mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring a flange connection of a wind energy installation, comprising a flange connection with a plurality of bolts which are arranged adjacent to one another in openings of a flange and which are fastened with bolt nuts and / or bolt heads, as well as a plurality of monitoring bodies , which are mounted on bolt nuts and / or bolt heads of a plurality of bolts , in particular bolts which are adjacent to one another, in a positive contact and / or a frictional contact, wherein the monitoring bodies are connected to one another via connecting cables so as to form a circuit, in particular a connection in series, characterised in that the arrangement of the monitoring bodies on the bolt nuts and / or on the bolt heads and the length of the connecting cables are selected in such a way that, in the event of a rotation of a bolt nut which is becoming loose, or of a bolt head of a bolt which is becoming loose, and of the monitoring body which is mounted thereon, at least one connecting cable which is connected to the monitoring body , which monitoring body is also rotating, is released as a result of increasing tensile stress on the connecting cable , in particular in the event that a threshold value for tensile stress has been exceeded, wherein the connecting cables can be connected or are connected by means of plug-in connectors in the connecting cables or on the monitoring bodies or on the sensors, which connecting cables are released in the event that the axial tensile stress increases.
A fluorescent fusion polypeptide capable of changing its localization and fluorescence intensity within the cell from the cell cytoplasmic membrane to the retention vesicles, upon an increase in the translocation of beta-arrestin from the cell cytoplasm to the cell cytoplasmic membrane, comprising a membrane localization peptide consisting of the extracellular domain of interleukin-2 receptor of SEQ ID 3 or a variant which is at least 90% homologous to this sequence over the entire region based on amino acid identity; a peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs consisting of the phosphorylated receptor binding peptide from b-arrestin of SEQ ID 2; a vesicularization peptide consisting of the Clathrin and beta-adaptin peptide from arrestin; and a fluorescent peptide wherein: a. the membrane localization peptide is located at the N-terminus of the fluorescent fusion polypeptide and is physically bound, optionally through a linker, to the fluorescent peptide, which in turn is physically bound, optionally through a linker, to the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs; and b. the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs is physically bound, optionally through a linker, to the vesicularization peptide, which in turn is located at the C-terminus of the fluorescent fusion polypeptide; and wherein the term "membrane localization peptide" is intended to mean a peptide whose natural intracellular localization is in the plasma membrane. a. the membrane localization peptide is located at the N-terminus of the fluorescent fusion polypeptide and is physically bound, optionally through a linker, to the fluorescent peptide, which in turn is physically bound, optionally through a linker, to the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs; and b. the peptide capable of binding G-protein or tyrosine receptors following phosphorylation of these receptors by GRKs or RTKs is physically bound, optionally through a linker, to the vesicularization peptide, which in turn is located at the C-terminus of the fluorescent fusion polypeptide;
A method for catering services, wherein - at least one food placed for serving in a serving unit is selected for forming a meal portion , - a quantity of the food selected for the meal portion is weighed at the serving unit in connection with the selection, in which a weighing process is controlled such that at each food - before selecting the food to the meal portion , a weighing functionality is initialized, - finishing of the selection of the food is detected and the corresponding weighing result is stored, - information related to the selected food and/or the formed meal portion is determined using the content information and the quantitative information of the selected food , characterized in that - the content information is nutritional information and/or energy values of the selected food , - a diner of the meal portion to be formed is identified at each food by remote identification arranged to the serving unit , - assembling of meal portions is controlled based on the information of the diner identified at each food by remote identification arranged to the serving unit , - the weighing process is controlled by remote identification arranged to the serving unit such that at each food - before selecting the food to the meal portion , the weighing functionality is initialized with remote identification , - finishing of the selection of the food is detected by remote identification and the corresponding weighing result is stored. - at least one food placed for serving in a serving unit is selected for forming a meal portion , - a quantity of the food selected for the meal portion is weighed at the serving unit in connection with the selection, in which a weighing process is controlled such that at each food - before selecting the food to the meal portion , a weighing functionality is initialized, - finishing of the selection of the food is detected and the corresponding weighing result is stored, - before selecting the food to the meal portion , a weighing functionality is initialized, - finishing of the selection of the food is detected and the corresponding weighing result is stored, - information related to the selected food and/or the formed meal portion is determined using the content information and the quantitative information of the selected food , characterized in that - the content information is nutritional information and/or energy values of the selected food , - a diner of the meal portion to be formed is identified at each food by remote identification arranged to the serving unit , - assembling of meal portions is controlled based on the information of the diner identified at each food by remote identification arranged to the serving unit , - the weighing process is controlled by remote identification arranged to the serving unit such that at each food - before selecting the food to the meal portion , the weighing functionality is initialized with remote identification , - finishing of the selection of the food is detected by remote identification and the corresponding weighing result is stored.
