mhurhangee/patent-ind-claim-en huggingface dataset:
Optical fiber sensing device , comprising: - a base , - an actuator connected to the base and having an actuator axis (X), - an elastic hinge connecting the actuator to the base, wherein the elastic hinge allows the actuator to move or deflect in a movement plane (D) with respect to the base from an unmoved state to a moved state, - a pair of optical fiber portions extending in the movement plane, the pair of optical fiber portions contacting the actuator in multiple contacting positions , wherein the pair of optical fiber portions are pre-strained and the optical fiber portions comprise light modulation structures , that preferably comprise Fiber Bragg gratings (FBG), characterized in that - in the unmoved state the actuator comprises a symmetry plane (S) perpendicular to the movement plane (D), wherein the pair of optical fiber portions are symmetrically arranged with respect to the symmetry plane, such that the movement or deflection of the actuator causes a change in strain in one of the optical fiber portions and a proportional or equal change in strain of opposite sign in the other optical fiber portion . - a base , - an actuator connected to the base and having an actuator axis (X), - an elastic hinge connecting the actuator to the base, wherein the elastic hinge allows the actuator to move or deflect in a movement plane (D) with respect to the base from an unmoved state to a moved state, - a pair of optical fiber portions extending in the movement plane, the pair of optical fiber portions contacting the actuator in multiple contacting positions , wherein the pair of optical fiber portions are pre-strained and the optical fiber portions comprise light modulation structures , that preferably comprise Fiber Bragg gratings (FBG), characterized in that - in the unmoved state the actuator comprises a symmetry plane (S) perpendicular to the movement plane (D), wherein the pair of optical fiber portions are symmetrically arranged with respect to the symmetry plane, such that the movement or deflection of the actuator causes a change in strain in one of the optical fiber portions and a proportional or equal change in strain of opposite sign in the other optical fiber portion .
A method of transmitting, by a user equipment , an uplink signal using a carrier aggregation in a wireless communication system, the method comprising: transmitting, to a base station, BS , a first uplink signal on a first component carrier, CC, included in a first timing advance group, TAG; and transmitting, to the BS , a second uplink signal on a second CC included in a second TAG, wherein the first TAG and the second TAG apply different timing advances, TAs, wherein a maximum uplink timing difference between the first uplink signal and the second uplink signal is determined based on a maximum subcarrier spacing, characterized in that a TA granularity for the first TAG and the second TAG is configured based on the maximum subcarrier spacing, wherein each of the first TAG and the second TAG is configured with multiple numerologies, wherein if each of the first TAG and the second TAG is configured with the multiple numerologies, a maximum TA in each TAG is configured based on a minimum subcarrier spacing. transmitting, to a base station, BS , a first uplink signal on a first component carrier, CC, included in a first timing advance group, TAG; and transmitting, to the BS , a second uplink signal on a second CC included in a second TAG, wherein the first TAG and the second TAG apply different timing advances, TAs, wherein a maximum uplink timing difference between the first uplink signal and the second uplink signal is determined based on a maximum subcarrier spacing, characterized in that a TA granularity for the first TAG and the second TAG is configured based on the maximum subcarrier spacing, wherein each of the first TAG and the second TAG is configured with multiple numerologies, wherein if each of the first TAG and the second TAG is configured with the multiple numerologies, a maximum TA in each TAG is configured based on a minimum subcarrier spacing.
Arrangement consisting of a main structure of rectangular prismatic geometry provided at its center with an hinged hook for anchoring a ladder to cables, the rear end of the hook has an extension in which a through hole is provided for attaching a rope , whereas the upper end of the main structure has a longitudinal threaded shaft , provided with a handle in the upper portion with a rectangular prismatic one-piece coupled to said threaded shaft , said one-piece has on its rear face a concave surface , characterized in that at the lower end of the main structure , there is a rope grip consisting laterally of an inverted U-shaped support which bears two semi-cylindrical elements with grooved-like teeth positioned side by side, in an upper portion there is a rope limiting element having at the center of its lower face a half-round longitudinal recess and two axes which project perpendicularly downwardly in its rear portion and attach to holes of the same cross-section provided in the rear portion of a lower base of said rope grip on which the semi-cylindrical elements are mounted, whereas in the rope limiting element , through holes matching threaded holes being provided at the center of the semi-cylindrical elements , in which threaded holes screws passing through the rope limiting element are secured, while in the upper step , in which the upper portion of the main frame is attached, and on each side of such main structure , two side latches of toroidal geometry are provided, with each of these side latches being divided into two equal parts in semi-annular shapes and being installable to a ladder step by means of screws and nuts, and by this the upper portion of the main structure is attachable to a ladder step .
