mhurhangee/ep-ind-claims huggingface dataset:
A platform step device comprising: a housing unit disposed at a platform in a position-fixed manner; a driving unit including a driving motor disposed at the housing unit; a transmission unit configured to transmit a driving force generated from the driving unit; and a foldable step unit comprising a foldable step inner folding support part operated inside the housing unit by means of the driving force of the driving unit, which is transmitted through the transmission unit, and a foldable step plate connected at least to the foldable step inner folding support part and configured to rotate around a rotational axis formed along a longitudinal direction parallel to that of the platform in response to the operation of the foldable step inner folding support part so that the foldable step plate can be collapsibly folded, withdrawn, and accommodated, characterized in that the foldable step inner folding support part comprises a plurality of rotational axes arranged in non-parallel with each other when projected on a plane perpendicular to the vehicle entry direction of the platform at the time of completely unfolding the foldable step plate. a housing unit disposed at a platform in a position-fixed manner; a driving unit including a driving motor disposed at the housing unit; a transmission unit configured to transmit a driving force generated from the driving unit; and a foldable step unit comprising a foldable step inner folding support part operated inside the housing unit by means of the driving force of the driving unit, which is transmitted through the transmission unit, and a foldable step plate connected at least to the foldable step inner folding support part and configured to rotate around a rotational axis formed along a longitudinal direction parallel to that of the platform in response to the operation of the foldable step inner folding support part so that the foldable step plate can be collapsibly folded, withdrawn, and accommodated, characterized in that the foldable step inner folding support part comprises a plurality of rotational axes arranged in non-parallel with each other when projected on a plane perpendicular to the vehicle entry direction of the platform at the time of completely unfolding the foldable step plate.
A vehicle comprising a warning system and an energy storage system of a vehicle, the warning system comprising: an energy storage control unit configured to detect a hazardous condition of an energy storage; and characterized by an illumination system configured to illuminate a ground area adjacent to the vehicle at the location of the energy storage for which a hazardous condition is detected, wherein the illumination system comprises a plurality of light sources arranged at a bottom edge of the energy storage and/or one or more light sources (202, 204) arranged horizontally along a length of the energy storage. an energy storage control unit configured to detect a hazardous condition of an energy storage; and characterized by an illumination system configured to illuminate a ground area adjacent to the vehicle at the location of the energy storage for which a hazardous condition is detected, wherein the illumination system comprises a plurality of light sources arranged at a bottom edge of the energy storage and/or one or more light sources (202, 204) arranged horizontally along a length of the energy storage.
An assist device (1; 2) to assist a movement of a joint comprising: a ball screw (13; 23) that is configured to convert a rotational motion of a screw shaft (130; 230) rotated by a motor (11; 21) into a linear motion of a nut (131; 231); a linear motion member (14; 24) that is provided coaxially with the screw shaft (130; 230) and configured to move along the screw shaft (130; 230) with the nut (131; 231); an elastic member (150, 151; 250, 251) that is provided coaxially with the screw shaft (130; 230) so as to interpose between the nut (131; 231) and the linear motion member (14; 24); and a speed reduction mechanism that is configured to reduce a rotational speed of the motor (11; 21) and to transmit a power of the motor (11; 21) to the ball screw (13; 23), characterized by a crank mechanism (17; 27) that is configured to convert the linear motion of the linear motion member (14; 24) into a rotational motion,wherein the speed reduction mechanism comprises: a small gear fixed to a drive shaft of the motor (11; 21); and a large gear fixed to the screw shaft (130; 230), having a larger diameter than the small gear, and interlocking with the small gear via another gear or directly engaging with the small gear. a ball screw (13; 23) that is configured to convert a rotational motion of a screw shaft (130; 230) rotated by a motor (11; 21) into a linear motion of a nut (131; 231); a linear motion member (14; 24) that is provided coaxially with the screw shaft (130; 230) and configured to move along the screw shaft (130; 230) with the nut (131; 231); an elastic member (150, 151; 250, 251) that is provided coaxially with the screw shaft (130; 230) so as to interpose between the nut (131; 231) and the linear motion member (14; 24); and a speed reduction mechanism that is configured to reduce a rotational speed of the motor (11; 21) and to transmit a power of the motor (11; 21) to the ball screw (13; 23), characterized by a crank mechanism (17; 27) that is configured to convert the linear motion of the linear motion member (14; 24) into a rotational motion,wherein the speed reduction mechanism comprises: a small gear fixed to a drive shaft of the motor (11; 21); and a large gear fixed to the screw shaft (130; 230), having a larger diameter than the small gear, and interlocking with the small gear via another gear or directly engaging with the small gear. a small gear fixed to a drive shaft of the motor (11; 21); and a large gear fixed to the screw shaft (130; 230), having a larger diameter than the small gear, and interlocking with the small gear via another gear or directly engaging with the small gear.
