mhurhangee/ep-ind-claims huggingface dataset:
Device for processing agricultural and forestry cuttings, in particular for cutting trees, having a gripping and cutting mechanism, which can be fastened by means of a fastening element to the boom arm of a working machine, wherein between the fastening element and the gripping and cutting mechanism a slewing gear with a drive is arranged for generating a rotary movement of the gripping and cutting mechanism relative to the fastening element about an axis of rotation of the slewing gear, characterized in that a lubricant cylinder is arranged on the fastening element, which is connected via at least one lubricant line to the slewing gear and/or its drive, wherein the lubricant cylinder has a displacement piston for conveying the lubricant via the at least one lubricant line, which is actuated by means of at least one rotary element (23.1, 23.2) which is co-moved with the rotary movement of the gripping and cutting mechanism.
A machine for processing a web of material for the tobacco industry, comprising: - an unwinding unit for unwinding a web of material for the tobacco industry along a feed path; - a unit for processing the web, located downstream of the unwinding unit along the feed path and configured to receive and process the web; - a guide mechanism comprising a retaining device configured to retain an end portion of the web, the guide mechanism being configured to automatically guide the end portion along at least one stretch of the feed path in such a way as to dispose the web in abutment against and/or partly wrapped round guiding and/or transferring and/or processing means of the processing unit. characterized in that said machine comprises movement means configured to move the guide mechanism and comprising a guide disposed along a trajectory and at least one actuator configured to move the guide mechanism along the guide; and in that the guide mechanism comprises a carriage which is movable along the guide and at least one arm mounted on the carriage by means of a coupling defining at least one degree of freedom to rotate about a first axis of rotation; the retaining device being mounted on the at least one arm. - an unwinding unit for unwinding a web of material for the tobacco industry along a feed path; - a unit for processing the web, located downstream of the unwinding unit along the feed path and configured to receive and process the web; - a guide mechanism comprising a retaining device configured to retain an end portion of the web, the guide mechanism being configured to automatically guide the end portion along at least one stretch of the feed path in such a way as to dispose the web in abutment against and/or partly wrapped round guiding and/or transferring and/or processing means of the processing unit.
An elevator vibration damping device (52; 52') constructed and arranged to mount to a termination (46, 50; 46', 50') of a rope (28; 28'), the device comprising: an electronic controller; characterized by further comprising: an accelerometer configured to sense vibration waves including longitudinal vibration waves (53; 53') in the rope (28; 28') and send a vibration signal (60; 60') to the electronic controller; and an actuator configured to receive a damping command from the electronic controller and transmit energy into the termination, wherein the actuator is constructed and arranged to reduce longitudinal vibration waves (53; 53') in the rope (28; 28'). an electronic controller; characterized by further comprising: an accelerometer configured to sense vibration waves including longitudinal vibration waves (53; 53') in the rope (28; 28') and send a vibration signal (60; 60') to the electronic controller; and an actuator configured to receive a damping command from the electronic controller and transmit energy into the termination, wherein the actuator is constructed and arranged to reduce longitudinal vibration waves (53; 53') in the rope (28; 28'). an accelerometer configured to sense vibration waves including longitudinal vibration waves (53; 53') in the rope (28; 28') and send a vibration signal (60; 60') to the electronic controller; and an actuator configured to receive a damping command from the electronic controller and transmit energy into the termination, wherein the actuator is constructed and arranged to reduce longitudinal vibration waves (53; 53') in the rope (28; 28').
A container with a wireless IC tag comprising: a container body and a sealing member for sealing an opening portion of the container body; and a wireless IC tag and a cap seal attached to the container, wherein the container body includes a neck that extends from the opening portion, wherein, the wireless IC tag includes an antenna for contactless communication, a wiring for wire break detection, and an IC chip connected to the antenna and the wiring, the cap seal includes a cylindrical member that surrounds the neck, the cylindrical member having a metal section disposed on a side face of the neck, and the wireless IC tag is disposed to extend between opposite lateral sides of the neck via the sealing member, and is partially sandwiched between the neck and the cylindrical member with the IC chip being exposed from the cap seal, and characterised in that the cap seal includes a top face that is connected to a first end, which is one of two axial ends of the cylindrical member, and closes the cylindrical member at the first end, and the cylindrical member includes at least one insulating section extending from the first end, and the metal section and the insulating section are joined to each other to form a closed annular shape in a circumferential direction of the cylindrical member. a container body and a sealing member for sealing an opening portion of the container body; and a wireless IC tag and a cap seal attached to the container, wherein the container body includes a neck that extends from the opening portion, wherein, the wireless IC tag includes an antenna for contactless communication, a wiring for wire break detection, and an IC chip connected to the antenna and the wiring, the cap seal includes a cylindrical member that surrounds the neck, the cylindrical member having a metal section disposed on a side face of the neck, and the wireless IC tag is disposed to extend between opposite lateral sides of the neck via the sealing member, and is partially sandwiched between the neck and the cylindrical member with the IC chip being exposed from the cap seal, and characterised in that the cap seal includes a top face that is connected to a first end, which is one of two axial ends of the cylindrical member, and closes the cylindrical member at the first end, and the cylindrical member includes at least one insulating section extending from the first end, and the metal section and the insulating section are joined to each other to form a closed annular shape in a circumferential direction of the cylindrical member.
