mhurhangee/ep-ind-claims huggingface dataset:
Roof module to be housed in a cavity of a roof surface of a vehicle, wherein a moveable surface which can be actuated manually or a surface which can be actuated by means of an actuator drive is integrated into the roof surface, and the roof module is accommodated on the drive or frame elements of the moveable surface, wherein electronic components and sensors (34, 52, 56, 57, 62) which constitute function groups (30, 40, 50, 60) for controlling the moveable surface and for activating vehicle safety systems are accommodated in the roof module, characterized in that the electronic components and sensors also constitute function groups (30, 40, 50, 60) for monitoring and air-conditioning the passenger compartment of the vehicle and for communicating with external telecommunication systems (43, 44, 45, 46, 47), wherein the roof module is also configured to communicate warning information or malfunctions via the external telecommunication systems, in particular to a mobile phone which is carried by the driver of the vehicle.
Push-pull chain actuator for movable panels, in particular window casements, wherein the push-pull chain actuator has a multi-link push-pull chain, wherein the push-pull chain has a plurality of chain links with chain-link plates (19, 20) and chain pins and also recessed pin heads, - wherein the chain-links have inner and outer chain-link plates (19, 20) with a mutual rear stop, - wherein the inner and outer chain-link plates (19, 20) present are arranged in pairs and parallel to one another in each case and overlap one another at the chain pins, - wherein, at their axial ends, the inner and outer chain-link plates (19, 20) each have an eyelet for the throughgoing chain pin, which connects the chain-link plates (19, 20) to one another in the axial and transverse directions, and - wherein at least the outer chain-link plates (19, 20) have eyelets with a countersink for accommodating the likewise conical pin heads in a recessed manner. - wherein the chain-links have inner and outer chain-link plates (19, 20) with a mutual rear stop, - wherein the inner and outer chain-link plates (19, 20) present are arranged in pairs and parallel to one another in each case and overlap one another at the chain pins, - wherein, at their axial ends, the inner and outer chain-link plates (19, 20) each have an eyelet for the throughgoing chain pin, which connects the chain-link plates (19, 20) to one another in the axial and transverse directions, and - wherein at least the outer chain-link plates (19, 20) have eyelets with a countersink for accommodating the likewise conical pin heads in a recessed manner.
A hydropower plant inlet grid suction unit connected to an outlet channel, and positionable upstream of the inlet grid (5, 20), said outlet channel having a channel outlet positionable below a water surface of a pond, whereby it comprises: an outlet including a connector piece connected to said outlet channel, the outlet channel being a flexible outlet hose; a wedge-shaped distribution chamber having an upper section, a lower section, and two sides extending between the upper and lower sections, connected at the first end to said connector piece; a pressure beak having a first side forming an inlet and a second side connected to a second end of said wedge-shaped distribution chamber, wherein the inlet is opposite the distribution chamber, and wherein the inlet of the pressure beak is rounded and is having a drop-shaped cross-section; and a connector cone connected to said outlet and said wedge-shaped distribution chamber. an outlet including a connector piece connected to said outlet channel, the outlet channel being a flexible outlet hose; a wedge-shaped distribution chamber having an upper section, a lower section, and two sides extending between the upper and lower sections, connected at the first end to said connector piece; a pressure beak having a first side forming an inlet and a second side connected to a second end of said wedge-shaped distribution chamber, wherein the inlet is opposite the distribution chamber, and wherein the inlet of the pressure beak is rounded and is having a drop-shaped cross-section; and a connector cone connected to said outlet and said wedge-shaped distribution chamber.
