mhurhangee/ep-ind-claims huggingface dataset:
A method for welding an accessory part made of a thermoplastic resin to a parison made of a molten resin being molded into a tank body, the method comprising steps of: - forming the accessory part to include: (i) an annular portion having an annular shape and the method being characterized in forming the accessory part to further include (ii) a plurality of projections each projecting from the annual portion in a radially inward direction; the method further comprising the steps of - holding the accessory part on a mold and welding the accessory part to an outer surface of the parison when molding the tank body and pressing the annular portion and the projections into the molten resin to be welded to the molten resin. - forming the accessory part to include: (i) an annular portion having an annular shape and the method being characterized in forming the accessory part to further include (ii) a plurality of projections each projecting from the annual portion in a radially inward direction; the method further comprising the steps of (i) an annular portion having an annular shape and the method being characterized in forming the accessory part to further include (ii) a plurality of projections each projecting from the annual portion in a radially inward direction; the method further comprising the steps of - holding the accessory part on a mold and welding the accessory part to an outer surface of the parison when molding the tank body and pressing the annular portion and the projections into the molten resin to be welded to the molten resin.
Failure safety valve unit for a parking brake function of an electronically controllable pneumatic brake system for a commercial vehicle, the failure safety valve unit comprising a monostable release valve and a vent valve, the release valve, when energized, providing a release pressure (pL) at a first release valve connection (2.1) for the parking brake function and, when deenergized, connecting the first release valve connection (2.1) to the vent valve in order to vent the first release valve connection (2.1); and characterized in that the vent valve has a non-linear venting characteristic which allows venting of the first release valve connection (2.1) from the release pressure (pL) to a partial brake pressure (pLT) with a first gradient, and venting of the release valve connection (2.1) from the partial brake pressure (pLT) to a full brake pressure (pLV) with a second gradient, the first gradient being greater than the second gradient. the release valve, when energized, providing a release pressure (pL) at a first release valve connection (2.1) for the parking brake function and, when deenergized, connecting the first release valve connection (2.1) to the vent valve in order to vent the first release valve connection (2.1); and characterized in that the vent valve has a non-linear venting characteristic which allows venting of the first release valve connection (2.1) from the release pressure (pL) to a partial brake pressure (pLT) with a first gradient, and venting of the release valve connection (2.1) from the partial brake pressure (pLT) to a full brake pressure (pLV) with a second gradient, the first gradient being greater than the second gradient.
An inkjet liquid discharging apparatus comprising: a liquid applying unit (1W, 1K, 1C, 1M, 1Y) configured to apply a liquid to a substrate; and a temperature controlling member configured to heat or cool a conveyed substrate to which a liquid is applied so as to cause the substrate to be at a temperature of 100 degrees C or less, the conveyed substrate contacting an outer peripheral surface of the temperature controlling member, the temperature controlling member being a rotatable cylindrical member; characterized in that the inkjet liquid discharging apparatus further comprises: a plurality of dual inlet air units configured to draw air between the substrate and the temperature controlling members, each dual inlet air unit being provided upstream of the contact location in the conveying direction and downstream of the contact location in the conveying direction; and an attractive force-generating unit configured to generate an attractive force to draw air, wherein each of the plurality of inlet air units is connected to a pipe to allow air to flow into a given inlet air unit from among the inlet air units, each inlet air unit being configured to draw the air by the attractive force. a liquid applying unit (1W, 1K, 1C, 1M, 1Y) configured to apply a liquid to a substrate; and a temperature controlling member configured to heat or cool a conveyed substrate to which a liquid is applied so as to cause the substrate to be at a temperature of 100 degrees C or less, the conveyed substrate contacting an outer peripheral surface of the temperature controlling member, the temperature controlling member being a rotatable cylindrical member; characterized in that the inkjet liquid discharging apparatus further comprises: a plurality of dual inlet air units configured to draw air between the substrate and the temperature controlling members, each dual inlet air unit being provided upstream of the contact location in the conveying direction and downstream of the contact location in the conveying direction; and an attractive force-generating unit configured to generate an attractive force to draw air, wherein each of the plurality of inlet air units is connected to a pipe to allow air to flow into a given inlet air unit from among the inlet air units, each inlet air unit being configured to draw the air by the attractive force. a plurality of dual inlet air units configured to draw air between the substrate and the temperature controlling members, each dual inlet air unit being provided upstream of the contact location in the conveying direction and downstream of the contact location in the conveying direction; and an attractive force-generating unit configured to generate an attractive force to draw air, wherein each of the plurality of inlet air units is connected to a pipe to allow air to flow into a given inlet air unit from among the inlet air units, each inlet air unit being configured to draw the air by the attractive force.
