at least about 10°C higher than the freezing point, and at least one colorant, wherein the composition comprises at least about 50 wt% of the at least one wax and the at least one wax comprises an amide alcohol wax, a urethane wax, an ether wax, or an ester wax. at least one wax having a freezing point of from about 20°C to about 50°C and a melting point of at least about 35°C, the melting point being at least about 10°C higher than the freezing point, and at least one colorant, wherein the composition comprises at least about 50 wt% of the at least one wax and the at least one wax comprises an amide alcohol wax, a urethane wax, an ether wax, or an ester wax.
Use of a zirconium alloy functional element for nuclear reactors coated with an homogeneous polycrystalline diamond layer , characterizedin that, the homogenous polycrystalline diamond layer - has thickness of the layer from 100 nm to 50 μm; - is prepared by a chemical vapor deposition method and comprises columnar nature diamond crystallites, wherein - size of crystalline cores in the layer is from 10 nm to 500 nm; - maximum content of non-diamond carbon is 25 mol%; - total content of non-carbon impurities is up to 0.5 mol%; - RMS surface roughness value is less than 40 nm; and - thermal conductivity of the layer ranges from 1000 to 1900 W·m -1 ·K -1 . - has thickness of the layer from 100 nm to 50 μm; - is prepared by a chemical vapor deposition method and comprises columnar nature diamond crystallites, wherein - size of crystalline cores in the layer is from 10 nm to 500 nm; - maximum content of non-diamond carbon is 25 mol%; - total content of non-carbon impurities is up to 0.5 mol%; - RMS surface roughness value is less than 40 nm; and - thermal conductivity of the layer ranges from 1000 to 1900 W·m -1 ·K -1 . - size of crystalline cores in the layer is from 10 nm to 500 nm; - maximum content of non-diamond carbon is 25 mol%; - total content of non-carbon impurities is up to 0.5 mol%; - RMS surface roughness value is less than 40 nm; and - thermal conductivity of the layer ranges from 1000 to 1900 W·m -1 ·K -1 .
A computer-hardware implemented method comprising: performing the following steps by a memory update encryption engine operating in tandem with an inline encryption engine: accessing a key data structure comprising a plurality of keys that are used to encrypt a plurality of memory blocks in an external memory ; identifying a memory block of the plurality of memory blocks that is encrypted with the oldest key in the key data structure; reading encrypted data from the identified memory block; decrypting the encrypted data from the identified memory block; selecting a key from the key data structure, wherein the selected key is newer than the oldest key; re-encrypting the decrypted data from the identified memory block using the selected key; and writing the re-encrypted data to the identified memory block and, prior to writing the re-encrypted data, allowing the inline encryption engine to take precedence over updates from the memory update encryption. performing the following steps by a memory update encryption engine operating in tandem with an inline encryption engine: accessing a key data structure comprising a plurality of keys that are used to encrypt a plurality of memory blocks in an external memory ; identifying a memory block of the plurality of memory blocks that is encrypted with the oldest key in the key data structure; reading encrypted data from the identified memory block; decrypting the encrypted data from the identified memory block; selecting a key from the key data structure, wherein the selected key is newer than the oldest key; re-encrypting the decrypted data from the identified memory block using the selected key; and accessing a key data structure comprising a plurality of keys that are used to encrypt a plurality of memory blocks in an external memory ; identifying a memory block of the plurality of memory blocks that is encrypted with the oldest key in the key data structure; reading encrypted data from the identified memory block; decrypting the encrypted data from the identified memory block; selecting a key from the key data structure, wherein the selected key is newer than the oldest key; re-encrypting the decrypted data from the identified memory block using the selected key; and writing the re-encrypted data to the identified memory block and, prior to writing the re-encrypted data, allowing the inline encryption engine to take precedence over updates from the memory update encryption.
A locking device for locking a first component, in particular a door leaf , to a second component, in particular to a door frame , with a catch element for fastening to the first or second component, wherein the catch element comprises a first latching recess , with a latching unit for fastening to the second or first component, wherein the latching unit comprises a first latching body for engagement with the at least one latching recess of the catch element , characterized in that the latching unit comprises a release element , which comprises a first receiving opening for receiving the first latching body , wherein the release element can be moved between a resting position, which arranges the first latching body in the first latching recess of the catch element and in the receiving opening of the release element , and a release position, which releases the engagement between the first latching body and the first latching recess of the catch element , wherein the catch element is designed as an oblong flat part, and the first latching recess is provided on a first longitudinal edge of the oblong flat part .
