mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a failure in a system having a four-wire variable differential transformer sensor, the method comprising: monitoring a source frequency of an Alternating Current voltage applied to an input of the sensor; monitoring an output frequency of the sensor; comparing the output frequency with the source frequency; and detecting a failure if the output frequency is different from the source frequency. monitoring a source frequency of an Alternating Current voltage applied to an input of the sensor; monitoring an output frequency of the sensor; comparing the output frequency with the source frequency; and detecting a failure if the output frequency is different from the source frequency.
An electrochromic composition comprising: a radical-polymerizable compound; a tetraphenyl benzidine compound; and an electrochromic compound having a structure represented by the following general formula: where each of X 1 to X 3 independently represents a carbon atom or a silicon atom, and each of R 1 to R 15 independently represents a member selected from the group consisting of a hydrogen atom, a halogen atom, a monovalent organic group, and a polymerizable functional group. a radical-polymerizable compound; a tetraphenyl benzidine compound; and an electrochromic compound having a structure represented by the following general formula: where each of X 1 to X 3 independently represents a carbon atom or a silicon atom, and each of R 1 to R 15 independently represents a member selected from the group consisting of a hydrogen atom, a halogen atom, a monovalent organic group, and a polymerizable functional group.
A time synchronization method, comprising: receiving, by a receive-end device, a first timestamp sent by a transmit-end device, and receiving a first header signal sent by the transmit-end device, wherein the first header signal is sent on a transmission medium by a first channel medium conversion module in the transmit-end device, wherein the first channel medium conversion module is separate from a physical layer PHY chip in the transmit-end device, the first timestamp indicates a first moment at which the first channel medium conversion module sends the first header signal, and a moment at which the receive-end device receives the first header signal is a second moment; sending, by the receive-end device, a second header signal to the transmit-end device, wherein the second header signal is sent on the transmission medium by a second channel medium conversion module in the receive-end device, wherein the second channel medium conversion module is separate from a physical layer PHY chip in the receive-end device, and a moment at which the receive-end device sends the second header signal is a third moment; receiving, by the receive-end device, a fourth timestamp sent by the transmit-end device, wherein the fourth timestamp indicates a fourth moment at which the transmit-end device receives the second header signal; and synchronizing, by the receive-end device, time with the transmit-end device based on the first moment, the second moment, the third moment, and the fourth moment. receiving, by a receive-end device, a first timestamp sent by a transmit-end device, and receiving a first header signal sent by the transmit-end device, wherein the first header signal is sent on a transmission medium by a first channel medium conversion module in the transmit-end device, wherein the first channel medium conversion module is separate from a physical layer PHY chip in the transmit-end device, the first timestamp indicates a first moment at which the first channel medium conversion module sends the first header signal, and a moment at which the receive-end device receives the first header signal is a second moment; sending, by the receive-end device, a second header signal to the transmit-end device, wherein the second header signal is sent on the transmission medium by a second channel medium conversion module in the receive-end device, wherein the second channel medium conversion module is separate from a physical layer PHY chip in the receive-end device, and a moment at which the receive-end device sends the second header signal is a third moment; receiving, by the receive-end device, a fourth timestamp sent by the transmit-end device, wherein the fourth timestamp indicates a fourth moment at which the transmit-end device receives the second header signal; and synchronizing, by the receive-end device, time with the transmit-end device based on the first moment, the second moment, the third moment, and the fourth moment.
A locking device for a sash post against a frame post by the cooperation of a hook associated to the sash post and a trowel recessed into said frame post, said hook being attached to a rod adapted to slide on itself along the sash post between a passive and an active locking positions in which the hook is engaged and locked in the trowel, said device including a lock housing mounted on the sash which contains a force transmission mechanism adapted to transform the movement of an operating member into a translation of said rod along said sash post, such that the force transmission mechanism includes a guiding pin provided so as to follow, on the one hand, the movement of a first element of the mechanism (28, 38) connected to said operating member and, on the other hand, the displacement of a second element of the mechanism connected to said rod, said guiding pin being adapted in order to move between a first extreme rest position corresponding to said passive position of the rod and a second extreme safety position corresponding to said active position for locking the rod and in which the guiding pin is blocked in the moving direction of the rod, in the two directions, and in that said guiding pin is further hold in two slits provided facing each other, each of said slits including a guiding part which extends in the displacement direction of the rod as well as a blocking part which prolongs said guiding part by forming an end bent perpendicular to said displacement and in which the guiding pin is in said second extreme safety position, said guiding pin including a central part and two end parts provided on both sides of the central part and adapted to be respectively housed in one of said slits.