An assembly for driving a plunger in a drug reservoir (324; 424; 1124; 1424), the plunger dividing between a drug in a distal portion of the reservoir (324; 424; 1124; 1424) and a proximal opening of the reservoir (324; 424; 1124; 1424); the assembly comprising: a telescoping shaft that extends by rotation of a driving element in a first rotational direction with respect to a distal shaft ; a distal end of said distal shaft configured to engage the plunger; and a friction element extending from said distal shaft ; characterized in that : the friction element comprises a flexible disk and a plurality of independent flexible radial elements extending radially from the disk to contact an interior side wall of the reservoir (324; 424; 1124; 1424), said radial elements extending from the disk toward the first rotational direction to wedge between said interior wall and said distal shaft when said distal shaft is rotated in said first rotational direction, said radial elements having respective leading edges and trailing edges , at least one of the leading edges extending radially from the disk at a first angle and the trailing edge associated with a same radial element as the at least one of the leading edges extending radially from the disk at a second angle, the first angle being steeper than the second angle wherein a resistance to movement of said distal shaft in said first rotational direction due to friction between said friction element and said interior wall is higher than a resistance to movement of said distal shaft in a direction opposite said first rotation direction due to friction between said friction element and said interior wall. a telescoping shaft that extends by rotation of a driving element in a first rotational direction with respect to a distal shaft ; a distal end of said distal shaft configured to engage the plunger; and a friction element extending from said distal shaft ; characterized in that : the friction element comprises a flexible disk and a plurality of independent flexible radial elements extending radially from the disk to contact an interior side wall of the reservoir (324; 424; 1124; 1424), said radial elements extending from the disk toward the first rotational direction to wedge between said interior wall and said distal shaft when said distal shaft is rotated in said first rotational direction, said radial elements having respective leading edges and trailing edges , at least one of the leading edges extending radially from the disk at a first angle and the trailing edge associated with a same radial element as the at least one of the leading edges extending radially from the disk at a second angle, the first angle being steeper than the second angle wherein a resistance to movement of said distal shaft in said first rotational direction due to friction between said friction element and said interior wall is higher than a resistance to movement of said distal shaft in a direction opposite said first rotation direction due to friction between said friction element and said interior wall.
A post-hoc image review method for short-lived Linux containers, the method comprising: directing, by data processing hardware of a host computing platform , a creation of a short-lived Linux container in the container management system ; applying, by the data processing hardware , an initial configuration to the short-lived Linux container ; detecting, by the data processing hardware , a termination of the short-lived Linux container ; and responsive to the termination: snapshotting, by the data processing hardware , a configuration of the short-lived Linux container ; comparing , by the data processing hardware , the initial configuration to the snapshotted configuration ; displaying, by the data processing hardware , a list of differences in a container management display; associating , by the data processing hardware , each of the differences in the list with a corresponding configuration change from the initial configuration ; prompting in the display, by the data processing hardware , to whitelist each configuration change for each of the differences; and adding to a white list, by the data processing hardware , each selected one of the differences as a permissible configuration change. directing, by data processing hardware of a host computing platform , a creation of a short-lived Linux container in the container management system ; applying, by the data processing hardware , an initial configuration to the short-lived Linux container ; detecting, by the data processing hardware , a termination of the short-lived Linux container ; and responsive to the termination: snapshotting, by the data processing hardware , a configuration of the short-lived Linux container ; comparing , by the data processing hardware , the initial configuration to the snapshotted configuration ; displaying, by the data processing hardware , a list of differences in a container management display; associating , by the data processing hardware , each of the differences in the list with a corresponding configuration change from the initial configuration ; prompting in the display, by the data processing hardware , to whitelist each configuration change for each of the differences; and adding to a white list, by the data processing hardware , each selected one of the differences as a permissible configuration change. snapshotting, by the data processing hardware , a configuration of the short-lived Linux container ; comparing , by the data processing hardware , the initial configuration to the snapshotted configuration ; displaying, by the data processing hardware , a list of differences in a container management display; associating , by the data processing hardware , each of the differences in the list with a corresponding configuration change from the initial configuration ; prompting in the display, by the data processing hardware , to whitelist each configuration change for each of the differences; and adding to a white list, by the data processing hardware , each selected one of the differences as a permissible configuration change.
