mhurhangee/ep-ind-claims huggingface dataset:
A wireless communications device which performs an authentication process at a self-driven mobile that performs wireless communications with another mobile or a fixed station, said wireless communications device comprising a central processing unit and said wireless communications device executing: a first process for generating a message authentication code of communication data using a common key shared between the self-driven mobile and said another mobile or the fixed station and generating a digital signature using a secret key inherent in the self-driven mobile itself and for transmitting the generated message authentication code and digital signature with being added to the communication data; and a second process for receiving information with the message authentication code and the digital signature transmitted from said another mobile or the fixed station, generating an authentication required value based on a message target for authentication and a load state of the central processing unit and performing an authentication process based on the generated authentication required value, wherein the authentication required value is data indicative of that the authentication process using the digital signature is necessary when a load state of the central processing unit is lower than a predetermined load state, and the authentication required value is data indicative of that the authentication process using the message authentication code is necessary when the load state of the central processing unit is higher than the predetermined load state. a first process for generating a message authentication code of communication data using a common key shared between the self-driven mobile and said another mobile or the fixed station and generating a digital signature using a secret key inherent in the self-driven mobile itself and for transmitting the generated message authentication code and digital signature with being added to the communication data; and a second process for receiving information with the message authentication code and the digital signature transmitted from said another mobile or the fixed station, generating an authentication required value based on a message target for authentication and a load state of the central processing unit and performing an authentication process based on the generated authentication required value, wherein the authentication required value is data indicative of that the authentication process using the digital signature is necessary when a load state of the central processing unit is lower than a predetermined load state, and the authentication required value is data indicative of that the authentication process using the message authentication code is necessary when the load state of the central processing unit is higher than the predetermined load state.
A process for the preparation of bendamustine or bendamustine hydrochloride of the formula comprising the steps of: a) reacting a compound of the formula, wherein R is C 1 -C 6 alkyl with 2-haloethanol in the presence of a base and solvent to give a compound of formula; b) reacting the compound of formula with a chlorinating agent in the presence of solvent to provide a compound of formula; c) hydrolyzing the compound of formula with Lithium source in the presence of solvent to give a compound of formula; and d) converting the compound of formula to bendamustine or bendamustine hydrochloride of Formula VI. a) reacting a compound of the formula, wherein R is C 1 -C 6 alkyl with 2-haloethanol in the presence of a base and solvent to give a compound of formula; b) reacting the compound of formula with a chlorinating agent in the presence of solvent to provide a compound of formula; c) hydrolyzing the compound of formula with Lithium source in the presence of solvent to give a compound of formula; and d) converting the compound of formula to bendamustine or bendamustine hydrochloride of Formula VI.
A device for cleaning and/or spin drying an applicator (22; 226) of a product having a liquid to doughy consistency, said applicator (22; 226) being of the type with bristles, such as a paintbrush or a brush, or made of foam, such as a pad or a roller, said applicator (22; 226) being carried at the end of a support, such as a handle, or adapted to be mounted, for its cleaning and/or spin drying, on a support protruding from an end of said applicator (22; 226), said cleaning and/or spin drying device comprising: - a container (2; 302) able to contain a cleaning liquid of the applicator (22; 226), said container (2; 302) having a side wall connected to a bottom (6; 306) and being closed by a cover (3; 303); - a module for driving into rotation the applicator (22; 226), arranged above said container (2; 302), enclosing a mechanism operable from the outside to drive into rotation an axis protruding from said module; - means (20; 120; 220; 320; 420) for adapting/fixing on said axis the applicator support such that the applicator (22; 226) can come in contact with the cleaning liquid for its cleaning, the cover (3; 303) of the container (2; 302) comprising an opening (11; 311) for said axis or the support adapted/fixed in use position of the device to pass through, characterized by the fact that the wall of the container (2; 302) has an accordion-type structure with adjustable height. - a container (2; 302) able to contain a cleaning liquid of the applicator (22; 226), said container (2; 302) having a side wall connected to a bottom (6; 306) and being closed by a cover (3; 303); - a module for driving into rotation the applicator (22; 226), arranged above said container (2; 302), enclosing a mechanism operable from the outside to drive into rotation an axis protruding from said module; - means (20; 120; 220; 320; 420) for adapting/fixing on said axis the applicator support such that the applicator (22; 226) can come in contact with the cleaning liquid for its cleaning, the cover (3; 303) of the container (2; 302) comprising an opening (11; 311) for said axis or the support adapted/fixed in use position of the device to pass through,
A flexible pipe body for a riser for subsea use, comprising: an inner fluid retaining layer; a pressure armour layer provided radially outwards of the inner fluid retaining layer; and a buoyancy layer comprising a plurality of discrete elongate buoyancy elements (406 n) provided radially outwards of the fluid retaining layer wound at a helical pitch angle equal to or more than 0 degrees and less than about 85 degrees to the longitudinal axis of the flexible pipe body; and a protective outer sheath layer provided radially outwards of the plurality of discrete buoyancy elements (406 n), wherein the plurality of discrete buoyancy elements (406 n) comprise tubes filled with a material with a density less than the density of sea water, and wherein the tubes are configured to have sufficient strength to resist collapse. an inner fluid retaining layer; a pressure armour layer provided radially outwards of the inner fluid retaining layer; and a buoyancy layer comprising a plurality of discrete elongate buoyancy elements (406 n) provided radially outwards of the fluid retaining layer wound at a helical pitch angle equal to or more than 0 degrees and less than about 85 degrees to the longitudinal axis of the flexible pipe body; and a protective outer sheath layer provided radially outwards of the plurality of discrete buoyancy elements (406 n), wherein the plurality of discrete buoyancy elements (406 n) comprise tubes filled with a material with a density less than the density of sea water, and wherein the tubes are configured to have sufficient strength to resist collapse.
