mhurhangee/patent-ind-claim-en huggingface dataset:
A processing station for processing a substrate web (S) supplied and led away with a substantially continuous speed, comprising: - an impression roller (12; 12, 22); and - a rotatably mounted tool cylinder on which a first tool plate is securable and which, in use, at a contact area, with insertion of the substrate web (S), engages the impression roller for carrying out a processing operation on the substrate web; - a mechanism configured, within one revolution of the tool cylinder , to periodically vary a transport speed of the substrate web (S) at the contact area relative to the rotation speed of the tool cylinder ; characterized in that the processing station comprises a first and a second rotatably mounted tool cylinder which can each be provided with a tool plate , wherein of the two tool cylinders , at any time only one is in an operative state while the other is in a non-operative state, wherein the operative state is provided in that an impression roller (12; 12, 22), with insertion of the substrate web (S), at a contact area is in engagement with the tool cylinder in the operative state, wherein the non-operative state is provided in that the non-operative tool cylinder is not in engagement with the substrate web (S) and an impression roller (12; 12, 22), wherein the non-operative tool cylinder of the two tool cylinders is available and accessible for thereon exchanging a tool plate . - an impression roller (12; 12, 22); and - a rotatably mounted tool cylinder on which a first tool plate is securable and which, in use, at a contact area, with insertion of the substrate web (S), engages the impression roller for carrying out a processing operation on the substrate web; - a mechanism configured, within one revolution of the tool cylinder , to periodically vary a transport speed of the substrate web (S) at the contact area relative to the rotation speed of the tool cylinder ;
A method for displaying an icon, the method comprising: monitoring whether there is an event which is performed with respect to the icon and controls the icon to be displayed; if the event which controls the icon to be displayed is triggered, determining animation display parameters according to properties of the icon, said properties being preset by a user and comprising characters which define display effects corresponding to the characters; and controlling the icon to be displayed in an animation manner in accordance with the animation display parameters; the method being characterized in that it further comprises a step of setting the properties for the icon by a user, this step comprising: when a user installs a new application, displaying a setup dialog box if the application is successfully installed and an icon corresponding to the application is added on a desktop, wherein the dialog box contains alternative properties; detecting the user's selection from the alternative properties contained in the setup dialog box; and setting the selected properties to be the properties of the icon corresponding to the application. monitoring whether there is an event which is performed with respect to the icon and controls the icon to be displayed; if the event which controls the icon to be displayed is triggered, determining animation display parameters according to properties of the icon, said properties being preset by a user and comprising characters which define display effects corresponding to the characters; and controlling the icon to be displayed in an animation manner in accordance with the animation display parameters; the method being characterized in that it further comprises a step of setting the properties for the icon by a user, this step comprising: when a user installs a new application, displaying a setup dialog box if the application is successfully installed and an icon corresponding to the application is added on a desktop, wherein the dialog box contains alternative properties; detecting the user's selection from the alternative properties contained in the setup dialog box; and setting the selected properties to be the properties of the icon corresponding to the application. when a user installs a new application, displaying a setup dialog box if the application is successfully installed and an icon corresponding to the application is added on a desktop, wherein the dialog box contains alternative properties; detecting the user's selection from the alternative properties contained in the setup dialog box; and setting the selected properties to be the properties of the icon corresponding to the application.
A wireless charging device, comprising: a resonator including coil windings, the resonator configured to generate a magnetic field; and a feed point connected to an inner winding of the coil windings of the resonator , the feed point being configured to connect power to the resonator , and wherein the coil windings comprise one or more in-line capacitors , characterized in that the one or more in-line capacitors are arranged in an outer region of the coil windings, the resonator being configured to generate a larger current in the inner winding of the coil windings than an outer winding of the coil windings in the presence of one or more conductive surfaces positioned adjacent to the wireless charging device. a resonator including coil windings, the resonator configured to generate a magnetic field; and a feed point connected to an inner winding of the coil windings of the resonator , the feed point being configured to connect power to the resonator , and wherein the coil windings comprise one or more in-line capacitors , characterized in that the one or more in-line capacitors are arranged in an outer region of the coil windings, the resonator being configured to generate a larger current in the inner winding of the coil windings than an outer winding of the coil windings in the presence of one or more conductive surfaces positioned adjacent to the wireless charging device.