A method for data connection management, comprising: obtaining, by a user equipment, UE, first instruction information, wherein the first instruction information is used for instructing to close or open a data connection of at least one traffic flow in at least one bearer of the UE; and transmitting, by the UE, a request bearer resource modification message to a mobility management entity, wherein the request bearer resource modification message comprises the first instruction information, for enabling the mobility management entity to obtain the first instruction information and transmit bearer resource command message comprising the first instruction information to a packet data network gateway through a serving gateway, wherein the first instruction information enables, when adopting a dynamic policy and charging control policy, the packet data network gateway to obtain, from a policy and charging rules function, a policy for instructing the packet data network gateway to stop or start the data transmission of at least one traffic flow in the at least one bearer. obtaining, by a user equipment, UE, first instruction information, wherein the first instruction information is used for instructing to close or open a data connection of at least one traffic flow in at least one bearer of the UE; and transmitting, by the UE, a request bearer resource modification message to a mobility management entity, wherein the request bearer resource modification message comprises the first instruction information, for enabling the mobility management entity to obtain the first instruction information and transmit bearer resource command message comprising the first instruction information to a packet data network gateway through a serving gateway, wherein the first instruction information enables, when adopting a dynamic policy and charging control policy, the packet data network gateway to obtain, from a policy and charging rules function, a policy for instructing the packet data network gateway to stop or start the data transmission of at least one traffic flow in the at least one bearer.
A shower system, comprising: one or more valves (206; 302); and a plurality of showerheads (102; 104; 106) electrically coupled to one another and configured to receive electrical signals from one another, the plurality of showerheads (102; 104; 106) fluidly coupled to the one or more valves (206; 302) and configured to receive water therefrom, each of the plurality of showerheads (102; 104; 106) comprising a sprayer (406; 408; 410) configured to dispense water provided by the one or more valves (206; 302), and wherein at least one of the plurality of showerheads (102; 104; 106) comprises: one or more sensors (412; 414; 416) configured to register motion gestures made by a user; and an integrated user interface configured to control operation of the sprayer (406; 408; 410); wherein the one or more sensors (412; 414; 416) generates an internal signal to the plurality of showerheads (102; 104; 106) corresponding to the motion gesture, and wherein one of the plurality of showerheads (102; 104; 106) is a master showerhead. one or more valves (206; 302); and a plurality of showerheads (102; 104; 106) electrically coupled to one another and configured to receive electrical signals from one another, the plurality of showerheads (102; 104; 106) fluidly coupled to the one or more valves (206; 302) and configured to receive water therefrom, each of the plurality of showerheads (102; 104; 106) comprising a sprayer (406; 408; 410) configured to dispense water provided by the one or more valves (206; 302), and wherein at least one of the plurality of showerheads (102; 104; 106) comprises: one or more sensors (412; 414; 416) configured to register motion gestures made by a user; and an integrated user interface configured to control operation of the sprayer (406; 408; 410); one or more sensors (412; 414; 416) configured to register motion gestures made by a user; and an integrated user interface configured to control operation of the sprayer (406; 408; 410); wherein the one or more sensors (412; 414; 416) generates an internal signal to the plurality of showerheads (102; 104; 106) corresponding to the motion gesture, and wherein one of the plurality of showerheads (102; 104; 106) is a master showerhead.
A method of 3D object delineation from 3D seismic data comprising the steps of: a) providing 3D seismic data (144, 200, 300); b) processing the data (210,310) based on a first characteristic wherein, said first characteristic is extracted from the data and compared with at least one reference characteristic so as to define a set of object data; c) delineating the object data according to a first delineation technique; d) transforming the delineated object data using a second delineation technique so as to obtain a set of improved object data; e) extracting object data from the improved object data set; and f) repeating steps b) to e) using the extracted object data, until desired criteria are reached, so as to define a region of interest, wherein the first delineation technique includes active contour delineation; and the second delineation technique is level set segmentation; the region of interest being defined is a geological element. a) providing 3D seismic data (144, 200, 300); b) processing the data (210,310) based on a first characteristic wherein, said first characteristic is extracted from the data and compared with at least one reference characteristic so as to define a set of object data; c) delineating the object data according to a first delineation technique; d) transforming the delineated object data using a second delineation technique so as to obtain a set of improved object data; e) extracting object data from the improved object data set; and f) repeating steps b) to e) using the extracted object data, until desired criteria are reached, so as to define a region of interest, wherein the first delineation technique includes active contour delineation; and the second delineation technique is level set segmentation; the region of interest being defined is a geological element.