An encryption evaluation device (1, 100) for evaluating security of a block cipher encrypting data of a predetermined size for each block by repeatedly executing a round process a predetermined number of rounds, the round process using a round function converting data based on a key, the encryption evaluation device comprising: a structure specification information accepting means (11, 101) for accepting structure specification information for specifying a structure of the block cipher; and a security index value calculating (12, 102) for specifying a non-use number as a number of round functions that are not used in meet-in-the-middle attack, based on the accepted structure specification information, and calculating a security index value indicating a calculation amount required to specify the key by performing the meet-in-the-middle attack, based on the specified non-use number. a structure specification information accepting means (11, 101) for accepting structure specification information for specifying a structure of the block cipher; and a security index value calculating (12, 102) for specifying a non-use number as a number of round functions that are not used in meet-in-the-middle attack, based on the accepted structure specification information, and calculating a security index value indicating a calculation amount required to specify the key by performing the meet-in-the-middle attack, based on the specified non-use number.
A method comprising: contacting plant biomass with an acid component comprising nitric acid to form a first mixture; contacting the first mixture with an oxidizing agent including a nitrate salt selected from sodium nitrate, potassium nitrate, calcium nitrate, magnesium nitrate, lithium nitrate, ammonium nitrate, nitrate esters, and combinations thereof to form a second mixture; holding the second mixture at a temperature from 40°C to 70°C, for a period of time from 30 minutes to 72 hours; and recovering carboxycellulose nanofibers from the second mixture, wherein the carboxycellulose nanofibers have a mean fiber length from 50 nm to 1000 nm. contacting plant biomass with an acid component comprising nitric acid to form a first mixture; contacting the first mixture with an oxidizing agent including a nitrate salt selected from sodium nitrate, potassium nitrate, calcium nitrate, magnesium nitrate, lithium nitrate, ammonium nitrate, nitrate esters, and combinations thereof to form a second mixture; holding the second mixture at a temperature from 40°C to 70°C, for a period of time from 30 minutes to 72 hours; and recovering carboxycellulose nanofibers from the second mixture, wherein the carboxycellulose nanofibers have a mean fiber length from 50 nm to 1000 nm.
A single-track kick scooter for transporting people, with: a front wheel, a rear wheel, the wheels (12, 13) being arranged one behind another in the longitudinal direction of the kick scooter, a fork for mounting and guiding the front wheel, and a frame which is designed in three parts and comprises a fork mount, a middle part and a rear-wheel mount, and in which the fork mount is rotatable with respect to the middle part about a first axis of rotation and the rear-wheel mount is rotatable with respect to the middle part about a second axis of rotation, characterised in that the axes of rotation (A, B) enclose an acute angle (α) with the longitudinal axis of the kick scooter. a front wheel, a rear wheel, the wheels (12, 13) being arranged one behind another in the longitudinal direction of the kick scooter, a fork for mounting and guiding the front wheel, and a frame which is designed in three parts and comprises a fork mount, a middle part and a rear-wheel mount, and in which the fork mount is rotatable with respect to the middle part about a first axis of rotation and the rear-wheel mount is rotatable with respect to the middle part about a second axis of rotation, characterised in that the axes of rotation (A, B) enclose an acute angle (α) with the longitudinal axis of the kick scooter.