Process for manufacturing tyres for vehicle wheels, comprising associating at least one reinforcement structure (1a, 1b) with at least one tyre component (2, 2') formed on a forming support, wherein associating said at least one reinforcement structure (1a, 1b) comprises: - feeding a reinforced continuous band-like element at a cutting group by moving it along a feeding direction with a first advancing step, said cutting group being arranged along the feeding direction in a first operative position; - cutting to size the reinforced continuous band-like element to form at least one first reinforcement element (5a, 5b) having a first cutting length; - depositing said at least one first reinforcement element (5a, 5b) on a respective deposition area defined on a respective component of a first tyre; - translating the cutting group along the feeding direction from said first operative position to a second operative position; - moving the reinforced continuous band-like element along the feeding direction with a second advancing step different from the first advancing step; - cutting to size the reinforced continuous band-like element to form at least one second reinforcement element (15a, 15b) having at least one second cutting length different from said first cutting length; - depositing said at least one second reinforcement element (15a, 15b) on a respective deposition area defined on a respective component of a second tyre; wherein said second operative position is defined on the basis of said at least one second cutting length. - feeding a reinforced continuous band-like element at a cutting group by moving it along a feeding direction with a first advancing step, said cutting group being arranged along the feeding direction in a first operative position; - cutting to size the reinforced continuous band-like element to form at least one first reinforcement element (5a, 5b) having a first cutting length; - depositing said at least one first reinforcement element (5a, 5b) on a respective deposition area defined on a respective component of a first tyre; - translating the cutting group along the feeding direction from said first operative position to a second operative position; - moving the reinforced continuous band-like element along the feeding direction with a second advancing step different from the first advancing step; - cutting to size the reinforced continuous band-like element to form at least one second reinforcement element (15a, 15b) having at least one second cutting length different from said first cutting length; - depositing said at least one second reinforcement element (15a, 15b) on a respective deposition area defined on a respective component of a second tyre; wherein said second operative position is defined on the basis of said at least one second cutting length.
A hologram recording medium having one surface with a surface energy of at least 50 mN/m, and a higher surface energy than a polymer resin layer containing at least one polymer selected from the group consisting of triacetyl cellulose, alicyclic olefin polymer and polyethylene terephthalate, wherein the hologram recording medium comprises a polymer substrate including a polymer resin having a silane-based functional group in a main chain or a branched chain of the polymer, wherein a fine pattern is formed on a surface of the polymer substrate that is the other surface of the hologram recording medium, wherein the fine pattern has a shape including two or more fine protrusions in which a maximum value of the height and a minimum value of the height are alternately repeated based on the cross section of the polymer substrate, and a standard error of the distance in the cross-sectional direction of the polymer substrate between the maximum value of the height of the one fine protrusion and the minimum value of the height of the adjacent fine protrusion is 20 nm or less, wherein the distance in the cross-sectional direction of the polymer substrate between the maximum value of the height of the one fine projection and the minimum value of the adjacent fine projection is 0.2 μ m to 2 μ m, and wherein the polymer substrate includes a cross-linked product between a polymer matrix including a (meth)acrylate-based (co)polymer having a silane-based functional group in a branched chain, and a silane crosslinking agent; and a photoreactive monomer. wherein the hologram recording medium comprises a polymer substrate including a polymer resin having a silane-based functional group in a main chain or a branched chain of the polymer, wherein a fine pattern is formed on a surface of the polymer substrate that is the other surface of the hologram recording medium, wherein the fine pattern has a shape including two or more fine protrusions in which a maximum value of the height and a minimum value of the height are alternately repeated based on the cross section of the polymer substrate, and a standard error of the distance in the cross-sectional direction of the polymer substrate between the maximum value of the height of the one fine protrusion and the minimum value of the height of the adjacent fine protrusion is 20 nm or less, wherein the distance in the cross-sectional direction of the polymer substrate between the maximum value of the height of the one fine projection and the minimum value of the adjacent fine projection is 0.2 μ m to 2 μ m, and wherein the polymer substrate includes a cross-linked product between a polymer matrix including a (meth)acrylate-based (co)polymer having a silane-based functional group in a branched chain, and a silane crosslinking agent; and a photoreactive monomer.