A guide wire for guiding a medical device within a body lumen, comprising: a proximal section including a proximal wire core having a proximal end and a distal end, said proximal wire core having at least one portion being tapered with contraction towards the proximal end of said proximal wire core; a distal section including a distal wire core having a proximal end and a distal end, said distal wire core having at least one portion being tapered with contraction towards the distal end of said distal wire core; a mid section including an overlapping joint joining said distal end of the proximal wire core and said proximal end of the distal wire core; and an outer tubing enveloping said overlapping joint and at least parts of the proximal and distal sections: characterised by: a safety wire extending along the mid section, and extending along at least a portion of the proximal section; and wherein the proximal wire core includes a flat portion and the safety wire includes a flat portion, wherein the respective flat portions of the proximal wire and safety wire makes surface-to-surface contact. a proximal section including a proximal wire core having a proximal end and a distal end, said proximal wire core having at least one portion being tapered with contraction towards the proximal end of said proximal wire core; a distal section including a distal wire core having a proximal end and a distal end, said distal wire core having at least one portion being tapered with contraction towards the distal end of said distal wire core; a mid section including an overlapping joint joining said distal end of the proximal wire core and said proximal end of the distal wire core; and an outer tubing enveloping said overlapping joint and at least parts of the proximal and distal sections: characterised by: a safety wire extending along the mid section, and extending along at least a portion of the proximal section; and wherein the proximal wire core includes a flat portion and the safety wire includes a flat portion, wherein the respective flat portions of the proximal wire and safety wire makes surface-to-surface contact. characterised by: a safety wire extending along the mid section, and extending along at least a portion of the proximal section; and wherein the proximal wire core includes a flat portion and the safety wire includes a flat portion, wherein the respective flat portions of the proximal wire and safety wire makes surface-to-surface contact. a safety wire extending along the mid section, and extending along at least a portion of the proximal section; and wherein the proximal wire core includes a flat portion and the safety wire includes a flat portion, wherein the respective flat portions of the proximal wire and safety wire makes surface-to-surface contact.
Heel unit for a slide board binding, comprising a base with a fastening arrangement for attachment to a slide board surface, a binding body mounted on the base, two coupling pins arranged adjacent to one another for engagement in recesses of a heel section of a shoe in order to fix the shoe to the heel unit, wherein the coupling pins protrude from the binding body in a downhill skiing position of the binding body in a slide board longitudinal direction, in particular in a forward direction of travel, and at least one of the coupling pins is movable relative to the other coupling pin between a downhill skiing position and a frontal release position, and a frontal release arrangement (18, 20, 22, 24) which is adapted to bias the at least one of the coupling pins towards its downhill skiing position, characterised in that the frontal release arrangement (18, 20, 22, 24) comprises at least one torsion spring, which provides a tensioning force for the frontal release arrangement (18, 20, 22, 24). a base with a fastening arrangement for attachment to a slide board surface, a binding body mounted on the base, two coupling pins arranged adjacent to one another for engagement in recesses of a heel section of a shoe in order to fix the shoe to the heel unit, wherein the coupling pins protrude from the binding body in a downhill skiing position of the binding body in a slide board longitudinal direction, in particular in a forward direction of travel, and at least one of the coupling pins is movable relative to the other coupling pin between a downhill skiing position and a frontal release position, and a frontal release arrangement (18, 20, 22, 24) which is adapted to bias the at least one of the coupling pins towards its downhill skiing position, characterised in that the frontal release arrangement (18, 20, 22, 24) comprises at least one torsion spring, which provides a tensioning force for the frontal release arrangement (18, 20, 22, 24).
