mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: receiving a resource assignment on a downlink assignment channel, the resource assignment comprising a grant of time-frequency resources for receiving first data on a downlink data channel during a first transmission time interval, TTI; receiving the first data on the downlink data channel during the first TTI; and receiving control information on a downlink control channel during a second TTI shorter in duration than the first TTI, the control information being configured to modify the grant of time-frequency resources for the first data received on the downlink data channel during the first TTI, wherein the second TTI overlaps with a portion of the first TTI. receiving a resource assignment on a downlink assignment channel, the resource assignment comprising a grant of time-frequency resources for receiving first data on a downlink data channel during a first transmission time interval, TTI; receiving the first data on the downlink data channel during the first TTI; and receiving control information on a downlink control channel during a second TTI shorter in duration than the first TTI, the control information being configured to modify the grant of time-frequency resources for the first data received on the downlink data channel during the first TTI, wherein the second TTI overlaps with a portion of the first TTI.
A line for conveying and forming box-like bodies (A, B) of different types, comprising: - at least one suction belt, closed in a loop arranged at least in its initial portion, - at least one strap, closed in a loop and provided with a plurality of protruding teeth, which is parallel to said suction belt and is arranged at least in the end portion of said line and has the initial front substantially juxtaposed with respect to the end portion of said suction belt, the line being characterized in that it further comprises: - at least one band closed in a loop and provided with a plurality of protruding tabs, which is parallel to said at least one suction belt and to said at least one strap and is arranged along the entire line, and has a start area that is substantially juxtaposed with respect to said at least one suction belt and an end area that is substantially juxtaposed with respect to said at least one strap, said band closed in a loop being movable from a first level of alignment of its upper face with the upper face of said at least one suction belt and of the at least one strap, to a second level, which is separated from the upper face of said at least one suction belt and of the at least one strap by a distance at least equal to the height of said protruding tabs. - at least one suction belt, closed in a loop arranged at least in its initial portion, - at least one strap, closed in a loop and provided with a plurality of protruding teeth, which is parallel to said suction belt and is arranged at least in the end portion of said line and has the initial front substantially juxtaposed with respect to the end portion of said suction belt, - at least one band closed in a loop and provided with a plurality of protruding tabs, which is parallel to said at least one suction belt and to said at least one strap and is arranged along the entire line, and has a start area that is substantially juxtaposed with respect to said at least one suction belt and an end area that is substantially juxtaposed with respect to said at least one strap,
Road finishing machine comprising a paving screed to produce a new road pavement layer of a paving material, and a unit provided on the road finishing machine for generating a dynamic compacting specification field based on thermographic geosignals with regard to at least one temperature image that exists behind the paving screed of the road finishing machine for at least one surface section of the newly installed road pavement layer, and an information indication unit provided on the road finishing machine to display at least one compacting message at least partially on the basis of the compacting specification field to an operator of at least one compacting vehicle that follows behind the road finishing machine to compact the newly installed road pavement layer, wherein a value specification comprising a maximum and/or a minimum compacting temperature is deposited in the unit for generating the compacting specification field, characterized in that the unit is configured to determine a minimum distance and/or a maximum distance, out of a comparison of the value specification with the thermographic geosignals for the compacting specification field, that the compacting vehicle should maintain behind the road finishing machine, and wherein the minimum distance and/or the maximum distance can be displayed on the information indication unit as a compacting message in a meter and/or foot format.
A solid composition comprising For-Met-Asp-Gly-Cys-Glu-Leu-OH (SEQ_NO 1, Foxy-5) and a nitrogen base, wherein the nitrogen base is a compound selected from ammonia, quaternary ammonium hydroxides, alkylated guanidines, amino acids, and primary and secondary amines, and wherein said solid composition optionally comprises water.
A modified colostrum protein characterized in that it has an amino acid sequence shown in SEQ ID NO.: 1, which is generated by replacing Ile at position 33, Glu at position 101 and Arg at position 175 present in the amino acid sequence of a wild type colostrum protein shown in SEQ ID NO.: 2 respectively with Ala, Cys and Cys.