A seatback comprising a seatback frame, wherein the seatback frame comprises a body frame, an inner frame, and an armrest frame wherein the body frame comprises a long fiber reinforced thermoplastic resin composite material; and the inner frame is formed in advance by press-molding to implement a predetermined shape, and the inner frame comprises a continuous fiber reinforced thermoplastic resin composite material buried in the body frame by insert injection-molding, where the long fiber-reinforced thermoplastic resin composite material comprises a thermoplastic resin and a reinforcing long fiber, and the continuous fiber-reinforced thermoplastic resin composite material comprises a thermoplastic resin and a reinforcing continuous fiber; and the reinforcing long fiber and the reinforcing continuous fiber comprises at least one selected from a group consisting of aramid fiber, natural fiber, polyester fiber, polyamide fiber and a combination thereof, and once the inner frame is buried in the body frame by insert injection-molding, the inner frame is no longer exposed, and the inner frame is comprised in the seatback in unexposed form, and the body frame and the armrest frame are integrally molded. wherein the seatback frame comprises a body frame, an inner frame, and an armrest frame wherein the body frame comprises a long fiber reinforced thermoplastic resin composite material; and the inner frame is formed in advance by press-molding to implement a predetermined shape, and the inner frame comprises a continuous fiber reinforced thermoplastic resin composite material buried in the body frame by insert injection-molding, where the long fiber-reinforced thermoplastic resin composite material comprises a thermoplastic resin and a reinforcing long fiber, and the continuous fiber-reinforced thermoplastic resin composite material comprises a thermoplastic resin and a reinforcing continuous fiber; and the reinforcing long fiber and the reinforcing continuous fiber comprises at least one selected from a group consisting of aramid fiber, natural fiber, polyester fiber, polyamide fiber and a combination thereof, and once the inner frame is buried in the body frame by insert injection-molding, the inner frame is no longer exposed, and the inner frame is comprised in the seatback in unexposed form, and the body frame and the armrest frame are integrally molded.
A method for determining an updated visual correction need for designing a new vision correcting device of an individual already having a previous vision correcting device previously designed to correct his/her vision, in which in a first step, a previous level of correction of the previous vision correcting device is acquired, in a second step, a current vision acuity parameter of the individual wearing said previous vision correcting device is assessed, in a third step, said updated visual correction need is determined based on said previous level of correction of the previous vision correcting device acquired in the first step and on said current vision acuity parameter assessed in the second step, the current vision acuity parameter comprising a current vision acuity level, and characterized in that the assessment of the current vision acuity level of the individual wearing said previous vision correcting device is done through a statistical process in which it is assumed: that when the previous vision correcting device was made at the related previous age of the individual, the correction of vision provided at that time gave the individual the predefined vision acuity reference, and that the evolution of the vision acuity level of the individual along his/her ages follows statistical curves or laws based on the evolutions of acuities in a population of individuals along their ages, and wherein the current age of the individual is obtained and the previous age of the individual is determined and wherein the current vision acuity level is obtained from the curve or law passing at the predefined vision acuity reference at the previous age, the current vision acuity level being the point at the current age of said passing curve or law. that when the previous vision correcting device was made at the related previous age of the individual, the correction of vision provided at that time gave the individual the predefined vision acuity reference, and that the evolution of the vision acuity level of the individual along his/her ages follows statistical curves or laws based on the evolutions of acuities in a population of individuals along their ages, and wherein the current age of the individual is obtained and the previous age of the individual is determined and wherein the current vision acuity level is obtained from the curve or law passing at the predefined vision acuity reference at the previous age, the current vision acuity level being the point at the current age of said passing curve or law.