A method of fabricating a component , comprising the steps of: (a) arranging a porous preform comprising fibers in a reactor ; (b) infiltrating the preform with a stoichiometric silicon carbide precursor layer , wherein the ratio of silicon to carbon is equal to one; (c) partially densifying the preform and the stoichiometric silicon carbide precursor layer by depositing a silicon carbide matrix material onto the stoichiometric precursor layer ; (d) determining the ratio of silicon to carbon atoms of the matrix material via X-ray or another type of spectroscopy; (e) comparing the ratio of silicon to carbon atoms of the matrix material to the stoichiometric ratio, that is equal to one; and (f) if the ratio differs from the stoichiometric ratio, repeating steps (b) to (e) until a generally stoichiometric matrix material is obtained. (a) arranging a porous preform comprising fibers in a reactor ; (b) infiltrating the preform with a stoichiometric silicon carbide precursor layer , wherein the ratio of silicon to carbon is equal to one; (c) partially densifying the preform and the stoichiometric silicon carbide precursor layer by depositing a silicon carbide matrix material onto the stoichiometric precursor layer ; (d) determining the ratio of silicon to carbon atoms of the matrix material via X-ray or another type of spectroscopy; (e) comparing the ratio of silicon to carbon atoms of the matrix material to the stoichiometric ratio, that is equal to one; and (f) if the ratio differs from the stoichiometric ratio, repeating steps (b) to (e) until a generally stoichiometric matrix material is obtained.
A clot retrieval device for removing occlusive clot from a blood vessel, the device comprising:- an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; the outer elongate body comprising a plurality of clot receiving openings and a plurality of clot engaging regions, and wherein the clot engaging regions are adapted, on engagement with clot, to urge clot towards the clot receiving openings and into the reception space between the outer elongate body and the inner elongate body, wherein the radial force profile of the device varies along the length of the device; wherein the outer body comprises a plurality of segments , wherein each segment comprises a proximal ring of closed cells having a first radial force to which are connected at least one floating cell or leaflet having a second radial force which is less than the first radial force; wherein the floating cell or leaflet comprises a distal apex which is not connected to an adjacent distal segment; and wherein the clot inlet openings of the segments of the outer body differ along the length of the device, wherein there is a gradient of the size of the clot inlet openings along the length of the device and wherein the gradient increases from proximal to distal. an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; the outer elongate body comprising a plurality of clot receiving openings and a plurality of clot engaging regions, and wherein the clot engaging regions are adapted, on engagement with clot, to urge clot towards the clot receiving openings and into the reception space between the outer elongate body and the inner elongate body, wherein the radial force profile of the device varies along the length of the device; wherein the outer body comprises a plurality of segments , wherein each segment comprises a proximal ring of closed cells having a first radial force to which are connected at least one floating cell or leaflet having a second radial force which is less than the first radial force; wherein the floating cell or leaflet comprises a distal apex which is not connected to an adjacent distal segment; and wherein the clot inlet openings of the segments of the outer body differ along the length of the device, wherein there is a gradient of the size of the clot inlet openings along the length of the device and wherein the gradient increases from proximal to distal.
A process for the synthesis of efinaconazole which comprises reacting 1-[[ -2-(2,4-difluorophenyl)-3-methyloxyranyl]methyl]-1H-1,2,4-triazole with 4-methylenepiperidine, as free base or hydrochloride, in an organic aprotic solvent in the presence of neutralising agents and metal species promoting the reaction under anhydrous conditions.
A minimum quantity lubrication (MQL) system for supplying air and lubrication to a tool on a tool holder assembly, the MQL system comprising: an air supply line configured to fluidly couple to the tool ; an air supply valve fluidly coupled to the air supply line and controlling a volumetric flow rate of air through the air supply line ; at least one volumetric flow pump fluidly coupled to the lubricant supply line and supplying a supply of lubricant at a lubricant flow rate through the lubricant supply line ; and a controller operably coupled to the air supply valve and the volumetric flow pump ; characterized by a lubricant supply line configured to fluidly couple to the tool holder assembly independent of the air supply line and fluidly coupled to the air supply line within the tool holder assembly; wherein the controller operates the volumetric flow pump to supply a continuous flow of the supply of lubricant at a known and constant lubricant flow rate to the air supplied from the air supply line to atomize the lubricant within the supplied air internally of the tool holder assembly and fed internally through the tool . an air supply line configured to fluidly couple to the tool ; an air supply valve fluidly coupled to the air supply line and controlling a volumetric flow rate of air through the air supply line ; at least one volumetric flow pump fluidly coupled to the lubricant supply line and supplying a supply of lubricant at a lubricant flow rate through the lubricant supply line ; and a controller operably coupled to the air supply valve and the volumetric flow pump ; characterized by a lubricant supply line configured to fluidly couple to the tool holder assembly independent of the air supply line and fluidly coupled to the air supply line within the tool holder assembly; wherein the controller operates the volumetric flow pump to supply a continuous flow of the supply of lubricant at a known and constant lubricant flow rate to the air supplied from the air supply line to atomize the lubricant within the supplied air internally of the tool holder assembly and fed internally through the tool .