A mascara for eyelash makeup, the mascara comprising: a brush shaft ; and a spiral brush band provided in a band shape for coupling to a body of the brush shaft in a spirally wound form, the spiral brush band comprising a plurality of brush protrusions on an upper surface of a band body of the spiral brush band , wherein the spiral brush band is coupled to the brush shaft by spirally uniformly winding the spiral brush band around a surface of the brush shaft , characterized in that a plurality of catch grooves are formed in an inner side of the band body of the spiral brush band .
An integrated thermoelectric generator of out-of-plane heat flux configuration, said generator comprising: a bottom substrate ; a dielectric layer deposited onto a face of said bottom substrate with uneven thickness, in order to define hills and valleys of dielectric material; juxtaposed segments , alternately p-doped and n-doped, of defined thin film lines of segments of a polycrystalline semiconductor, extending over inclined opposite flanks of said hills, useful for converting in electricity part of the heat flowing in a direction orthogonal to the generator, hill-top junction metal contacts and valley-bottom junction metal contacts joining juxtaposed ends of said segments alternately p-doped and n-doped, a planar electrically non conductive cover layer laying onto said hill-top junction metal contacts and suspended above said valleys, all valleys among said hills being void spaces delimited at the top by the non conductive cover layer , characterized in that portions of said planar electrically non conductive cover layer suspended over each valley of said valleys have through holes , said through holes communicating with said void spaces and being sufficiently large to let isotropic etching solutions or etching plasma pass therethrough across the thickness of the electrically non conductive cover layer ; said generator further comprises a top capping layer deposited onto a free surface, oriented in an opposite direction in respect to said void spaces, of said planar electrically non conductive cover layer so as to occlude the through holes of the electrically non conductive cover layer . a bottom substrate ; a dielectric layer deposited onto a face of said bottom substrate with uneven thickness, in order to define hills and valleys of dielectric material; juxtaposed segments , alternately p-doped and n-doped, of defined thin film lines of segments of a polycrystalline semiconductor, extending over inclined opposite flanks of said hills, useful for converting in electricity part of the heat flowing in a direction orthogonal to the generator, hill-top junction metal contacts and valley-bottom junction metal contacts joining juxtaposed ends of said segments alternately p-doped and n-doped, a planar electrically non conductive cover layer laying onto said hill-top junction metal contacts and suspended above said valleys, all valleys among said hills being void spaces delimited at the top by the non conductive cover layer , portions of said planar electrically non conductive cover layer suspended over each valley of said valleys have through holes , said through holes communicating with said void spaces and being sufficiently large to let isotropic etching solutions or etching plasma pass therethrough across the thickness of the electrically non conductive cover layer ; said generator further comprises a top capping layer deposited onto a free surface, oriented in an opposite direction in respect to said void spaces, of said planar electrically non conductive cover layer so as to occlude the through holes of the electrically non conductive cover layer .