A computer-implemented method for operating an autonomous driving vehicle (ADV), the method comprising: operating in an on-lane mode, including determining lane configuration associated with a current lane based on lane marking, and planning a trajectory based on the lane configuration; and in response to a request for a U-turn, switching to an open-space mode, while operating in the open-space mode, performing a three-point turn to generate forward and reverse movements of the ADV to position the ADV within a threshold heading and a threshold distance relative to a target driving lane , wherein the threshold heading is an angle (θ) between the ADV heading and the target driving lane , and the threshold distance is a distance (D) between the ADV and the target driving lane , and determining whether the vehicle is within the threshold distance and also the relative heading to the target driving lane, and as soon as these conditions are fulfilled returning to the on-lane mode for the ADV to complete the U-turn, so that the ADV drives away from a dead-end along the target driving lane . operating in an on-lane mode, including determining lane configuration associated with a current lane based on lane marking, and planning a trajectory based on the lane configuration; and determining lane configuration associated with a current lane based on lane marking, and planning a trajectory based on the lane configuration; and in response to a request for a U-turn, switching to an open-space mode, while operating in the open-space mode, performing a three-point turn to generate forward and reverse movements of the ADV to position the ADV within a threshold heading and a threshold distance relative to a target driving lane , wherein the threshold heading is an angle (θ) between the ADV heading and the target driving lane , and the threshold distance is a distance (D) between the ADV and the target driving lane , and determining whether the vehicle is within the threshold distance and also the relative heading to the target driving lane, and as soon as these conditions are fulfilled returning to the on-lane mode for the ADV to complete the U-turn, so that the ADV drives away from a dead-end along the target driving lane . operating in the open-space mode, performing a three-point turn to generate forward and reverse movements of the ADV to position the ADV within a threshold heading and a threshold distance relative to a target driving lane , wherein the threshold heading is an angle (θ) between the ADV heading and the target driving lane , and the threshold distance is a distance (D) between the ADV and the target driving lane , and determining whether the vehicle is within the threshold distance and also the relative heading to the target driving lane, and as soon as these conditions are fulfilled returning to the on-lane mode for the ADV to complete the U-turn, so that the ADV drives away from a dead-end along the target driving lane .
A monitor for determining an operation condition of at least one cable that is included in an electrical loop , comprising: a test electrical signal generator , for generating a test electrical signal identifiable and injecting the test electrical signal into a first point of the at least one cable; a test electrical signal filter , being adapted to extract the injected test electrical signal from a second point of the at least one cable; and a comparator , for comparing a predetermined threshold with the difference between the electrical state of the injected test electrical signal and the extracted test electrical signal, and producing a warning signal indicating cable fatigue when the difference exceeds the predetermined threshold, wherein: the injected test electrical signal is set at frequency f T ' ; the injected test electrical signal filter's centre frequency is set at f T ; the electrical loop carries a working load dispersed on a spectrum F; and a component of the working load at frequency f T is sufficiently small as compared to a component of the injected test electrical signal at frequency f T ' . a test electrical signal generator , for generating a test electrical signal identifiable and injecting the test electrical signal into a first point of the at least one cable; a test electrical signal filter , being adapted to extract the injected test electrical signal from a second point of the at least one cable; and a comparator , for comparing a predetermined threshold with the difference between the electrical state of the injected test electrical signal and the extracted test electrical signal, and producing a warning signal indicating cable fatigue when the difference exceeds the predetermined threshold, the injected test electrical signal is set at frequency f T ' ; the injected test electrical signal filter's centre frequency is set at f T ; the electrical loop carries a working load dispersed on a spectrum F; and a component of the working load at frequency f T is sufficiently small as compared to a component of the injected test electrical signal at frequency f T ' .