An air guiding device (10; 10') for a ground vehicle defining a longitudinal axis (x) being parallel with the normal forward travel direction of the ground vehicle, wherein the ground vehicle comprises a first vehicle body having a roof, and a second vehicle body arranged behind the first vehicle body and extending upwardly and/or laterally beyond the first vehicle body, the air guiding device (10; 10') comprising an air guide configured to be provided on the first vehicle body, the air guide having a forward end (11 a) and a rearward end (11 b) and sloping from the rearward end (11 b) towards the forward end (11 a) to form an angle (α) of inclination to the longitudinal direction (x), a support structure (15, 16) supporting the air guide, a drive member coupled to the air guide and arranged to move the air guide to change the angle (α) of inclination, a sensor configured to generate a signal, and a control unit configured to control the drive member to move the air guide in response to the signal, wherein the sensor is configured to sense a parameter corresponding to the force applied to the support structure (15, 16) for supporting the air guide and to transmit the signal corresponding to the sensed parameter to the control unit, and wherein the control unit is configured to control the drive member to move the air guide in response to the signal, and thus to the sensed parameter, to adjust the angle (α) of inclination, characterised in that the control unit is configured control the drive member to move the air guide, in response to the signal, to a desired angle (α) of inclination at which the sensed parameter has a minimum value.
A NOx concentration measurement system capable of measuring a concentration of NOx contained in exhaust gas which contains NOx and NH 3, comprising a NOx sensor, a detection section, a NH 3 concentration detection section, and a calculation section, wherein the NOx sensor comprises: a gas chamber into which exhaust gas is introduced; a sensor cell having a solid electrolyte body of oxygen ion conductivity having a plate shape, on the surfaces of which electrodes are formed; and a gas introduction section through which the exhaust gas is introduced into the gas chamber, the NOx sensor is configured to measure a sum concentration of a concentration of combustion derived NOx as NOx, which has being contained in the exhaust gas, and a concentration of derived NO which has been derived from NH 3 as a concentration of NO generated by oxidization of the NH 3, and the detection section is configured to detect at least one of an air fuel ratio (A/F) of the exhaust gas, a concentration of O 2 contained in the exhaust gas, a concentration of H 2 O contained in the exhaust gas and a flow speed of exhaust gas, the NH 3 concentration detection section is configured to detect a concentration of NH 3 contained in outside exhaust gas which is present around the NOx sensor, not inside of the NOx sensor before the outside exhaust gas is introduced into the gas introduction section of the NOx sensor, the calculation section is configured to calculate the concentration of the derived NO which has been derived from NH 3 on the basis of the concentration of the NH 3 contained in the outside exhaust gas and at least one of the air fuel ratio, the concentration of O 2, the concentration of H 2 O and the flow speed of exhaust gas, the calculation section is configured to calculate the concentration of the combustion derived NOx on the basis of the sum concentration and the concentration of the derived NO which has been derived from NH 3.
A method for accessing data stored in an architectural register packed in at least one physical register of a physical memory, the method comprising: decoding an instruction; storing at least one micro-operation (uop) decoded from the instruction in a buffer for execution; determining whether the instruction includes an access of an architectural register; if the instruction includes an access of the architectural register, determining, based on a stored state of the architectural register, whether the architectural register is packed in a single physical register; and if the architectural register is not packed in the single physical register, performing an action which packs the architectural register in the single physical register; wherein the action includes injecting at least one uop into the buffer for execution prior to the uops of the instruction, wherein the at least one injected uop is based on the stored state of the architectural register and stores at least some bits of the architectural register in a second register. decoding an instruction; storing at least one micro-operation (uop) decoded from the instruction in a buffer for execution; determining whether the instruction includes an access of an architectural register; if the instruction includes an access of the architectural register, determining, based on a stored state of the architectural register, whether the architectural register is packed in a single physical register; and if the architectural register is not packed in the single physical register, performing an action which packs the architectural register in the single physical register; wherein the action includes injecting at least one uop into the buffer for execution prior to the uops of the instruction, wherein the at least one injected uop is based on the stored state of the architectural register and stores at least some bits of the architectural register in a second register.
