mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an optical cable comprising: wrapping a plurality of elongate optical transmission core elements around an elongate central support member ; extruding a low-density polyethylene material having a modulus of elasticity between 600 MPa and 1000 MPa to form a film around the plurality of wrapped elongate optical transmission core elements such that an inner surface of the film is in contact with an outer surface of each of the plurality of elongate optical transmission core elements ; cooling the film such that the film solidifies while applying a radially inwardly directed force to the plurality of elongate optical transmission core elements ; and extruding a cable body around the film following cooling of the film; wherein each elongate optical transmission core element includes a tube having an inner surface defining a bore having a diameter between 0.5 mm and 3.0 mm, wherein a plurality of optical fibers are located within the bore , wherein the film has a thickness that is less than 100 micrometers, and wherein the cable body has a thickness greater than 1 millimeter and an outer diameter between 4 millimeters and 10 millimeters. wrapping a plurality of elongate optical transmission core elements around an elongate central support member ; extruding a low-density polyethylene material having a modulus of elasticity between 600 MPa and 1000 MPa to form a film around the plurality of wrapped elongate optical transmission core elements such that an inner surface of the film is in contact with an outer surface of each of the plurality of elongate optical transmission core elements ; cooling the film such that the film solidifies while applying a radially inwardly directed force to the plurality of elongate optical transmission core elements ; and extruding a cable body around the film following cooling of the film; wherein each elongate optical transmission core element includes a tube having an inner surface defining a bore having a diameter between 0.5 mm and 3.0 mm, wherein a plurality of optical fibers are located within the bore , wherein the film has a thickness that is less than 100 micrometers, and wherein the cable body has a thickness greater than 1 millimeter and an outer diameter between 4 millimeters and 10 millimeters.
A method for restoring service acceleration for a service, the method comprising: determining that service acceleration for the service is operating improperly, the service acceleration provided by a group of interoperating acceleration components and roles at each acceleration component in the group of interoperating acceleration components linked together to compose a graph , wherein the acceleration components are in a hardware acceleration plane; detecting that degraded performance at an acceleration component , included in the group of interoperating acceleration components, caused the service acceleration to operate improperly, the acceleration component assigned to provide a role that is linked to one or more other roles in the graph; selecting a replacement acceleration component from among one or more other acceleration components to provide the role; and restoring service acceleration for the service by assigning the replacement acceleration component to provide the role and linking the role provided by the replacement acceleration component to the one or more other roles . determining that service acceleration for the service is operating improperly, the service acceleration provided by a group of interoperating acceleration components and roles at each acceleration component in the group of interoperating acceleration components linked together to compose a graph , wherein the acceleration components are in a hardware acceleration plane; detecting that degraded performance at an acceleration component , included in the group of interoperating acceleration components, caused the service acceleration to operate improperly, the acceleration component assigned to provide a role that is linked to one or more other roles in the graph; selecting a replacement acceleration component from among one or more other acceleration components to provide the role; and restoring service acceleration for the service by assigning the replacement acceleration component to provide the role and linking the role provided by the replacement acceleration component to the one or more other roles .
-2,2,5,8,8,9a-hexamethyloctahydro-4H-4a,9-methanoazuleno[5,6-d] dioxole of formula (I)
A cooler for cooling bulk material , in particular cement clinker, having a cooling gas chamber , through which a cooling gas stream for cooling the bulk material can flow in crosscurrent, and a conveying device for conveying the bulk material through the cooling gas chamber in a conveying direction (F), wherein the cooling gas chamber comprises a first cooling gas chamber portion with a first cooling gas stream and a second cooling gas chamber portion , adjoining said first cooling gas chamber portion in a conveying direction (F) of the bulk material , with a second cooling gas stream , wherein the cooler has a separating apparatus for gastight separation of the cooling gas chamber portions from one another, characterized in that the separating apparatus extends transversely with respect to the conveying direction (F) of the bulk material and has a plurality of sealing elements and at least one suspension element , to which a plurality of sealing elements are attached, and wherein the sealing elements are arranged next to one another in such a way that they cover the cross section of the cooling gas chamber . a cooling gas chamber , through which a cooling gas stream for cooling the bulk material can flow in crosscurrent, and a conveying device for conveying the bulk material through the cooling gas chamber in a conveying direction (F), wherein the cooling gas chamber comprises a first cooling gas chamber portion with a first cooling gas stream and a second cooling gas chamber portion , adjoining said first cooling gas chamber portion in a conveying direction (F) of the bulk material , with a second cooling gas stream , wherein the cooler has a separating apparatus for gastight separation of the cooling gas chamber portions from one another, characterized in that the separating apparatus extends transversely with respect to the conveying direction (F) of the bulk material and has a plurality of sealing elements and at least one suspension element , to which a plurality of sealing elements are attached, and wherein the sealing elements are arranged next to one another in such a way that they cover the cross section of the cooling gas chamber .