An arrangement comprising a sink and a hand dryer which extends over the sink, the hand dryer using an air-knife mechanically to wipe the water from the user's hands, the hand dryer comprising two elongate air-knife discharge outlets (17,19) - each outlet (17,19) discharging a respective air-knife forwards onto a hand of the user - the air-knife outlets (17,19) being arranged side-by-side over the basin of the sink, characterised in that each air-knife outlet (17,19) is arranged on an angle (θ) such that the inboard end the air-knife outlet (17a,19a) is in front of the outboard end of the air-knife outlet (17b,19b).
A radio network controller for controlling communications with a mobile terminal within a mobile communications network, the mobile communications network including base stations (401, 402), the radio network controller including means for storing information (105, 107) providing an active set of base stations (401, 402) for controlling communication from the mobile terminal to the base stations (401, 402), the active set of base stations including a first type of base station (401, 402) for up-link high speed packet communications and a second type of base station (401, 402) for uplink communications, the radio network controller being arranged in operation, to receive, from the mobile terminal, a notification of an event to delete a first base station (401, 402) included in the first type of base station (401, 402) of the active set and to add a second base station (401, 402) to the first type of base station (401, 402) of the active set, the event having been generated by the mobile terminal by determining a measure of communications quality with respect to a first base station (401, 402) included in the first type of base station (401, 402) of the active set, and a measure of communications quality with respect to a second base station (401, 402) included in the second type of base station (401, 402) of the active set of base stations (401, 402), the comparison indicating that the measure of communications quality with respect to the second base station (401, 402) is better than the communications quality with respect to the first base station (401, 402), to compare the number of the first type of base stations (401, 402) in the active set with respect to a predetermined number, and to apply the notification of the event to the active set consequent upon the comparison with the predetermined number of base stations (401, 402) of the first type.
A method for configuration of a network extender by an access point, the method comprising: receiving a message from the network extender, wherein the message identifies the network extender to the access point, and wherein the message comprises information identifying a network location of the network extender, wherein the network extender is associated with a server, and wherein the server comprises an HTTP-S server; based upon the received message, determining the network location of the network extender; establishing a secure connection between the access point and the server associated with the network extender; receiving a server secure sockets layer SSL, certificate at the access point, wherein the SSL certificate is received from the network extender; authenticating the digital certificate as valid using a SSL root certificate that is pre-provisioned at the access point; outputting a configuration message to the server associated with the network extender, wherein the configuration message comprises one or more network parameters; and wherein the access point does not receive an acknowledgement message from the network extender in response to the output of the configuration message, outputting one or more subsequent configuration messages to the server associated with the network extender. receiving a message from the network extender, wherein the message identifies the network extender to the access point, and wherein the message comprises information identifying a network location of the network extender, wherein the network extender is associated with a server, and wherein the server comprises an HTTP-S server; based upon the received message, determining the network location of the network extender; establishing a secure connection between the access point and the server associated with the network extender; receiving a server secure sockets layer SSL, certificate at the access point, wherein the SSL certificate is received from the network extender; authenticating the digital certificate as valid using a SSL root certificate that is pre-provisioned at the access point; outputting a configuration message to the server associated with the network extender, wherein the configuration message comprises one or more network parameters; and wherein the access point does not receive an acknowledgement message from the network extender in response to the output of the configuration message, outputting one or more subsequent configuration messages to the server associated with the network extender.
A sensor device for a computer-controlled video entertainment system comprising a display device for displaying video entertainment pictures to at least one user; and at least one computing device being installed remotely from said display device and executing an entertainment software application for providing output data to be transmitted via an IP-based network to the display device to display the video entertainment pictures; wherein the sensor device is adapted to be installed in the vicinity of or within said display device, the sensor device is configured to provide user-related input data to the at least one remotely installed computing device to be processed by said entertainment software application, and wherein the sensor device comprises at least two optical sensory elements, at least one acoustic sensory element, and at least one interface for transmitting input data to said at least one remotely installed computing device, characterized in that the sensor device is directly connected to the IP-based network via the at least one interface. the sensor device is configured to provide user-related input data to the at least one remotely installed computing device to be processed by said entertainment software application, and wherein the sensor device comprises at least two optical sensory elements, at least one acoustic sensory element, and at least one interface for transmitting input data to said at least one remotely installed computing device, characterized in that the sensor device is directly connected to the IP-based network via the at least one interface.