mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an article including an absorbent body having constricted portions to be a crotch portion, the method comprising: an introduction step of introducing a continuous laminate to be the absorbent body into between a first roll and a second roll; a trimming step of trimming the continuous laminate by the first and the second rolls ( R1 and R2) so as to successively form the constricted portions along the continuous laminate; a first hand-over step of handing over the continuous laminate from the second roll to a third roll; and a separation step of successively severing the continuous laminate being carried by the third roll into units of individual articles, thereby obtaining the absorbent body, wherein the method comprises a first hold step of continuing to hold the continuous laminate by at least one of the second roll and the third roll, after trimming the continuous laminate in the trimming step until the separation in the separation step; further comprising, prior to the introduction step, a step of placing, on the continuous laminate, a leg elastic member that is stretchable in a longitudinal direction of the absorbent body. an introduction step of introducing a continuous laminate to be the absorbent body into between a first roll and a second roll; a trimming step of trimming the continuous laminate by the first and the second rolls ( R1 and R2) so as to successively form the constricted portions along the continuous laminate; a first hand-over step of handing over the continuous laminate from the second roll to a third roll; and a separation step of successively severing the continuous laminate being carried by the third roll into units of individual articles, thereby obtaining the absorbent body, wherein the method comprises a first hold step of continuing to hold the continuous laminate by at least one of the second roll and the third roll, after trimming the continuous laminate in the trimming step until the separation in the separation step; further comprising, prior to the introduction step, a step of placing, on the continuous laminate, a leg elastic member that is stretchable in a longitudinal direction of the absorbent body.
A compound of formula I, or the pharmaceutically acceptable salts thereof, wherein, R 1 is selected from the group consisting of -R 1 '-NR c C R b, and -R 1 '-N=CR c R b; R c is H or C1-C3 alkyl group; R 1 ' is phenyl or cyclohexyl; R b is a substituted or unsubstituted C2-C8 alkenyl, or a substituted or unsubstituted isoxazolyl, and the substitution means having one or more substituents selected from the group consisting of -OH, -CN, C1-C4 alkyl; or the compound is R 1 is selected from the group consisting of -R 1 '-NR c C R b, and -R 1 '-N=CR c R b; R c is H or C1-C3 alkyl group; R 1 ' is phenyl or cyclohexyl; R b is a substituted or unsubstituted C2-C8 alkenyl, or a substituted or unsubstituted isoxazolyl, and the substitution means having one or more substituents selected from the group consisting of -OH, -CN, C1-C4 alkyl; or the compound is
A frequency selective surface, FSS, wherein the FSS comprises multiple FSS units that are uniformly arranged, each FSS unit comprises a dielectric slab and N square-ring metal patches, the N square-ring metal patches are stuck on a first surface of the dielectric slab, and the FSS unit further comprises a cross-shaped metal patch, wherein the cross-shaped metal patch is stuck on the first surface of the dielectric slab, and divides the first surface of the dielectric slab into four parts with an equal area, each part has a same quantity of the square-ring metal patches, and N is a positive integer power of 4; wherein lengths of the cross-shaped metal patch in two mutually perpendicular directions are equal, a length in each direction is 0.25 to 0.75 times a first wavelength, a width of a gap between adjacent square-ring patches is 0.02 to 0.06 times a second wavelength, the first wavelength is a wavelength that is corresponding to a transmission band center frequency of the FSS and that is in the dielectric slab, and the second wavelength is a wavelength that is corresponding to a reflection band center frequency of the FSS and that is in vacuum, and that the dielectric slab in the FSS unit has N holes, positions of the N holes are in a one-to-one correspondence with positions of the N square-ring metal patches, and an area of the hole is less than an area of the inner ring of the square-ring metal patch.
A lighting device comprising; - a first part, - a second part which is flexibly connected to the first part so that the lighting device can be in at least two configurations, - a sensor for detecting the configuration of the lighting device, characterised in that - each of the first and second parts comprises a first and a second light source, the first light source is for emitting light in a first direction and the second light source is for emitting light in a second direction different to the first direction, and by - a controller for controlling the light sources, and wherein the sensor output is fed to the controller, and based on the sensor output the controller selectively powers either the first light sources, second light sources or a combination of the first and second light sources. - a first part, - a second part which is flexibly connected to the first part so that the lighting device can be in at least two configurations, - a sensor for detecting the configuration of the lighting device, characterised in that - each of the first and second parts comprises a first and a second light source, the first light source is for emitting light in a first direction and the second light source is for emitting light in a second direction different to the first direction, and by - a controller for controlling the light sources, and wherein the sensor output is fed to the controller, and based on the sensor output the controller selectively powers either the first light sources, second light sources or a combination of the first and second light sources.