A fabric conditioning composition, which comprises: (i) an encapsulated volatile benefit agent; (ii) an encapsulated phase change active, said phase change active having a phase change temperature of from 24 to 39°C; (iii) at least one softening agent selected from a cationic softening agent, a non-ionic softening agent and mixtures thereof; and (iv) a non-encapsulated volatile benefit agent. (i) an encapsulated volatile benefit agent; (ii) an encapsulated phase change active, said phase change active having a phase change temperature of from 24 to 39°C; (iii) at least one softening agent selected from a cationic softening agent, a non-ionic softening agent and mixtures thereof; and (iv) a non-encapsulated volatile benefit agent.
Geared motor unit, having: a. a motor (12, having a stator and a rotor, b. a wave gearbox (22, 24, 26) having a flex spline, a circular spline, and a wave generator, wherein c. an element of the motor (12, 14) is connected to the wave generator, and the other element of the motor (12, 14) is connected to the flex spline of the wave gearbox (22, 24, 26), and d. an element of the wave gearbox (22, 24, 26) is connected to a mechanical mass, wherein the motor (12, 14) is integrated in the wave gearbox (22, 24, 26), characterized in that the stator is connected to the wave generator, the rotor is connected to the flex spline of the wave gearbox (22, 24, 26), and the wave generator of the wave gearbox (22, 24, 26) is connected to the mechanical mass. a. a motor (12, having a stator and a rotor, b. a wave gearbox (22, 24, 26) having a flex spline, a circular spline, and a wave generator, wherein c. an element of the motor (12, 14) is connected to the wave generator, and the other element of the motor (12, 14) is connected to the flex spline of the wave gearbox (22, 24, 26), and d. an element of the wave gearbox (22, 24, 26) is connected to a mechanical mass, wherein the motor (12, 14) is integrated in the wave gearbox (22, 24, 26), characterized in that the stator is connected to the wave generator, the rotor is connected to the flex spline of the wave gearbox (22, 24, 26), and the wave generator of the wave gearbox (22, 24, 26) is connected to the mechanical mass.
A method for fetching by a client device a content identified by a content identifier and stored in a web server, for use with first and second servers and an intermediate device that are each connected to the Internet and are each addressable in the Internet using a respective IP address, wherein the second server, upon selecting an IP address from a list of IP addresses corresponding to available intermediate devices, directs the intermediate device corresponding to the selected IP address to initiate communication and establish connection with the first server by sending a message containing the IP address of the first server to the intermediate device, the method by the first server comprising: receiving, from the client device over the Internet, a request message that comprises the content identifier; sending, to the second server over the Internet, a first message that comprises at least the received content identifier; receiving, over the established connection, from the intermediate device over the Internet, the content, in response to the sending of the first message; and sending, to the client device over the Internet, the content, in response to the receiving of the content. receiving, from the client device over the Internet, a request message that comprises the content identifier; sending, to the second server over the Internet, a first message that comprises at least the received content identifier; receiving, over the established connection, from the intermediate device over the Internet, the content, in response to the sending of the first message; and sending, to the client device over the Internet, the content, in response to the receiving of the content.
An axle-to-beam connection for a suspension assembly of an axle and suspension system, the axle-to-beam connection comprising: an axle; a beam including an alignment assembly for aligning said axle with said beam; said alignment assembly interposed between the beam and the axle; and a top pad, the top pad comprising a window, said top pad being fixedly attached to said axle by a continuous weld formed in said window between the top pad and the axle, characterized in that said top pad is removably attached to said alignment assembly, and said window is substantially aligned with a top portion of said axle. an axle; a beam including an alignment assembly for aligning said axle with said beam; said alignment assembly interposed between the beam and the axle; and a top pad, the top pad comprising a window, said top pad being fixedly attached to said axle by a continuous weld formed in said window between the top pad and the axle, characterized in that said top pad is removably attached to said alignment assembly, and said window is substantially aligned with a top portion of said axle.