A mounting member for wrapping and mounting a pollution control element in a casing of a pollution control device, the mounting member comprising: - inorganic fiber material; and - inorganic particles, wherein the inorganic particles are distributed throughout most of the mounting member and comprise an average diameter of DV 50 of 1000 nm to 15000 nm measured according to DIN ISO 13320 and wherein the inorganic particles are selected from the group consisting of metal oxide hydroxides, clays, nitrides, carbides, sulphides, carbonates and combinations thereof. - inorganic fiber material; and - inorganic particles, wherein the inorganic particles are distributed throughout most of the mounting member and comprise an average diameter of DV 50 of 1000 nm to 15000 nm measured according to DIN ISO 13320 and wherein the inorganic particles are selected from the group consisting of metal oxide hydroxides, clays, nitrides, carbides, sulphides, carbonates and combinations thereof.
An RFID tag comprising: an RFID device including a storage into which data is writable from a writing apparatus through wireless communication; and a controller that reads object information for output stored in the storage and causes an output device to output the read object information, characterized in that, in response to the object information being written into the storage, the controller reads the object information after an elapse of a set waiting time, and the storage includes a storage region into which setting data of the waiting time is writable from the writing apparatus. an RFID device including a storage into which data is writable from a writing apparatus through wireless communication; and a controller that reads object information for output stored in the storage and causes an output device to output the read object information, characterized in that, in response to the object information being written into the storage, the controller reads the object information after an elapse of a set waiting time, and the storage includes a storage region into which setting data of the waiting time is writable from the writing apparatus.
Powder module (1, 15, 24) for an apparatus for additively manufacturing of three-dimensional objects, comprising a powder chamber defining a powder room, which is fillable with building material in powder form and a cover defining the powder room at its top, characterized in that the powder module (1, 15, 24) comprises at least one equalization unit, configured for spreading the building material inside the powder room, wherein the powder module (1, 15, 24) comprises a carrying unit defining the powder room bottom with a movable carrying element, whereby the volume of the powder room is variable dependent on a position of the carrying element.
Use of a cysteine derivative represented by the following formula or as an additive to a cosmetic agent for suppressing eumelanin production and/or as a skin whitening agent and/or pigmented spot-preventing or improving agent: wherein X and Y are each independently OR 1 or NHR 2 wherein R 1 and R 2 are each independently a hydrogen atom or a C 1-22 alkyl group, or an amino acid residue wherein the carboxyl group is optionally esterified by a C 1-22 alkoxy group or amidated by a C 1-22 alkylamino group, or X and Y in combination optionally form -O-; Z is a hydrogen atom or a C 1-22 alkyl group; and W is a C 1-22 alkyl group, a C 1-22 alkoxy group or a C 1-22 alkylamino group; or a salt thereof; wherein X' is OR 1 or NHR 2 wherein R 1 and R 2 are each independently a hydrogen atom or a C 1-22 alkyl group, or an amino acid residue wherein the carboxyl group is optionally esterified by a C 1-22 alkoxy group or amidated by a C 1-22 alkylamino group; D is an aromatic heterocyclic group optionally substituted by substituent(s) selected from (i) a hydroxyl group, and (ii) a C 1-6 alkyl group optionally substituted by hydroxyl group(s), or a C 1-22 alkyl group optionally substituted by hydroxyl group(s); Z' is a hydrogen atom or a C 1-22 alkyl group; and W' is a C 1-22 alkyl group, a C 1-22 alkoxy group or a C 1-22 alkylamino group, or a salt thereof. OR 1 or NHR 2 wherein R 1 and R 2 are each independently a hydrogen atom or a C 1-22 alkyl group, or an amino acid residue wherein the carboxyl group is optionally esterified by a C 1-22 alkoxy group or amidated by a C 1-22 alkylamino group, or X and Y in combination optionally form -O-; Z is a hydrogen atom or a C 1-22 alkyl group; and W is a C 1-22 alkyl group, a C 1-22 alkoxy group or a C 1-22 alkylamino group; or a salt thereof; wherein X' is OR 1 or NHR 2 wherein R 1 and R 2 are each independently a hydrogen atom or a C 1-22 alkyl group, or an amino acid residue wherein the carboxyl group is optionally esterified by a C 1-22 alkoxy group or amidated by a C 1-22 alkylamino group; an aromatic heterocyclic group optionally substituted by substituent(s) selected from (i) a hydroxyl group, and (ii) a C 1-6 alkyl group optionally substituted by hydroxyl group(s), or (i) a hydroxyl group, and (ii) a C 1-6 alkyl group optionally substituted by hydroxyl group(s), or a C 1-22 alkyl group optionally substituted by hydroxyl group(s); Z' is a hydrogen atom or a C 1-22 alkyl group; and W' is a C 1-22 alkyl group, a C 1-22 alkoxy group or a C 1-22 alkylamino group, or a salt thereof.