Wiper blade for wiping windows, in particular motor vehicle windows, having a supporting element for receiving a wiper strip, to which supporting element a connector apparatus is fastened which has a wiper blade-side part with projections (50, 52) which engage at least in regions behind the supporting element, characterized in that at least one bearing body (62, 64) is arranged between the engaged portion of the projections (50, 52) and the supporting element.
An image capturing apparatus, comprising: an image capturing section configured to capture an image of light and obtain image data; an image display section configured to display the image data obtained by the image capturing section with a predetermined number of pixels; an internal storage section configured to store the image data obtained by the image capturing section; an interface section configured to be connectable to an external storage device; and a control section configured to cause the image data obtained by the image capturing section to be stored to the external storage device, when connected through the interface section, and when the captured image data are stored to the external storage device, the image data whose number of pixel exceeds the predetermined number of pixels of the image display section is converted into image data having the predetermined number of pixels, characterized in that the converted image data is stored to the internal storage section and the image data obtained by the image capture section and stored in the internal storage section is deleted.. an image capturing section configured to capture an image of light and obtain image data; an image display section configured to display the image data obtained by the image capturing section with a predetermined number of pixels; an internal storage section configured to store the image data obtained by the image capturing section; an interface section configured to be connectable to an external storage device; and a control section configured to cause the image data obtained by the image capturing section to be stored to the external storage device, when connected through the interface section, and when the captured image data are stored to the external storage device, the image data whose number of pixel exceeds the predetermined number of pixels of the image display section is converted into image data having the predetermined number of pixels, characterized in that the converted image data is stored to the internal storage section and the image data obtained by the image capture section and stored in the internal storage section is deleted..
Particulate TiO 2 with the following properties: - a TiO 2 content of at least 99% by weight; - an anatase content of at least 98% by weight; - a primary crystallite size X 50 of at least 200 nm; - a numerical fraction of TiO 2 with a primary crystallite size of at most 100 nm of at most 10% (X 10); - a specific surface area of at most 8 m 2 /g (determined by BET measurements); - 1200 to 2400 ppm of alkali, in particular potassium, with respect to the quantity of TiO 2 - an Al content of at least 1 ppm and at most 500 ppm of AI, expressed as Al and with respect to the quantity of TiO 2; - a weight ratio of Al 2 O 3 to Nb 2 O 5 in the range 0.17 to 0.74; and - at least 0.1% by weight and at most 0.3% by weight of P, expressed as phosphorus and with respect to the quantity of TiO 2. - a TiO 2 content of at least 99% by weight; - an anatase content of at least 98% by weight; - a primary crystallite size X 50 of at least 200 nm; - a numerical fraction of TiO 2 with a primary crystallite size of at most 100 nm of at most 10% (X 10); - a specific surface area of at most 8 m 2 /g (determined by BET measurements); - 1200 to 2400 ppm of alkali, in particular potassium, with respect to the quantity of TiO 2 - an Al content of at least 1 ppm and at most 500 ppm of AI, expressed as Al and with respect to the quantity of TiO 2; - a weight ratio of Al 2 O 3 to Nb 2 O 5 in the range 0.17 to 0.74; and - at least 0.1% by weight and at most 0.3% by weight of P, expressed as phosphorus and with respect to the quantity of TiO 2.
An aqueous polymer dispersion, wherein the polymer comprises as polymerized units, based on the total dry weight of the polymer, (i) from 5% to 50% by weight of a C 6 -C 18 alkyl ester of (meth)acrylic acid; (ii) from 15% to 45% by weight of a cycloalkyl (meth)acrylate; and (iii) from 1% to 10% by weight of an acid monomer selected from an α, β-ethylenically unsaturated carboxylic acid, a phosphorous-containing acid monomer, or mixtures thereof; and (iv) from 5% to 50% by weight of a vinyl aromatic monomer; and (v) from 0 to 55% by weight of a C 1 -C 4 alkyl ester of (meth)acrylic acid; wherein the polymer has a glass transition temperature less than 45°C as calculated by using Fox equation. (i) from 5% to 50% by weight of a C 6 -C 18 alkyl ester of (meth)acrylic acid; (ii) from 15% to 45% by weight of a cycloalkyl (meth)acrylate; and (iii) from 1% to 10% by weight of an acid monomer selected from an α, β-ethylenically unsaturated carboxylic acid, a phosphorous-containing acid monomer, or mixtures thereof; and (iv) from 5% to 50% by weight of a vinyl aromatic monomer; and (v) from 0 to 55% by weight of a C 1 -C 4 alkyl ester of (meth)acrylic acid; wherein the polymer has a glass transition temperature less than 45°C as calculated by using Fox equation.