A Package unit comprising (i) a cardboard container having a top surface, a bottom, at least three side surfaces and an upper surface, wherein at one of said top or side surfaces a closure is provided, wherein said closure is made of cardboard and is slidably movable between a position closing the container and a position providing an opening allowing the removal, discharge, pouring or taking out of the content of said container, wherein said closure comprises a flat panel movably sandwiched between the top surface or one of the side surfaces, and said upper surface, characterized in that the flat panel comprises two embossments (6, 7), said top surface or side surface having at least two punched holes (8, 9), which, when the closure is closed, are engaged by the embossments (6, 7), wherein said top surface or side surface is formed by a separate cardboard panel and applied on the remainder of the container by means of an adhesive, a fixing material or fixing device, and (ii) shaped or granular item(s), comprising (a) a detergent or cleaning composition, or (b) a water softener composition (i) a cardboard container having a top surface, a bottom, at least three side surfaces and an upper surface, wherein at one of said top or side surfaces a closure is provided, wherein said closure is made of cardboard and is slidably movable between a position closing the container and a position providing an opening allowing the removal, discharge, pouring or taking out of the content of said container, wherein said closure comprises a flat panel movably sandwiched between the top surface or one of the side surfaces, and said upper surface, characterized in that the flat panel comprises two embossments (6, 7), said top surface or side surface having at least two punched holes (8, 9), which, when the closure is closed, are engaged by the embossments (6, 7), wherein said top surface or side surface is formed by a separate cardboard panel and applied on the remainder of the container by means of an adhesive, a fixing material or fixing device, and (ii) shaped or granular item(s), comprising (a) a detergent or cleaning composition, or (b) a water softener composition (a) a detergent or cleaning composition, or (b) a water softener composition
A method for detecting a denial-of-service attack in a communication network (300, 500) in which an attacker having a source network address sends a request with a response network address to a target server in order to request the target server to transmit a response packet to the response network address, wherein the response network address differs from the source network address of the attacker, wherein the target server sends a response packet to the response network address in response to receiving the request, and wherein the method comprises the following steps: receiving a data packet originating from the target server via a monitoring server to which the response network address is assigned; and outputting a warning signal via the monitoring server if the received data packet is an unrequested response packet received by the monitoring server. receiving a data packet originating from the target server via a monitoring server to which the response network address is assigned; and outputting a warning signal via the monitoring server if the received data packet is an unrequested response packet received by the monitoring server.
A mobile cellular communication method performed by a first network device, the method comprising the steps of: • sending (step 206) a connection establishment request message to a second network device; and • receiving (step 207) a connection establishment response message from the second network device, ∘ wherein the connection establishment response message includes: ▪ a cell list comprising information on cells included by the second network device; and the method is characterised in that the connection establishment response message further includes: ▪ information about whether each cell in the cell list is a non-independent cell, wherein the non-independent cell is a cell in which no system information is sent or a cell in which only a part of all system information is sent. • sending (step 206) a connection establishment request message to a second network device; and • receiving (step 207) a connection establishment response message from the second network device, ∘ wherein the connection establishment response message includes: ▪ a cell list comprising information on cells included by the second network device; and the method is characterised in that the connection establishment response message further includes: ▪ information about whether each cell in the cell list is a non-independent cell, wherein the non-independent cell is a cell in which no system information is sent or a cell in which only a part of all system information is sent. ∘ wherein the connection establishment response message includes: ▪ a cell list comprising information on cells included by the second network device; and the method is characterised in that the connection establishment response message further includes: ▪ information about whether each cell in the cell list is a non-independent cell, wherein the non-independent cell is a cell in which no system information is sent or a cell in which only a part of all system information is sent. ▪ a cell list comprising information on cells included by the second network device; and the method is characterised in that the connection establishment response message further includes: ▪ information about whether each cell in the cell list is a non-independent cell, wherein the non-independent cell is a cell in which no system information is sent or a cell in which only a part of all system information is sent.
A system for use in a subsea well application, comprising: a tubing head spool having a receptacle and a landing surface; and a tubing hanger sized for receipt in the receptacle of the tubing head spool, the tubing hanger having: a poppet valve oriented for engagement with the landing surface; and a pressure line routed to the poppet valve, characterized in that the poppet valve being biased to an open flow position to allow fluid flow along the pressure line and through the poppet valve prior to landing the poppet valve against the landing surface. a tubing head spool having a receptacle and a landing surface; and a tubing hanger sized for receipt in the receptacle of the tubing head spool, the tubing hanger having: a poppet valve oriented for engagement with the landing surface; and a pressure line routed to the poppet valve, characterized in that the poppet valve being biased to an open flow position to allow fluid flow along the pressure line and through the poppet valve prior to landing the poppet valve against the landing surface.
A method for improving discontinuous reception for a user equipment of a wireless communication system, characterized by the method comprising: separately managing retransmission reception timings of a plurality of downlink hybrid automatic repeat request, hereinafter called DL HARQ, processes when the discontinuous reception is used in the plurality of hybrid automatic repeat request processes, wherein separately managing the retransmission reception timings of the plurality of DL HARQ processes comprises assigning a discontinuous reception retransmission timer, hereinafter called DRX Retransmission Timer, to each of the plurality of DL HARQ processes. separately managing retransmission reception timings of a plurality of downlink hybrid automatic repeat request, hereinafter called DL HARQ, processes when the discontinuous reception is used in the plurality of hybrid automatic repeat request processes, wherein separately managing the retransmission reception timings of the plurality of DL HARQ processes comprises assigning a discontinuous reception retransmission timer, hereinafter called DRX Retransmission Timer, to each of the plurality of DL HARQ processes.
