mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a policy controller of a communication system comprising a policy controller, a user equipment and a gateway, the communication system being configured to send data packets on at least one bearer (52, 54) from the user equipment to the gateway and the user equipment being configured to install at least one packet filter (62, 64) for associating the data packets with the at least one bearer (52, 54), the method comprising: • detecting an indication of data traffic; • determining a control rule for the indicated data traffic; • performing a decision if installation of a new packet filter (62, 64) in the user equipment is required to map the data packets of the indicated data traffic to the at least one bearer (52, 54), wherein the decision is based on: • whether precondition signaling has been required by the user equipment during session initiation and corresponding precondition attributes associated with the precondition signaling have been met; or • if a service constituted by the indicated data traffic is unknown; • providing an indication to the gateway indicating if the new packet filter is to be signaled to the user equipment or not. • detecting an indication of data traffic; • determining a control rule for the indicated data traffic; • performing a decision if installation of a new packet filter (62, 64) in the user equipment is required to map the data packets of the indicated data traffic to the at least one bearer (52, 54), wherein the decision is based on: • whether precondition signaling has been required by the user equipment during session initiation and corresponding precondition attributes associated with the precondition signaling have been met; or • if a service constituted by the indicated data traffic is unknown; • whether precondition signaling has been required by the user equipment during session initiation and corresponding precondition attributes associated with the precondition signaling have been met; or • if a service constituted by the indicated data traffic is unknown; • providing an indication to the gateway indicating if the new packet filter is to be signaled to the user equipment or not.
A beverage dispensing arrangement for dispensing beverage into beverage cups that are secured within a beverage cup carrying container and which form a cup and carrying container assembly, the arrangement including a dispensing bench on which a cup and carrying container assembly can be supported, a beverage dispensing assembly for dispensing beverage into the cups of a cup and carrying container assembly and including at least two dispensing taps (28, 30) that are spaced apart relative to the spacing of the cups of the cup and carrying container assembly to overlie the open ends of the cups when the cup and carrying container assembly is placed in a beverage receiving position, the beverage dispensing arrangement having an operator side and a customer side which are on opposite sides of the dispensing arrangement, the beverage dispensing arrangement being such that a customer has access to the beverage receiving position from the customer side and upon placement of the cup and carrying container assembly in the beverage receiving position an operator is able to operate the dispensing taps (28, 30) from the operator side to dispense beverage into the cups of the cup and carrying container assembly, for removal of the assembly by the customer upon the cups of the cup and carrying container assembly being filled, whereby: - the beverage dispensing arrangement including an abutment that the cup and carrying container assembly can abut in the beverage receiving position, characterised by: - the abutment being movable from the operator side so that upon the cups of the cup and carrying container assembly being filled with beverage, the operator can shift the abutment towards the customer side so as to push the cup and carrying container assembly in the same direction. - the beverage dispensing arrangement including an abutment that the cup and carrying container assembly can abut in the beverage receiving position, characterised by: - the abutment being movable from the operator side so that upon the cups of the cup and carrying container assembly being filled with beverage, the operator can shift the abutment towards the customer side so as to push the cup and carrying container assembly in the same direction.
Drain channel for a floor-level shower, comprising at least two channel bodies, each comprising an inlet opening (2.2), and at least one connecting body (40, 40', 40", 40"', 40""), via which at least two of the channel bodies are connected to each other in a releasable manner, wherein at least two of the channel bodies are provided at their ends remote from the connecting body (40,40',40", 40"', 40"") with at least one cavity or support for bearing one end of a bar-like body which, in the assembled state, extends along and inside the respective inlet opening (2.2) of the respective channel body, wherein the connecting body (40,40',40", 40"', 40"") is provided with at least one seal associated with the connected channel bodies, wherein at least one of the channel bodies is provided with a channel end piece detachably connected thereto, and wherein the channel end piece comprises a recess (3.3), receiving an end portion of the channel body, with a seal arranged therein, characterised in that the drain channel is adaptable in length in a variable manner as the respective channel body can be shortened using a saw or another cutting tool and the open end of the channel body which is cut to the appropriate size can be sealed off in a liquid-tight manner by the associated channel end piece and the associated seal.
