mhurhangee/patent-ind-claim-en huggingface dataset:
A clothes care apparatus comprising: a body comprising a clothes care compartment and a machine room arranged under the clothes care compartment ; a steam generation device configured to generate steam; a steam injector comprising: a bottom surface inclined downward toward the clothes care compartment , a steam injection port configured to receive the steam from the steam generation device and inject the steam into an inside of the clothes care compartment , and a condensed water outlet inclined downward toward the clothes care compartment and configured to discharge condensed water from the steam into the inside of the clothes care compartment , wherein the steam injection port is arranged above the condensed water outlet ; and a drain hole provided in the clothes care compartment below the condensed water outlet to connect the clothes care compartment to the machine room to allow the condensed water discharged from the condensed water outlet to flow into the machine room . a body comprising a clothes care compartment and a machine room arranged under the clothes care compartment ; a steam generation device configured to generate steam; a steam injector comprising: a bottom surface inclined downward toward the clothes care compartment , a steam injection port configured to receive the steam from the steam generation device and inject the steam into an inside of the clothes care compartment , and a condensed water outlet inclined downward toward the clothes care compartment and configured to discharge condensed water from the steam into the inside of the clothes care compartment , wherein the steam injection port is arranged above the condensed water outlet ; and a bottom surface inclined downward toward the clothes care compartment , a steam injection port configured to receive the steam from the steam generation device and inject the steam into an inside of the clothes care compartment , and a condensed water outlet inclined downward toward the clothes care compartment and configured to discharge condensed water from the steam into the inside of the clothes care compartment , wherein the steam injection port is arranged above the condensed water outlet ; and a drain hole provided in the clothes care compartment below the condensed water outlet to connect the clothes care compartment to the machine room to allow the condensed water discharged from the condensed water outlet to flow into the machine room .
A method for information interaction under small cell deployment, comprising: a master evolved node B adding (S10) a candidate secondary evolved node B for a user equipment, comprising the master evolved node B interacting (S20) local home network information with the candidate secondary evolved node B via an inter-evolved node B interface, wherein the local home network information comprises a local home network ID; and the master evolved node B determining (S30) to use the candidate secondary evolved node B to serve the user equipment with dual connectivity, if the master evolved node B and the candidate secondary evolved node B belong to the same local network wherein, the method further comprises: the master evolved node B reporting local home network ID of the master evolved node B to a mobile management entity by an S1 interface message; wherein, the local home network ID is used by a core network to select a standalone gateway to support a selected IP traffic offload at local network, SIPTO@LN. a master evolved node B adding (S10) a candidate secondary evolved node B for a user equipment, comprising the master evolved node B interacting (S20) local home network information with the candidate secondary evolved node B via an inter-evolved node B interface, wherein the local home network information comprises a local home network ID; and the master evolved node B determining (S30) to use the candidate secondary evolved node B to serve the user equipment with dual connectivity, if the master evolved node B and the candidate secondary evolved node B belong to the same local network wherein, the method further comprises: the master evolved node B reporting local home network ID of the master evolved node B to a mobile management entity by an S1 interface message; wherein, the local home network ID is used by a core network to select a standalone gateway to support a selected IP traffic offload at local network, SIPTO@LN. the master evolved node B reporting local home network ID of the master evolved node B to a mobile management entity by an S1 interface message; wherein, the local home network ID is used by a core network to select a standalone gateway to support a selected IP traffic offload at local network, SIPTO@LN.
A system for supplying hydraulic fluid in an internal combustion engine comprising at least one engine valve operatively connected to a valve actuation motion source via a valve train, the system comprising: a pumping assembly (110, 322/324, 2202) disposed within a housing, the housing comprising a fixed housing , a rocker arm or a valve bridge ; a hydraulic circuit disposed within the housing, operatively connected to the pumping assembly, and comprising a supply pressure hydraulic fluid input and an increased pressure hydraulic fluid output , wherein the increased pressure hydraulic fluid output does not directly convey valve actuation motions to the at least one engine valve; and a source of pumping motions operatively connected to the pumping assembly and comprising at least one of the valve actuation motion source or a component of the valve train conveying motion between the valve actuation motion source and the at least one engine valve, wherein the pumping motions applied to the pumping assembly cause the pumping assembly to transmit hydraulic fluid received via the supply pressure hydraulic fluid input to the increased pressure hydraulic fluid output. a pumping assembly (110, 322/324, 2202) disposed within a housing, the housing comprising a fixed housing , a rocker arm or a valve bridge ; a hydraulic circuit disposed within the housing, operatively connected to the pumping assembly, and comprising a supply pressure hydraulic fluid input and an increased pressure hydraulic fluid output , wherein the increased pressure hydraulic fluid output does not directly convey valve actuation motions to the at least one engine valve; and a source of pumping motions operatively connected to the pumping assembly and comprising at least one of the valve actuation motion source or a component of the valve train conveying motion between the valve actuation motion source and the at least one engine valve, wherein the pumping motions applied to the pumping assembly cause the pumping assembly to transmit hydraulic fluid received via the supply pressure hydraulic fluid input to the increased pressure hydraulic fluid output.