A noise-reducing fan system , comprising: a motor ; a fan body , mounted on the motor , and the fan body adapted to be driven and rotated by the motor , wherein the fan body comprises a plurality of blades ; a plurality of magnetic-inducing elements , disposed on the plurality of blades , respectively; a magnetic field generator , capable of generating a magnetic field, adapted to drive the plurality of magnetic-inducing elements to vibrate the plurality of blades and generate a vibration sound so as to counterbalance at least a portion of a noise emitted from the fan body as rotating; and a noise-reducing sound source device , capable of sending out a noise-reducing sound, and the noise-reducing sound source device being disposed on a predetermined position, so that the noise-reducing sound counterbalances at least the other portion of the noise emitted from the fan body as rotating. a motor ; a fan body , mounted on the motor , and the fan body adapted to be driven and rotated by the motor , wherein the fan body comprises a plurality of blades ; a plurality of magnetic-inducing elements , disposed on the plurality of blades , respectively; a magnetic field generator , capable of generating a magnetic field, adapted to drive the plurality of magnetic-inducing elements to vibrate the plurality of blades and generate a vibration sound so as to counterbalance at least a portion of a noise emitted from the fan body as rotating; and a noise-reducing sound source device , capable of sending out a noise-reducing sound, and the noise-reducing sound source device being disposed on a predetermined position, so that the noise-reducing sound counterbalances at least the other portion of the noise emitted from the fan body as rotating.
A process for the synthesis of a reducing gaseous stream wherein at least one hydrocarbon is sent to a first step where it is reacted with carbon dioxide , said process being characterized in that the reaction between said at least one hydrocarbon and said carbon dioxide is a non-catalytic reaction carried out at a pressure ranging from 0.5 atm to 100 atm and at a temperature ranging from 950°C to 1350°C.
Bracket assembly for fixing a radiator to a wall (W), wherein the bracket assembly has a wall fixing bracket and a radiator holder for fixing to a radiator or fixed to a radiator, wherein the wall fixing bracket has a wall contact face for contact with the wall (W) and a holding anchor mounting , in particular a through hole , for a holding anchor and/or a holding anchor , wherein the holding anchor is designed and provided for anchoring the wall fixing bracket to the wall (W), wherein there are provided on the wall fixing bracket a hook location and on the radiator holder a hook projection for hooking into the hook location of the wall fixing bracket , wherein the hook projection and the hook location extend along an insertion axis (S), along which the hook projection may be inserted in the hook location , wherein the wall fixing bracket has a clamping element for clamping the hook projection in the hook location , characterised in that the clamping element is supported to clamp the hook projection in the hook location with a clamping direction (KR) transverse to the insertion axis (S) at the wall fixing bracket .
Sensor device for determining the position of seeds while sowing, in particular for a sowing system , the device comprising a radiation assembly for generating illumination radiation oriented towards a target area , the radiation assembly having an emission spectrum covering at least a first spectral range, and a detection assembly with at least one radiation detector for detecting incident radiation , the at least one detector having at least one field of view , wherein the at least one target area and the at least one field of view intersect, and wherein the detection assembly is provided with at least one filter member , the at least one filter member having an attenuation band and a pass band , the pass band having less attenuation than the attenuation band in a wavelength range whose wavelengths are longer than those of the attenuation band , wherein the radiation assembly comprises at least one radiation source , said radiation source and the at least one detector form a triangulation arrangement adapted for determining a distance from the target area to the at least one detector assembly , characterised in that the at least one radiation source is adapted for irradiating a spot-like area at least in the field of view of the at least one detector , and wherein the at least one detector is provided with at least one one-dimensional sensor array .
A method of wireless communication of a paging signal, characterised by : selecting a sequence of a plurality of beam configurations of different angular widths for use in communicating the paging signal between a pair of wireless devices; and iteratively using beam configurations of the plurality of beam configurations having different angular widths to attempt communication of the paging signal between the pair of wireless devices, wherein each iteration uses a beam having a respective one of the different angular widths at a plurality of facing angles. selecting a sequence of a plurality of beam configurations of different angular widths for use in communicating the paging signal between a pair of wireless devices; and iteratively using beam configurations of the plurality of beam configurations having different angular widths to attempt communication of the paging signal between the pair of wireless devices, wherein each iteration uses a beam having a respective one of the different angular widths at a plurality of facing angles.
An ester for a refrigerator oil and of mixed alcohols and mixed monocarboxylic acids, wherein said mixed alcohols consist of dipentaerythritol and tripentaerythritol in a mass ratio of 90/10 to 99.7/0.3; wherein said mixed monocarboxylic acids consist of n-pentanoic acid and 2-methyl butanoic acid in a mass ratio of 50/50 to 80/20; and wherein said ester has a kinematic viscosity of 50 to 150 mm 2 /s at 40°C. wherein said mixed alcohols consist of dipentaerythritol and tripentaerythritol in a mass ratio of 90/10 to 99.7/0.3; wherein said mixed monocarboxylic acids consist of n-pentanoic acid and 2-methyl butanoic acid in a mass ratio of 50/50 to 80/20; and wherein said ester has a kinematic viscosity of 50 to 150 mm 2 /s at 40°C.