A method of producing a redundantly printed security-enhanced document comprising a substrate and at least two different printed variable indicia directly or indirectly printed on the substrate having a general area, the variable indicia being imaged indicia which provide variable information regarding the document, the at least two different printed variable indicia having at least one component color in the same general area of the substrate as at least second printed variable indicia printed of a different component color, the at least first printed variable indicia component color and the at least second printed variable indicia different component color being present so as to be printed in register to produce resulting redundant process color indicia, the method comprising: (a) measuring the grayscale equivalent level of the substrate surface on which the variable indicia is to be imaged; (b) measuring the grayscale equivalent level of the component colors of the variable indicia; (c) printing each component color of the variable indicia with separate physically distinct print heads; (d) selecting the resultant printed process color indicia so that the resultant printed process color indicia maintains a grayscale equivalent level greater than or equal to the measured grayscale equivalent level of the substrate surface plus an additional contrast delta of 15%; and (e) selecting each of the at least two separate printed component colors or combination of component colors of the variable indicia so that each of the at least two separate printed component colors or combination of component colors of the variable indicia exhibit a grayscale equivalent level greater than or equal to the measured grayscale equivalent level of the substrate surface plus an additional contrast delta of 15%; such that the failure of the printing of one portion of either or any of the at least two printed component colors of the variable indicia does not alter a meaning of the information of the document represented by the variable indicia on the redundantly printed security-enhanced document. (a) measuring the grayscale equivalent level of the substrate surface on which the variable indicia is to be imaged; (b) measuring the grayscale equivalent level of the component colors of the variable indicia; (c) printing each component color of the variable indicia with separate physically distinct print heads; (d) selecting the resultant printed process color indicia so that the resultant printed process color indicia maintains a grayscale equivalent level greater than or equal to the measured grayscale equivalent level of the substrate surface plus an additional contrast delta of 15%; and (e) selecting each of the at least two separate printed component colors or combination of component colors of the variable indicia so that each of the at least two separate printed component colors or combination of component colors of the variable indicia exhibit a grayscale equivalent level greater than or equal to the measured grayscale equivalent level of the substrate surface plus an additional contrast delta of 15%;
A method for altering a data structure stored in a protected memory area of a chip card , wherein the data structure contains multiple data groups (DG1, DG2, ... DGi, ..., DG N), wherein a security object for the data structure is stored in the protected memory area, which security object contains a hash value for each of the data groups and a signature by means of a combination (K) of the hash values, wherein the signature was generated using a private key of a signature device , said method comprising the following steps: - authenticating a chip card terminal to the chip card, - establishing a first channel between the chip card terminal and the chip card, - altering at least one of the data groups (DG' i) of the data structure stored in the chip card by means of write access by the chip card terminal to the protected memory area via the first channel, - establishing a second channel to the signature device via a network, - transmitting at least those hash values of the data groups of the data structure of the security object that are not affected by the alteration and also of the altered data group (DG' i) and/or a hash value (Hash' DG'i) of the altered data group to the signature device via the second channel, - generating, by the signature device, an updated security object for the altered data structure , - transmitting the updated security object from the signature device to the chip card, - storing the updated security object of the altered data structure in the secured memory area of the chip card. - authenticating a chip card terminal to the chip card, - establishing a first channel between the chip card terminal and the chip card, - altering at least one of the data groups (DG' i) of the data structure stored in the chip card by means of write access by the chip card terminal to the protected memory area via the first channel, - establishing a second channel to the signature device via a network, - transmitting at least those hash values of the data groups of the data structure of the security object that are not affected by the alteration and also of the altered data group (DG' i) and/or a hash value (Hash' DG'i) of the altered data group to the signature device via the second channel, - generating, by the signature device, an updated security object for the altered data structure , - transmitting the updated security object from the signature device to the chip card, - storing the updated security object of the altered data structure in the secured memory area of the chip card.