A hermetic type compressor using the HC (hydrocarbon) refrigerant comprising, in one hermetic container, a compressing mechanism portion for compressing the refrigerant and an electric motor for driving the compressing mechanism portion, and performing compression of the refrigerant continuously by dividing a compression room with a vane into a high-pressure room and a low-pressure room; wherein the compression room is composed of a cylinder that disposes therein a rolling piston fitted to an eccentric axis of the crankshaft rotated by the electric motor and a cylinder head and a frame that block both ends of the cylinder in an axial direction; wherein the electric motor is fitted and fixed to an inner peripheral plane of the hermetic container; characterized in that an outer diameter of the electric motor is less than an outer diameter of the compressing mechanism portion so that an inner diameter of a part covering the electric motor of the hermetic container is less than an inner diameter of a part covering the compressing mechanism portion of the hermetic container; and wherein an inner diameter D of the cylinder/a height H of the cylinder (D/H) is set to more than 0.5 and less than 0.6.
Vibration mill, in particular a disk vibration mill, comprising a milling unit and a vibrating drive, by means of which the milling unit can be excited into vibrations depending on the drive rotational speed of the vibrating drive, wherein means for changing the rotational speed are provided that are suitable for changing the drive rotational speed in a pre-definable, time-dependent manner during operation of the vibration mill, characterized in that the vibrating drive, by means of electrical and/or electronic circuits and/or electrical and/or electronic storage means contained in the means for changing the drive rotational speed, is suitable for specifying at least one pre-defined drive rotational speed-time graph.
A biopsy device comprising: a needle, wherein the needle is an elongated needle having a cutting tip and a hollow interior; a syringe coupled to the needle for rotation of the needle relative to the syringe, a tissue chamber being established at least in part by the hollow interior of the needle, wherein the syringe comprises a barrel and a plunger slidably disposed in the barrel and movable to evacuate the tissue chamber; a motor coupled to the needle to rotate the needle back and forth while the tissue chamber is evacuated to facilitate drawing cells from the tissue into the tissue chamber; a switch to energize the motor; a plunger activation assembly coupled to the plunger, the plunger activation assembly comprising a distally extending mechanism adapted to engage the switch to energize the motor when the plunger is moved proximally by the plunger activation assembly. a needle, wherein the needle is an elongated needle having a cutting tip and a hollow interior; a syringe coupled to the needle for rotation of the needle relative to the syringe, a tissue chamber being established at least in part by the hollow interior of the needle, wherein the syringe comprises a barrel and a plunger slidably disposed in the barrel and movable to evacuate the tissue chamber; a motor coupled to the needle to rotate the needle back and forth while the tissue chamber is evacuated to facilitate drawing cells from the tissue into the tissue chamber; a switch to energize the motor; a plunger activation assembly coupled to the plunger, the plunger activation assembly comprising a distally extending mechanism adapted to engage the switch to energize the motor when the plunger is moved proximally by the plunger activation assembly.
A vehicle display device comprising: an image acquisition unit configured to acquire an image around a vehicle; a distance acquisition unit configured to acquire a first distance between a first object included in the image acquired by the image acquisition unit and a second object; an image processing unit configured to determine whether the second object is located beneath the first object included in the image acquired by the image acquisition unit, in accordance with the first distance acquired by the distance acquisition unit, and configured to delete the second object from the image when the second object is determined to be located beneath the first object so as to delete the second object located beneath the first object when the vehicle and the second object are relatively positioned such that the second object would be hidden by the first object when viewed from above in an actual situation but is not hidden by the first object in the image acquired in the image acquisition unit; a viewpoint transformation processing unit configured to subject the image thus processed to viewpoint transformation to produce a bird's-eye image as viewed from above the vehicle; and a display control unit configured to cause a display unit to display the bird's-eye image produced in the viewpoint transformation processing unit, wherein the first object is another vehicle, and the second object is a lot drawn or placed on the ground. an image acquisition unit configured to acquire an image around a vehicle; a distance acquisition unit configured to acquire a first distance between a first object included in the image acquired by the image acquisition unit and a second object; an image processing unit configured to determine whether the second object is located beneath the first object included in the image acquired by the image acquisition unit, in accordance with the first distance acquired by the distance acquisition unit, and configured to delete the second object from the image when the second object is determined to be located beneath the first object so as to delete the second object located beneath the first object when the vehicle and the second object are relatively positioned such that the second object would be hidden by the first object when viewed from above in an actual situation but is not hidden by the first object in the image acquired in the image acquisition unit; a viewpoint transformation processing unit configured to subject the image thus processed to viewpoint transformation to produce a bird's-eye image as viewed from above the vehicle; and a display control unit configured to cause a display unit to display the bird's-eye image produced in the viewpoint transformation processing unit, wherein the first object is another vehicle, and the second object is a lot drawn or placed on the ground.
