mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising a padlock having a shackle for locking a rental chair having a lattice , such as a roofed wicker beach chair , wherein the padlock is configured to unlock upon identifying a first radio-frequency identification tag, characterized in a second radio-frequency identification tag for attachment to a hasp of the lattice , wherein the padlock is further configured to lock upon identifying the second radio-frequency identification tag . a padlock having a shackle for locking a rental chair having a lattice , such as a roofed wicker beach chair , wherein the padlock is configured to unlock upon identifying a first radio-frequency identification tag, characterized in a second radio-frequency identification tag for attachment to a hasp of the lattice , wherein the padlock is further configured to lock upon identifying the second radio-frequency identification tag .
Power-tool system comprising the following components: - a power tool having a tool , - a vacuuming device for extracting dust, which is produced when working with the power tool , by suction, - a suction-connection device , wherein the suction-connection device is arranged between the tool of the power tool and the power tool and is connectable to the power tool in that a toothing of the power tool is able to be brought into engagement with a counterpart toothing on the suction-connection device , characterized in that the toothing of the power tool interacts with the counterpart toothing on the suction-connection device in such a way that at least three fastening stages are settable, and wherein, in a first fastening stage, a handle of the power tool and the suction-connection device are substantially fixed together; in a second fastening stage, the handle of the power tool and the suction-connection device form a unit which is configured so as to be rotatable relative to the power tool ; in a third fastening stage, the suction-connection device is configured so as to be rotatable relative to the handle of the power tool . - a power tool having a tool , - a vacuuming device for extracting dust, which is produced when working with the power tool , by suction, - a suction-connection device , wherein the suction-connection device is arranged between the tool of the power tool and the power tool and is connectable to the power tool in that a toothing of the power tool is able to be brought into engagement with a counterpart toothing on the suction-connection device , characterized in that the toothing of the power tool interacts with the counterpart toothing on the suction-connection device in such a way that at least three fastening stages are settable, and wherein, in a first fastening stage, a handle of the power tool and the suction-connection device are substantially fixed together; in a second fastening stage, the handle of the power tool and the suction-connection device form a unit which is configured so as to be rotatable relative to the power tool ; in a third fastening stage, the suction-connection device is configured so as to be rotatable relative to the handle of the power tool . the toothing of the power tool interacts with the counterpart toothing on the suction-connection device in such a way that at least three fastening stages are settable, and wherein, in a first fastening stage, a handle of the power tool and the suction-connection device are substantially fixed together; in a second fastening stage, the handle of the power tool and the suction-connection device form a unit which is configured so as to be rotatable relative to the power tool ; in a third fastening stage, the suction-connection device is configured so as to be rotatable relative to the handle of the power tool .
A Web server that can access a cloud service the server comprising: providing means for providing a setting screen for making a setting regarding scanned image data, to a client apparatus ; transmission means for transmitting the scanned image data to a cloud service in accordance with a setting regarding the scanned image data that has been received from a user of the client apparatus on the setting screen; and storage means for storing settings regarding the scanned image data that have been received from the user on the setting screen, in association with a type of the scanned image data and information regarding the user, wherein, in a case where a setting screen for making a setting regarding new scanned image data is to be provided, the providing means provides the setting screen for making the setting regarding the new scanned image data, in a state where a setting, among the settings stored by the storage means, that is stored in association with a type of the new scanned image data, and stored in association with information regarding a same user as a user who makes the setting regarding the new scanned image data, is reflected. providing means for providing a setting screen for making a setting regarding scanned image data, to a client apparatus ; transmission means for transmitting the scanned image data to a cloud service in accordance with a setting regarding the scanned image data that has been received from a user of the client apparatus on the setting screen; and storage means for storing settings regarding the scanned image data that have been received from the user on the setting screen, in association with a type of the scanned image data and information regarding the user, wherein, in a case where a setting screen for making a setting regarding new scanned image data is to be provided, the providing means provides the setting screen for making the setting regarding the new scanned image data, in a state where a setting, among the settings stored by the storage means, that is stored in association with a type of the new scanned image data, and stored in association with information regarding a same user as a user who makes the setting regarding the new scanned image data, is reflected.
A method performed by a mobile terminal , for uploading a file in a communications network to a network that is an Internet or cloud , the method comprising, selecting a buffering module to be used for uploading the file, wherein the mobile terminal comprises a specific application for uploading files, which application is associated with a number of buffering modules in different geographical locations, and wherein the selecting is performed by activating the specific application and selecting the buffering module in the closest geographical proximity, sending the file to the selected buffering module , via a capillary network, receiving from the selected buffering module , a notification about an estimated time to any one or more out of: upload start and upload end, refraining from re-sending the file to the selected buffering module until the estimated time to any one or more out of: upload start and upload end has expired.