A method in which a terminal transmits a multimedia broadcast multicast service, MBMS, interest indication message in a wireless communication system, the method comprising: receiving MBMS scheduling information from a base station; selecting at least one beam from among a plurality of beams; determining whether an MBMS service of interest is provided through the selected at least one beam based on the MBMS scheduling information; transmitting, to the base station, an MBMS interest indication message including the MBMS service of interest and the selected at least one beam, based on the terminal determining that the MBMS service of interest is not provided through the selected at least one beam; and receiving updated MBMS scheduling information from the base station in response to the MBMS interest indication message. receiving MBMS scheduling information from a base station; selecting at least one beam from among a plurality of beams; determining whether an MBMS service of interest is provided through the selected at least one beam based on the MBMS scheduling information; transmitting, to the base station, an MBMS interest indication message including the MBMS service of interest and the selected at least one beam, based on the terminal determining that the MBMS service of interest is not provided through the selected at least one beam; and receiving updated MBMS scheduling information from the base station in response to the MBMS interest indication message.
Airbag module comprising - a housing having a housing floor and a housing sidewall , said housing floor and said housing sidewall defining an accommodation space being open at an deployment opening opposite the housing floor , - an airbag package , wherein at least a part of said airbag package is accommodated in said accommodation space, - a cover having a roof and a cover sidewall , the roof having a central part spanning over the deployment opening , the cover sidewall extending from the roof to a floor-side end, wherein the cover sidewall comprises a cover sidewall main portion having an inner surface and an outer surface and a plurality of ribs each protruding from the cover sidewall main portion and extending from a roof-side end to a roof-remote end, characterized in that the plurality of ribs comprises a first kind of ribs having a roof proximal section protruding from the inner surface of the cover sidewall main portion and a roof distal section protruding from the outer surface of the cover sidewall main portion , the cover sidewall main portion of the section of the cover sidewall which shows the first kind of ribs has a roof proximal part and roof distal part , wherein the roof proximal part is outward relative to the roof distal part , such that the roof proximal part and roof distal part are offset to one another, and the total thickness of the section of the cover sidewall showing the first kind of ribs is constant along the height of the ribs of the first kind . - a housing having a housing floor and a housing sidewall , said housing floor and said housing sidewall defining an accommodation space being open at an deployment opening opposite the housing floor , - an airbag package , wherein at least a part of said airbag package is accommodated in said accommodation space, - a cover having a roof and a cover sidewall , the roof having a central part spanning over the deployment opening , the cover sidewall extending from the roof to a floor-side end,
A gripper device for picking up items from a first position where the items are arranged in a side by side arrangement, and releasing the items at a second position, wherein the gripper device comprises: • a plurality of side by side arranged and spaced apart item holders , where each of the item holders comprises a pick-up arrangement for picking up an item, the spaced apart item holders being configurable such that the pitch distance between adjacent item holders, prior to picking up the items, is substantially the same as the pitch distance between adjacent items at the first position, and • a pitch distance adjustment mechanism adapted to, subsequent to picking up the items from the first position, adjust the pitch distance between adjacent spaced apart item holders so as to arrange the received items into at least one group of items by altering the pitch distance within each of the at least one group of items before the at least one group is released at the second position, characterised in that the underside of each item holder defines an elongate groove for engaging with an item. • a plurality of side by side arranged and spaced apart item holders , where each of the item holders comprises a pick-up arrangement for picking up an item, the spaced apart item holders being configurable such that the pitch distance between adjacent item holders, prior to picking up the items, is substantially the same as the pitch distance between adjacent items at the first position, and • a pitch distance adjustment mechanism adapted to, subsequent to picking up the items from the first position, adjust the pitch distance between adjacent spaced apart item holders so as to arrange the received items into at least one group of items by altering the pitch distance within each of the at least one group of items before the at least one group is released at the second position,