A collating device (100, 100') for collating material sheets and producing a material sheet booklet for a document type selected from a plurality of different identification, value, or security document types, wherein the material sheet booklet to be produced comprises the collated material sheets in a document-type-specific sequence, wherein the collating device (100, 100') comprises: supply stations (102, 102'), which are each stocked with material sheets of a consistent material sheet type and have a material sheet carrier with a support surface for providing an individual material sheet, a material sheet receiving device (118, 118') for collecting the material sheets for the material sheet booklet to be produced, wherein the material sheet receiving device (118, 118') is configured to receive material sheets one at a time in the document-type-specific sequence from the support surfaces of the material sheet carriers at the individual supply stations of the document-type-specific sequence, characterised in that a fixing device is provided, which is configured, in the document-type-specific sequence at each of the supply stations (102, 102'), to fix the material sheet to be received there to the material sheet received directly beforehand by the material sheet receiving device in accordance with the document-type-specific sequence, so that the relative orientation of the material sheet to be received in relation to the material sheet received directly beforehand is defined and then the document-type-specific material sheet booklet is produced. supply stations (102, 102'), which are each stocked with material sheets of a consistent material sheet type and have a material sheet carrier with a support surface for providing an individual material sheet, a material sheet receiving device (118, 118') for collecting the material sheets for the material sheet booklet to be produced, wherein the material sheet receiving device (118, 118') is configured to receive material sheets one at a time in the document-type-specific sequence from the support surfaces of the material sheet carriers at the individual supply stations of the document-type-specific sequence, characterised in that a fixing device is provided, which is configured, in the document-type-specific sequence at each of the supply stations (102, 102'), to fix the material sheet to be received there to the material sheet received directly beforehand by the material sheet receiving device in accordance with the document-type-specific sequence, so that the relative orientation of the material sheet to be received in relation to the material sheet received directly beforehand is defined and then the document-type-specific material sheet booklet is produced.
A nuclear steam supply system with natural gravity-driven coolant circulation, the system comprising: a vertically-oriented reactor vessel comprising an elongated cylindrical shell forming an internal cavity configured for containing primary coolant and a nuclear reactor fuel core; a vertically-oriented steam generating vessel comprising an elongated cylindrical shell defining an internal cavity, a top tubesheet, and a bottom tubesheet; a vertical riser pipe extending vertically between the top and bottom tubesheets (333a, 333b), the riser pipe fluidly connected to the reactor vessel; a plurality of heat transfer tubes extending vertically between the top and bottom tubesheets; and a fluid coupling comprising an eccentric cone section forming a flow conduit for exchanging primary coolant between the steam generating vessel and reactor vessel; wherein a closed primary coolant loop is formed in which primary coolant flows from the reactor vessel through the eccentric cone section into the steam generator vessel and returns from the steam generating vessel to the reactor vessel through the eccentric cone section. a vertically-oriented reactor vessel comprising an elongated cylindrical shell forming an internal cavity configured for containing primary coolant and a nuclear reactor fuel core; a vertically-oriented steam generating vessel comprising an elongated cylindrical shell defining an internal cavity, a top tubesheet, and a bottom tubesheet; a vertical riser pipe extending vertically between the top and bottom tubesheets (333a, 333b), the riser pipe fluidly connected to the reactor vessel; a plurality of heat transfer tubes extending vertically between the top and bottom tubesheets; and a fluid coupling comprising an eccentric cone section forming a flow conduit for exchanging primary coolant between the steam generating vessel and reactor vessel; wherein a closed primary coolant loop is formed in which primary coolant flows from the reactor vessel through the eccentric cone section into the steam generator vessel and returns from the steam generating vessel to the reactor vessel through the eccentric cone section.
A waterproof microphone, comprising: a case that includes a partition wall separating an internal space into two chambers, a front chamber and a rear chamber, a hole in the partition wall for allowing communication between the front chamber and the rear chamber, and opening portions in surfaces of the front chamber and the rear chamber that face the partition wall; a waterproof vibrating membrane covering the opening portion of the front chamber; a microphone unit attached to a surface of the partition wall on the rear chamber side; and a sealing member sealing the opening portion of the rear chamber and including an air hole allowing communication between the rear chamber and an external space, wherein the air hole is a hole that extends while bending multiple times in the sealing member. a case that includes a partition wall separating an internal space into two chambers, a front chamber and a rear chamber, a hole in the partition wall for allowing communication between the front chamber and the rear chamber, and opening portions in surfaces of the front chamber and the rear chamber that face the partition wall; a waterproof vibrating membrane covering the opening portion of the front chamber; a microphone unit attached to a surface of the partition wall on the rear chamber side; and a sealing member sealing the opening portion of the rear chamber and including an air hole allowing communication between the rear chamber and an external space, wherein the air hole is a hole that extends while bending multiple times in the sealing member.