A contact lens comprising: - an optical zone extending with a first diameter (A) about an optical axis (X) of said lens and provided with a first dioptric power, and - a central region , inside and contiguous with said optical zone , extending about said optical axis with a second diameter (B) smaller than said first diameter, characterised in that inside said central region is provided an optically inactive zone , extending about said optical axis with a third diameter (C) of between 0.16 mm and 0.32 mm, which is provided with a second dioptric power that differs from said first dioptric power by at least 6 dioptres, wherein said optically inactive zone is a region of said contact lens shaped in such a way that the light which passes through it cannot be used for forming images that are distinguishable by the eye of a user, and wherein said central region has a progressive asphericality that joins in a continuous manner said second dioptric power of said optically inactive zone with said first dioptric power of said optical zone . - an optical zone extending with a first diameter (A) about an optical axis (X) of said lens and provided with a first dioptric power, and - a central region , inside and contiguous with said optical zone , extending about said optical axis with a second diameter (B) smaller than said first diameter,
A seed transportation system comprising a rotatable wheel with at least one seed support for holding a seed, wherein said at least one seed support has one or more fixed support structures configured to restrict movement of the seed in a circumferential direction relative to the rotatable wheel and in a direction away from an axis of rotation of the rotatable wheel , wherein said at least one seed support has an access opening in its radially outer side, said access opening permitting access to the seed, characterized in that said access opening is a tangential groove , said tangential groove permitting access to the seed along a secant line cutting the circumference of the rotatable wheel .
Device for mixing free-flowing media, having a drivable mixing shaft which has at least one mixing portion (6.1) having a plurality of circumferential grooves and a bearing portion (6.2) having a protruding coupling end (6.4), and having a housing in multiple parts for receiving the mixing shaft , wherein the housing in the region of the mixing portion (6.1) of the mixing shaft has a mixing chamber having a plurality of mixing grooves which lie opposite the circumferential grooves of the mixing shaft , and in the region of the bearing portion (6.2) of the mixing shaft has a plurality of bearing locations (16.1, 16.2), characterized in that the mixing shaft at the inner free end of the mixing portion (6.1) has a shaft shoulder (6.5) having a cylindrical end portion (6.3) which is mounted so as to slide within a friction bore (9.2) of the housing .
A fiber laser device comprising: a pumping light source configured to output pumping light having a wavelength λ; and a rare earth-doped fiber to which the pumping light is input and which has a core doped with a rare earth element that absorbs the pumping light characterized in that when an intensity change rate of the pumping light output from the pumping light source with respect to a temperature is denoted by ΔP, given in dB/°C, a wavelength change rate of the pumping light output from the pumping light source with respect to the temperature is denoted by Δλp, given in nm/°C, a pumping light absorption change rate of the pumping light in the rare earth-doped fiber per unit wavelength change at the wavelength of λ, given in nm, when the wavelength of the pumping light changes is denoted by A' (λ), given in dB/nm, and a pumping light absorption change amount of the rare earth-doped fiber per unit temperature change at the wavelength of λ, given in nm, when the temperature of the rare earth-doped fiber changes is denoted by ΔA(λ), given in dB/°C, the wavelength λ of the pumping light is such a wavelength λ that ΔP, Δλp×A'(λ) and ΔA(λ) compensate with each other. a pumping light source configured to output pumping light having a wavelength λ; and a rare earth-doped fiber to which the pumping light is input and which has a core doped with a rare earth element that absorbs the pumping light characterized in that when an intensity change rate of the pumping light output from the pumping light source with respect to a temperature is denoted by ΔP, given in dB/°C, a wavelength change rate of the pumping light output from the pumping light source with respect to the temperature is denoted by Δλp, given in nm/°C, a pumping light absorption change rate of the pumping light in the rare earth-doped fiber per unit wavelength change at the wavelength of λ, given in nm, when the wavelength of the pumping light changes is denoted by A' (λ), given in dB/nm, and a pumping light absorption change amount of the rare earth-doped fiber per unit temperature change at the wavelength of λ, given in nm, when the temperature of the rare earth-doped fiber changes is denoted by ΔA(λ), given in dB/°C, the wavelength λ of the pumping light is such a wavelength λ that ΔP, Δλp×A'(λ) and ΔA(λ) compensate with each other.