A non-enzymatic method of preparing a biomass mash, wherein a biomass comprising: - pectin, - lignin in an amount of less than 10% of the dry matter content, and - having a Neutral Detergent Fibre (NDF) value of less than 65% of the dry matter content, as measured according to the method of P.J. van Soest, 1963, in Use of detergents in the analysis of fibrous feeds, J. Assoc. Off. Anal. Chemistry 46: 825-829, is subjected to - a first pH adjusting step, in which the pH is adjusted with a base to a pH of at least 7.5 in a period of at least 5 minutes, followed by - a second pH adjusting step, wherein the pH of the biomass mash is adjusted with an acid to a pH in the range of 1-6.5, thereby obtaining a biomass mash, and wherein the temperature during the entire method is from 1-40°C. - pectin, - lignin in an amount of less than 10% of the dry matter content, and - having a Neutral Detergent Fibre (NDF) value of less than 65% of the dry matter content, as measured according to the method of P.J. van Soest, 1963, in Use of detergents in the analysis of fibrous feeds, J. Assoc. Off. Anal. Chemistry 46: 825-829, is subjected to - a first pH adjusting step, in which the pH is adjusted with a base to a pH of at least 7.5 in a period of at least 5 minutes, followed by - a second pH adjusting step, wherein the pH of the biomass mash is adjusted with an acid to a pH in the range of 1-6.5, thereby obtaining a biomass mash, and wherein the temperature during the entire method is from 1-40°C. thereby obtaining a biomass mash, and wherein the temperature during the entire method is from 1-40°C.
A device for servicing a pneumatic conveyance line comprising: a body having a length extending from a leading end to a trailing end and a width extending perpendicularly to the length, the width of the body defining a pair of wings projecting in opposed directions from a centerline of the body , wherein the body is configured to be positioned between opposed rails of a pneumatic conveyance track with each of the pair of wings positioned on a respective one of the opposed rails and the pair of wings carry an agent for at least one cleaning and lubricating the opposed rails of the pneumatic conveyance track , said device being characterized in that the trailing end of the body has a shape corresponding to a shape of an object to be conveyed on the pneumatic conveyance track , and in that the object is a circular shaped bottle , and the shape is a rounded groove configured to mate with the circular shaped bottle positioned in the pneumatic conveyance track and used to propel the body along the pneumatic conveyance track . a body having a length extending from a leading end to a trailing end and a width extending perpendicularly to the length, the width of the body defining a pair of wings projecting in opposed directions from a centerline of the body , wherein the body is configured to be positioned between opposed rails of a pneumatic conveyance track with each of the pair of wings positioned on a respective one of the opposed rails and the pair of wings carry an agent for at least one cleaning and lubricating the opposed rails of the pneumatic conveyance track , said device being characterized in that the trailing end of the body has a shape corresponding to a shape of an object to be conveyed on the pneumatic conveyance track , and in that the object is a circular shaped bottle , and the shape is a rounded groove configured to mate with the circular shaped bottle positioned in the pneumatic conveyance track and used to propel the body along the pneumatic conveyance track .
A cast film comprising a layer formed from a composition comprising a first composition, wherein the first composition comprises at least one ethylene-based polymer and wherein the first composition comprises a MWCDI value greater than 0.9, and a melt index ratio (I10/I2) that meets the following equation: I10/I2 ≥ 7.0 - 1.2 x log (I2); wherein the first composition has a melt index ratio I10/I2 less than, or equal to, 9.2; wherein MWCDI is Molecular Weighted Comonomer Distribution Index and is measured as described in the description; and the melt indices I2 and I10 are measured in accordance with ASTM D-1238 (method B) at 190°C at 2.16 kg and 10kg load, respectively.