A semiconductor crystal (20 34, 44) comprising: a seed portion (21, 35, 45); and a growth portion (22, 36, 46) on said seed portion (21, 35, 45); said seed portion (21, 35, 45) and said growth portion (22, 36, 46) forming a substantially right cylindrical single crystal (20, 34, 52) of silicon carbide; a seed face (23, 40, 53) defining an interface in said right cylindrical crystal (20, 34, 52) between said growth portion (22, 36, 46) and said seed portion (21, 35, 45); said seed face (23, 40, 53) being substantially parallel to the bases (24, 25, 41, 42, 50, 51) of said right cylindrical crystal (20, 34, 52) and being between about 0.5° and 12° off-axis with respect to a basal plane (23, 43, 56) of said single crystal (20, 34, 52) so that said right cylindrical crystal (20, 34, 52) is capable of being cut into wafers (62, 75), wherein a wafer (62, 75) has circular, substantially parallel faces (63, 64, 71, 72), a circumferential edge that is perpendicular to the circular, substantially parallel faces (63, 64, 71, 72), and less than 2 edge chips; said growth portion (22, 36, 46) replicating the polytype of said seed portion (21, 35, 45) and said growth portion (22, 36, 46) having a diameter of at least 100 mm. a seed portion (21, 35, 45); and a growth portion (22, 36, 46) on said seed portion (21, 35, 45); said seed portion (21, 35, 45) and said growth portion (22, 36, 46) forming a substantially right cylindrical single crystal (20, 34, 52) of silicon carbide; a seed face (23, 40, 53) defining an interface in said right cylindrical crystal (20, 34, 52) between said growth portion (22, 36, 46) and said seed portion (21, 35, 45); said seed face (23, 40, 53) being substantially parallel to the bases (24, 25, 41, 42, 50, 51) of said right cylindrical crystal (20, 34, 52) and being between about 0.5° and 12° off-axis with respect to a basal plane (23, 43, 56) of said single crystal (20, 34, 52) so that said right cylindrical crystal (20, 34, 52) is capable of being cut into wafers (62, 75), wherein a wafer (62, 75) has circular, substantially parallel faces (63, 64, 71, 72), a circumferential edge that is perpendicular to the circular, substantially parallel faces (63, 64, 71, 72), and less than 2 edge chips; said growth portion (22, 36, 46) replicating the polytype of said seed portion (21, 35, 45) and said growth portion (22, 36, 46) having a diameter of at least 100 mm.
Capacitive HF rod measuring device for capacitively measuring at least one property of a material rod or several material rods in the tobacco processing industry, comprising a housing with at least one measuring capacitor through which a material rod can be fed and to which a HF voltage signal can be applied, characterised in that several accuracy defining electronic components (29, 30) are disposed in the housing, and the housing has several chambers (25, 26) in which one or more accuracy defining electronic measuring components (29, 30) are respectively disposed, namely HF voltage sources, evaluation circuits and/or control circuits, and the housing comprises a main body and several covers (23, 24) which can be assembled with the housing, the chambers (25, 26) being provided in the form of recesses in the main body, and the housing has several chambers screened off from HF leakage in which one or more accuracy defining electronic measuring components are disposed, and a unit by means of which HF voltages are generated is screened off from the measuring units and evaluation units in separate chambers, and the main body in conjunction with a first cover encloses a chamber in which the electronic measuring system is disposed, and a board on which the electronic components of a HF voltage source are disposed is provided on the main body, and a second cover on an oppositely lying side in conjunction with the main body encloses a second chamber which is likewise provided with a board having electronic components, namely an electronic measuring and evaluation system.