Fall detection system for detecting a fall of a monitored person, wherein said fall detection system comprises: - at least one infrared source and at least one depth infrared sensor, wherein said infrared source is provided to irradiate said monitored person with a predetermined infrared dot pattern which is detectable by said depth infrared sensor in order to generate an image of said infrared dot pattern; and - a control unit which: - comprises an image-processing unit which is configured to generate at least one identification point which is located in the area of the head of said monitored person on the basis of said infrared dot pattern and to add it to said image received from said depth infrared sensor; and - comprises a fall-processing unit which is configured to: • receive at least a first and a second said image (3a, 3b) of said infrared dot pattern from said image-processing unit at a different time within a predetermined time interval, wherein said identification points (10a-10t) on said images comprise a vertical Y-position, CHARACTERIZED IN THAT said fall processing unit is further configured to: • detect said fall if, for said identification point which is located in the area of the head, the extent of change in said Y-position between said first and said second image (3a, 3b) exceeds a predetermined minimum threshold value. - at least one infrared source and at least one depth infrared sensor, wherein said infrared source is provided to irradiate said monitored person with a predetermined infrared dot pattern which is detectable by said depth infrared sensor in order to generate an image of said infrared dot pattern; and - a control unit which: - comprises an image-processing unit which is configured to generate at least one identification point which is located in the area of the head of said monitored person on the basis of said infrared dot pattern and to add it to said image received from said depth infrared sensor; and - comprises a fall-processing unit which is configured to: • receive at least a first and a second said image (3a, 3b) of said infrared dot pattern from said image-processing unit at a different time within a predetermined time interval, wherein said identification points (10a-10t) on said images comprise a vertical Y-position, CHARACTERIZED IN THAT said fall processing unit is further configured to: • detect said fall if, for said identification point which is located in the area of the head, the extent of change in said Y-position between said first and said second image (3a, 3b) exceeds a predetermined minimum threshold value. • receive at least a first and a second said image (3a, 3b) of said infrared dot pattern from said image-processing unit at a different time within a predetermined time interval, wherein said identification points (10a-10t) on said images comprise a vertical Y-position, • detect said fall if, for said identification point which is located in the area of the head, the extent of change in said Y-position between said first and said second image (3a, 3b) exceeds a predetermined minimum threshold value.
Diagnostic device for monitoring the operation of control loops (RK1, RK2, RK3) of an automation system, wherein the diagnostic device is embodied to store sequences of actual-value data of control loops (RK1, RK2, RK3) that are to be monitored in a data memory, characterised by an evaluation device, which is embodied, given predefined or predefinable excitation as a result of a change in a setpoint setting of one control loop of a pair of control loops (RK1, RK2) that are to be monitored, to determine the absolute value maximum of the cross-correlation function as a first quantitative measure on the basis of at least one section in each case of the sequences of actual-value data of the pair of control loops that are to be monitored for positive time lag of the sequence of actual-value data of the respective other control loop of the pair of control loops that are to be monitored, and to determine and display a parameter for evaluating an interaction effect of one control loop on the other control loop as a function of the first quantitative measure.
A cell-free method of producing closed linear deoxyribose nucleic acid molecules comprising: (a) contacting a template comprising linear, double stranded DNA molecule covalently closed at each end by a portion of a protelomerase recognition sequence and comprising at least one stem loop motif with a strand-displacing polymerase under conditions promoting amplification of said template in the presence of at least one primer which is capable of binding specifically to a primer binding site within said stem loop motif; (b) contacting the DNA produced in (a) with at least one protelomerase under conditions promoting production of closed linear DNA. (a) contacting a template comprising linear, double stranded DNA molecule covalently closed at each end by a portion of a protelomerase recognition sequence and comprising at least one stem loop motif with a strand-displacing polymerase under conditions promoting amplification of said template in the presence of at least one primer which is capable of binding specifically to a primer binding site within said stem loop motif; (b) contacting the DNA produced in (a) with at least one protelomerase under conditions promoting production of closed linear DNA.