A display control device comprising a processor configured to: generate space information on the basis of an image captured of a real space, wherein the space information is recognized by an image recognition technology and indicates a relative position and posture of a coordinate system of the real space with respect to a coordinate system of the display control device; recognize a first object in the real space by an object recognition technology; display, on a display unit, the captured image; select one of space disposition or object disposition of a virtual object through a touch manipulation on a touch panel; and display the virtual object on the basis of a certain position in the captured image that is pointed with the touch manipulation and the selected one of the space disposition or the object disposition, wherein when the space disposition is selected, the virtual object is displayed in midair in the real space, and when the object disposition is selected, the virtual object is displayed to track the recognized first object, characterized in that the processor is further configured to receive a pinch-in manipulation or a pinch-out manipulation, and to adjust a position of the virtual object in a depth direction of the captured image on the basis of the pinch-in manipulation or the pinch-out manipulation when the space disposition is selected. generate space information on the basis of an image captured of a real space, wherein the space information is recognized by an image recognition technology and indicates a relative position and posture of a coordinate system of the real space with respect to a coordinate system of the display control device; recognize a first object in the real space by an object recognition technology; display, on a display unit, the captured image; select one of space disposition or object disposition of a virtual object through a touch manipulation on a touch panel; and display the virtual object on the basis of a certain position in the captured image that is pointed with the touch manipulation and the selected one of the space disposition or the object disposition, wherein when the space disposition is selected, the virtual object is displayed in midair in the real space, and when the object disposition is selected, the virtual object is displayed to track the recognized first object, when the space disposition is selected, the virtual object is displayed in midair in the real space, and when the object disposition is selected, the virtual object is displayed to track the recognized first object, characterized in that the processor is further configured to receive a pinch-in manipulation or a pinch-out manipulation, and to adjust a position of the virtual object in a depth direction of the captured image on the basis of the pinch-in manipulation or the pinch-out manipulation when the space disposition is selected.
A method for detecting the presence of at least one polysaccharide in an aqueous lubricant composition or petroleum matrix, comprising the following steps: a) NMR analysis coupled with dynamic nuclear polarisation in the solid phase at low temperature and at the magic angle of the said aqueous lubricant composition or petroleum matrix; b) checking for the presence of a peak with a chemical shift of between 90 ppm and 110 ppm, preferably 103 ppm, corresponding to the anomeric carbon atom of the osidic ring of the polysaccharide. a) NMR analysis coupled with dynamic nuclear polarisation in the solid phase at low temperature and at the magic angle of the said aqueous lubricant composition or petroleum matrix; b) checking for the presence of a peak with a chemical shift of between 90 ppm and 110 ppm, preferably 103 ppm, corresponding to the anomeric carbon atom of the osidic ring of the polysaccharide.