A method comprising: performing a registration process for forming an association between a shared device configured for use by multiple users and a personal device of a user, receiving, by the personal device, a request to perform a user function to be cooperatively provided by the personal device and the associated shared device; and cooperating with the associated shared device, by the personal device, to provide the requested user function personalized to the user of the personal device, characterized in that the registration process comprises receiving, by the personal device, pictures captured by the shared device of its users for facial recognition, wherein facial recognition comprises comparing, by the personal device, the received pictures to a reference picture of the user, and associating, by the personal device, the personal device with the shared device and sending to the associated shared device, a selection of one of the received pictures to register the personal device with the associated shared device, the selection indicating a correspondence between the picture of one of the multiple users and the reference picture of the user of the personal device. performing a registration process for forming an association between a shared device configured for use by multiple users and a personal device of a user, receiving, by the personal device, a request to perform a user function to be cooperatively provided by the personal device and the associated shared device; and cooperating with the associated shared device, by the personal device, to provide the requested user function personalized to the user of the personal device, characterized in that the registration process comprises receiving, by the personal device, pictures captured by the shared device of its users for facial recognition, wherein facial recognition comprises comparing, by the personal device, the received pictures to a reference picture of the user, and associating, by the personal device, the personal device with the shared device and sending to the associated shared device, a selection of one of the received pictures to register the personal device with the associated shared device, the selection indicating a correspondence between the picture of one of the multiple users and the reference picture of the user of the personal device.
Motor vehicle comprising an exhaust gas recirculation circuit, the exhaust gas recirculation circuit comprising: - at least one valve comprising a body defining a first duct opening into a second duct thereby defining an intersection that forms a seat at right angles to the second duct, a valve disk that slides in the first duct at right angles to the seat between a closed position and an open position in which the valve disk lies into close proximity to a wall of the first duct lying facing the seat, the valve comprising means of actuating the valve disk from its closed position to its open position and an elastic spring mechanism bringing the valve disk to its closed position, - an exhaust pipe connected to the first duct of the valve, - an intake pipe connected to the second duct of the valve, the circuit being arranged to define a flow direction for a gas flow from the first duct to the second duct in such a manner as the gas flow tends to bring the valve disk in the closed position at least when the valve disk lies into close proximity to its closed position. - at least one valve comprising a body defining a first duct opening into a second duct thereby defining an intersection that forms a seat at right angles to the second duct, a valve disk that slides in the first duct at right angles to the seat between a closed position and an open position in which the valve disk lies into close proximity to a wall of the first duct lying facing the seat, the valve comprising means of actuating the valve disk from its closed position to its open position and an elastic spring mechanism bringing the valve disk to its closed position, - an exhaust pipe connected to the first duct of the valve, - an intake pipe connected to the second duct of the valve,
A door opening and closing system comprising: a catch (8, 71, 72) which is mountable at either one of a door (d) and a frame (f), and a door opening and closing device which is mountable on an opposite one of the door (d) and the frame (f) and has a retractable arm that is engageable with the catch (8, 71, 72), in which, when the door (d) gets closed, the retractable arm of the door opening and closing device is engaged with the catch (8, 71, 72) and the retractable arm rotates about an arm axis to give the door (d) a force in a closing direction, wherein the catch (8, 71, 72) has a catch base which is mounted on the one of the door (d) and the frame (f) and a catch shaft (12, 73) which is installed in the catch base slidable in an axial direction and engaged with the retractable arm, the catch shaft (12, 73) has a main body part (55b, 73b) which is engageable with the retractable arm and a step part (55a, 73a) which is provided at a tip end of the main body part (55b, 73b) and engageable with the retractable arm, characterized in that the retractable arm has a main body part and an arm part, wherein the arm part extends horizontally from the upper end of the main body part, wherein a groove part for inserting the catch shaft (12, 73) is formed in the upper surface of the arm part, said groove part extending from a midpoint of the arm part to the tip end, the groove part comprises both-side wall parts (49, 50) being different in height from each other, wherein the lowerawall part of the groove part has an inclined surface for the catch shaft (12, 73) to enter the groove part g and the step part (55a, 73a) of the catch shaft (12, 73) and the retractable arm are engageable with each other in a state where the retractable arm is further rotated in the closing direction after the main body part (55b, 73b) of the catch shaft (12, 73) and the retractable arm are engaged with each other.