A method for monitoring a collection of barrels by an apparatus for monitoring a collection of barrels , the monitoring apparatus comprising: - for each barrel , at least one electronic module , the electronic module being specific to the considered barrel and comprising a memory capable of storing data, and - a user terminal, the user terminal being a mobile terminal capable of operating according to a first operating mode and a second operating mode, the user terminal being able to communicate with a data management platform in the first operating mode and not communicating with the data management platform in the second operating mode, the user terminal further being provided with at least one wireless communication reader operating in both operating modes, the method including a step of: - for each barrel, recording first data in the associated electronic module , the first data being data relative to the barrel , be it the barrel itself or its content, - collecting second data by the user terminal operating in a second operating mode, the second data being data relative to the collection of barrels , and - transmitting data to the data management platform, the transmission step including transmitting second data by the user terminal operating in the first operating mode to the data management platform. - for each barrel , at least one electronic module , the electronic module being specific to the considered barrel and comprising a memory capable of storing data, and - a user terminal, the user terminal being a mobile terminal capable of operating according to a first operating mode and a second operating mode, the user terminal being able to communicate with a data management platform in the first operating mode and not communicating with the data management platform in the second operating mode, the user terminal further being provided with at least one wireless communication reader operating in both operating modes, - for each barrel, recording first data in the associated electronic module , the first data being data relative to the barrel , be it the barrel itself or its content, - collecting second data by the user terminal operating in a second operating mode, the second data being data relative to the collection of barrels , and - transmitting data to the data management platform, the transmission step including transmitting second data by the user terminal operating in the first operating mode to the data management platform.
A mechanical keyboard for use on a touch screen , the mechanical keyboard comprising: a plurality of individually and resiliently depressible keys , each key including a user-facing outer portion and a screen-facing, electrically conductive inner portion , the inner portion being configured to approach the touch screen during depression of the key; the mechanical keyboard being characterised by further comprising a network of electrical conductors configured to conduct a drive signal to the inner portion of each key, the drive signal being received, during the depression of the key, at a locus of touch screen directly beneath the key. a plurality of individually and resiliently depressible keys , each key including a user-facing outer portion and a screen-facing, electrically conductive inner portion , the inner portion being configured to approach the touch screen during depression of the key; the mechanical keyboard being characterised by further comprising a network of electrical conductors configured to conduct a drive signal to the inner portion of each key, the drive signal being received, during the depression of the key, at a locus of touch screen directly beneath the key.
A shaping method for a shaping machine, wherein - a reactive fluid is introduced into a mould , - during the introduction of the fluid into the mould a progression (V) of a parameter which is characteristic of a pressure of the fluid is measured , and - the fluid hardens by reacting in the mould characterised in that - during the introduction of the fluid into the mould a plurality of prognosis values (P 2 ) of the parameter is calculated from the progression (V) and - a time of conclusion of the introduction of the fluid into the mould is established on the basis of the plurality of prognosis values (P 2 ) in such a way that a previously defined pressure maximum (P 3 ) is substantially reached. - a reactive fluid is introduced into a mould , - during the introduction of the fluid into the mould a progression (V) of a parameter which is characteristic of a pressure of the fluid is measured , and - the fluid hardens by reacting in the mould characterised in that - during the introduction of the fluid into the mould a plurality of prognosis values (P 2 ) of the parameter is calculated from the progression (V) and - a time of conclusion of the introduction of the fluid into the mould is established on the basis of the plurality of prognosis values (P 2 ) in such a way that a previously defined pressure maximum (P 3 ) is substantially reached.
