mhurhangee/patent-ind-claim-en huggingface dataset:
A two-component composition comprising a first component A comprising: a1) An aqueous dispersion of at least one polymer P , a2) At least one metal salt M, and a3) At least one liquid organic freeze point depressant D, and a second component B comprising: b1) A mineral binder composition C comprising at least one hydraulic binder H and b2) Optionally at least one cement hydration retarder R, wherein the at least one organic liquid freeze point depressant D is a polyhydric alcohol. a1) An aqueous dispersion of at least one polymer P , a2) At least one metal salt M, and a3) At least one liquid organic freeze point depressant D, and a second component B comprising: b1) A mineral binder composition C comprising at least one hydraulic binder H and b2) Optionally at least one cement hydration retarder R, wherein the at least one organic liquid freeze point depressant D is a polyhydric alcohol. b1) A mineral binder composition C comprising at least one hydraulic binder H and b2) Optionally at least one cement hydration retarder R, wherein the at least one organic liquid freeze point depressant D is a polyhydric alcohol.
A meat analogue comprising, by weight of the total composition, unless indicated otherwise, a) non-animal protein b) a binding agent, preferably comprising at least one ungelatinized gel forming agent, c) a food grade acid in the form of an edible organic acid, such that the level of undissociated acid is from 0.015 to 0.5 wt%, preferably whereby said food grade acid comprises acetic acid, citric acid, lactic acid, malic acid and combinations thereof d) preferably 0.01 to 5 wt% of NaCl, more preferably 0.05 to 3 wt% of NaCl more preferably 0.1 to 2 wt% of NaCl, more preferably 0.3 to 1.7wt%, more preferably 0.5 to 1.7wt%, more preferably 1.1 to 1.5 wt% NaCl Whereby said meat analogue has a i) pH from 4.7 to 6.0 ii) water activity (Aw) from 0.96 to 1 iii) a moisture content of from 45 to 69 wt% Whereby the meat analogue contains no egg white protein. a) non-animal protein b) a binding agent, preferably comprising at least one ungelatinized gel forming agent, c) a food grade acid in the form of an edible organic acid, such that the level of undissociated acid is from 0.015 to 0.5 wt%, preferably whereby said food grade acid comprises acetic acid, citric acid, lactic acid, malic acid and combinations thereof d) preferably 0.01 to 5 wt% of NaCl, more preferably 0.05 to 3 wt% of NaCl more preferably 0.1 to 2 wt% of NaCl, more preferably 0.3 to 1.7wt%, more preferably 0.5 to 1.7wt%, more preferably 1.1 to 1.5 wt% NaCl Whereby said meat analogue has a i) pH from 4.7 to 6.0 ii) water activity (Aw) from 0.96 to 1 iii) a moisture content of from 45 to 69 wt% i) pH from 4.7 to 6.0 ii) water activity (Aw) from 0.96 to 1 iii) a moisture content of from 45 to 69 wt% Whereby the meat analogue contains no egg white protein.
Method for producing a semi-finished spectacle lens , comprising the following step: identifying the semi-finished spectacle lens by applying a sticker on the semi-finished spectacle lens , wherein the sticker has a code for unique identification of the semi-finished spectacle lens ; wherein the sticker is used as a reference for at least one control region or a coordinate system of the semi-finished spectacle lens; wherein the semi-finished spectacle lens has a second code embossed into the semi-finished spectacle lens, and wherein the method furthermore comprises the following steps: - reading out the code of the sticker from a first side of the semi-finished spectacle lens ; and - reading out the embossed second code from a second side of the semi-finished spectacle lens . - reading out the code of the sticker from a first side of the semi-finished spectacle lens ; and - reading out the embossed second code from a second side of the semi-finished spectacle lens .
A variant of a parent glycoside hydrolase family 61 (GH61) enzyme of SEQ ID NO;3, wherein said variant has cellulase activity, has at least 80% sequence identity to SEQ ID NO:3, and has at least one significantly improved property over said parent GH61 enzyme, selected from the group consisting of: significantly higher melting temperature (Tm), significantly improved performance in a Whole Hydrolysate Acid-Pretreated Corn Stover (whPCS) assay, significantly improved performance in a Dilute Ammonia Corn Stover (daCS) assay, significantly improved protein production; and combinations thereof; wherein said variant comprises an amino acid substitution selected from the group consisting of: G301S, D124N, Y318W, A16N, G295C, G295T, H200A, K58V, K64L, N315W, N51E, N51H, N51T, P316A, P316F, S297E, T108K, T303G, V80T, Y317W and combinations thereof.