Support orthosis for mitigation of Drop Foot for a patient, comprising a foot plate to be applied under a sole of a foot and a support device to be attached on a lower leg of a patient, which support device is designed to be mounted at the front of the patient's tibia, and which foot plate is flexible, the foot plate and the support device are connected by at least one connection element extending between the foot plate and the support device in such a manner that the connection element runs along an inner or an outer side of a patient's foot and leg, which connection element comprises a joint dividing the connection element into two parts, a first part and a second part, which first part of the connection element can be moved relative to the second part of the connection element around the joint, characterized in that the support device extends along most of the patient's tibia from just above the ankle to just below the knee and the joint is a hinge joint allowing movement in only one plane, i.e. the first and second parts (4a, 4b) of the connection element are pivotable in two directions (back and forth) around the joint.
Wind system for converting energy, comprising: - at least one kite adapted to be driven from ground immersed in at least one wind current; - at least one module adapted to translate on at least one rail (6; 7) placed next to ground, said module being connected through at least one rope to said kite, said kite being adapted to be driven by said module in order to drag said module on said rail (6; 7) and perform said conversion of wind energy into electric energy through at least one generating system cooperating with said module and said rail (6; 7), said rope being adapted both to transmit mechanical energy from and to said kite and to control a flight trajectory of said kite, wherein said wind system further comprises, for each of said modules, a system for frictioning said ropes, characterised in that said generating system is configured to convert mechanical energy into electrical energy by means of a relative movement between said module and said rail (6; 7). - at least one kite adapted to be driven from ground immersed in at least one wind current; - at least one module adapted to translate on at least one rail (6; 7) placed next to ground, said module being connected through at least one rope to said kite, said kite being adapted to be driven by said module in order to drag said module on said rail (6; 7) and perform said conversion of wind energy into electric energy through at least one generating system cooperating with said module and said rail (6; 7), said rope being adapted both to transmit mechanical energy from and to said kite and to control a flight trajectory of said kite,
Compressor module for compressing gas composed of a compressor element with a housing with integrated compressor element cooler; a motor and a gas cooler for cooling the compressed gas originating from the compressor element, whereby the gas cooler comprises a primary section through which the gas to be cooled can be guided and a secondary section that is in heat-exchanging contact with the primary section; that a first cooling circuit can guide a coolant through the secondary section of the gas cooler or through a section thereof and a second cooling circuit can guide a coolant through the compressor element cooler; whereby the first cooling circuit and the second cooling circuit are joined together in series or in parallel and are guided to a common output; characterised in that the motor comprises a housing with an integrated motor cooler; and whereby the second cooling circuit can guide coolant through the motor cooler in series or in parallel to the compressor element.
A pressure valve that comprises a body forming a flow channel through the pressure valve, closing blades arranged to be turned between a closed position, in which the closing blades are essentially transverse to the flow channel of the pressure valve essentially closing the flow channel and preventing flow through the pressure valve, and an open position, in which the closing blades are at an angle to the flow channel of the pressure valve or essentially parallel to the flow channel allowing flow through the pressure valve, and prestressing means (10, 12, 14) for prestressing the closing blades into the open position and for triggering them to turn into the closed position in response to a pressure increase in the flow channel of the pressure valve, and one or more flow controllers installed downstream of the closing blades to control the flow between the closing blades on through the pressure valve, when they are in the open position, characterised in that the flow controllers are positioned inside the pressure valve and behind the closing blades in the normal flow direction and installed turnable with respect to the body of the pressure valve.
Method for controlling a taxi system of an aircraft, said taxi system comprising at least one drive actuator arranged to rotate a wheel of the aircraft, said wheel being further equipped with a brake that is separate from the drive actuator, the controlling method comprising the steps of: generating a traction command (Com) to control an electric motor of the drive actuator so that the drive actuator applies a traction motor torque on the wheel, intended to move the aircraft on the ground; detecting whether an external braking command, intended to command a braking of the wheel via the brake, is generated; the method being characterized in that it further comprises the steps of: if an external braking command is generated, producing a predetermined minimum command (Cmp) to control the electric motor so that the drive actuator applies a predetermined minimum motor torque on the wheel during braking, which is strictly positive; detecting if a speed of the aircraft becomes zero and, if so, inhibiting the predetermined minimum command (Cmp) so that the drive actuator applies a zero torque on the wheel. generating a traction command (Com) to control an electric motor of the drive actuator so that the drive actuator applies a traction motor torque on the wheel, intended to move the aircraft on the ground; detecting whether an external braking command, intended to command a braking of the wheel via the brake, is generated; if an external braking command is generated, producing a predetermined minimum command (Cmp) to control the electric motor so that the drive actuator applies a predetermined minimum motor torque on the wheel during braking, which is strictly positive; detecting if a speed of the aircraft becomes zero and, if so, inhibiting the predetermined minimum command (Cmp) so that the drive actuator applies a zero torque on the wheel.