A file access method, wherein the file access method is applied to a computing node, the computing node comprises a memory, and the memory comprises: a file storage memory area and a process work memory area, wherein a memory page table is stored in the process work memory area, an operating system runs in the process work memory area, a file system is stored in the file storage memory area; wherein the file access method comprises: receiving, by the operating system, a file open request carrying a file identifier; obtaining, by the operating system, a first index node of a file denoted by the file identifier, wherein the file is stored in the file storage memory area; and obtaining, based on the first index node, a first physical address space of a memory area for storing the file from the file storage memory area; allocating, by the operating system, a first virtual address space to the file; and recording, by the operating system, a first virtual-physical address mapping relationship by using the memory page table, wherein the first virtual-physical address mapping relationship comprises a mapping relationship between the first virtual address space and the first physical address space, wherein the memory page table comprises a kernel memory page table and/or a user process memory page table. receiving, by the operating system, a file open request carrying a file identifier; obtaining, by the operating system, a first index node of a file denoted by the file identifier, wherein the file is stored in the file storage memory area; and obtaining, based on the first index node, a first physical address space of a memory area for storing the file from the file storage memory area; allocating, by the operating system, a first virtual address space to the file; and recording, by the operating system, a first virtual-physical address mapping relationship by using the memory page table, wherein the first virtual-physical address mapping relationship comprises a mapping relationship between the first virtual address space and the first physical address space, wherein the memory page table comprises a kernel memory page table and/or a user process memory page table.
A method for water flow control for swimming training, comprising: activating a filter pump, the filter pump obtaining water from a pool and pumping the water into a swimming pump, the water entering the swimming pump through a main water inlet pipe to form a first state of water circulation; and activating the swimming pump, the swimming pump starts pumping water at a first predetermined time, the swimming pump pumping water from the pool and pressing the water back into the pool via a jet nozzle forming a second state of water circulation; and detecting a water level of the main water inlet pipe, wherein, when the water level is higher than a predetermined water level value, the swimming pump is activated and when the water level is lower than the predetermined water level and the filter pump operation reaches a predetermined time, the filter pump is stopped. activating a filter pump, the filter pump obtaining water from a pool and pumping the water into a swimming pump, the water entering the swimming pump through a main water inlet pipe to form a first state of water circulation; and activating the swimming pump, the swimming pump starts pumping water at a first predetermined time, the swimming pump pumping water from the pool and pressing the water back into the pool via a jet nozzle forming a second state of water circulation; and detecting a water level of the main water inlet pipe, wherein, when the water level is higher than a predetermined water level value, the swimming pump is activated and when the water level is lower than the predetermined water level and the filter pump operation reaches a predetermined time, the filter pump is stopped.
A thermoelectric material, comprising mainly a clathrate compound represented by a following chemical formula: Ba a Ga b Al c Si d, wherein 7.8≤a≤8.16, 7.91≤b≤10.74, 4.36≤c≤6.95, 30.13≤d≤31.54, and a+b+c+d=54, wherein a "strongest peak ratio" defined by the following equation is less than 100%, " strongest peak ratio" = IHS / IHS + IA × 100 % where "IHS" is a strongest peak of a Si clathrate phase by an X-Ray diffraction analysis and "IA" is a strongest peak of a second phase by the X-Ray diffraction analysis.