A motion sensing method employing a first antenna and a second antenna , the method comprising: monitoring for a first motion in a first region using the first antenna using a first motion detection parameter; when no first motion is sensed by the monitoring using the first antenna , monitoring for a second motion in a second region using the second antenna using a second motion detection parameter; when no second motion is sensed by monitoring using the second antenna , monitoring for a third motion in the first region using the first antenna using a third motion detection parameter; and when no third motion is sensed by monitoring using the first antenna using the third motion detection parameter, designating a space, which encompasses the first region , as being unoccupied, wherein a beam width of the second antenna is wider than a beam width of the first antenna , the first region and the second region overlap one another, the first motion detection parameter is different from the third motion detection parameter, and the second motion detection parameter is different from the third motion detection parameter. monitoring for a first motion in a first region using the first antenna using a first motion detection parameter; when no first motion is sensed by the monitoring using the first antenna , monitoring for a second motion in a second region using the second antenna using a second motion detection parameter; when no second motion is sensed by monitoring using the second antenna , monitoring for a third motion in the first region using the first antenna using a third motion detection parameter; and when no third motion is sensed by monitoring using the first antenna using the third motion detection parameter, designating a space, which encompasses the first region , as being unoccupied, wherein a beam width of the second antenna is wider than a beam width of the first antenna , the first region and the second region overlap one another, the first motion detection parameter is different from the third motion detection parameter, and the second motion detection parameter is different from the third motion detection parameter.
Travel plug adapter having a housing, a plug receptacle , and at least a first plug of a first standard and a second plug of a second standard, wherein allocated to each plug is an actuation slider that is conducted to the outside through a slide slot of the housing and is embodied for displacing the plug between a standby position, in which the plug is essentially disposed inside the housing, and a usage position, in which the plug may be used outside of the housing, and the slide slots are arranged adjacent to one another, and wherein the travel plug adapter has a sliding selector having a slide position for each plug and the sliding selector is connected to an operating button provided on an outer side of the housing and has a blocking element that is arranged inside the housing, and, depending on the slide position of the sliding selector , only permits displacement of the selected plug between the standby position and the usage position, while other plugs are arrested in the standby position by the blocking element , wherein the sliding selector may be displaced between the slide slots and at least one actuation path between two adjacent slide positions of the sliding selector is shorter than a distance between two adjacent slide slots and wherein each plug has an engaging cam for engaging in the blocking element and the blocking element contains for each engaging cam a recess through which the engaging cam may be displaced in a certain slide position of the sliding selector .
A device for supporting a comfort element intended to be installed in a body of a vehicle, the support device comprising: - an attachment rail intended to be attached to a side wall of the body, so as to extend longitudinally along this side wall , - at least one interface element , intended to be attached to the comfort equipment and to cooperate with the attachment rail , for securing this comfort equipment with this attachment rail , wherein: - the interface element has an upper surface and a lower surface , and extends laterally between a first end connected to the attachment rail and a second end attached to the comfort equipment , the interface element comprising, between the first and second ends, a central portion in which the upper surface has a hollow and the lower surface has a bump, - the support device comprises a set of panels intended to conceal the attachment rail , the assembly comprising a first lower panel comprising a first upper end suitable for being housed between the bump of the central portion and the first end , and a second panel comprising a second lower end suitable for being housed in the hollow of the central portion , characterized in that the interface element comprises stiffening ribs, chosen from: - stiffening ribs on its lower surface , extending transversely between the central portion and the second end , - stiffening ribs on its lower surface , extending transversely between the central portion and the first end , and/or - stiffening ribs extending transversely in the hollow of the central portion . - an attachment rail intended to be attached to a side wall of the body, so as to extend longitudinally along this side wall , - at least one interface element , intended to be attached to the comfort equipment and to cooperate with the attachment rail , for securing this comfort equipment with this attachment rail , - the interface element has an upper surface and a lower surface , and extends laterally between a first end connected to the attachment rail and a second end attached to the comfort equipment , the interface element comprising, between the first and second ends, a central portion in which the upper surface has a hollow and the lower surface has a bump, - the support device comprises a set of panels intended to conceal the attachment rail , the assembly comprising a first lower panel comprising a first upper end suitable for being housed between the bump of the central portion and the first end , and a second panel comprising a second lower end suitable for being housed in the hollow of the central portion , - stiffening ribs on its lower surface , extending transversely between the central portion and the second end , - stiffening ribs on its lower surface , extending transversely between the central portion and the first end , and/or - stiffening ribs extending transversely in the hollow of the central portion .