An intraocular lens system for implantation into a lens capsule of an eye having a capsulorhexis with a perimeter, the system comprising: a. an intraocular primary component (50, 55) having a body, one or more haptics (54, 59), a center through hole having an inside perimeter, and a recess extending around the inside perimeter, wherein the body defines a continuous ring; and b. an intraocular secondary component (60, 65) having a first tab, a second tab, and an optical body (62, 297), wherein the first tab is fixed, and the second tab is actuatable between a compressed position and an uncompressed extended position, wherein the second tab is configured to be compressed to the compressed position by a compressive force for delivery of the secondary component into the center through hole of the primary component; and wherein the second tab is configured to elastically expand to the extended position in the recess of the primary component by release of the compressive force; c. wherein the recess is configured to releasably receive and connect to the second tab to form an interlocking connection between the primary component and the secondary component. a. an intraocular primary component (50, 55) having a body, one or more haptics (54, 59), a center through hole having an inside perimeter, and a recess extending around the inside perimeter, wherein the body defines a continuous ring; and b. an intraocular secondary component (60, 65) having a first tab, a second tab, and an optical body (62, 297), wherein the first tab is fixed, and the second tab is actuatable between a compressed position and an uncompressed extended position, wherein the second tab is configured to be compressed to the compressed position by a compressive force for delivery of the secondary component into the center through hole of the primary component; and wherein the second tab is configured to elastically expand to the extended position in the recess of the primary component by release of the compressive force; c. wherein the recess is configured to releasably receive and connect to the second tab to form an interlocking connection between the primary component and the secondary component.
A binding agent for printing a 3D green body object comprising: from 0.3 wt.% to 3 wt% multi-functional carboxylic acid including a carboxylic acid and a second functional group, the multi-functional carboxylic acid having a weight average molecular weight range from 100 MW to 1,000 MW, wherein: when the multi-functional carboxylic acid includes a carboxylic acid that is directly attached to a first carbon atom of aromatic ring, the carboxylic acid separated from any second functional group directly attached to a second carbon atom of the aromatic ring by a third carbon atom of the aromatic ring, and when the multi-functional carboxylic acid positioned along an organic chain that is not aromatic, there is at least one carbon atom between the carboxylic acid and any second functional group; from 2 wt.% to 20 wt% a (meth)acrylic latex binder; from 10 wt.% to 40 wt% solvent package, wherein the solvent package includes from 3 wt:% to 40 wt% of a coalescing solvent; and from 40 wt.% to 88 wt% water, wherein weight percentage ranges are based on total content of the binding agent. when the multi-functional carboxylic acid includes a carboxylic acid that is directly attached to a first carbon atom of aromatic ring, the carboxylic acid separated from any second functional group directly attached to a second carbon atom of the aromatic ring by a third carbon atom of the aromatic ring, and when the multi-functional carboxylic acid positioned along an organic chain that is not aromatic, there is at least one carbon atom between the carboxylic acid and any second functional group; from 2 wt.% to 20 wt% a (meth)acrylic latex binder; from 10 wt.% to 40 wt% solvent package, wherein the solvent package includes from 3 wt:% to 40 wt% of a coalescing solvent; and from 40 wt.% to 88 wt% water, wherein weight percentage ranges are based on total content of the binding agent.
A method of manufacturing a roller for a fixing apparatus comprising a base layer, a rubber layer formed on the base layer, a surface layer formed of a fluororesin tube, the surface layer having a thickness of 20 microns or smaller and a crystallization degree of 50% or smaller, the method being characterized by comprising: covering a roller having the rubber layer formed on the base layer with a fluororesin tube having a thickness of 20 microns or smaller and an inner diameter smaller than an outer diameter of the roller having the rubber layer in a state where the fluororesin tube is expanded in a radial direction; and drawing the fluororesin tube covering the roller having the rubber layer in a generatrix direction thereof, wherein a drawing ratio of the fluororesin tube in the drawing the fluororesin tube in the generatrix direction is 5% or smaller. covering a roller having the rubber layer formed on the base layer with a fluororesin tube having a thickness of 20 microns or smaller and an inner diameter smaller than an outer diameter of the roller having the rubber layer in a state where the fluororesin tube is expanded in a radial direction; and drawing the fluororesin tube covering the roller having the rubber layer in a generatrix direction thereof, wherein a drawing ratio of the fluororesin tube in the drawing the fluororesin tube in the generatrix direction is 5% or smaller.