A display device comprising: a display panel having a first panel surface that faces a first direction and a second panel surface that faces a second direction opposite the first direction; a plate having a first plate surface fixed to the second panel surface of the display panel and a second plate surface opposite the first plate surface, wherein the plate includes a first portion to which the display panel is fixed and a second portion that extends at a predetermined angle from the first portion, the second portion being angled toward the first direction; and a housing fixed to the second portion of the plate and elongated from the second portion in the second direction. a display panel having a first panel surface that faces a first direction and a second panel surface that faces a second direction opposite the first direction; a plate having a first plate surface fixed to the second panel surface of the display panel and a second plate surface opposite the first plate surface, wherein the plate includes a first portion to which the display panel is fixed and a second portion that extends at a predetermined angle from the first portion, the second portion being angled toward the first direction; and a housing fixed to the second portion of the plate and elongated from the second portion in the second direction.
A gas burner including: a burner body including a central cavity in which at least one flame is provided; the burner body including a central burner providing a first flame within the central cavity, and a simmer plate assembly including a plate portion and a base portion configured to support the plate portion, the assembly configured to be at least partially and removably inserted into the central cavity the plate portion configured to act as a barrier between the at least one flame and an object placed above the gas burner. characterized by the base portion including a base plate and support brackets extending upward from the base plate to support the plate portion, and by the base plate including an aperture for allowing the central burner to pass therethrough as the assembly is inserted into the central cavity. a burner body including a central cavity in which at least one flame is provided; the burner body including a central burner providing a first flame within the central cavity, and a simmer plate assembly including a plate portion and a base portion configured to support the plate portion, the assembly configured to be at least partially and removably inserted into the central cavity the plate portion configured to act as a barrier between the at least one flame and an object placed above the gas burner. characterized by the base portion including a base plate and support brackets extending upward from the base plate to support the plate portion, and by the base plate including an aperture for allowing the central burner to pass therethrough as the assembly is inserted into the central cavity.
Method for controlling a lighting system for a vehicle, comprising two side mirrors, at least one right-hand headlamp and at least one left-hand headlamp and a plurality of light sources generating a light beam that are mounted in the at least one right-hand headlamp and the at least one left-hand headlamp, the method comprising: - a step of detecting an object in front of the vehicle with the aid of a camera, the object detected being a spatial zone characteristic of a vehicle, this zone containing at least the positions of the eyes of the drive of this vehicle, - a step of creating a shadow zone in the light beam depending on the detection carried out during the detection step, the shadow zone being created in the light beam in a space that strictly includes the object detected, the method being characterized in that the spatial zone also contains the positions of the side mirrors, and that an angular detector sector of which the apex is located on the camera and in which the object extends is determined on the basis of a first detection angle extending between an axis of movement of the vehicle, the axis passing through the camera, and a first headlight of the object and on the basis of a second detection angle which extends between the axis of movement of the vehicle and a second headlight of the object, in that, from this angular sector and on the basis of a change in reference, a first angular sector of which the apex is located on the right-hand headlamp is determined and a second angular sector of which the apex is located on the left-hand headlamp is determined, in that the first angular sector and the second angular sector are increased by a safety margin in order to determine the spatial position including the object, the safety margin being reflected by a corrected angle passing through an external edge of the two exterior mirrors of the object, and in that the shadow zone is created by extinction of at least one of the light sources when the light intensity generated by this light source in the space including the object is greater than a light intensity threshold, the light intensity threshold being strictly greater than zero and determined depending on an angular position of the object with respect to the axis of movement of the vehicle and/or on the direction of movement of the object with respect to the vehicle and/or on its distance with respect to the vehicle. - a step of detecting an object in front of the vehicle with the aid of a camera, the object detected being a spatial zone characteristic of a vehicle, this zone containing at least the positions of the eyes of the drive of this vehicle, - a step of creating a shadow zone in the light beam depending on the detection carried out during the detection step, the shadow zone being created in the light beam in a space that strictly includes the object detected,