A method performed by a Constrained Application Protocol, CoAP client for handling data in a constrained network , the method comprising: - transmitting , to a CoAP server , a first indication indicating a configuration enabling the CoAP client to receive a partial modification of CoAP resources, wherein the transmitting the first indication comprises transmitting further an identification indicating a CoAP resource, wherein the first indication and the identification are sent in a single message indicating a request to retrieve information; - receiving , from the CoAP Server , a second indication indicating a partial update associated with the CoAP resource and a value of a part of the CoAP resource wherein the second indication indicates a set of CoAP resources; and - maintaining an internal value of the part of the CoAP resource based on the second indication. - transmitting , to a CoAP server , a first indication indicating a configuration enabling the CoAP client to receive a partial modification of CoAP resources, wherein the transmitting the first indication comprises transmitting further an identification indicating a CoAP resource, wherein the first indication and the identification are sent in a single message indicating a request to retrieve information; - receiving , from the CoAP Server , a second indication indicating a partial update associated with the CoAP resource and a value of a part of the CoAP resource wherein the second indication indicates a set of CoAP resources; and - maintaining an internal value of the part of the CoAP resource based on the second indication.
A method of isolating a particle from a fluid sample , the method comprising: streaming a fluid sample containing a particle through a microfluidic sample channel ; detecting a characteristic of the particle as it passes through a detection zone of the sample channel ; generating a diversion signal in response to the detected characteristic satisfying one or more selected criteria; and diverting the particle from the sample channel into an outlet channel by directing a diverting fluid into the sample channel upstream and downstream of the particle in response to the diversion signal, to isolate the particle from the sample and flush the particle into the outlet channel . streaming a fluid sample containing a particle through a microfluidic sample channel ; detecting a characteristic of the particle as it passes through a detection zone of the sample channel ; generating a diversion signal in response to the detected characteristic satisfying one or more selected criteria; and diverting the particle from the sample channel into an outlet channel by directing a diverting fluid into the sample channel upstream and downstream of the particle in response to the diversion signal, to isolate the particle from the sample and flush the particle into the outlet channel .
A modulator, comprising: a substrate ; a first insulator on at least a portion of the substrate; a non-linear electro-optical material where a change of an index of refraction of the non-linear electro-optical material varies proportionally with a change in electric field across the non-linear electro-optical material, and having a side on the at least a portion of the first insulator, and a first edge and a second edge ; where the first insulator and the non-linear electro-optical material form an unbent optical waveguide having an input and an output ; wherein the first edge has a Bragg grating with substantially a π phase shift substantially in the center of the Bragg grating; wherein the Bragg grating on the first edge has periodic surfaces which are substantially perpendicular to the side of the non-linear optical material; wherein the second edge has a Bragg grating with substantially a π phase shift substantially in the center of the Bragg grating; wherein the Bragg grating on the second edge has periodic surfaces which are substantially perpendicular to the side of the non-linear optical material; a first electrode having a side over the substrate and having an edge substantially perpendicular to the periodic surfaces of the Bragg grating on the first edge; and a second electrode having a side over the substrate and having an edge substantially perpendicular to the periodic surfaces of the Bragg grating on the second edge. a substrate ; a first insulator on at least a portion of the substrate; a non-linear electro-optical material where a change of an index of refraction of the non-linear electro-optical material varies proportionally with a change in electric field across the non-linear electro-optical material, and having a side on the at least a portion of the first insulator, and a first edge and a second edge ; where the first insulator and the non-linear electro-optical material form an unbent optical waveguide having an input and an output ; wherein the first edge has a Bragg grating with substantially a π phase shift substantially in the center of the Bragg grating; wherein the Bragg grating on the first edge has periodic surfaces which are substantially perpendicular to the side of the non-linear optical material; wherein the second edge has a Bragg grating with substantially a π phase shift substantially in the center of the Bragg grating; wherein the Bragg grating on the second edge has periodic surfaces which are substantially perpendicular to the side of the non-linear optical material; a first electrode having a side over the substrate and having an edge substantially perpendicular to the periodic surfaces of the Bragg grating on the first edge; and a second electrode having a side over the substrate and having an edge substantially perpendicular to the periodic surfaces of the Bragg grating on the second edge.