A method for adjusting a loss of signal, LOS, alarm decision threshold, comprising: receiving (S101; S201) an optical signal; determining (S101; S204) a power value of the optical signal and an amplitude value of an electrical signal converted from the optical signal and outputted by a trans-impedance amplifier; determining (S102; S205) a first numeric relation between the power value and a preset threshold, and a second numeric relation between the amplitude value and the LOS alarm decision threshold; and adjusting (SI03; S206) the LOS alarm decision threshold according to the first numeric relation and the second numeric relation to make the second numeric relation in accordance with the first numeric relation. receiving (S101; S201) an optical signal; determining (S101; S204) a power value of the optical signal and an amplitude value of an electrical signal converted from the optical signal and outputted by a trans-impedance amplifier; determining (S102; S205) a first numeric relation between the power value and a preset threshold, and a second numeric relation between the amplitude value and the LOS alarm decision threshold; and adjusting (SI03; S206) the LOS alarm decision threshold according to the first numeric relation and the second numeric relation to make the second numeric relation in accordance with the first numeric relation.
An apparatus for treating a tooth , the apparatus comprising: a chamber having an access port which places the chamber in fluid communication with a treatment region of a tooth when the chamber is coupled to the tooth; and a fluid motion generator coupled to the chamber and configured to generate a rotational motion of fluid in the chamber , wherein when the chamber is positioned against the tooth, the fluid motion generator is positioned outside the tooth ; characterized in that the fluid motion generator is configured to pass a stream of the fluid across the access port of the chamber . a chamber having an access port which places the chamber in fluid communication with a treatment region of a tooth when the chamber is coupled to the tooth; and a fluid motion generator coupled to the chamber and configured to generate a rotational motion of fluid in the chamber , wherein when the chamber is positioned against the tooth, the fluid motion generator is positioned outside the tooth ; characterized in that the fluid motion generator is configured to pass a stream of the fluid across the access port of the chamber .
A dishwasher , comprising: a wash tub ; a rack supported in the wash tub and movable between a loading and a washing position; a rotatable conduit supported by the rack for movement with the rack , the conduit having a connector for receiving wash fluid, wherein the conduit comprises a tubular spray element being rotatable about a longitudinal axis thereof, wherein the tubular spray element includes one or more apertures extending through an exterior surface thereof; a docking arrangement coupled to a wall of the wash tub and configured to releasably engage with the connector of the conduit when the rack is in the washing position to supply wash fluid to the conduit, wherein the docking arrangement includes a rotatable docking port positioned to receive the connector of the rotatable conduit; a conduit support rotatably supporting the conduit on the rack ; characterized by a return mechanism coupled to the conduit and configured to return the conduit to a predetermined rotational position about an axis of rotation of the conduit when the conduit is released from the docking arrangement when the rack is moved from the washing to the loading position. a wash tub ; a rack supported in the wash tub and movable between a loading and a washing position; a rotatable conduit supported by the rack for movement with the rack , the conduit having a connector for receiving wash fluid, wherein the conduit comprises a tubular spray element being rotatable about a longitudinal axis thereof, wherein the tubular spray element includes one or more apertures extending through an exterior surface thereof; a docking arrangement coupled to a wall of the wash tub and configured to releasably engage with the connector of the conduit when the rack is in the washing position to supply wash fluid to the conduit, wherein the docking arrangement includes a rotatable docking port positioned to receive the connector of the rotatable conduit; a conduit support rotatably supporting the conduit on the rack ; characterized by a return mechanism coupled to the conduit and configured to return the conduit to a predetermined rotational position about an axis of rotation of the conduit when the conduit is released from the docking arrangement when the rack is moved from the washing to the loading position.