A system comprising: an electrical switchgear comprising at least a cable compartment provided with at least one bushing, at least a connector through which a cable can be connected to the at least one bushing, and a support arranged in a connection point between the at least one bushing and the at least one connector; the system also comprises a phase and zero-sequence current sensing modular system, wherein said the modular system comprises at least one phase current sensor for sensing the phase current, and at least one zero-sequence current sensor for sensing the zero-sequence current, wherein the phase current sensor is embedded in at least a first module; and the zero-sequence current sensor is embedded in at least a second module; wherein the first module is independent of the second module, meaning that it is not necessary to replace both modules (7, 8) if circumstances required having to replace, add or remove any of them; wherein the first module and the second module are configured to be mounted directly in the connection point between the at least one bushing of the electrical switchgear and the at least one connector of at least one grid cable; characterized in that: the electrical switchgear is a high-voltage switchgear, the first module and the second module are mounted on the support, and the second module is installed next to the first module. an electrical switchgear comprising at least a cable compartment provided with at least one bushing, at least a connector through which a cable can be connected to the at least one bushing, and a support arranged in a connection point between the at least one bushing and the at least one connector; the system also comprises a phase and zero-sequence current sensing modular system, wherein said the modular system comprises at least one phase current sensor for sensing the phase current, and at least one zero-sequence current sensor for sensing the zero-sequence current, wherein the phase current sensor is embedded in at least a first module; and the zero-sequence current sensor is embedded in at least a second module; wherein the first module is independent of the second module, meaning that it is not necessary to replace both modules (7, 8) if circumstances required having to replace, add or remove any of them; wherein the first module and the second module are configured to be mounted directly in the connection point between the at least one bushing of the electrical switchgear and the at least one connector of at least one grid cable; characterized in that: the electrical switchgear is a high-voltage switchgear, the first module and the second module are mounted on the support, and the second module is installed next to the first module. the electrical switchgear is a high-voltage switchgear, the first module and the second module are mounted on the support, and the second module is installed next to the first module.
A core-sheath rope, comprising a textile core with several stationary threads completely extending in the longitudinal direction of the rope, an outer sheath provided in the form of a hollow braid, and an inner sheath provided in the form of a hollow braid and surrounding the core, characterized in that part of the stationary threads of the core are braided individually into the hollow braid (41, 42) of the inner sheath and that part of the stationary threads (27, 28) of the core is present in the centre of the core without being connected to each other and without being braided into the inner sheath.
A topical anti-parasitic composition comprising: (i) from 0.001% w/v to 15% w/v of at least one avermectin, based on the total volume of the composition, wherein the at least one avermectin is eprinomectin; (ii) at least 60% w/v of isopropyl alcohol solvent, based on the total volume of the composition; and (iii)at least one oil in an amount of up to 30% w/v, based on the total volume of the composition, wherein the oil comprises propylene glycol dicaprylate/caprate, caprylic acid/capric triglyceride or mixtures thereof and wherein the composition is free of polymeric material. (i) from 0.001% w/v to 15% w/v of at least one avermectin, based on the total volume of the composition, wherein the at least one avermectin is eprinomectin; (ii) at least 60% w/v of isopropyl alcohol solvent, based on the total volume of the composition; and (iii)at least one oil in an amount of up to 30% w/v, based on the total volume of the composition, wherein the oil comprises propylene glycol dicaprylate/caprate, caprylic acid/capric triglyceride or mixtures thereof and wherein the composition is free of polymeric material.