A semiconductor apparatus comprising: one or more substrates; and logic coupled to the one or more substrates, wherein the logic is implemented in one or more of configurable logic or fixed-functionality logic hardware, the logic coupled to the one or more substrates to: identify a plurality of registers that is associated with a system-on-chip, wherein the plurality of registers includes a first portion dedicated to write operations and a second portion dedicated to read operations; control read and write operations to the first and second portions based on a first clock signal ; and transfer data between the first and second portions based on a second clock signal that is to be different from the first clock signal . one or more substrates; and logic coupled to the one or more substrates, wherein the logic is implemented in one or more of configurable logic or fixed-functionality logic hardware, the logic coupled to the one or more substrates to: identify a plurality of registers that is associated with a system-on-chip, wherein the plurality of registers includes a first portion dedicated to write operations and a second portion dedicated to read operations; control read and write operations to the first and second portions based on a first clock signal ; and transfer data between the first and second portions based on a second clock signal that is to be different from the first clock signal .
A double connector for butt-connecting two components comprising a guide bolt having a respective bolt section tapering in the direction of each bolt end on both sides of a middle bolt section , and comprising two in particular identically constructed spreading sockets which are movably guided on the guide bolt and which in each case can be pushed together from an outer socket end position toward the middle bolt section into a mounted position, in which the two spreading sockets are latched against being pushed back, wherein the spreading sockets each have at least one spreading tab which is spread outwardly via the guide bolt in the mounted position, characterized in that the spreading sockets in each case comprise a sleeve section which in the outer socket end position comprises an unround, in particular oval or elliptical, outer periphery which by pressing together the sleeve section along the long axis of the unround outer periphery , in particular along the main axis of the oval or elliptical outer periphery, is deformable to a more round outer periphery , in particular a round or almost round outer periphery , and that in at least one of those sleeve segments which, when the sleeve section is undeformed, do not protrude outwardly over the outer periphery of the deformed sleeve section , the sleeve section comprises a latching recess on the inner face, wherein in the outer socket end position the latching recess , when the sleeve section is undeformed, is latched to the bolt end and, when the sleeve section is deformed, is no longer or only slightly latched to the bolt end . comprising a guide bolt having a respective bolt section tapering in the direction of each bolt end on both sides of a middle bolt section , and comprising two in particular identically constructed spreading sockets which are movably guided on the guide bolt and which in each case can be pushed together from an outer socket end position toward the middle bolt section into a mounted position, in which the two spreading sockets are latched against being pushed back, wherein the spreading sockets each have at least one spreading tab which is spread outwardly via the guide bolt in the mounted position, characterized in that the spreading sockets in each case comprise a sleeve section which in the outer socket end position comprises an unround, in particular oval or elliptical, outer periphery which by pressing together the sleeve section along the long axis of the unround outer periphery , in particular along the main axis of the oval or elliptical outer periphery, is deformable to a more round outer periphery , in particular a round or almost round outer periphery , and that in at least one of those sleeve segments which, when the sleeve section is undeformed, do not protrude outwardly over the outer periphery of the deformed sleeve section , the sleeve section comprises a latching recess on the inner face, wherein in the outer socket end position the latching recess , when the sleeve section is undeformed, is latched to the bolt end and, when the sleeve section is deformed, is no longer or only slightly latched to the bolt end .
A method of orchestrating a service policy in a communication network comprising a service policy orchestration factory operated by an orchestration operator, a service policy execution factory operated by a service operator, and providing an interface for users of the communication network through an application programming interface , and at least one operator access domain , the method comprising the service policy orchestration factory : • receiving a service instance object and a first service event object from the service policy execution factory , the service instance object defining directly or indirectly service execution requirements, and the first service event object defining an update of a current service execution policy; • updating a service repository of the service policy orchestration factory with the first service event object and the service instance object; • selecting , based on a first mapping table, at least one operator access domain linked to the first service event object for executing a service linked to the service policy; • sending the first service event object and an operator specific service ID linked to a respective operator access domain to the selected at least one operator access domain to allow the at least one operator access domain to update its service repository ; • receiving a first feedback data set from the at least one operator access domain , the first feedback data set comprising an operator domain ID per operator access domain indicating a successful orchestration; • updating a second mapping table with the received operator domain ID(s); and • sending a second feedback data set to the service policy execution factory to complete the service policy orchestration. • receiving a service instance object and a first service event object from the service policy execution factory , the service instance object defining directly or indirectly service execution requirements, and the first service event object defining an update of a current service execution policy; • updating a service repository of the service policy orchestration factory with the first service event object and the service instance object; • selecting , based on a first mapping table, at least one operator access domain linked to the first service event object for executing a service linked to the service policy; • sending the first service event object and an operator specific service ID linked to a respective operator access domain to the selected at least one operator access domain to allow the at least one operator access domain to update its service repository ; • receiving a first feedback data set from the at least one operator access domain , the first feedback data set comprising an operator domain ID per operator access domain indicating a successful orchestration; • updating a second mapping table with the received operator domain ID(s); and • sending a second feedback data set to the service policy execution factory to complete the service policy orchestration.