A nanoparticle screening chip allowing for determining physical properties of nanoparticles, wherein the screening chip comprises a substrate having a working surface divided into a plurality of areas, wherein each of these areas presents different surface properties defined by surface energy component (d,b,a), the total free energy γ TOT of the surface of each area being defined as follows: γ TOT = γ LW + 2 γ + γ − 0.5 wherein the components are: γ LW = dispersive component = d γ + = electron acceptor component = b γ - = electron donor component = a and each of these areas comprises a plurality of subareas, each subarea comprising an array of sub-micrometric holes or elongated grooves with a different aperture size (S1, S2, S3,...). each of these areas presents different surface properties defined by surface energy component (d,b,a), the total free energy γ TOT of the surface of each area being defined as follows: γ TOT = γ LW + 2 γ + γ − 0.5 wherein the components are: γ LW = dispersive component = d γ + = electron acceptor component = b γ - = electron donor component = a and γ LW = dispersive component = d γ + = electron acceptor component = b γ - = electron donor component = a each of these areas comprises a plurality of subareas, each subarea comprising an array of sub-micrometric holes or elongated grooves with a different aperture size (S1, S2, S3,...).
A preservative composition comprising (a) from 1 to 20 wt.% of sorbic acid or a salt hereof; (b) from 10 to 89 wt.% of benzyl alcohol; (c) from 10 to 89 wt.% of a mixture of (i) 1,2-propanediol, 1,3-propanediol, or a mixture thereof; and (ii) 1,4-butanediol, 1,3-butanediol, or a mixture thereof in a weight ratio of (i) to (ii) of 1:4 to 4:1, based on the total weight of (a), (b) and (c). (a) from 1 to 20 wt.% of sorbic acid or a salt hereof; (b) from 10 to 89 wt.% of benzyl alcohol; (c) from 10 to 89 wt.% of a mixture of (i) 1,2-propanediol, 1,3-propanediol, or a mixture thereof; and (ii) 1,4-butanediol, 1,3-butanediol, or a mixture thereof in a weight ratio of (i) to (ii) of 1:4 to 4:1, (i) 1,2-propanediol, 1,3-propanediol, or a mixture thereof; and (ii) 1,4-butanediol, 1,3-butanediol, or a mixture thereof
Saddle bearing device (14, 42), comprising: a saddle connecting element for connecting a saddle to the saddle bearing device (14, 42); a frame coupling element for connecting the saddle bearing device (14, 42) to a frame of a sports apparatus; and a bearing element, which joins the saddle connecting element to the frame coupling element; the bearing element forming three axes of rotation (2, 4, 6) arranged perpendicularly to each other, which intersect at one point and can rotate around the saddle connecting element relative to the frame coupling element, characterized in that the bearing element has a ball joint, which comprises a ball and a ball joint head rotationally holding the ball, wherein a pin, which is arranged along an axis of rotation of the ball, penetrates the ball and connecting elements arranged on each side of the ball and spacer bushings and fixes these on the ball, a saddle underframe of the saddle being fastened on the saddle bearing device by means of the connecting elements in the form of saddle clamps known per se, which form a saddle connecting element. a saddle connecting element for connecting a saddle to the saddle bearing device (14, 42); a frame coupling element for connecting the saddle bearing device (14, 42) to a frame of a sports apparatus; and a bearing element, which joins the saddle connecting element to the frame coupling element; the bearing element forming three axes of rotation (2, 4, 6) arranged perpendicularly to each other, which intersect at one point and can rotate around the saddle connecting element relative to the frame coupling element, characterized in that the bearing element has a ball joint, which comprises a ball and a ball joint head rotationally holding the ball, wherein a pin, which is arranged along an axis of rotation of the ball, penetrates the ball and connecting elements arranged on each side of the ball and spacer bushings and fixes these on the ball, a saddle underframe of the saddle being fastened on the saddle bearing device by means of the connecting elements in the form of saddle clamps known per se, which form a saddle connecting element.
A solar cell back sheet comprising a film comprising a biaxially oriented polyester film, the biaxially oriented polyester film comprising a polyester composition containing 100 parts by weight of a polyester and 0.1 to 10 parts by weight of a carbodiimide compound being mixed therein, wherein the carbodiimide compound has a number-average molecular weight of 2000 to 100000, measured by GPC as disclosed in the description and the film has breaking elongation retention after an elapse of 72 hours under environment of a temperature of 121 °C and a humidity of 100 %RH is 50 % or more.