An electrokinetic micro fluidic system (100, 100', 100") for controlling liquid flow, characterized in that it comprises an electroosmotic pump comprising a) a first and a second electrode (10, 10') arranged in a respective vessel (12, 12'), said electrodes comprise a polymer based or oxide based conductive, electrochemically active electrode material, said electrode material being adapted to be subjected to an electrochemical reaction when in use in said electrokinetic fluid system, and b) a channel arranged as a passageway between the two vessels, said channel allowing flow of electrolyte (13, 13 ') between said two vessels (12, 12'), wherein the conductive, electrochemically active electrode material is selected from the group of pi-conjugated polymers, and wherein said channel is at least one capillary or a porous material, whereby said electroosmotic pump is arranged to move electrolyte from one vessel (12, 12') to another (12, 12'), through said channel, when a potential is applied between the electrodes. a) a first and a second electrode (10, 10') arranged in a respective vessel (12, 12'), said electrodes comprise a polymer based or oxide based conductive, electrochemically active electrode material, said electrode material being adapted to be subjected to an electrochemical reaction when in use in said electrokinetic fluid system, and b) a channel arranged as a passageway between the two vessels, said channel allowing flow of electrolyte (13, 13 ') between said two vessels (12, 12'), wherein the conductive, electrochemically active electrode material is selected from the group of pi-conjugated polymers, and wherein said channel is at least one capillary or a porous material, whereby said electroosmotic pump is arranged to move electrolyte from one vessel (12, 12') to another (12, 12'), through said channel, when a potential is applied between the electrodes.
A test bench for a brake comprising - a pressure generating assembly for providing a brake fluid with an increased hydraulic pressure, wherein said pressure generating assembly can be actuated mechanically and wherein the brake fluid can be supplied to the brake in order to actuate the brake; and comprising: - an electromechanical brake actuator for mechanical actuation of the pressure generating assembly; characterized in that - the brake actuator comprises an electric motor that can be activated by a test bench control and a planetary roller screw drive that is driven by the electric motor; and that - the planetary roller screw drive is mechanically coupled to the pressure generating assembly in order to mechanically actuate the pressure generating assembly. - a pressure generating assembly for providing a brake fluid with an increased hydraulic pressure, wherein said pressure generating assembly can be actuated mechanically and wherein the brake fluid can be supplied to the brake in order to actuate the brake; and comprising: - an electromechanical brake actuator for mechanical actuation of the pressure generating assembly; - the brake actuator comprises an electric motor that can be activated by a test bench control and a planetary roller screw drive that is driven by the electric motor; and that - the planetary roller screw drive is mechanically coupled to the pressure generating assembly in order to mechanically actuate the pressure generating assembly.
Filling machine for filling capsules or similar containers with at least one product in liquid or powder form, in granules, tablets, micro-tablets, delayed-action drugs or similar, comprising: - a plurality of operating stations for operating on said capsules; - a moving system for transferring said capsules in sequence through said plurality of operating stations that include at least a first dosing station and a second dosing station that are selectively activable and configured to fill said capsules with respective products; characterized in that said moving system includes a linear electric motor, a guide rail which extends along a closed-loop motion path and comprises a stator of said linear electric motor and a plurality of transfer carriages associated with said guide rail and provided with respective seats (21, 22) suitable for housing bodies and caps of said capsules, said transfer carriages comprising respective rotors of said linear electric motor interacting separately and independently with respective magnetic fields generated by said stator so as to move the respective transfer carriages along said guide rail with an intermittent motion at least at said first dosing station when the latter is activated and/or with a continuous motion at least at said second dosing station when the latter is activate. - a plurality of operating stations for operating on said capsules; - a moving system for transferring said capsules in sequence through said plurality of operating stations that include at least a first dosing station and a second dosing station that are selectively activable and configured to fill said capsules with respective products;
An edge gating injection molding apparatus for delivering a moldable material to an array of mold cavities, the array of mold cavities having a first column and a last column of mold cavities, the edge gating injection molding apparatus comprising: a unidirectional delivery body for delivering a first stream of the moldable material to a different one of each mold cavity of the first column and the last column of mold cavities, via a first location of the different one of each mold cavity of the first column and the last column of mold cavities; and a bidirectional delivery body for delivering a second stream of the moldable material to the different one of each mold cavity of the first column and the last column of mold cavities, via a second location of the different one of each mold cavity of the first column and the last column of mold cavities. a unidirectional delivery body for delivering a first stream of the moldable material to a different one of each mold cavity of the first column and the last column of mold cavities, via a first location of the different one of each mold cavity of the first column and the last column of mold cavities; and a bidirectional delivery body for delivering a second stream of the moldable material to the different one of each mold cavity of the first column and the last column of mold cavities, via a second location of the different one of each mold cavity of the first column and the last column of mold cavities.