Locking device for locking a first element relative to a second element, the first element and the second element being movable relative to each other between a locked position of the locking device and an unlocked position of the locking device , said locking device comprising : - at least' one locking element provided on the first element, said locking element being movable in a first direction (F) between an inactive position and an active position; - at least a biasing element for urging the locking element towards its inactive position, - at least one complementary locking element provided on the second element, said complementary locking element being arranged to move the locking element from its active position to its inactive position, when the locking device is moved from the unlocked position to the locked position, and retaining the locking element in its inactive position when the locking device is in its locked position, characterized in that the locking element is further movable in a second direction (D), different from the first direction, between a locking position, wherein the locking element is in its inactive position and is retained by the complementary locking element , and an unlocking position, wherein the locking element is moved away from the complementary locking element , the locking element remaining in its inactive position during its movement between the locked position and the unlocked position. - at least' one locking element provided on the first element, said locking element being movable in a first direction (F) between an inactive position and an active position; - at least a biasing element for urging the locking element towards its inactive position, - at least one complementary locking element provided on the second element, said complementary locking element being arranged to move the locking element from its active position to its inactive position, when the locking device is moved from the unlocked position to the locked position, and retaining the locking element in its inactive position when the locking device is in its locked position,
A testing assembly configured for operation within a chamber of a multi-instrument assembly , each instrument of the multi-instrument assembly includes a working region, the working regions defining a localized coincidence region , the testing assembly comprising: a testing assembly platform configured for coupling with a mounting stage of the multi-instrument assembly ; a mechanical testing instrument coupled with the testing assembly platform , the mechanical testing instrument is configured to engage and test a sample on a sample stage surface ; a multiple degree of freedom sample stage assembly coupled with the testing assembly platform , the multiple degree of freedom sample stage includes: the sample stage surface , a plurality of linear stages coupled in series with the testing assembly platform , a rotation stage , and a tilt stage , wherein the rotation and tilt stages are coupled between the sample stage surface and the plurality of linear stages ; wherein the multiple degree of freedom sample stage is configured to orient the sample stage surface within the localized coincidence region to each of the working regions in the localized coincidence region through a combination of movement of linear stages and one or more of rotation or tilt stages ; and wherein in an installed configuration with the testing assembly platform coupled with the mounting stage of the multi-instrument assembly , the testing assembly is recessed from walls of the multi-instrument assembly chamber . a testing assembly platform configured for coupling with a mounting stage of the multi-instrument assembly ; a mechanical testing instrument coupled with the testing assembly platform , the mechanical testing instrument is configured to engage and test a sample on a sample stage surface ; a multiple degree of freedom sample stage assembly coupled with the testing assembly platform , the multiple degree of freedom sample stage includes: the sample stage surface , a plurality of linear stages coupled in series with the testing assembly platform , a rotation stage , and a tilt stage , wherein the rotation and tilt stages are coupled between the sample stage surface and the plurality of linear stages ; the sample stage surface , a plurality of linear stages coupled in series with the testing assembly platform , a rotation stage , and a tilt stage , wherein the rotation and tilt stages are coupled between the sample stage surface and the plurality of linear stages ; wherein the multiple degree of freedom sample stage is configured to orient the sample stage surface within the localized coincidence region to each of the working regions in the localized coincidence region through a combination of movement of linear stages and one or more of rotation or tilt stages ; and wherein in an installed configuration with the testing assembly platform coupled with the mounting stage of the multi-instrument assembly , the testing assembly is recessed from walls of the multi-instrument assembly chamber .