Articulation device for deploying a structure on a spacecraft, wherein the articulation device comprises: - a first leg , - a second leg , - a pivot shaft , which is mounted on the first leg so as to rotate about its central longitudinal axis (X) and is connected in a rotationally fixed manner to the second leg , - at least two drive devices each for causing rotation of the pivot shaft in at least one rotational direction, wherein the drive devices each comprise an overrunning clutch , which is connected to the pivot shaft . - a first leg , - a second leg , - a pivot shaft , which is mounted on the first leg so as to rotate about its central longitudinal axis (X) and is connected in a rotationally fixed manner to the second leg , - at least two drive devices each for causing rotation of the pivot shaft in at least one rotational direction,
An internal combustion engine comprising: a main combustion chamber interposed between a cylinder head and a piston facing the cylinder head; an intake port which is provided in the cylinder head and connected to the main combustion chamber at an intake opening portion; an exhaust port which is provided in the cylinder head and connected to the main combustion chamber at an exhaust opening portion; a sub-chamber which is provided on the cylinder head between the intake opening portion and the exhaust opening portion and connected to the main combustion chamber through a plurality of communication holes; and a spark plug provided so as to perform ignition in the sub-chamber , wherein: the communication holes include a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber , and a second communication hole provided on the exhaust opening portion side in the side wall; the first communication hole is closer to the piston than the second communication hole is; characterized in that , the first communication hole is inclined so as to be closer to the piston as the first communication hole is positioned toward an inside from an outside of the sub-chamber . a main combustion chamber interposed between a cylinder head and a piston facing the cylinder head; an intake port which is provided in the cylinder head and connected to the main combustion chamber at an intake opening portion; an exhaust port which is provided in the cylinder head and connected to the main combustion chamber at an exhaust opening portion; a sub-chamber which is provided on the cylinder head between the intake opening portion and the exhaust opening portion and connected to the main combustion chamber through a plurality of communication holes; and a spark plug provided so as to perform ignition in the sub-chamber , wherein: the communication holes include a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber , and a second communication hole provided on the exhaust opening portion side in the side wall; the first communication hole is closer to the piston than the second communication hole is; characterized in that , the first communication hole is inclined so as to be closer to the piston as the first communication hole is positioned toward an inside from an outside of the sub-chamber . the communication holes include a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber , and a second communication hole provided on the exhaust opening portion side in the side wall; a first communication hole provided on the intake opening portion side in a side wall of the sub-chamber , and a second communication hole provided on the exhaust opening portion side in the side wall; the first communication hole is closer to the piston than the second communication hole is; characterized in that , the first communication hole is inclined so as to be closer to the piston as the first communication hole is positioned toward an inside from an outside of the sub-chamber .
A power storage device comprising: a lower case having a bottom portion provided with a protrusion that protrudes downward; and a cooler located below the bottom portion , wherein the cooler includes a cooling portion having an end portion that faces the protrusion in a first direction perpendicular to an up-down direction, wherein the cooling portion has an upper plate and a lower plate stacked in the up-down direction, wherein the upper plate and the lower plate are joined at respective joint surfaces in the end portion , and wherein the lower plate has an extended portion that extends toward the protrusion further than the upper plate in the end portion . a lower case having a bottom portion provided with a protrusion that protrudes downward; and a cooler located below the bottom portion , wherein the cooler includes a cooling portion having an end portion that faces the protrusion in a first direction perpendicular to an up-down direction, wherein the cooling portion has an upper plate and a lower plate stacked in the up-down direction, wherein the upper plate and the lower plate are joined at respective joint surfaces in the end portion , and wherein the lower plate has an extended portion that extends toward the protrusion further than the upper plate in the end portion .
Precipitated silica characterised by : - a CTAB surface area equal to or greater than 160 m 2 /g; - a volume of the pores having a diameter of less than 100 nm equal to or greater than 1.15 mL/g; and - a carbon content of from 0.5 wt% to 15.0 wt% with respect to the total weight of silica. - a CTAB surface area equal to or greater than 160 m 2 /g; - a volume of the pores having a diameter of less than 100 nm equal to or greater than 1.15 mL/g; and - a carbon content of from 0.5 wt% to 15.0 wt% with respect to the total weight of silica.