Use of a composition comprising glycine and one or more alkaline compounds in the fish product desalting process, wherein the fish product is treated with an aqueous solution of the composition, said aqueous solution having a pH in the range between 8.5 and 11.
A method for measuring a fill level by means of a transit-time method for the execution of a measuring device by a processor, comprising: cyclically generating an echo curve; analysing the echo curve by means of a plurality of tasks; wherein one of the tasks is an evaluation task; wherein several of the tasks are measuring tasks; wherein the evaluation task comprises rough determination of an echo position and is interrupted by the measuring tasks; wherein the measuring tasks comprise precise determination of the echo position from the roughly determined echo position; wherein a division of a process computing time of the processor of the measuring device according to a processor allocation plan takes place as nested processing of the evaluation task and the measuring tasks in time slices. cyclically generating an echo curve; analysing the echo curve by means of a plurality of tasks; wherein one of the tasks is an evaluation task; wherein several of the tasks are measuring tasks; wherein the evaluation task comprises rough determination of an echo position and is interrupted by the measuring tasks; wherein the measuring tasks comprise precise determination of the echo position from the roughly determined echo position; wherein a division of a process computing time of the processor of the measuring device according to a processor allocation plan takes place as nested processing of the evaluation task and the measuring tasks in time slices.
Armrest comprising a base part, on which is mounted an arm support pivotable about a pivot axis (a) in opposing pivot directions (u1, u2) between a first position and a second position, wherein the arm support is lockable with a locking device in at least one pivot position and the locking device comprises a movable first structure and an immovable second structure, which can be releasably engaged with the first structure, wherein the first structure is movable between a locked position and a released position and is loaded by a restoring force into the locked position, characterised in that the base part comprises two bearing surfaces (22, 43) on which bearing surfaces (24, 29) of the arm support are directly or indirectly supported, wherein a first bearing surface is formed on a first pin and a second bearing surface on a second pin which is arranged coaxially to the first pin, wherein a bearing surface, in relation to the pivot axis (a), is arranged radially inside and a bearing surface radially outside of the first structure and of the second structure.
Apparatus for a lysis of a sample, in particular for an automated and/or controlled lysis of a sample, in particular a biological sample, the apparatus comprising: - at least one rotation disc, - at least one vial holder which is configured to receive a vial containing a sample, wherein the vial holder is arranged on the disc, - at least one driving device which is configured to rotate the disc and the vial holder, wherein the driving device comprises: - driving means for driving the disc, - a central pin, to which the disc is pivot-mounted, - a central pinion, fixed on the central pin, - at least a first stage gear, driven via the disc by the central pinion, - at least a second stage gear, driven by the first stage gear, wherein the vial holder is associated with the second stage gear, the apparatus further comprising - at least one heating device which is configured to heat the sample within the vial in the vial holder to a determined incubation temperature, - at least one control device which is configured to control the driving device and/or the heating device by means of a timing and/or step or process control, wherein the driving device is configured to rotate the disc in a first direction and the vial holder in a second direction, opposite the first direction with the same angular velocity, such that the absolute orientation of the vial holder is substantially kept constant while rotating. - at least one rotation disc, - at least one vial holder which is configured to receive a vial containing a sample, wherein the vial holder is arranged on the disc, - at least one driving device which is configured to rotate the disc and the vial holder, wherein the driving device comprises: - driving means for driving the disc, - a central pin, to which the disc is pivot-mounted, - a central pinion, fixed on the central pin, - at least a first stage gear, driven via the disc by the central pinion, - at least a second stage gear, driven by the first stage gear, - driving means for driving the disc, - a central pin, to which the disc is pivot-mounted, - a central pinion, fixed on the central pin, - at least a first stage gear, driven via the disc by the central pinion, - at least a second stage gear, driven by the first stage gear, - at least one heating device which is configured to heat the sample within the vial in the vial holder to a determined incubation temperature, - at least one control device which is configured to control the driving device and/or the heating device by means of a timing and/or step or process control,