Extendable access device for gaining access to elevated locations via a hatch opening, comprising a telescopic ladder with a plurality of sliding elements (133a to 133i) movable between an extended position and a retracted position, each sliding element comprising two stiles (106a to 106i) connected by a rung (22, 105a to 105i), wherein the stiles (106a to 106i) of each sliding element (133a to 133i) are interlocked with the stiles of adjacent sliding elements, wherein each sliding element (133a to 133i) comprises a first locking mechanism for releasably connecting at least one of the stiles to an adjacent stile of an adjacent sliding element, the first locking mechanism being adapted to lock each sliding element in its retracted position, and wherein the first locking mechanism of each sliding element (133a to 133i) is adapted to releasably connect at least one stile of each sliding element to a stile of an adjacent sliding element, which is closer to a top end of the telescopic ladder, and is adapted to automatically disconnect said stiles once an adjacent sliding element, which is closer to a bottom end of the telescopic ladder, is in its extended position, and wherein the first locking mechanism is adapted to automatically connect the at least one stile of said sliding element to a stile of the adjacent sliding element, which is closer to a top end of the telescopic ladder, when the adjacent sliding element, which is closer to the bottom end of the telescopic ladder, is moved from its extended position towards its retracted position, characterised in that the extendable access device comprises an automatic actuator adapted to sequentially, preferably continuously extend and/or retract the plurality of sliding elements (133a to 133i) of the telescopic ladder , wherein the sliding elements (133a to 133i) of the telescopic ladder are constructed such that each sliding element feeds an adjacent sliding element to the automatic actuator, when said sliding elements is moved into its extended and/or retracted position, wherein each sliding element (133a to 133i) comprises at least one gear rack (160a to 160i) attached to at least one of the stiles.
A releasable attachment comb for attachment to a hair cutting device having a cutting element , the attachment comb comprising: a support frame comprising a support bar , and first and second clamping elements located at respective opposite ends of the support bar, for clamping the attachment comb about ends of the cutting element in use; the clamping elements having respective interior faces opposing one another, each of the opposed interior faces comprising a set of locating notches , the two sets of locating notches defining a clamping plane therebetween; the attachment comb further comprising an array of comb teeth , mounted to the support bar between the first and second clamping elements, lower edges of the comb teeth defining a skin contact area for the attachment comb; wherein the clamping plane is sloped with respect to the skin contact area; and wherein the locating notches define between the clamping elements a series of clamping positions for the cutting element, at different points along the clamping plane; and wherein the clamping elements are at least partially displaceable away from one another to permit in use release and slidable advancement of the cutting element along the clamping plane between the clamping positions ; characterized in that the clamping elements are flexible about the support bar , to permit bending of an opposed set of first end portions of the clamping elements away from one another, by applying an inward pinching action at opposed second end portions of the clamping elements. a support frame comprising a support bar , and first and second clamping elements located at respective opposite ends of the support bar, for clamping the attachment comb about ends of the cutting element in use; the clamping elements having respective interior faces opposing one another, each of the opposed interior faces comprising a set of locating notches , the two sets of locating notches defining a clamping plane therebetween; the attachment comb further comprising an array of comb teeth , mounted to the support bar between the first and second clamping elements, lower edges of the comb teeth defining a skin contact area for the attachment comb; wherein the clamping plane is sloped with respect to the skin contact area; and wherein the locating notches define between the clamping elements a series of clamping positions for the cutting element, at different points along the clamping plane; and wherein the clamping elements are at least partially displaceable away from one another to permit in use release and slidable advancement of the cutting element along the clamping plane between the clamping positions ; characterized in that the clamping elements are flexible about the support bar , to permit bending of an opposed set of first end portions of the clamping elements away from one another, by applying an inward pinching action at opposed second end portions of the clamping elements.
A processing method for removing a first solid substance having a smaller specific gravity than a washout liquid and a second solid substance having a larger specific gravity than the washout liquid from a development fatigue liquid including a solid substance generated by removal of a non-exposed portion of a photosensitive resin plate that has been exposed in an image shape by development using the washout liquid, the method comprising: a first step of centrifugally separating the first solid substance and the second solid substance included in the development fatigue liquid in a rotating container, accumulating the second solid substance on an inner wall of the container, and accumulating the first solid substance on a holding member provided in the container; a second step of stopping the centrifugal separation and discharging the development fatigue liquid from the container in a state in which the first solid substance accumulated on the holding member is held on the holding member; and a third step of rotating the container, thereby removing the first solid substance held on the holding member from the holding member. a first step of centrifugally separating the first solid substance and the second solid substance included in the development fatigue liquid in a rotating container, accumulating the second solid substance on an inner wall of the container, and accumulating the first solid substance on a holding member provided in the container; a second step of stopping the centrifugal separation and discharging the development fatigue liquid from the container in a state in which the first solid substance accumulated on the holding member is held on the holding member; and a third step of rotating the container, thereby removing the first solid substance held on the holding member from the holding member.