A method of constructing a building that includes installing pipework in a building, wherein installing pipework includes the steps of: installing one or more debris traps in pipework during construction of the pipework, wherein the or each debris trap including a debris trapping device ; and removing the one or more debris trapping devices near to the end of the construction process after the installation of the pipework is completed; characterised in that the or each debris trap includes: a housing , the housing including an inlet and an outlet and a fluid flow passage extending from the inlet to the outlet; the housing further including an inspection opening and an inspection cover which is removable to allow access to the fluid flow passage; wherein the debris trapping device is arranged to lie across the fluid flow passage; the debris trapping device may be introduced to, or withdrawn from, the housing through the inspection opening . installing one or more debris traps in pipework during construction of the pipework, wherein the or each debris trap including a debris trapping device ; and removing the one or more debris trapping devices near to the end of the construction process after the installation of the pipework is completed; characterised in that the or each debris trap includes: a housing , the housing including an inlet and an outlet and a fluid flow passage extending from the inlet to the outlet; the housing further including an inspection opening and an inspection cover which is removable to allow access to the fluid flow passage; wherein the debris trapping device is arranged to lie across the fluid flow passage; the debris trapping device may be introduced to, or withdrawn from, the housing through the inspection opening . a housing , the housing including an inlet and an outlet and a fluid flow passage extending from the inlet to the outlet; the housing further including an inspection opening and an inspection cover which is removable to allow access to the fluid flow passage; wherein the debris trapping device is arranged to lie across the fluid flow passage; the debris trapping device may be introduced to, or withdrawn from, the housing through the inspection opening .
A method of synchronizing a master integrated circuit, IC with a slave integrated circuit, IC , comprising in the master integrated circuit : setting a master output enable (OE_M) on an enable line between the master integrated circuit and the slave integrated circuit ; sending a first pulse from the master integrated circuit to the slave integrated circuit over a SYNC bus; releasing the master output enable signal (OE_M); receiving a second pulse on the SYNC bus from the slave integrated circuit sent in response to the first pulse ; checking the second pulse with respect to width and delay in comparison with the first pulse ; triggering an interrupt if a failure is detected in the pulse width or delay of the second pulse ; initiating measurement if synchronization is detected by detecting a correct second pulse during check ; comprising in the slave integrated circuit : receiving the first pulse on the SYNC bus; checking the width of the first pulse using a clock signal of the slave integrated circuit ; indicating a faulty width of the first pulse and stopping the algorithm if the width of the first pulse is not within expectations; when the width of the first pulse is within the expectations, setting a slave output enable (OE_S) on the enable line, providing the second pulse on the SYNC bus, and releasing the slave output enable (OE_S). setting a master output enable (OE_M) on an enable line between the master integrated circuit and the slave integrated circuit ; sending a first pulse from the master integrated circuit to the slave integrated circuit over a SYNC bus; releasing the master output enable signal (OE_M); receiving a second pulse on the SYNC bus from the slave integrated circuit sent in response to the first pulse ; checking the second pulse with respect to width and delay in comparison with the first pulse ; triggering an interrupt if a failure is detected in the pulse width or delay of the second pulse ; initiating measurement if synchronization is detected by detecting a correct second pulse during check ; comprising in the slave integrated circuit : receiving the first pulse on the SYNC bus; checking the width of the first pulse using a clock signal of the slave integrated circuit ; indicating a faulty width of the first pulse and stopping the algorithm if the width of the first pulse is not within expectations; when the width of the first pulse is within the expectations, setting a slave output enable (OE_S) on the enable line, providing the second pulse on the SYNC bus, and releasing the slave output enable (OE_S). receiving the first pulse on the SYNC bus; checking the width of the first pulse using a clock signal of the slave integrated circuit ; indicating a faulty width of the first pulse and stopping the algorithm if the width of the first pulse is not within expectations; when the width of the first pulse is within the expectations, setting a slave output enable (OE_S) on the enable line, providing the second pulse on the SYNC bus, and releasing the slave output enable (OE_S).