A driving device, driven by a power assembly, the driving device comprising a first driving assembly and a first motion conversion assembly, wherein the first driving assembly comprises a first effective stroke structure and a first idle stroke structure, the driving device has a first state and a second state, in the first state, the power assembly is engaged with the first effective stroke structure, and the first effective stroke structure drives the first motion conversion assembly; and in the second state, the power assembly is coupled with the first idle stroke structure, and the first motion conversion assembly is disengaged from a driving of the power assembly, characterized in that: the first driving assembly comprises a first driving member and a rotating member, the first effective stroke structure and the first idle stroke structure are both disposed on the rotating member, and in the first state, the first driving member and the rotating member are both engaged with the power assembly; and in the second state, only the first driving member in the first driving member and the rotating member is engaged with the power assembly; wherein the first effective stroke structure is a toothed portion, the first idle stroke structure is a non-toothed portion, and the toothed portion and the non-toothed portion are disposed adjacently; and the first driving member is a first driving gear; wherein the power assembly comprises a motor and a front driving gear driven by the motor, and in the first state, the front driving gear is meshed with the toothed portion and the first driving gear simultaneously; and in the second state, the front driving gear is coupled with the non-toothed portion, and is meshed with the first driving gear. the first driving assembly comprises a first driving member and a rotating member, the first effective stroke structure and the first idle stroke structure are both disposed on the rotating member, and in the first state, the first driving member and the rotating member are both engaged with the power assembly; and in the second state, only the first driving member in the first driving member and the rotating member is engaged with the power assembly; wherein the first effective stroke structure is a toothed portion, the first idle stroke structure is a non-toothed portion, and the toothed portion and the non-toothed portion are disposed adjacently; and the first driving member is a first driving gear; wherein the power assembly comprises a motor and a front driving gear driven by the motor, and in the first state, the front driving gear is meshed with the toothed portion and the first driving gear simultaneously; and in the second state, the front driving gear is coupled with the non-toothed portion, and is meshed with the first driving gear.
A method for producing an aqueous zirconium chloride solution, the method comprising: step 1 of grinding zircon sand to an average particle diameter of 10 μm or less; step 2 of adding sodium hydroxide to the ground zircon sand in to thereby obtain a mixture; step 3 of firing the mixture in in an iron container at 400°C or less to thereby obtain a decomposed product; step 4 of firing the decomposed product in in a stainless-steel container at 400 to 1,100°C to thereby obtain a fired product; step 5 of dispersing the fired product in in water to prepare a dispersion, and washing the fired product with water while adjusting the temperature of the dispersion to 70°C or lower, thereby obtaining a water-washed cake; step 6 of washing the water-washed cake in with hydrochloric acid with a pH of 1 to 6 to thereby obtain zirconium hydrate; and step 7 of dissolving the zirconium hydrate in in hydrochloric acid, and then removing insoluble components to thereby obtain a salt solution. step 1 of grinding zircon sand to an average particle diameter of 10 μm or less; step 2 of adding sodium hydroxide to the ground zircon sand in to thereby obtain a mixture; step 3 of firing the mixture in in an iron container at 400°C or less to thereby obtain a decomposed product; step 4 of firing the decomposed product in in a stainless-steel container at 400 to 1,100°C to thereby obtain a fired product; step 5 of dispersing the fired product in in water to prepare a dispersion, and washing the fired product with water while adjusting the temperature of the dispersion to 70°C or lower, thereby obtaining a water-washed cake; step 6 of washing the water-washed cake in with hydrochloric acid with a pH of 1 to 6 to thereby obtain zirconium hydrate; and step 7 of dissolving the zirconium hydrate in in hydrochloric acid, and then removing insoluble components to thereby obtain a salt solution.