An aerosol delivery device comprising: a vaporising chamber housing a vaporiser ; a chamber airflow path through the vaporising chamber , the chamber airflow path being a unitary, deflected path extending through a single lateral aperture on a transverse baffle mounted within the vaporising chamber downstream of the vaporiser; a tank housing defining a tank for containing vaporisable liquid; and an insert integral with the transverse baffle and having an inner longitudinally-extending sleeve that defines the vaporising chamber, characterised in that : the insert is inserted into an open end of the tank so as to seal against an inside surface of the tank housing . a vaporising chamber housing a vaporiser ; a chamber airflow path through the vaporising chamber , the chamber airflow path being a unitary, deflected path extending through a single lateral aperture on a transverse baffle mounted within the vaporising chamber downstream of the vaporiser; a tank housing defining a tank for containing vaporisable liquid; and an insert integral with the transverse baffle and having an inner longitudinally-extending sleeve that defines the vaporising chamber, characterised in that : the insert is inserted into an open end of the tank so as to seal against an inside surface of the tank housing .
A soil processing machine, in particular a soil compactor, comprising at least one drive roller driven to rotate and an electrohydraulic drive system for driving at least one drive roller , wherein the electrohydraulic drive system has a traction hydraulic circuit having at least one traction hydraulic motor in association with at least one drive roller and at least one traction hydraulic pump driven by an electric motor for conveying fluid in the traction hydraulic circuit , wherein the traction hydraulic circuit comprises a first line region between a first connection fitting of the at least one traction hydraulic pump and a respective first connection fitting of each traction hydraulic motor for conveying fluid to each traction hydraulic motor to drive the at least one drive roller in a first direction of rotation and a second line region between a second connection fitting of the at least one traction hydraulic pump and a respective second connection fitting of each traction hydraulic motor for conveying fluid to each traction hydraulic motor to drive the at least one drive roller in a second direction of rotation opposite to the first direction of rotation, wherein a valve assembly is provided in association with each line region for selectively interrupting and releasing a fluid flow connection between the at least one traction hydraulic pump and at least one traction hydraulic motor , characterized in that a first pressure sensor arrangement is provided in association with the valve assembly arranged in the first line region , wherein the first pressure sensor arrangement comprises at least one pressure sensor for detecting a fluid pressure in a line section of the first line region between the first connection fitting of the at least one traction hydraulic pump and the valve assembly arranged in the first line region and at least one pressure sensor for detecting a fluid pressure in a line section of the first line region between the valve assembly arranged in the first line region and the at least one traction hydraulic motor , and/or in that a second pressure sensor arrangement is provided in association with the valve assembly arranged in the second line region , wherein the second pressure sensor arrangement comprises at least one pressure sensor for detecting a fluid pressure in a line section of the second line region between the second connection fitting of the at least one traction hydraulic pump and the valve assembly arranged in the second line region and at least one pressure sensor for detecting a fluid pressure in a line section of the second line region between the valve assembly arranged in the second line region and the at least one traction hydraulic motor .
Process for producing flexible polyurethane foams by reacting a component A containing A1 5 to 85 parts by weight of at least one polyoxymethylene-polyoxyalkylene block copolymer having a hydroxyl number according to DIN EN ISO 4629-1:2016-12 of 5 mg KOH/g to 56 mg KOH/g, preferably 35 to 50, more preferably 38 to 48, mg KOH/g, wherein the two polyoxyalkylene blocks are terminal; A2 0 to 95 parts by weight of at least one compound having 2 to 6 Zerewitinoff-active H atoms selected from the group of polyether polyols, polyester polyols, polyether ester polyols, polycarbonate polyols and/or polyacrylate polyols; A3 0.1 to 25 parts by weight based on the sum of the parts by weight of the components A1 and A2 of water and/or physical blowing agents, A4 0 to 10 parts by weight based on the sum of the parts by weight of the components A1 and A2 of at least one compound which has at least 2 Zerewitinoff-active H atoms and is distinct from A2; A5 0 to 10 parts by weight based on the sum of the parts by weight of the components A1 and A2 of auxiliary and additive substances; with a component B containing B1 at least one di- and/or polyisocyanate having an average NCO functionality of 2.0 to 2.6; wherein the reaction of the component A with the component B is performed in the presence of a catalyst and at an isocyanate index of 50 to 130, and wherein all reported parts by weight of the components A1 to A5 are normalized such that the parts by weight of A1 + A2 in the composition sum to 100 parts by weight. A1 5 to 85 parts by weight of at least one polyoxymethylene-polyoxyalkylene block copolymer having a hydroxyl number according to DIN EN