A system for reducing fitness of at least one weed species of interest, comprising: a non-transitory memory having stored thereon a code for execution by at least one hardware processor, the code comprising: code for inputting into at least one classifier, at least one image captured by at least one imaging sensor, the at least one image depicting at least one weed species of interest; code for computing by the at least one classifier, an indication of likelihood of the at least one weed predicted for being at a growth state suitable for artificial pollination of flowers of the at least one weed species of interest at a certain future time interval, wherein the at least one classifier is trained on a training dataset comprising a plurality of images of respective at least one weed species of interest in a plurality of various growth states, captured by the at least one imaging sensor and associated indication of a time interval of when the respective at least one weed species of interest is at the target growth state suitable for artificial pollination of flowers thereof relative to the time of capture of the respective image; and code for generating according to the indication of likelihood and the certain future time interval, instructions for execution by pollination controller of a pollinator device for artificially pollinating flowers of the at least one weed species of interest with pollen that reduces fitness of the at least one weed species of interest. code for inputting into at least one classifier, at least one image captured by at least one imaging sensor, the at least one image depicting at least one weed species of interest; code for computing by the at least one classifier, an indication of likelihood of the at least one weed predicted for being at a growth state suitable for artificial pollination of flowers of the at least one weed species of interest at a certain future time interval, wherein the at least one classifier is trained on a training dataset comprising a plurality of images of respective at least one weed species of interest in a plurality of various growth states, captured by the at least one imaging sensor and associated indication of a time interval of when the respective at least one weed species of interest is at the target growth state suitable for artificial pollination of flowers thereof relative to the time of capture of the respective image; and code for generating according to the indication of likelihood and the certain future time interval, instructions for execution by pollination controller of a pollinator device for artificially pollinating flowers of the at least one weed species of interest with pollen that reduces fitness of the at least one weed species of interest.
Screw comprising - a tipward shank section, - a screw thread helix, which is arranged on the tipward shank section, which protrudes from the tipward shank section, and which winds around the tipward shank section, and - a rearward shank section having a coupler for introducing tensile load into the screw, - wherein the tipward shank section and the screw thread helix are non-monolithic with respect to one another, characterized in that - the tipward shank section and the rearward shank section are non-monolithic with respect to one another. - a tipward shank section, - a screw thread helix, which is arranged on the tipward shank section, which protrudes from the tipward shank section, and which winds around the tipward shank section, and - a rearward shank section having a coupler for introducing tensile load into the screw, - wherein the tipward shank section and the screw thread helix are non-monolithic with respect to one another, - the tipward shank section and the rearward shank section are non-monolithic with respect to one another.
A transport vehicle, in particular railway vehicle, comprising - a floor for receiving goods and/or persons, and - a bridge device which can be pivoted relative to the floor about a horizontal axis of rotation and thereby has an allowed free pivotal play having a bridge element which can be extended and retracted relative to the floor on a first side of the bridge device, - the bridge element being designed as a separate component and being displaceably mounted on the bridge device, - wherein the bridge device has a second side which is opposite the first side, is located below the floor and is substantially completely covered by the floor when the bridge element is retracted, and wherein the bridge device is pivotally attached to the floor, wherein the axis of rotation is fixed with respect to the floor, and - wherein the bridge device being designed as a seesaw and being mounted on the axis of rotation arranged between the first and second sides of the bridge device, characterized in that - a first abutment is fixed to the transport vehicle in such a way, and the bridge device is provided with first support means on the second side in such a way that the allowed free pivotal movement of the first side of the bridge element downwards, away from the ground is limited by an interaction of the first abutment with the first support means. - a floor for receiving goods and/or persons, and - a bridge device which can be pivoted relative to the floor about a horizontal axis of rotation and thereby has an allowed free pivotal play having a bridge element which can be extended and retracted relative to the floor on a first side of the bridge device, - the bridge element being designed as a separate component and being displaceably mounted on the bridge device, - wherein the bridge device has a second side which is opposite the first side, is located below the floor and is substantially completely covered by the floor when the bridge element is retracted, and wherein the bridge device is pivotally attached to the floor, wherein the axis of rotation is fixed with respect to the floor, and - wherein the bridge device being designed as a seesaw and being mounted on the axis of rotation arranged between the first and second sides of the bridge device, characterized in that - a first abutment is fixed to the transport vehicle in such a way, and the bridge device is provided with first support means on the second side in such a way that the allowed free pivotal movement of the first side of the bridge element downwards, away from the ground is limited by an interaction of the first abutment with the first support means.
A sheet manufacturing apparatus comprising: a screening unit that has first openings for screening a defibrated material that is defibrating-processed; a refining unit that has second openings having sizes equal to or greater than sizes of the first openings and refines the defibrated material passing through the screening unit by causing the defibrated material to pass through the second openings; and a deposition unit on which the defibrated material passing through the refining unit is deposited. a screening unit that has first openings for screening a defibrated material that is defibrating-processed; a refining unit that has second openings having sizes equal to or greater than sizes of the first openings and refines the defibrated material passing through the screening unit by causing the defibrated material to pass through the second openings; and a deposition unit on which the defibrated material passing through the refining unit is deposited.