A lithium-ion secondary battery comprising a positive electrode plate, a negative electrode plate, a separator and an electrolyte, the electrolyte comprising a lithium salt and an organic solvent; wherein the positive electrode plate comprises a positive current collector and a positive film, the positive film is provided on at least one surface of the positive current collector and comprises a positive active material, the positive active material comprises one or more selected from a group consisting of Li x Ni a Co b M c O 2 and a doping and/or coating modified compound thereof, M is one or two selected from a group consisting of Mn and Al, 0.95≤x≤1.2, 0<a<1, 0<b<1, 0<c<1; characterized in that the lithium-ion secondary battery satisfies a relationship: 2.13≤(m×C)/(ρ×Cap)≤3.0; wherein m represents a total mass of the electrolyte inside the formated battery with a unit of g; ρ represents a density of the electrolyte with a unit of g/cm 3; C represents a concentration of the lithium salt in the electrolyte with a unit of mol/L; Cap represents a rated capacity of the battery with a unit of Ah, which is measured as described in the description. wherein the positive electrode plate comprises a positive current collector and a positive film, the positive film is provided on at least one surface of the positive current collector and comprises a positive active material, the positive active material comprises one or more selected from a group consisting of Li x Ni a Co b M c O 2 and a doping and/or coating modified compound thereof, M is one or two selected from a group consisting of Mn and Al, 0.95≤x≤1.2, 0<a<1, 0<b<1, 0<c<1; characterized in that the lithium-ion secondary battery satisfies a relationship: 2.13≤(m×C)/(ρ×Cap)≤3.0; wherein m represents a total mass of the electrolyte inside the formated battery with a unit of g; ρ represents a density of the electrolyte with a unit of g/cm 3; C represents a concentration of the lithium salt in the electrolyte with a unit of mol/L; Cap represents a rated capacity of the battery with a unit of Ah, which is measured as described in the description.
A die for extruding an extrudable material to form an extruded member, the die comprising: an inlet chamber to receive source material in the form of a billet; an extrudate forming chamber; a barrier member located between the inlet chamber and the extrudate forming chamber, the barrier member comprising a plurality of feed channels extending through the barrier member to form a feed hole plate; a passage forming member extending from the barrier member in the direction of extrusion into the extrudate forming chamber, wherein the feed channels are arranged with respect to the passage forming member 160) to allow the extrudable material to flow about the passage forming member to form a corresponding passage in the extruded member. an inlet chamber to receive source material in the form of a billet; an extrudate forming chamber; a barrier member located between the inlet chamber and the extrudate forming chamber, the barrier member comprising a plurality of feed channels extending through the barrier member to form a feed hole plate; a passage forming member extending from the barrier member in the direction of extrusion into the extrudate forming chamber, wherein the feed channels are arranged with respect to the passage forming member 160) to allow the extrudable material to flow about the passage forming member to form a corresponding passage in the extruded member.
A mechanical milking system which includes: - at least one liner defining an accommodation space for a teat and having a milk evacuation opening; - a collecting claw; - for each liner, a connector connecting the liner to the collecting claw; - a device for dipping the teat with a dipping product, the dipping device including a source of dipping product; characterized in that the dipping device includes: - an injection interface mounted on the collecting claw, the interface including at least one pipe with: - at least one inlet located on an external surface of the interface and intended for being coupled to the source of dipping product; - at least one outlet located inside of a milk circulation space; - an injection tube for each liner, the injection tube extending from said at least one outlet of the pipe and substantially to the teat accommodation space, running inside of the connector and through the evacuation opening. - at least one liner defining an accommodation space for a teat and having a milk evacuation opening; - a collecting claw; - for each liner, a connector connecting the liner to the collecting claw; - a device for dipping the teat with a dipping product, the dipping device including a source of dipping product; - an injection interface mounted on the collecting claw, the interface including at least one pipe with: - at least one inlet located on an external surface of the interface and intended for being coupled to the source of dipping product; - at least one outlet located inside of a milk circulation space; - at least one inlet located on an external surface of the interface and intended for being coupled to the source of dipping product; - at least one outlet located inside of a milk circulation space; - an injection tube for each liner, the injection tube extending from said at least one outlet of the pipe and substantially to the teat accommodation space, running inside of the connector and through the evacuation opening.