ISO 4629-1:2016-12 of 5 mg KOH/g to 56 mg KOH/g, preferably 35 to 50, more preferably 38 to 48, mg KOH/g, wherein the two polyoxyalkylene blocks are terminal; A2 0 to 95 parts by weight of at least one compound having 2 to 6 Zerewitinoff-active H atoms selected from the group of polyether polyols, polyester polyols, polyether ester polyols, polycarbonate polyols and/or polyacrylate polyols; A3 0.1 to 25 parts by weight based on the sum of the parts by weight of the components A1 and A2 of water and/or physical blowing agents, A4 0 to 10 parts by weight based on the sum of the parts by weight of the components A1 and A2 of at least one compound which has at least 2 Zerewitinoff-active H atoms and is distinct from A2; A5 0 to 10 parts by weight based on the sum of the parts by weight of the components A1 and A2 of auxiliary and additive substances; with a component B containing B1 at least one di- and/or polyisocyanate having an average NCO functionality of 2.0 to 2.6;
System for building concrete towers applicable in the section-wise construction of reinforced or prestressed concrete towers comprising a limited number of equal groups of formwork pieces , which are aimed to allow the formation of successive formwork sections, and which delimit the outer surface of the section of the tower (T) to be built, said limited number of groups being coincident with the number of sides or faces of the tower (T) to be built, characterized in that each group of pieces comprise at least: - intermediate pieces , with a base , a top end and two parallel vertical sides , said intermediate pieces presenting a curved surface of constant curvature and width along the entire length thereof and, - end pieces , forming two symmetrical side corners of the group, the side corners having a triangular or trapezoidal outline, provided with a base , an upper apex , a vertical side and an oblique side ; said side corners presenting: a curved surface having the same curvature as that of the intermediate pieces, and a decreasing width from the base to the upper apex ; and the oblique side and the base of the side comers, formed by the end pieces , define an angle between them that corresponds to the angle of convergence or inclination of the sides of the tower to be built; and the base of the side corners, formed by the end pieces , present the same length as the base of one of the intermediate pieces , or the sum of the bases of two or more intermediate pieces , said groups of pieces being dimensioned to form in a first embodiment, by combining a varying number of intermediate pieces , arranged vertically and laterally attached, the sides of a formwork for building a section of a tower (T) of constant cross-section; and in a second embodiment to form, by means of the combination of the end pieces and of a varying number of intermediate pieces laterally attached and arranged with a certain inclination with respect to the vertical, sides of a formwork for building a section of a tower (T) of varying cross-section. - intermediate pieces , with a base , a top end and two parallel vertical sides , said intermediate pieces presenting a curved surface of constant curvature and width along the entire length thereof and, - end pieces , forming two symmetrical side corners of the group, the side corners having a triangular or trapezoidal outline, provided with a base , an upper apex , a vertical side and an oblique side ; said side corners presenting: a curved surface having the same curvature as that of the intermediate pieces, and a decreasing width from the base to the upper apex ; and the oblique side and the base of the side comers, formed by the end pieces , define an angle between them that corresponds to the angle of convergence or inclination of the sides of the tower to be built; and the base of the side corners, formed by the end pieces , present the same length as the base of one of the intermediate pieces , or the sum of the bases of two or more intermediate pieces ,
Arrangement within a motor vehicle comprising a body side and a body , the arrangement comprising a body side stiffener , such as a stiffener of a front tip of the body side , the stiffener being fastened, on the one hand, to the body and, on the other hand, to the body side , the stiffener having the form of an angle bracket comprising a first wing and a second wing , the second wing of the stiffener comprising a lug , in particular a lug arranged at a distal end of the second wing with respect to the first wing , characterized in that a front tip of the body side comes opposite an upper edge of a front wing on the one hand and opposite a rear edge of a front bonnet on the other hand.
Method for controlling an autonomous motor vehicle in an urban area having the steps: a) determining (S10) whether the autonomous motor vehicle is located on a specified road marking ; b) in the case that step a) is negated: limiting (S12) a vehicle speed to a specified safety value; c) in the case that step a) is affirmed: controlling (S14) the autonomous motor vehicle on the specified road marking , wherein the vehicle speed is limited to a specified speed value; characterised in that for the predetermined safety value a walking speed is used, particularly a value in a range from 5 km/h to 15 km/h. a) determining (S10) whether the autonomous motor vehicle is located on a specified road marking ; b) in the case that step a) is negated: limiting (S12) a vehicle speed to a specified safety value; c) in the case that step a) is affirmed: controlling (S14) the autonomous motor vehicle on the specified road marking , wherein the vehicle speed is limited to a specified speed value;