A sanitary fitting for mixing cold water and hot water to form mixed water having a desired mixed water temperature, comprising a fitting housing , an outlet and a water guideway arranged at least partially in the fitting housing or the outlet as a separate component, wherein the water guideway has a first channel for the mixed water and a second channel for a secondary fluid, wherein the second channel is at least partially configured as a connection nipple integrally formed with the water guideway , wherein the second channel opens into a hose of the sanitary fitting, and the secondary fluid can be guided by means of the second hose through the outlet to an discharge opening of the sanitary fitting, wherein the hose is secured to the connection nipple , characterized in that the sanitary fitting has a cartridge receptacle for receiving a mixing cartridge , wherein the mixed water can be supplied from the mixing cartridge via the cartridge receptacle to the first channel of the water guideway .
An apparatus comprising: a register file with one or more write ports; characterized in that the apparatus further comprises: a comparator to identify a trivial operand in the one or more write ports of the register file, the trivial operand being an operand that does not require a complex floating point calculation process to determine a result; a trivial operand register in circuit with the comparator, the trivial operand register to set trivial operand flags corresponding to respective ones of storage locations of the register file corresponding to the one or more write ports that include the trivial operand; and control logic to (a) bypass a floating point calculation and (b) apply a trivial value directly from the trivial operand register to provide the result of the floating point calculation involving a trivial operand directly where it was to be stored. a comparator to identify a trivial operand in the one or more write ports of the register file, the trivial operand being an operand that does not require a complex floating point calculation process to determine a result; a trivial operand register in circuit with the comparator, the trivial operand register to set trivial operand flags corresponding to respective ones of storage locations of the register file corresponding to the one or more write ports that include the trivial operand; and control logic to (a) bypass a floating point calculation and (b) apply a trivial value directly from the trivial operand register to provide the result of the floating point calculation involving a trivial operand directly where it was to be stored.
A tumbler with a small bottle, suitable for serving two separate beverages which gradually mix as the tumbler is tilted when drinking, wherein the tumbler has a base which has, coaxial to the tumbler, a receptacle with an insertion opening for inserting the upper, open end of a small bottle , characterized in that the small bottle is fully contained in said receptacle .
A right angle valve , comprising: a valve body including a cavity and a first pipe and a second pipe connected with the cavity ; a fixing member fixed to the valve body , the fixing member provided with a combining end inserted into the cavity ; a disc spring with one end thereof combined to the combining end and the other end thereof connected with a sealing member for sealing an inner end of the first pipe ; a cover fixed to an end of the valve body away from the first pipe ; a piston member slidingly disposed in the cover , one end of the piston member combined to the sealing member ; and a covering measure including a sleeve , wherein the covering measure covers the disc spring when the piston member drives the sealing member to move away from the inner end of the first pipe to allow an air inflow, such that the disc spring is prevented from being exposed to the flowing air, characterized in that the sleeve comprises a fixing end and a free end , the fixing end fixedly combined with the fixing member, the free end surrounding the combining end of the fixing member and the disc spring , wherein the sealing member rests against the free end when the sealing member moves away from the inner end of the first pipe to the largest distance. a valve body including a cavity and a first pipe and a second pipe connected with the cavity ; a fixing member fixed to the valve body , the fixing member provided with a combining end inserted into the cavity ; a disc spring with one end thereof combined to the combining end and the other end thereof connected with a sealing member for sealing an inner end of the first pipe ; a cover fixed to an end of the valve body away from the first pipe ; a piston member slidingly disposed in the cover , one end of the piston member combined to the sealing member ; and a covering measure including a sleeve , wherein the covering measure covers the disc spring when the piston member drives the sealing member to move away from the inner end of the first pipe to allow an air inflow, such that the disc spring is prevented from being exposed to the flowing air, characterized in that the sleeve comprises a fixing end and a free end , the fixing end fixedly combined with the fixing member, the free end surrounding the combining end of the fixing member and the disc spring , wherein the sealing member rests against the free end when the sealing member moves away from the inner end of the first pipe to the largest distance.