An apparatus for diagnosing an insulation resistance measurement circuit, comprising: a measuring unit configured to measure a voltage of a battery module having at least one battery cell; a first diagnosing unit connected to a positive electrode terminal (+) of the battery module and including a plurality of first diagnosis resistors (R1-R4) and a first switch (S1); a second diagnosing unit connected to a negative electrode terminal (-) of the battery module and including a plurality of second diagnosis resistors (R6-R9), a second switch (S2) and a power supply unit (DC); and a control unit configured to calculate an estimated voltage value of the battery module by using a first voltage value calculated based on a signal received from the first diagnosing unit and a second voltage value calculated based on a signal received from the second diagnosing unit, the apparatus for diagnosing an insulation resistance measurement circuit being characterized in that the control unit is further configured to calculate a voltage ratio between the calculated estimated voltage value and the measured voltage value of the battery module measured by the measuring unit, and diagnose a state of the insulation resistance measurement circuit of the battery module according to a comparison result of the calculated voltage ratio and a reference ratio. a measuring unit configured to measure a voltage of a battery module having at least one battery cell; a first diagnosing unit connected to a positive electrode terminal (+) of the battery module and including a plurality of first diagnosis resistors (R1-R4) and a first switch (S1); a second diagnosing unit connected to a negative electrode terminal (-) of the battery module and including a plurality of second diagnosis resistors (R6-R9), a second switch (S2) and a power supply unit (DC); and a control unit configured to calculate an estimated voltage value of the battery module by using a first voltage value calculated based on a signal received from the first diagnosing unit and a second voltage value calculated based on a signal received from the second diagnosing unit,
Method for the remote administration of a device of a local area network by an administration server connected to a wide area communication network, said method comprising: - obtaining (E1) at least one item of data representative of human activity in a geographical area in which the device to be updated is situated; - updating (E3) when the item of data obtained does not indicate any human activity in said geographical area; - deferring (E5) the update when the item of data obtained indicates human activity in said geographical area. - obtaining (E1) at least one item of data representative of human activity in a geographical area in which the device to be updated is situated; - updating (E3) when the item of data obtained does not indicate any human activity in said geographical area; - deferring (E5) the update when the item of data obtained indicates human activity in said geographical area.
Blade of a turbine comprising an airfoil and a platform manufactured in separated pieces joined together, and a seal interposed between them in a position closer to a hot gases path than a joining , characterized in that said seal is a mechanically decoupled seal, and said joining is a permanent joining, that is realised in portions of the airfoil and platform separated from the seal and is placed in a zone of the airfoil and platform where the deformations are small.
A method of forming an out-of-plane electrode comprising: providing an oxide layer above an upper surface of a device layer ; providing a first cap layer portion above an upper surface of the oxide layer ; etching a first electrode perimeter defining trench extending through the first cap layer portion and stopping at the oxide layer ; depositing a first insulating material portion within the first electrode perimeter defining trench , wherein the first insulating material portion consists of silicon nitride; depositing a second cap layer portion above the deposited first insulating material portion ; etching vent holes through the first cap layer portion and the second cap layer portion , vapor releasing a portion of the oxide layer through the vent holes ; depositing a third cap layer portion above the second cap layer portion ; etching a second electrode perimeter defining trench extending through the second cap layer portion and the third cap layer portion ; and depositing a second insulating material portion within the second electrode perimeter defining trench , such that a spacer including the first insulating material portion and the second insulating material portion define a perimeter of an out-of-plane electrode . providing an oxide layer above an upper surface of a device layer ; providing a first cap layer portion above an upper surface of the oxide layer ; etching a first electrode perimeter defining trench extending through the first cap layer portion and stopping at the oxide layer ; depositing a first insulating material portion within the first electrode perimeter defining trench , wherein the first insulating material portion consists of silicon nitride; depositing a second cap layer portion above the deposited first insulating material portion ; etching vent holes through the first cap layer portion and the second cap layer portion , vapor releasing a portion of the oxide layer through the vent holes ; depositing a third cap layer portion above the second cap layer portion ; etching a second electrode perimeter defining trench extending through the second cap layer portion and the third cap layer portion ; and depositing a second insulating material portion within the second electrode perimeter defining trench , such that a spacer including the first insulating material portion and the second insulating material portion define a perimeter of an out-of-plane electrode .