A method of assembling an aircraft assembly including a first member and a second member , the method comprising: drilling a first opening through the first member , the first opening having a first diameter; drilling a second opening through the second member , the second opening having the first diameter; forming a first chamfer on the first opening and forming a first chamfer on the second opening , the first chamfer on the first opening and the first chamfer on the second opening having a chamfer diameter; positioning the first member and the second member to align the first opening and the second opening along a common centerline ; and drilling the first opening and the second opening to a second diameter, wherein the second diameter is greater than the first diameter; wherein positioning the first member and the second member comprises positioning the first member and the second member using a plurality of determinate assembly features integrally formed on the first member and the second member ; and wherein positioning the first member and the second member comprises positioning the first member and the second member relative to each other within a predetermined tolerance limit. drilling a first opening through the first member , the first opening having a first diameter; drilling a second opening through the second member , the second opening having the first diameter; forming a first chamfer on the first opening and forming a first chamfer on the second opening , the first chamfer on the first opening and the first chamfer on the second opening having a chamfer diameter; positioning the first member and the second member to align the first opening and the second opening along a common centerline ; and drilling the first opening and the second opening to a second diameter, wherein the second diameter is greater than the first diameter; wherein positioning the first member and the second member comprises positioning the first member and the second member using a plurality of determinate assembly features integrally formed on the first member and the second member ; and wherein positioning the first member and the second member comprises positioning the first member and the second member relative to each other within a predetermined tolerance limit.
Electronic assembly for a tyre comprising an electronic module and a rubber patch provided with a housing suitable for allowing the positioning of an active part of the electronic module in said housing , wherein: - the patch is configured according to a substantially elongate axial profile with a base and a top separated by a lateral wall , said patch comprising a lateral opening communicating with the housing , for the insertion and removal of the active part of the electronic module into said housing , said opening being arranged on the lateral wall ; - the electronic module is configured according to a substantially elongate axial profile and comprises a gripping head extending axially so as to project out of the patch when the active part of the electronic module is positioned in the housing ; said electronic assembly being characterized in that the gripping head of the electronic module is covered with a protective rubber jacket whose profile is designed to substantially seal the patch when the active part of the electronic module is positioned in its housing . - the patch is configured according to a substantially elongate axial profile with a base and a top separated by a lateral wall , said patch comprising a lateral opening communicating with the housing , for the insertion and removal of the active part of the electronic module into said housing , said opening being arranged on the lateral wall ; - the electronic module is configured according to a substantially elongate axial profile and comprises a gripping head extending axially so as to project out of the patch when the active part of the electronic module is positioned in the housing ;
Drilling platform and/or production platform for locating, producing, processing and/or transporting crude oil or natural gas, comprising - a floatable heavyweight foundation having a solid slab of concrete, reinforced concrete, a composite comprising concrete or a combination thereof, and at least one fillable chamber which is empty for floating and which is filled for locating, producing, processing and/or transporting crude oil or natural gas, - a tubular tower which is open on both sides and intersects the heavyweight foundation and is connected to the heavyweight foundation and - a floatable platform connected to the tubular tower or a drilling vessel connected to the tubular tower , in each case for carrying equipment for locating, producing, processing and/or transporting crude oil or natural gas, thereby the floatable platform has at least one floating body , characterized in that , an end region of the tubular tower has anchor elements for connection to the solid slab , in that the anchor elements each have at least one horizontally oriented or substantially horizontally oriented first element connected to the tubular tower and at least one vertically or substantially vertically oriented second element , and in that the elements are located in the solid slab . - a floatable heavyweight foundation having a solid slab of concrete, reinforced concrete, a composite comprising concrete or a combination thereof, and at least one fillable chamber which is empty for floating and which is filled for locating, producing, processing and/or transporting crude oil or natural gas, - a tubular tower which is open on both sides and intersects the heavyweight foundation and is connected to the heavyweight foundation and - a floatable platform connected to the tubular tower or a drilling vessel connected to the tubular tower , in each case for carrying equipment for locating, producing, processing and/or transporting crude oil or natural gas,
An epicyclic gear train comprising a driving pinion , driving a plurality of planetary gears , each planetary gear being attached to a planetary holder , rotating around a planetary axis , and having a first and second interconnected gears with mutually different numbers of teeth, the first gear meshing with a first ring gear , which is stationary, and the second gear meshing with a second ring gear which is thereby made to rotate about a central axis of the epicyclic gear train, characterised in an adjusting arrangement which is arranged to alter the distance between the central axis and each planetary axis , wherein the adjusting arrangement is accomplished by a centre axis of the planetary gear being offset with regard to a mounting axis at which the planetary gear is attached to the planetary holder , the planetary gearing being rotatable about the mounting axis, and wherein a central control gear is used to control a plurality of planetary control gears , each being connected to a shaft that suspends a planetary gear between two plates of the planetary holder .