A system for antenna diagnosis, comprising: - at least one probe antenna that captures the radiated signal radiated by the antenna being measured when it moves along a path ; - a radiofrequency unit that measures one or more of the properties of the signal captured by the probe antenna along a path ; - positioning means providing the position of the probe antenna along the path ; - processing means with at least one processor, a memory and a programme or programmes which are stored in the memory and comprise a plurality of instructions performing the diagnosis of the antenna being measured by processing the properties of the signal measured by the radiofrequency unit combined with the position provided by the positioning means ; characterised in that the probe antenna can be moved manually by an operator following an arbitrary path within an investigation volume, comprising a reference surface which is situated at a distance comprised between 1 cm and 100 cm of the antenna being measured , and in that the processing means comprise a plurality of instructions which, when executed by the processor, diagnose the antenna being measured by means of the calculation of at least the tangential component of the electric field, or of the magnetic field, or of both, in the aperture of the antenna being measured based on a representation by means of a basis function expansion of equivalent currents in the aperture or electric field modes obtained from the properties of the signal captured by the probe antenna associated with the position provided by the positioning means . - at least one probe antenna that captures the radiated signal radiated by the antenna being measured when it moves along a path ; - a radiofrequency unit that measures one or more of the properties of the signal captured by the probe antenna along a path ; - positioning means providing the position of the probe antenna along the path ; - processing means with at least one processor, a memory and a programme or programmes which are stored in the memory and comprise a plurality of instructions performing the diagnosis of the antenna being measured by processing the properties of the signal measured by the radiofrequency unit combined with the position provided by the positioning means ;
Process for the production of solid saccharides from an aqueous saccharides solution, wherein the aqueous saccharides solution is admixed with a carrier liquid in which the saccharides are insoluble and that has a boiling point higher than that of water to obtain an aqueous admixture, and wherein the aqueous admixture is subjected to an evaporation step, wherein the heat for the evaporation is at least partially supplied by a heated surface area, to yield a vapor fraction comprising water, and a residue fraction comprising solid saccharides and carrier liquid.
A method for implementing dual connectivity, comprising: a first base station which a user equipment, UE, accesses completing related management of a connection of the user equipment in a second base station through a dual connectivity management interface between the first base station and the second base station, to achieve a dual connectivity of the user equipment to the first base station and the second base station; wherein: said completing the related management of the connection of the user equipment in the second base station comprises: adding, modifying and deleting context of the user equipment in the second base station, the context of the user equipment comprising identification information of UE, UE capability information and security context information, connections of the user equipment in the first and second base stations respectively bear at least one radio bearer, RB, data, and the RB data comprises control plane data, the control plane data being signaling radio bearer data. a first base station which a user equipment, UE, accesses completing related management of a connection of the user equipment in a second base station through a dual connectivity management interface between the first base station and the second base station, to achieve a dual connectivity of the user equipment to the first base station and the second base station; wherein: said completing the related management of the connection of the user equipment in the second base station comprises: adding, modifying and deleting context of the user equipment in the second base station, the context of the user equipment comprising identification information of UE, UE capability information and security context information, connections of the user equipment in the first and second base stations respectively bear at least one radio bearer, RB, data, and the RB data comprises control plane data, the control plane data being signaling radio bearer data. said completing the related management of the connection of the user equipment in the second base station comprises: adding, modifying and deleting context of the user equipment in the second base station, the context of the user equipment comprising identification information of UE, UE capability information and security context information, connections of the user equipment in the first and second base stations respectively bear at least one radio bearer, RB, data, and the RB data comprises control plane data, the control plane data being signaling radio bearer data.
Louvre for use in a conduit of an air conditioning system or a mechanical smoke ventilation assembly (MRA), comprising as one feature a frame , which forms a rectangular opening for the flow of a gaseous medium, and as another feature at least two rectangular shaped slats , wherein each slat preferably running coaxially with at least one further slat which is mounted on the frame such as to be able to pivot between its closed position and its open position about a respective pivot axis , and each slat likewise comprises on one side two longitudinal edges aligned parallel to their pivot axis , and, on the other side, two side edges aligned orthogonally to their pivot axis , wherein the pivot axes are preferably arranged in the middle, between the longitudinal edges , and wherein at least one of the longitudinal edges of adjacent slats, interacting in the closed position, comprises a seal , wherein each of the two surfaces of the longitudinal edges interacting in the closed position, of at least one pair of adjacent slats , with the formation of an oblique edged pair opposite the orthogonal (O) which stands perpendicular on the plane E which is spanned by the respective slat , is aligned at an angle α, which lies between 10o and 60o, preferably between 25o and 40o, preferably 30o, and wherein, in the closed position, the two surfaces of this pair of adjacent slats facing towards one another, in particular parallel, are aligned in such a way that the height of the slat in relation to the pivot axis increases over the width of the slat in the direction of pivoting (V) from the closed position into the open position, and wherein each of the two surfaces of at least one oblique edged pair comprises at least one seal , wherein at least one seal is a heat seal , which expands under the effect of heat, preferably formed in strip pattern, wherein one seal is configured as a cold seal , and wherein, with the at least one oblique edged pair, in each case at least one seal , in a direction seen as orthogonal to both surfaces, is arranged in a region at least partially opposite.